uhc-light-1.1.7.0: src/UHC/Light/Compiler/AnaDomain/Ftv.hs
-- UUAGC 0.9.50.2 (build/103/lib-ehc/UHC/Light/Compiler/AnaDomain/Ftv.)
module UHC.Light.Compiler.AnaDomain.Ftv(relevTyFtv
, relevQualFtv
, relevCoeFtv) where
import UHC.Light.Compiler.Base.Common
import UHC.Light.Compiler.AnaDomain
import qualified Data.Set as Set
relevTyFtv :: RelevTy -> UIDS
relevTyFtv ty
= fvS_Syn_TyAGItf t
where t = wrap_TyAGItf
(sem_TyAGItf (TyAGItf_AGItf ty))
(Inh_TyAGItf )
relevQualFtv :: RelevQual -> UIDS
relevQualFtv qual
= fvS_Syn_QualAGItf t
where t = wrap_QualAGItf
(sem_QualAGItf (QualAGItf_AGItf qual))
(Inh_QualAGItf )
relevCoeFtv :: RelevCoe -> UIDS
relevCoeFtv coe
= fvS_Syn_CoeAGItf t
where t = wrap_CoeAGItf
(sem_CoeAGItf (CoeAGItf_AGItf coe))
(Inh_CoeAGItf )
-- AnaEval -----------------------------------------------------
{-
visit 0:
synthesized attribute:
fvS : UIDS
alternatives:
alternative Var:
child av : {UID}
alternative WHNF:
alternative Lazy:
alternative Meet:
child opnds : AnaEvalL
alternative Join:
child opnds : AnaEvalL
-}
-- cata
sem_AnaEval :: AnaEval ->
T_AnaEval
sem_AnaEval (AnaEval_Var _av) =
(sem_AnaEval_Var _av)
sem_AnaEval (AnaEval_WHNF) =
(sem_AnaEval_WHNF)
sem_AnaEval (AnaEval_Lazy) =
(sem_AnaEval_Lazy)
sem_AnaEval (AnaEval_Meet _opnds) =
(sem_AnaEval_Meet (sem_AnaEvalL _opnds))
sem_AnaEval (AnaEval_Join _opnds) =
(sem_AnaEval_Join (sem_AnaEvalL _opnds))
-- semantic domain
type T_AnaEval = ( UIDS)
sem_AnaEval_Var :: UID ->
T_AnaEval
sem_AnaEval_Var av_ =
(case (Set.singleton av_) of
{ _lhsOfvS ->
( _lhsOfvS) })
sem_AnaEval_WHNF :: T_AnaEval
sem_AnaEval_WHNF =
(case (Set.empty) of
{ _lhsOfvS ->
( _lhsOfvS) })
sem_AnaEval_Lazy :: T_AnaEval
sem_AnaEval_Lazy =
(case (Set.empty) of
{ _lhsOfvS ->
( _lhsOfvS) })
sem_AnaEval_Meet :: T_AnaEvalL ->
T_AnaEval
sem_AnaEval_Meet opnds_ =
(case (opnds_) of
{ ( _opndsIfvS) ->
(case (_opndsIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) })
sem_AnaEval_Join :: T_AnaEvalL ->
T_AnaEval
sem_AnaEval_Join opnds_ =
(case (opnds_) of
{ ( _opndsIfvS) ->
(case (_opndsIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) })
-- AnaEvalL ----------------------------------------------------
{-
visit 0:
synthesized attribute:
fvS : UIDS
alternatives:
alternative Cons:
child hd : AnaEval
child tl : AnaEvalL
alternative Nil:
-}
-- cata
sem_AnaEvalL :: AnaEvalL ->
T_AnaEvalL
sem_AnaEvalL list =
(Prelude.foldr sem_AnaEvalL_Cons sem_AnaEvalL_Nil (Prelude.map sem_AnaEval list))
-- semantic domain
type T_AnaEvalL = ( UIDS)
sem_AnaEvalL_Cons :: T_AnaEval ->
T_AnaEvalL ->
T_AnaEvalL
sem_AnaEvalL_Cons hd_ tl_ =
(case (tl_) of
{ ( _tlIfvS) ->
(case (hd_) of
{ ( _hdIfvS) ->
(case (_hdIfvS `Set.union` _tlIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) }) })
sem_AnaEvalL_Nil :: T_AnaEvalL
sem_AnaEvalL_Nil =
(case (Set.empty) of
{ _lhsOfvS ->
( _lhsOfvS) })
-- CoeAGItf ----------------------------------------------------
{-
visit 0:
synthesized attribute:
fvS : UIDS
alternatives:
alternative AGItf:
child relevCoe : RelevCoe
-}
-- cata
sem_CoeAGItf :: CoeAGItf ->
T_CoeAGItf
sem_CoeAGItf (CoeAGItf_AGItf _relevCoe) =
(sem_CoeAGItf_AGItf (sem_RelevCoe _relevCoe))
-- semantic domain
type T_CoeAGItf = ( UIDS)
