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OptimizeMonadTrans.coreRefl.hs
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OptimizeMonadTrans.coreRefl.hs
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[1 of 3] Compiling ReaderReflection ( ReaderReflection.hs, build/ReaderReflection.o )
==================== Tidy Core ====================
Result size of Tidy Core = {terms: 295, types: 901, coercions: 541}
ReaderReflection.unT1
:: forall r_i s_j (m_k :: * -> *) a_l.
ReaderReflection.Tag r_i s_j m_k a_l
-> ReaderReflection.Tag r_i s_j m_k a_l
[GblId,
Arity=1,
Caf=NoCafRefs,
Str=DmdType S,
Unf=Unf{Src=<vanilla>, TopLvl=True, Arity=1, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=True)}]
ReaderReflection.unT1 =
\ (@ r_i)
(@ s_j)
(@ (m_k :: * -> *))
(@ a_l)
(ds_dso :: ReaderReflection.Tag r_i s_j m_k a_l) ->
ds_dso
ReaderReflection.unT
:: forall r_anz s_anA (m_anB :: * -> *) a_anC.
ReaderReflection.Tag r_anz s_anA m_anB a_anC -> m_anB a_anC
[GblId[[RecSel]],
Arity=1,
Caf=NoCafRefs,
Str=DmdType S,
Unf=Unf{Src=<vanilla>, TopLvl=True, Arity=0, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=True)}]
ReaderReflection.unT =
ReaderReflection.unT1
`cast` (forall r_i s_j (m_k :: * -> *) a_l.
<ReaderReflection.Tag r_i s_j m_k a_l>
-> <ReaderReflection.NTCo:Tag <r_i> <s_j> <m_k>> <a_l>
:: (forall r_i s_j (m_k :: * -> *) a_l.
ReaderReflection.Tag r_i s_j m_k a_l
-> ReaderReflection.Tag r_i s_j m_k a_l)
~#
(forall r_i s_j (m_k :: * -> *) a_l.
ReaderReflection.Tag r_i s_j m_k a_l -> m_k a_l))
ReaderReflection.run
:: forall r_anv (m_anw :: * -> *) a_anx s_any.
Data.Reflection.Reifies * s_any r_anv =>
ReaderReflection.ReaderT r_anv m_anw a_anx
-> ReaderReflection.Tag r_anv s_any m_anw a_anx
[GblId[[RecSel]],
Arity=2,
Caf=NoCafRefs,
Str=DmdType LC(S),
Unf=Unf{Src=<vanilla>, TopLvl=True, Arity=2, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=True)}]
ReaderReflection.run =
\ (@ r_x)
(@ (m_y :: * -> *))
(@ a_z)
(@ s_tq)
($dReifies_aoE :: Data.Reflection.Reifies * s_tq r_x)
(ds_dsm :: ReaderReflection.ReaderT r_x m_y a_z) ->
(ds_dsm
`cast` (<ReaderReflection.NTCo:ReaderT <r_x> <m_y> <a_z>>
:: ReaderReflection.ReaderT r_x m_y a_z
~#
(forall s_any.
Data.Reflection.Reifies * s_any r_x =>
ReaderReflection.Tag r_x s_any m_y a_z)))
@ s_tq $dReifies_aoE
ReaderReflection.ask1
:: forall r_t18 (m_t19 :: * -> *).
GHC.Base.Monad m_t19 =>
forall s_apC. Data.Reflection.Reifies * s_apC r_t18 => m_t19 r_t18
[GblId,
Arity=2,
Caf=NoCafRefs,
Str=DmdType U(AASA)L,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=2, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=False)
Tmpl= \ (@ r_t18)
(@ (m_t19 :: * -> *))
($dMonad_app [Occ=Once] :: GHC.Base.Monad m_t19)
(@ s_apC)
($dReifies_apD [Occ=Once]
:: Data.Reflection.Reifies * s_apC r_t18) ->
GHC.Base.return
@ m_t19
$dMonad_app
@ r_t18
(($dReifies_apD
`cast` (<Data.Reflection.NTCo:Reifies <*> <s_apC> <r_t18>>
:: Data.Reflection.Reifies * s_apC r_t18
~#
(forall (proxy_apx :: * -> *). proxy_apx s_apC -> r_t18)))
@ (Data.Proxy.Proxy *) (Data.Proxy.Proxy @ * @ s_apC))}]
ReaderReflection.ask1 =
\ (@ r_t18)
(@ (m_t19 :: * -> *))
($dMonad_app :: GHC.Base.Monad m_t19)
(@ s_apC)
($dReifies_apD :: Data.Reflection.Reifies * s_apC r_t18) ->
GHC.Base.return
@ m_t19
$dMonad_app
@ r_t18
(($dReifies_apD
`cast` (<Data.Reflection.NTCo:Reifies <*> <s_apC> <r_t18>>
:: Data.Reflection.Reifies * s_apC r_t18
~#
(forall (proxy_apx :: * -> *). proxy_apx s_apC -> r_t18)))
@ (Data.Proxy.Proxy *) (Data.Proxy.Proxy @ * @ s_apC))
ReaderReflection.ask
:: forall r_anK (m_anL :: * -> *).
GHC.Base.Monad m_anL =>
ReaderReflection.ReaderT r_anK m_anL r_anK
[GblId,
Arity=2,
Caf=NoCafRefs,
Str=DmdType U(AASA)L,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=0, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=True)
Tmpl= ReaderReflection.ask1
`cast` (forall r_t18 (m_t19 :: * -> *).
<GHC.Base.Monad m_t19>
-> (forall s_apC.
<Data.Reflection.Reifies * s_apC r_t18>
-> Sym
<(ReaderReflection.NTCo:Tag
<r_t18> <s_apC> <m_t19>)> <r_t18>) ; Sym
<(ReaderReflection.NTCo:ReaderT
<r_t18>
<m_t19>
<r_t18>)>
:: (forall r_t18 (m_t19 :: * -> *).
