import HsSyn ( HsExpr(..), HsBinds(..), MonoBinds(..), Sig(..), InPat(..),
collectMonoBinders, andMonoBinds
)
-import RnHsSyn ( RenamedHsBinds, RenamedSig(..),
- RenamedMonoBinds
- )
+import RnHsSyn ( RenamedHsBinds, RenamedSig, RenamedMonoBinds )
import TcHsSyn ( TcHsBinds, TcMonoBinds,
TcIdOcc(..), TcIdBndr,
tcIdType
-- The tyvars_not_to_gen are free in the environment, and hence
-- candidates for generalisation, but sometimes the monomorphism
-- restriction means we can't generalise them nevertheless
- getTyVarsToGen is_unrestricted mono_id_tys lie `thenTc` \ (tyvars_not_to_gen, tyvars_to_gen) ->
+ getTyVarsToGen is_unrestricted mono_id_tys lie `thenNF_Tc` \ (tyvars_not_to_gen, tyvars_to_gen) ->
-- DEAL WITH TYPE VARIABLE KINDS
-- **** This step can do unification => keep other zonking after this ****
- mapTc defaultUncommittedTyVar (tyVarSetToList tyvars_to_gen) `thenTc` \ real_tyvars_to_gen_list ->
+ mapTc defaultUncommittedTyVar (tyVarSetToList tyvars_to_gen) `thenTc` \ real_tyvars_to_gen_list ->
let
real_tyvars_to_gen = mkTyVarSet real_tyvars_to_gen_list
-- It's important that the final list
in
if is_unrestricted
then
- returnTc (emptyTyVarSet, tyvars_to_gen)
+ returnNF_Tc (emptyTyVarSet, tyvars_to_gen)
else
+ -- This recover and discard-errs is to avoid duplicate error
+ -- messages; this, after all, is an "extra" call to tcSimplify
+ recoverNF_Tc (returnNF_Tc (emptyTyVarSet, tyvars_to_gen)) $
+ discardErrsTc $
+
tcSimplify (text "getTVG") NotTopLevel tyvars_to_gen lie `thenTc` \ (_, _, constrained_dicts) ->
let
-- ASSERT: dicts_sig is already zonked!
tcPragmaSig (InlineSig name loc)
= returnTc (Just (name, setInlinePragInfo IWantToBeINLINEd), EmptyMonoBinds, emptyLIE)
+tcPragmaSig (NoInlineSig name loc)
+ = returnTc (Just (name, setInlinePragInfo IDontWantToBeINLINEd), EmptyMonoBinds, emptyLIE)
+
tcPragmaSig (SpecSig name poly_ty maybe_spec_name src_loc)
= -- SPECIALISE f :: forall b. theta => tau = g
tcAddSrcLoc src_loc $