data Inh_CoeAGItf = Inh_CoeAGItf {}
data Syn_CoeAGItf = Syn_CoeAGItf {fvS_Syn_CoeAGItf :: !(UIDS)}
wrap_CoeAGItf :: T_CoeAGItf ->
Inh_CoeAGItf ->
Syn_CoeAGItf
wrap_CoeAGItf sem (Inh_CoeAGItf) =
(let ( _lhsOfvS) = sem
in (Syn_CoeAGItf _lhsOfvS))
sem_CoeAGItf_AGItf :: T_RelevCoe ->
T_CoeAGItf
sem_CoeAGItf_AGItf relevCoe_ =
(case (relevCoe_) of
{ ( _relevCoeIfvS) ->
(case (_relevCoeIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) })
-- MbRelevTy ---------------------------------------------------
{-
visit 0:
synthesized attribute:
fvS : UIDS
alternatives:
alternative Just:
child just : RelevTy
alternative Nothing:
-}
-- cata
sem_MbRelevTy :: MbRelevTy ->
T_MbRelevTy
sem_MbRelevTy (Prelude.Just x) =
(sem_MbRelevTy_Just (sem_RelevTy x))
sem_MbRelevTy Prelude.Nothing =
sem_MbRelevTy_Nothing
-- semantic domain
type T_MbRelevTy = ( UIDS)
sem_MbRelevTy_Just :: T_RelevTy ->
T_MbRelevTy
sem_MbRelevTy_Just just_ =
(case (just_) of
{ ( _justIfvS) ->
(case (_justIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) })
sem_MbRelevTy_Nothing :: T_MbRelevTy
sem_MbRelevTy_Nothing =
(case (Set.empty) of
{ _lhsOfvS ->
( _lhsOfvS) })
-- QualAGItf ---------------------------------------------------
{-
visit 0:
synthesized attribute:
fvS : UIDS
alternatives:
alternative AGItf:
child relevQual : RelevQual
-}
-- cata
sem_QualAGItf :: QualAGItf ->
T_QualAGItf
sem_QualAGItf (QualAGItf_AGItf _relevQual) =
(sem_QualAGItf_AGItf (sem_RelevQual _relevQual))
-- semantic domain
type T_QualAGItf = ( UIDS)
data Inh_QualAGItf = Inh_QualAGItf {}
data Syn_QualAGItf = Syn_QualAGItf {fvS_Syn_QualAGItf :: !(UIDS)}
wrap_QualAGItf :: T_QualAGItf ->
Inh_QualAGItf ->
Syn_QualAGItf
wrap_QualAGItf sem (Inh_QualAGItf) =
(let ( _lhsOfvS) = sem
in (Syn_QualAGItf _lhsOfvS))
sem_QualAGItf_AGItf :: T_RelevQual ->
T_QualAGItf
sem_QualAGItf_AGItf relevQual_ =
(case (relevQual_) of
{ ( _relevQualIfvS) ->
(case (_relevQualIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) })
-- RelevCoe ----------------------------------------------------
{-
visit 0:
synthesized attribute:
fvS : UIDS
alternatives:
alternative Id:
alternative Err:
child str : {String}
alternative Comp:
child l : RelevCoe
child r : RelevCoe
alternative Fun:
child args : RelevCoeL
child res : RelevCoe
alternative Cast:
child coe : RelevCoe
alternative CastTy:
child l : RelevTy
child r : RelevTy
alternative Eval:
child from : AnaEval
child to : AnaEval
-}
-- cata
sem_RelevCoe :: RelevCoe ->
T_RelevCoe
sem_RelevCoe (RelevCoe_Id) =
(sem_RelevCoe_Id)
sem_RelevCoe (RelevCoe_Err _str) =
(sem_RelevCoe_Err _str)
sem_RelevCoe (RelevCoe_Comp _l _r) =
(sem_RelevCoe_Comp (sem_RelevCoe _l) (sem_RelevCoe _r))
sem_RelevCoe (RelevCoe_Fun _args _res) =
(sem_RelevCoe_Fun (sem_RelevCoeL _args) (sem_RelevCoe _res))
sem_RelevCoe (RelevCoe_Cast _coe) =
(sem_RelevCoe_Cast (sem_RelevCoe _coe))
sem_RelevCoe (RelevCoe_CastTy _l _r) =
(sem_RelevCoe_CastTy (sem_RelevTy _l) (sem_RelevTy _r))
sem_RelevCoe (RelevCoe_Eval _from _to) =
(sem_RelevCoe_Eval (sem_AnaEval _from) (sem_AnaEval _to))
-- semantic domain
type T_RelevCoe = ( UIDS)
sem_RelevCoe_Id :: T_RelevCoe
sem_RelevCoe_Id =
(case (Set.empty) of
{ _lhsOfvS ->
( _lhsOfvS) })
sem_RelevCoe_Err :: String ->