GHC.Base.Monad m_t19 =>
forall s_apC. Data.Reflection.Reifies * s_apC r_t18 => m_t19 r_t18)
~#
(forall r_t18 (m_t19 :: * -> *).
GHC.Base.Monad m_t19 =>
ReaderReflection.ReaderT r_t18 m_t19 r_t18))}]
ReaderReflection.ask =
ReaderReflection.ask1
`cast` (forall r_t18 (m_t19 :: * -> *).
<GHC.Base.Monad m_t19>
-> (forall s_apC.
<Data.Reflection.Reifies * s_apC r_t18>
-> Sym
<(ReaderReflection.NTCo:Tag
<r_t18> <s_apC> <m_t19>)> <r_t18>) ; Sym
<(ReaderReflection.NTCo:ReaderT
<r_t18> <m_t19> <r_t18>)>
:: (forall r_t18 (m_t19 :: * -> *).
GHC.Base.Monad m_t19 =>
forall s_apC. Data.Reflection.Reifies * s_apC r_t18 => m_t19 r_t18)
~#
(forall r_t18 (m_t19 :: * -> *).
GHC.Base.Monad m_t19 =>
ReaderReflection.ReaderT r_t18 m_t19 r_t18))
ReaderReflection.runReaderT
:: forall r_ao0 (m_ao1 :: * -> *) a_ao2.
ReaderReflection.ReaderT r_ao0 m_ao1 a_ao2 -> r_ao0 -> m_ao1 a_ao2
[GblId,
Arity=2,
Caf=NoCafRefs,
Str=DmdType C(S)L,
Unf=Unf{Src=<vanilla>, TopLvl=True, Arity=2, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=IF_ARGS [0 0] 33 60}]
ReaderReflection.runReaderT =
\ (@ r_t1U)
(@ (m_t1V :: * -> *))
(@ a_t1W)
(ds_dsl :: ReaderReflection.ReaderT r_t1U m_t1V a_t1W)
(r_ao4 :: r_t1U) ->
((\ (@ s_aqo)
($dReifies_aqp :: Data.Reflection.Reifies * s_aqo r_t1U)
_ ->
(ds_dsl
`cast` (<ReaderReflection.NTCo:ReaderT <r_t1U> <m_t1V> <a_t1W>>
:: ReaderReflection.ReaderT r_t1U m_t1V a_t1W
~#
(forall s_any.
Data.Reflection.Reifies * s_any r_t1U =>
ReaderReflection.Tag r_t1U s_any m_t1V a_t1W)))
@ s_aqo $dReifies_aqp)
`cast` ((forall s_aqo.
<Data.Reflection.Reifies * s_aqo r_t1U>
-> <Data.Proxy.Proxy * s_aqo>
-> <ReaderReflection.NTCo:Tag
<r_t1U> <s_aqo> <m_t1V>> <a_t1W>) ; (Sym
<(Data.Reflection.NTCo:Magic
<r_t1U> <m_t1V a_t1W>)> ; UnsafeCo
(Data.Reflection.Magic
r_t1U
(m_t1V a_t1W))
((GHC.Prim.Any
*
-> r_t1U)
-> Data.Proxy.Proxy
AnyK
(GHC.Prim.Any
AnyK)
-> m_t1V a_t1W))
:: (forall s_aqo.
Data.Reflection.Reifies * s_aqo r_t1U =>
Data.Proxy.Proxy * s_aqo
-> ReaderReflection.Tag r_t1U s_aqo m_t1V a_t1W)
~#
((GHC.Prim.Any * -> r_t1U)
-> Data.Proxy.Proxy AnyK (GHC.Prim.Any AnyK) -> m_t1V a_t1W)))
(\ _ -> r_ao4) (Data.Proxy.Proxy @ AnyK @ (GHC.Prim.Any AnyK))
ReaderReflection.$fMonadTag1
:: forall r_aop s_aoq (m_aor :: * -> *).
GHC.Base.Monad m_aor =>
forall a_t47. a_t47 -> m_aor a_t47
[GblId,
Arity=2,
Caf=NoCafRefs,
Str=DmdType U(AASA)L,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=2, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=True)
Tmpl= \ (@ r_aop)
(@ s_aoq)
(@ (m_aor :: * -> *))
($dMonad_arb [Occ=Once] :: GHC.Base.Monad m_aor)
(@ a_t47)
(a2_aos [Occ=Once] :: a_t47) ->
GHC.Base.return @ m_aor $dMonad_arb @ a_t47 a2_aos}]
ReaderReflection.$fMonadTag1 =
\ (@ r_aop)
(@ s_aoq)
(@ (m_aor :: * -> *))
($dMonad_arb :: GHC.Base.Monad m_aor)
(@ a_t47)
(a2_aos :: a_t47) ->
GHC.Base.return @ m_aor $dMonad_arb @ a_t47 a2_aos
ReaderReflection.$fMonadTag_$creturn
:: forall r_aop s_aoq (m_aor :: * -> *).
GHC.Base.Monad m_aor =>
forall a_apu. a_apu -> ReaderReflection.Tag r_aop s_aoq m_aor a_apu
[GblId,
Arity=2,
Caf=NoCafRefs,
Str=DmdType U(AASA)L,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=0, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=True)
Tmpl= ReaderReflection.$fMonadTag1
`cast` (forall r_aop s_aoq (m_aor :: * -> *).
<GHC.Base.Monad m_aor>
-> forall a_t47.
<a_t47>
-> Sym
<(ReaderReflection.NTCo:Tag <r_aop> <s_aoq> <m_aor>)> <a_t47>
:: (forall r_aop s_aoq (m_aor :: * -> *).
GHC.Base.Monad m_aor =>
forall a_t47. a_t47 -> m_aor a_t47)
~#
(forall r_aop s_aoq (m_aor :: * -> *).
GHC.Base.Monad m_aor =>
forall a_t47.
a_t47 -> ReaderReflection.Tag r_aop s_aoq m_aor a_t47))}]
ReaderReflection.$fMonadTag_$creturn =
ReaderReflection.$fMonadTag1
`cast` (forall r_aop s_aoq (m_aor :: * -> *).