T_RelevCoe
sem_RelevCoe_Err str_ =
(case (Set.empty) of
{ _lhsOfvS ->
( _lhsOfvS) })
sem_RelevCoe_Comp :: T_RelevCoe ->
T_RelevCoe ->
T_RelevCoe
sem_RelevCoe_Comp l_ r_ =
(case (r_) of
{ ( _rIfvS) ->
(case (l_) of
{ ( _lIfvS) ->
(case (_lIfvS `Set.union` _rIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) }) })
sem_RelevCoe_Fun :: T_RelevCoeL ->
T_RelevCoe ->
T_RelevCoe
sem_RelevCoe_Fun args_ res_ =
(case (res_) of
{ ( _resIfvS) ->
(case (args_) of
{ ( _argsIfvS) ->
(case (_argsIfvS `Set.union` _resIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) }) })
sem_RelevCoe_Cast :: T_RelevCoe ->
T_RelevCoe
sem_RelevCoe_Cast coe_ =
(case (coe_) of
{ ( _coeIfvS) ->
(case (_coeIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) })
sem_RelevCoe_CastTy :: T_RelevTy ->
T_RelevTy ->
T_RelevCoe
sem_RelevCoe_CastTy l_ r_ =
(case (r_) of
{ ( _rIfvS) ->
(case (l_) of
{ ( _lIfvS) ->
(case (_lIfvS `Set.union` _rIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) }) })
sem_RelevCoe_Eval :: T_AnaEval ->
T_AnaEval ->
T_RelevCoe
sem_RelevCoe_Eval from_ to_ =
(case (to_) of
{ ( _toIfvS) ->
(case (from_) of
{ ( _fromIfvS) ->
(case (_fromIfvS `Set.union` _toIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) }) })
-- RelevCoeL ---------------------------------------------------
{-
visit 0:
synthesized attribute:
fvS : UIDS
alternatives:
alternative Cons:
child hd : RelevCoe
child tl : RelevCoeL
alternative Nil:
-}
-- cata
sem_RelevCoeL :: RelevCoeL ->
T_RelevCoeL
sem_RelevCoeL list =
(Prelude.foldr sem_RelevCoeL_Cons sem_RelevCoeL_Nil (Prelude.map sem_RelevCoe list))
-- semantic domain
type T_RelevCoeL = ( UIDS)
sem_RelevCoeL_Cons :: T_RelevCoe ->
T_RelevCoeL ->
T_RelevCoeL
sem_RelevCoeL_Cons hd_ tl_ =
(case (tl_) of
{ ( _tlIfvS) ->
(case (hd_) of
{ ( _hdIfvS) ->
(case (_hdIfvS `Set.union` _tlIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) }) })
sem_RelevCoeL_Nil :: T_RelevCoeL
sem_RelevCoeL_Nil =
(case (Set.empty) of
{ _lhsOfvS ->
( _lhsOfvS) })
-- RelevQual ---------------------------------------------------
{-
visit 0:
synthesized attribute:
fvS : UIDS
alternatives:
alternative SubEval:
child l : AnaEval
child r : AnaEval
-}
-- cata
sem_RelevQual :: RelevQual ->
T_RelevQual
sem_RelevQual (RelevQual_SubEval _l _r) =
(sem_RelevQual_SubEval (sem_AnaEval _l) (sem_AnaEval _r))
-- semantic domain
type T_RelevQual = ( UIDS)
sem_RelevQual_SubEval :: T_AnaEval ->
T_AnaEval ->
T_RelevQual
sem_RelevQual_SubEval l_ r_ =
(case (r_) of
{ ( _rIfvS) ->
(case (l_) of
{ ( _lIfvS) ->
(case (_lIfvS `Set.union` _rIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) }) })
-- RelevQualL --------------------------------------------------
{-
visit 0:
synthesized attribute:
fvS : UIDS
alternatives:
alternative Cons:
child hd : RelevQual
child tl : RelevQualL
alternative Nil:
-}
-- cata
sem_RelevQualL :: RelevQualL ->
T_RelevQualL
sem_RelevQualL list =
(Prelude.foldr sem_RelevQualL_Cons sem_RelevQualL_Nil (Prelude.map sem_RelevQual list))
-- semantic domain
type T_RelevQualL = ( UIDS)
sem_RelevQualL_Cons :: T_RelevQual ->
T_RelevQualL ->
T_RelevQualL
sem_RelevQualL_Cons hd_ tl_ =
(case (tl_) of
{ ( _tlIfvS) ->
(case (hd_) of
{ ( _hdIfvS) ->