<GHC.Base.Monad m_aor>
-> forall a_t47.
<a_t47>
-> Sym
<(ReaderReflection.NTCo:Tag <r_aop> <s_aoq> <m_aor>)> <a_t47>
:: (forall r_aop s_aoq (m_aor :: * -> *).
GHC.Base.Monad m_aor =>
forall a_t47. a_t47 -> m_aor a_t47)
~#
(forall r_aop s_aoq (m_aor :: * -> *).
GHC.Base.Monad m_aor =>
forall a_t47.
a_t47 -> ReaderReflection.Tag r_aop s_aoq m_aor a_t47))
ReaderReflection.$fMonadTag2
:: forall r_Xpg s_Xpi (m_Xpk :: * -> *).
GHC.Base.Monad m_Xpk =>
forall a_t3L b_t3M.
ReaderReflection.Tag r_Xpg s_Xpi m_Xpk a_t3L
-> (a_t3L -> ReaderReflection.Tag r_Xpg s_Xpi m_Xpk b_t3M)
-> m_Xpk b_t3M
[GblId,
Arity=3,
Caf=NoCafRefs,
Str=DmdType U(SAAA)LL,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=3, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=False)
Tmpl= \ (@ r_Xpg)
(@ s_Xpi)
(@ (m_Xpk :: * -> *))
($dMonad_Xs5 [Occ=Once] :: GHC.Base.Monad m_Xpk)
(@ a_t3L)
(@ b_t3M)
(m_aot [Occ=Once] :: ReaderReflection.Tag r_Xpg s_Xpi m_Xpk a_t3L)
(k_aou [Occ=OnceL!]
:: a_t3L -> ReaderReflection.Tag r_Xpg s_Xpi m_Xpk b_t3M) ->
GHC.Base.>>=
@ m_Xpk
$dMonad_Xs5
@ a_t3L
@ b_t3M
(m_aot
`cast` (<ReaderReflection.NTCo:Tag <r_Xpg> <s_Xpi> <m_Xpk>> <a_t3L>
:: ReaderReflection.Tag r_Xpg s_Xpi m_Xpk a_t3L ~# m_Xpk a_t3L))
((\ (x_at0 [Occ=Once] :: a_t3L) -> k_aou x_at0)
`cast` (<a_t3L>
-> <ReaderReflection.NTCo:Tag <r_Xpg> <s_Xpi> <m_Xpk>> <b_t3M>
:: (a_t3L -> ReaderReflection.Tag r_Xpg s_Xpi m_Xpk b_t3M)
~#
(a_t3L -> m_Xpk b_t3M)))}]
ReaderReflection.$fMonadTag2 =
\ (@ r_Xpg)
(@ s_Xpi)
(@ (m_Xpk :: * -> *))
($dMonad_Xs5 :: GHC.Base.Monad m_Xpk)
(@ a_t3L)
(@ b_t3M)
(m_aot :: ReaderReflection.Tag r_Xpg s_Xpi m_Xpk a_t3L)
(k_aou :: a_t3L -> ReaderReflection.Tag r_Xpg s_Xpi m_Xpk b_t3M) ->
GHC.Base.>>=
@ m_Xpk
$dMonad_Xs5
@ a_t3L
@ b_t3M
(m_aot
`cast` (<ReaderReflection.NTCo:Tag <r_Xpg> <s_Xpi> <m_Xpk>> <a_t3L>
:: ReaderReflection.Tag r_Xpg s_Xpi m_Xpk a_t3L ~# m_Xpk a_t3L))
((\ (x_at0 :: a_t3L) -> k_aou x_at0)
`cast` (<a_t3L>
-> <ReaderReflection.NTCo:Tag <r_Xpg> <s_Xpi> <m_Xpk>> <b_t3M>
:: (a_t3L -> ReaderReflection.Tag r_Xpg s_Xpi m_Xpk b_t3M)
~#
(a_t3L -> m_Xpk b_t3M)))
ReaderReflection.$fMonadTag_$c>>=
:: forall r_aop s_aoq (m_aor :: * -> *).
GHC.Base.Monad m_aor =>
forall a_apW b_apX.
ReaderReflection.Tag r_aop s_aoq m_aor a_apW
-> (a_apW -> ReaderReflection.Tag r_aop s_aoq m_aor b_apX)
-> ReaderReflection.Tag r_aop s_aoq m_aor b_apX
[GblId,
Arity=3,
Caf=NoCafRefs,
Str=DmdType U(SAAA)LL,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=0, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=True)
Tmpl= ReaderReflection.$fMonadTag2
`cast` (forall r_Xpg s_Xpi (m_Xpk :: * -> *).
<GHC.Base.Monad m_Xpk>
-> forall a_t3L b_t3M.
<ReaderReflection.Tag r_Xpg s_Xpi m_Xpk a_t3L>
-> <a_t3L -> ReaderReflection.Tag r_Xpg s_Xpi m_Xpk b_t3M>
-> Sym
<(ReaderReflection.NTCo:Tag <r_Xpg> <s_Xpi> <m_Xpk>)> <b_t3M>
:: (forall r_Xpg s_Xpi (m_Xpk :: * -> *).
GHC.Base.Monad m_Xpk =>
forall a_t3L b_t3M.
ReaderReflection.Tag r_Xpg s_Xpi m_Xpk a_t3L
-> (a_t3L -> ReaderReflection.Tag r_Xpg s_Xpi m_Xpk b_t3M)
-> m_Xpk b_t3M)
~#
(forall r_Xpg s_Xpi (m_Xpk :: * -> *).
GHC.Base.Monad m_Xpk =>
forall a_t3L b_t3M.
ReaderReflection.Tag r_Xpg s_Xpi m_Xpk a_t3L
-> (a_t3L -> ReaderReflection.Tag r_Xpg s_Xpi m_Xpk b_t3M)
-> ReaderReflection.Tag r_Xpg s_Xpi m_Xpk b_t3M))}]
ReaderReflection.$fMonadTag_$c>>= =
ReaderReflection.$fMonadTag2
`cast` (forall r_Xpg s_Xpi (m_Xpk :: * -> *).
<GHC.Base.Monad m_Xpk>
-> forall a_t3L b_t3M.
<ReaderReflection.Tag r_Xpg s_Xpi m_Xpk a_t3L>
-> <a_t3L -> ReaderReflection.Tag r_Xpg s_Xpi m_Xpk b_t3M>
-> Sym
<(ReaderReflection.NTCo:Tag <r_Xpg> <s_Xpi> <m_Xpk>)> <b_t3M>
:: (forall r_Xpg s_Xpi (m_Xpk :: * -> *).
GHC.Base.Monad m_Xpk =>
forall a_t3L b_t3M.
ReaderReflection.Tag r_Xpg s_Xpi m_Xpk a_t3L
-> (a_t3L -> ReaderReflection.Tag r_Xpg s_Xpi m_Xpk b_t3M)
-> m_Xpk b_t3M)
~#
(forall r_Xpg s_Xpi (m_Xpk :: * -> *).
GHC.Base.Monad m_Xpk =>
forall a_t3L b_t3M.
ReaderReflection.Tag r_Xpg s_Xpi m_Xpk a_t3L
-> (a_t3L -> ReaderReflection.Tag r_Xpg s_Xpi m_Xpk b_t3M)
-> ReaderReflection.Tag r_Xpg s_Xpi m_Xpk b_t3M))
ReaderReflection.$fMonadTag_$cfail
:: forall r_aop s_aoq (m_aor :: * -> *).
GHC.Base.Monad m_aor =>
forall a_ar7.
GHC.Base.String -> ReaderReflection.Tag r_aop s_aoq m_aor a_ar7
[GblId,
Arity=2,
Str=DmdType ASb,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=2, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=True)
Tmpl= \ (@ r_Xps)
(@ s_Xpu)
(@ (m_Xpw :: * -> *))
_
(@ a_atc)
(eta_B1 [Occ=Once] :: [GHC.Types.Char]) ->
GHC.Err.error
@ (ReaderReflection.Tag r_Xps s_Xpu m_Xpw a_atc) eta_B1}]
ReaderReflection.$fMonadTag_$cfail =
\ (@ r_Xps)
(@ s_Xpu)
(@ (m_Xpw :: * -> *))
_
(@ a_atc)
(eta_B1 :: [GHC.Types.Char]) ->
GHC.Err.error
@ (ReaderReflection.Tag r_Xps s_Xpu m_Xpw a_atc) eta_B1
a_ruO
:: forall r_Xpr s_Xpt (m_Xpv :: * -> *).
GHC.Base.Monad m_Xpv =>
forall a_aqT b_aqU.
ReaderReflection.Tag r_Xpr s_Xpt m_Xpv a_aqT
-> ReaderReflection.Tag r_Xpr s_Xpt m_Xpv b_aqU -> m_Xpv b_aqU
[GblId, Arity=3, Caf=NoCafRefs, Str=DmdType U(SAAA)LL]
a_ruO =
\ (@ r_Xpr)
(@ s_Xpt)
(@ (m_Xpv :: * -> *))
($dMonad_Xsg :: GHC.Base.Monad m_Xpv)
(@ a_aqT)
(@ b_aqU)
(eta_B2 :: ReaderReflection.Tag r_Xpr s_Xpt m_Xpv a_aqT)
(eta1_B1 :: ReaderReflection.Tag r_Xpr s_Xpt m_Xpv b_aqU) ->
GHC.Base.>>=
@ m_Xpv
$dMonad_Xsg
@ a_aqT
@ b_aqU
(eta_B2
`cast` (<ReaderReflection.NTCo:Tag <r_Xpr> <s_Xpt> <m_Xpv>> <a_aqT>
:: ReaderReflection.Tag r_Xpr s_Xpt m_Xpv a_aqT ~# m_Xpv a_aqT))
((\ _ -> eta1_B1)
`cast` (<a_aqT>
-> <ReaderReflection.NTCo:Tag <r_Xpr> <s_Xpt> <m_Xpv>> <b_aqU>
:: (a_aqT -> ReaderReflection.Tag r_Xpr s_Xpt m_Xpv b_aqU)
~#
(a_aqT -> m_Xpv b_aqU)))
ReaderReflection.$fMonadTag_$c>> [InlPrag=INLINE (sat-args=2)]
:: forall r_aop s_aoq (m_aor :: * -> *).
GHC.Base.Monad m_aor =>
forall a_aqT b_aqU.
ReaderReflection.Tag r_aop s_aoq m_aor a_aqT
-> ReaderReflection.Tag r_aop s_aoq m_aor b_aqU
-> ReaderReflection.Tag r_aop s_aoq m_aor b_aqU
[GblId,
Arity=3,
Caf=NoCafRefs,
Str=DmdType U(SAAA)LL,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=3, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=False,boring_ok=False)
Tmpl= \ (@ r_Xqe)
(@ s_Xqh)
(@ (m_Xqk :: * -> *))
($dMonad_Xt6 [Occ=Once] :: GHC.Base.Monad m_Xqk)
(@ a_at5)
(@ b_at6)
(m_at7 [Occ=Once] :: ReaderReflection.Tag r_Xqe s_Xqh m_Xqk a_at5)
(k_at8 [Occ=OnceL]
:: ReaderReflection.Tag r_Xqe s_Xqh m_Xqk b_at6) ->
ReaderReflection.$fMonadTag_$c>>=
@ r_Xqe
@ s_Xqh
@ m_Xqk
$dMonad_Xt6
@ a_at5
@ b_at6
m_at7
(\ _ -> k_at8)}]
ReaderReflection.$fMonadTag_$c>> =
a_ruO
`cast` (forall r_Xpr s_Xpt (m_Xpv :: * -> *).
<GHC.Base.Monad m_Xpv>
-> forall a_aqT b_aqU.