(case (_hdIfvS `Set.union` _tlIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) }) })
sem_RelevQualL_Nil :: T_RelevQualL
sem_RelevQualL_Nil =
(case (Set.empty) of
{ _lhsOfvS ->
( _lhsOfvS) })
-- RelevTy -----------------------------------------------------
{-
visit 0:
synthesized attribute:
fvS : UIDS
alternatives:
alternative None:
alternative Err:
child str : {String}
alternative Ana:
child eval : AnaEval
alternative Fun:
child quant : {RQuant}
child quants : {[UID]}
child quals : RelevQualL
child args : RelevTyL
child res : RelevTy
-}
-- cata
sem_RelevTy :: RelevTy ->
T_RelevTy
sem_RelevTy (RelevTy_None) =
(sem_RelevTy_None)
sem_RelevTy (RelevTy_Err _str) =
(sem_RelevTy_Err _str)
sem_RelevTy (RelevTy_Ana _eval) =
(sem_RelevTy_Ana (sem_AnaEval _eval))
sem_RelevTy (RelevTy_Fun _quant _quants _quals _args _res) =
(sem_RelevTy_Fun _quant _quants (sem_RelevQualL _quals) (sem_RelevTyL _args) (sem_RelevTy _res))
-- semantic domain
type T_RelevTy = ( UIDS)
sem_RelevTy_None :: T_RelevTy
sem_RelevTy_None =
(case (Set.empty) of
{ _lhsOfvS ->
( _lhsOfvS) })
sem_RelevTy_Err :: String ->
T_RelevTy
sem_RelevTy_Err str_ =
(case (Set.empty) of
{ _lhsOfvS ->
( _lhsOfvS) })
sem_RelevTy_Ana :: T_AnaEval ->
T_RelevTy
sem_RelevTy_Ana eval_ =
(case (eval_) of
{ ( _evalIfvS) ->
(case (_evalIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) })
sem_RelevTy_Fun :: RQuant ->
([UID]) ->
T_RelevQualL ->
T_RelevTyL ->
T_RelevTy ->
T_RelevTy
sem_RelevTy_Fun quant_ quants_ quals_ args_ res_ =
(case (res_) of
{ ( _resIfvS) ->
(case (args_) of
{ ( _argsIfvS) ->
(case (quals_) of
{ ( _qualsIfvS) ->
(case (_qualsIfvS `Set.union` _argsIfvS `Set.union` _resIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) }) }) })
-- RelevTyL ----------------------------------------------------
{-
visit 0:
synthesized attribute:
fvS : UIDS
alternatives:
alternative Cons:
child hd : RelevTy
child tl : RelevTyL
alternative Nil:
-}
-- cata
sem_RelevTyL :: RelevTyL ->
T_RelevTyL
sem_RelevTyL list =
(Prelude.foldr sem_RelevTyL_Cons sem_RelevTyL_Nil (Prelude.map sem_RelevTy list))
-- semantic domain
type T_RelevTyL = ( UIDS)
sem_RelevTyL_Cons :: T_RelevTy ->
T_RelevTyL ->
T_RelevTyL
sem_RelevTyL_Cons hd_ tl_ =
(case (tl_) of
{ ( _tlIfvS) ->
(case (hd_) of
{ ( _hdIfvS) ->
(case (_hdIfvS `Set.union` _tlIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) }) })
sem_RelevTyL_Nil :: T_RelevTyL
sem_RelevTyL_Nil =
(case (Set.empty) of
{ _lhsOfvS ->
( _lhsOfvS) })
-- TyAGItf -----------------------------------------------------
{-
visit 0:
synthesized attribute:
fvS : UIDS
alternatives:
alternative AGItf:
child relevTy : RelevTy
-}
-- cata
sem_TyAGItf :: TyAGItf ->
T_TyAGItf
sem_TyAGItf (TyAGItf_AGItf _relevTy) =
(sem_TyAGItf_AGItf (sem_RelevTy _relevTy))
-- semantic domain
type T_TyAGItf = ( UIDS)
data Inh_TyAGItf = Inh_TyAGItf {}
data Syn_TyAGItf = Syn_TyAGItf {fvS_Syn_TyAGItf :: !(UIDS)}
wrap_TyAGItf :: T_TyAGItf ->
Inh_TyAGItf ->
Syn_TyAGItf
wrap_TyAGItf sem (Inh_TyAGItf) =
(let ( _lhsOfvS) = sem
in (Syn_TyAGItf _lhsOfvS))
sem_TyAGItf_AGItf :: T_RelevTy ->
T_TyAGItf
sem_TyAGItf_AGItf relevTy_ =
(case (relevTy_) of
{ ( _relevTyIfvS) ->
(case (_relevTyIfvS) of
{ _lhsOfvS ->
( _lhsOfvS) }) })