<ReaderReflection.Tag r_Xpr s_Xpt m_Xpv a_aqT>
-> <ReaderReflection.Tag r_Xpr s_Xpt m_Xpv b_aqU>
-> Sym
<(ReaderReflection.NTCo:Tag <r_Xpr> <s_Xpt> <m_Xpv>)> <b_aqU>
:: (forall r_Xpr s_Xpt (m_Xpv :: * -> *).
GHC.Base.Monad m_Xpv =>
forall a_aqT b_aqU.
ReaderReflection.Tag r_Xpr s_Xpt m_Xpv a_aqT
-> ReaderReflection.Tag r_Xpr s_Xpt m_Xpv b_aqU -> m_Xpv b_aqU)
~#
(forall r_Xpr s_Xpt (m_Xpv :: * -> *).
GHC.Base.Monad m_Xpv =>
forall a_aqT b_aqU.
ReaderReflection.Tag r_Xpr s_Xpt m_Xpv a_aqT
-> ReaderReflection.Tag r_Xpr s_Xpt m_Xpv b_aqU
-> ReaderReflection.Tag r_Xpr s_Xpt m_Xpv b_aqU))
lvl_ruP
:: forall r_Xpq s_Xps (m_Xpu :: * -> *) a_atc.
[GHC.Types.Char] -> ReaderReflection.Tag r_Xpq s_Xps m_Xpu a_atc
[GblId, Arity=1, Str=DmdType Tb]
lvl_ruP =
\ (@ r_Xpq)
(@ s_Xps)
(@ (m_Xpu :: * -> *))
(@ a_atc)
(eta_XU :: [GHC.Types.Char]) ->
GHC.Err.error
@ (ReaderReflection.Tag r_Xpq s_Xps m_Xpu a_atc) eta_XU
ReaderReflection.$fMonadTag [InlPrag=[ALWAYS] CONLIKE]
:: forall r_aop s_aoq (m_aor :: * -> *).
GHC.Base.Monad m_aor =>
GHC.Base.Monad (ReaderReflection.Tag r_aop s_aoq m_aor)
[GblId[DFunId],
Arity=1,
Str=DmdType Lm,
Unf=DFun(arity=4) GHC.Base.D:Monad [{ReaderReflection.$fMonadTag_$c>>=},
{ReaderReflection.$fMonadTag_$c>>},
{ReaderReflection.$fMonadTag_$creturn},
{ReaderReflection.$fMonadTag_$cfail}]]
ReaderReflection.$fMonadTag =
\ (@ r_Xpq)
(@ s_Xps)
(@ (m_Xpu :: * -> *))
($dMonad_Xsf :: GHC.Base.Monad m_Xpu) ->
let {
lvl2_suE :: forall a_t47. a_t47 -> m_Xpu a_t47
[LclId]
lvl2_suE =
\ (@ a_t47) -> GHC.Base.return @ m_Xpu $dMonad_Xsf @ a_t47 } in
GHC.Base.D:Monad
@ (ReaderReflection.Tag r_Xpq s_Xps m_Xpu)
((ReaderReflection.$fMonadTag2 @ r_Xpq @ s_Xps @ m_Xpu $dMonad_Xsf)
`cast` (forall a_t3L b_t3M.
<ReaderReflection.Tag r_Xpq s_Xps m_Xpu a_t3L>
-> <a_t3L -> ReaderReflection.Tag r_Xpq s_Xps m_Xpu b_t3M>
-> Sym
<(ReaderReflection.NTCo:Tag <r_Xpq> <s_Xps> <m_Xpu>)> <b_t3M>
:: (forall a_t3L b_t3M.
ReaderReflection.Tag r_Xpq s_Xps m_Xpu a_t3L
-> (a_t3L -> ReaderReflection.Tag r_Xpq s_Xps m_Xpu b_t3M)
-> m_Xpu b_t3M)
~#
(forall a_t3L b_t3M.
ReaderReflection.Tag r_Xpq s_Xps m_Xpu a_t3L
-> (a_t3L -> ReaderReflection.Tag r_Xpq s_Xps m_Xpu b_t3M)
-> ReaderReflection.Tag r_Xpq s_Xps m_Xpu b_t3M)))
(ReaderReflection.$fMonadTag_$c>>
@ r_Xpq @ s_Xps @ m_Xpu $dMonad_Xsf)
((\ (@ a_t47) (a2_aos :: a_t47) -> lvl2_suE @ a_t47 a2_aos)
`cast` (forall a_t47.
<a_t47>
-> Sym
<(ReaderReflection.NTCo:Tag <r_Xpq> <s_Xps> <m_Xpu>)> <a_t47>
:: (forall a_t47. a_t47 -> m_Xpu a_t47)
~#
(forall a_t47.
a_t47 -> ReaderReflection.Tag r_Xpq s_Xps m_Xpu a_t47)))
(lvl_ruP @ r_Xpq @ s_Xps @ m_Xpu)
ReaderReflection.$fMonadReaderT1
:: forall r_aon (m_aoo :: * -> *).
GHC.Base.Monad m_aoo =>
forall a_t3G.
a_t3G
-> forall s_apL.
Data.Reflection.Reifies * s_apL r_aon =>
m_aoo a_t3G
[GblId,
Arity=3,
Caf=NoCafRefs,
Str=DmdType U(AASA)LA,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=3, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=True)
Tmpl= \ (@ r_aon)
(@ (m_aoo :: * -> *))
($dMonad_aqJ [Occ=Once] :: GHC.Base.Monad m_aoo)
(@ a_t3G)
(a2_aob [Occ=Once] :: a_t3G)
(@ s_apL)
_ ->
GHC.Base.return @ m_aoo $dMonad_aqJ @ a_t3G a2_aob}]
ReaderReflection.$fMonadReaderT1 =
\ (@ r_aon)
(@ (m_aoo :: * -> *))
($dMonad_aqJ :: GHC.Base.Monad m_aoo)
(@ a_t3G)
(a2_aob :: a_t3G)
(@ s_apL)
_ ->
GHC.Base.return @ m_aoo $dMonad_aqJ @ a_t3G a2_aob
ReaderReflection.$fMonadReaderT_$creturn
:: forall r_aon (m_aoo :: * -> *).
GHC.Base.Monad m_aoo =>
forall a_apu. a_apu -> ReaderReflection.ReaderT r_aon m_aoo a_apu
[GblId,
Arity=3,
Caf=NoCafRefs,
Str=DmdType U(AASA)LA,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=0, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=True)
Tmpl= ReaderReflection.$fMonadReaderT1
`cast` (forall r_Xph (m_Xpj :: * -> *).
<GHC.Base.Monad m_Xpj>
-> forall a_X4C.
<a_X4C>
-> (forall s_XqI.
<Data.Reflection.Reifies * s_XqI r_Xph>
-> Sym
<(ReaderReflection.NTCo:Tag
<r_Xph> <s_XqI> <m_Xpj>)> <a_X4C>) ; Sym
<(ReaderReflection.NTCo:ReaderT
<r_Xph>
<m_Xpj>
<a_X4C>)>
:: (forall r_Xph (m_Xpj :: * -> *).
GHC.Base.Monad m_Xpj =>
forall a_X4C.
a_X4C
-> forall s_XqI.
Data.Reflection.Reifies * s_XqI r_Xph =>
m_Xpj a_X4C)
~#
(forall r_Xph (m_Xpj :: * -> *).
GHC.Base.Monad m_Xpj =>
forall a_X4C.
a_X4C -> ReaderReflection.ReaderT r_Xph m_Xpj a_X4C))}]
ReaderReflection.$fMonadReaderT_$creturn =
ReaderReflection.$fMonadReaderT1
`cast` (forall r_Xph (m_Xpj :: * -> *).
<GHC.Base.Monad m_Xpj>
-> forall a_X4C.
<a_X4C>
-> (forall s_XqI.
<Data.Reflection.Reifies * s_XqI r_Xph>
-> Sym
<(ReaderReflection.NTCo:Tag
<r_Xph> <s_XqI> <m_Xpj>)> <a_X4C>) ; Sym
<(ReaderReflection.NTCo:ReaderT
<r_Xph> <m_Xpj> <a_X4C>)>
:: (forall r_Xph (m_Xpj :: * -> *).
GHC.Base.Monad m_Xpj =>
forall a_X4C.
a_X4C
-> forall s_XqI.
Data.Reflection.Reifies * s_XqI r_Xph =>
m_Xpj a_X4C)
~#
(forall r_Xph (m_Xpj :: * -> *).
GHC.Base.Monad m_Xpj =>
forall a_X4C. a_X4C -> ReaderReflection.ReaderT r_Xph m_Xpj a_X4C))
ReaderReflection.$fMonadReaderT2
:: forall r_Xpx (m_Xpz :: * -> *).
GHC.Base.Monad m_Xpz =>
forall a_t3y b_t3z.
ReaderReflection.ReaderT r_Xpx m_Xpz a_t3y
-> (a_t3y -> ReaderReflection.ReaderT r_Xpx m_Xpz b_t3z)
-> forall s_apU.
Data.Reflection.Reifies * s_apU r_Xpx =>
m_Xpz b_t3z
[GblId,
Arity=4,
Caf=NoCafRefs,
Str=DmdType U(SAAA)LLL,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=4, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=False)
Tmpl= \ (@ r_Xpx)
(@ (m_Xpz :: * -> *))
($dMonad_XrV [Occ=Once] :: GHC.Base.Monad m_Xpz)
(@ a_t3y)
(@ b_t3z)
(m_ao8 [Occ=Once] :: ReaderReflection.ReaderT r_Xpx m_Xpz a_t3y)
(k_ao9 [Occ=OnceL!]
:: a_t3y -> ReaderReflection.ReaderT r_Xpx m_Xpz b_t3z)
(@ s_apU)
($dReifies_apV :: Data.Reflection.Reifies * s_apU r_Xpx) ->
GHC.Base.>>=
@ m_Xpz
$dMonad_XrV
@ a_t3y
@ b_t3z
(((m_ao8
`cast` (<ReaderReflection.NTCo:ReaderT <r_Xpx> <m_Xpz> <a_t3y>>
:: ReaderReflection.ReaderT r_Xpx m_Xpz a_t3y
~#
(forall s_any.
Data.Reflection.Reifies * s_any r_Xpx =>
ReaderReflection.Tag r_Xpx s_any m_Xpz a_t3y)))
@ s_apU $dReifies_apV)
`cast` (<ReaderReflection.NTCo:Tag <r_Xpx> <s_apU> <m_Xpz>> <a_t3y>
:: ReaderReflection.Tag r_Xpx s_apU m_Xpz a_t3y ~# m_Xpz a_t3y))
((\ (x_at0 [Occ=Once] :: a_t3y) ->
((k_ao9 x_at0)
`cast` (<ReaderReflection.NTCo:ReaderT <r_Xpx> <m_Xpz> <b_t3z>>
:: ReaderReflection.ReaderT r_Xpx m_Xpz b_t3z
~#
(forall s_any.
Data.Reflection.Reifies * s_any r_Xpx =>
ReaderReflection.Tag r_Xpx s_any m_Xpz b_t3z)))
@ s_apU $dReifies_apV)
`cast` (<a_t3y>
-> <ReaderReflection.NTCo:Tag <r_Xpx> <s_apU> <m_Xpz>> <b_t3z>
:: (a_t3y -> ReaderReflection.Tag r_Xpx s_apU m_Xpz b_t3z)
~#
(a_t3y -> m_Xpz b_t3z)))}]
ReaderReflection.$fMonadReaderT2 =
\ (@ r_Xpx)
(@ (m_Xpz :: * -> *))
($dMonad_XrV :: GHC.Base.Monad m_Xpz)
(@ a_t3y)
(@ b_t3z)
(m_ao8 :: ReaderReflection.ReaderT r_Xpx m_Xpz a_t3y)
(k_ao9 :: a_t3y -> ReaderReflection.ReaderT r_Xpx m_Xpz b_t3z)
(@ s_apU)
($dReifies_apV :: Data.Reflection.Reifies * s_apU r_Xpx) ->
GHC.Base.>>=
@ m_Xpz
$dMonad_XrV
@ a_t3y
@ b_t3z
(((m_ao8
`cast` (<ReaderReflection.NTCo:ReaderT <r_Xpx> <m_Xpz> <a_t3y>>
:: ReaderReflection.ReaderT r_Xpx m_Xpz a_t3y
~#
(forall s_any.
Data.Reflection.Reifies * s_any r_Xpx =>
ReaderReflection.Tag r_Xpx s_any m_Xpz a_t3y)))
@ s_apU $dReifies_apV)
`cast` (<ReaderReflection.NTCo:Tag <r_Xpx> <s_apU> <m_Xpz>> <a_t3y>
:: ReaderReflection.Tag r_Xpx s_apU m_Xpz a_t3y ~# m_Xpz a_t3y))
((\ (x_at0 :: a_t3y) ->
((k_ao9 x_at0)
`cast` (<ReaderReflection.NTCo:ReaderT <r_Xpx> <m_Xpz> <b_t3z>>
:: ReaderReflection.ReaderT r_Xpx m_Xpz b_t3z
~#
(forall s_any.
Data.Reflection.Reifies * s_any r_Xpx =>
ReaderReflection.Tag r_Xpx s_any m_Xpz b_t3z)))
@ s_apU $dReifies_apV)
`cast` (<a_t3y>
-> <ReaderReflection.NTCo:Tag <r_Xpx> <s_apU> <m_Xpz>> <b_t3z>
:: (a_t3y -> ReaderReflection.Tag r_Xpx s_apU m_Xpz b_t3z)
~#
(a_t3y -> m_Xpz b_t3z)))
ReaderReflection.$fMonadReaderT_$c>>=
:: forall r_aon (m_aoo :: * -> *).
GHC.Base.Monad m_aoo =>
forall a_apW b_apX.
ReaderReflection.ReaderT r_aon m_aoo a_apW
-> (a_apW -> ReaderReflection.ReaderT r_aon m_aoo b_apX)
-> ReaderReflection.ReaderT r_aon m_aoo b_apX
[GblId,
Arity=4,
Caf=NoCafRefs,
Str=DmdType U(SAAA)LLL,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=0, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=True)
Tmpl= ReaderReflection.$fMonadReaderT2
`cast` (forall r_XqD (m_XqG :: * -> *).
<GHC.Base.Monad m_XqG>
-> forall a_X4G b_X4I.
<ReaderReflection.ReaderT r_XqD m_XqG a_X4G>
-> <a_X4G -> ReaderReflection.ReaderT r_XqD m_XqG b_X4I>
-> (forall s_Xr4.
<Data.Reflection.Reifies * s_Xr4 r_XqD>
-> Sym
<(ReaderReflection.NTCo:Tag
<r_XqD> <s_Xr4> <m_XqG>)> <b_X4I>) ; Sym
<(ReaderReflection.NTCo:ReaderT
<r_XqD>
<m_XqG>
<b_X4I>)>
:: (forall r_XqD (m_XqG :: * -> *).
GHC.Base.Monad m_XqG =>
forall a_X4G b_X4I.
ReaderReflection.ReaderT r_XqD m_XqG a_X4G
-> (a_X4G -> ReaderReflection.ReaderT r_XqD m_XqG b_X4I)
-> forall s_Xr4.
Data.Reflection.Reifies * s_Xr4 r_XqD =>
m_XqG b_X4I)
~#
(forall r_XqD (m_XqG :: * -> *).
GHC.Base.Monad m_XqG =>
forall a_X4G b_X4I.
ReaderReflection.ReaderT r_XqD m_XqG a_X4G
-> (a_X4G -> ReaderReflection.ReaderT r_XqD m_XqG b_X4I)
-> ReaderReflection.ReaderT r_XqD m_XqG b_X4I))}]
ReaderReflection.$fMonadReaderT_$c>>= =
ReaderReflection.$fMonadReaderT2
`cast` (forall r_XqD (m_XqG :: * -> *).
<GHC.Base.Monad m_XqG>
-> forall a_X4G b_X4I.
<ReaderReflection.ReaderT r_XqD m_XqG a_X4G>
-> <a_X4G -> ReaderReflection.ReaderT r_XqD m_XqG b_X4I>
-> (forall s_Xr4.
<Data.Reflection.Reifies * s_Xr4 r_XqD>
-> Sym
<(ReaderReflection.NTCo:Tag
<r_XqD> <s_Xr4> <m_XqG>)> <b_X4I>) ; Sym
<(ReaderReflection.NTCo:ReaderT
<r_XqD> <m_XqG> <b_X4I>)>
:: (forall r_XqD (m_XqG :: * -> *).
GHC.Base.Monad m_XqG =>
forall a_X4G b_X4I.
ReaderReflection.ReaderT r_XqD m_XqG a_X4G
-> (a_X4G -> ReaderReflection.ReaderT r_XqD m_XqG b_X4I)
-> forall s_Xr4.
Data.Reflection.Reifies * s_Xr4 r_XqD =>
m_XqG b_X4I)
~#
(forall r_XqD (m_XqG :: * -> *).
GHC.Base.Monad m_XqG =>
forall a_X4G b_X4I.
ReaderReflection.ReaderT r_XqD m_XqG a_X4G
-> (a_X4G -> ReaderReflection.ReaderT r_XqD m_XqG b_X4I)
-> ReaderReflection.ReaderT r_XqD m_XqG b_X4I))
ReaderReflection.$fMonadReaderT_$cfail
:: forall r_aon (m_aoo :: * -> *).
GHC.Base.Monad m_aoo =>
forall a_ar7.
GHC.Base.String -> ReaderReflection.ReaderT r_aon m_aoo a_ar7
[GblId,
Arity=2,
Str=DmdType ASb,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=2, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=True,boring_ok=True)
Tmpl= \ (@ r_XpG)
(@ (m_XpI :: * -> *))
_
(@ a_atc)
(eta_XY [Occ=Once] :: [GHC.Types.Char]) ->
GHC.Err.error
@ (ReaderReflection.ReaderT r_XpG m_XpI a_atc) eta_XY}]
ReaderReflection.$fMonadReaderT_$cfail =
\ (@ r_XpG)
(@ (m_XpI :: * -> *))
_
(@ a_atc)
(eta_XY :: [GHC.Types.Char]) ->
GHC.Err.error @ (ReaderReflection.ReaderT r_XpG m_XpI a_atc) eta_XY
a1_ruQ
:: forall r_XpF (m_XpH :: * -> *).
GHC.Base.Monad m_XpH =>
forall a_XrQ b_XrS.
ReaderReflection.ReaderT r_XpF m_XpH a_XrQ
-> ReaderReflection.ReaderT r_XpF m_XpH b_XrS
-> forall s_any.
Data.Reflection.Reifies * s_any r_XpF =>
m_XpH b_XrS
[GblId, Arity=4, Caf=NoCafRefs, Str=DmdType U(SAAA)LLL]
a1_ruQ =
\ (@ r_XpF)
(@ (m_XpH :: * -> *))
($dMonad_Xs3 :: GHC.Base.Monad m_XpH)
(@ a_XrQ)
(@ b_XrS)
(eta_X11 :: ReaderReflection.ReaderT r_XpF m_XpH a_XrQ)
(eta1_X21 :: ReaderReflection.ReaderT r_XpF m_XpH b_XrS)
(@ s_any)
(eta2_X3 :: Data.Reflection.Reifies * s_any r_XpF) ->
let {
lvl2_suF :: ReaderReflection.Tag r_XpF s_any m_XpH b_XrS
[LclId]
lvl2_suF =
(eta1_X21
`cast` (<ReaderReflection.NTCo:ReaderT <r_XpF> <m_XpH> <b_XrS>>
:: ReaderReflection.ReaderT r_XpF m_XpH b_XrS
~#
(forall s_any.
Data.Reflection.Reifies * s_any r_XpF =>
ReaderReflection.Tag r_XpF s_any m_XpH b_XrS)))
@ s_any eta2_X3 } in
GHC.Base.>>=
@ m_XpH
$dMonad_Xs3
@ a_XrQ
@ b_XrS
(((eta_X11
`cast` (<ReaderReflection.NTCo:ReaderT <r_XpF> <m_XpH> <a_XrQ>>
:: ReaderReflection.ReaderT r_XpF m_XpH a_XrQ
~#
(forall s_any.
Data.Reflection.Reifies * s_any r_XpF =>
ReaderReflection.Tag r_XpF s_any m_XpH a_XrQ)))
@ s_any eta2_X3)
`cast` (<ReaderReflection.NTCo:Tag <r_XpF> <s_any> <m_XpH>> <a_XrQ>
:: ReaderReflection.Tag r_XpF s_any m_XpH a_XrQ ~# m_XpH a_XrQ))
((\ _ -> lvl2_suF)
`cast` (<a_XrQ>
-> <ReaderReflection.NTCo:Tag <r_XpF> <s_any> <m_XpH>> <b_XrS>
:: (a_XrQ -> ReaderReflection.Tag r_XpF s_any m_XpH b_XrS)
~#
(a_XrQ -> m_XpH b_XrS)))
ReaderReflection.$fMonadReaderT_$c>> [InlPrag=INLINE (sat-args=2)]
:: forall r_aon (m_aoo :: * -> *).
GHC.Base.Monad m_aoo =>
forall a_aqT b_aqU.
ReaderReflection.ReaderT r_aon m_aoo a_aqT
-> ReaderReflection.ReaderT r_aon m_aoo b_aqU
-> ReaderReflection.ReaderT r_aon m_aoo b_aqU
[GblId,
Arity=4,
Caf=NoCafRefs,
Str=DmdType U(SAAA)LLL,
Unf=Unf{Src=InlineStable, TopLvl=True, Arity=3, Value=True,
ConLike=True, WorkFree=True, Expandable=True,
Guidance=ALWAYS_IF(unsat_ok=False,boring_ok=False)
Tmpl= \ (@ r_XqA)
(@ (m_XqD :: * -> *))
($dMonad_Xt0 [Occ=Once] :: GHC.Base.Monad m_XqD)
(@ a_at5)
(@ b_at6)
(m_at7 [Occ=Once] :: ReaderReflection.ReaderT r_XqA m_XqD a_at5)
(k_at8 [Occ=OnceL]
:: ReaderReflection.ReaderT r_XqA m_XqD b_at6) ->
ReaderReflection.$fMonadReaderT_$c>>=
@ r_XqA @ m_XqD $dMonad_Xt0 @ a_at5 @ b_at6 m_at7 (\ _ -> k_at8)}]
ReaderReflection.$fMonadReaderT_$c>> =
a1_ruQ
`cast` (forall r_XqK (m_XqN :: * -> *).
<GHC.Base.Monad m_XqN>
-> forall a_XsX b_Xt0.
<ReaderReflection.ReaderT r_XqK m_XqN a_XsX>
-> <ReaderReflection.ReaderT r_XqK m_XqN b_Xt0>
-> (forall s_XoH.
<Data.Reflection.Reifies * s_XoH r_XqK>
-> Sym
<(ReaderReflection.NTCo:Tag
<r_XqK> <s_XoH> <m_XqN>)> <b_Xt0>) ; Sym
<(ReaderReflection.NTCo:ReaderT
<r_XqK> <m_XqN> <b_Xt0>)>
:: (forall r_XqK (m_XqN :: * -> *).
GHC.Base.Monad m_XqN =>
forall a_XsX b_Xt0.
ReaderReflection.ReaderT r_XqK m_XqN a_XsX
-> ReaderReflection.ReaderT r_XqK m_XqN b_Xt0
-> forall s_XoH.
Data.Reflection.Reifies * s_XoH r_XqK =>
m_XqN b_Xt0)
~#
(forall r_XqK (m_XqN :: * -> *).
GHC.Base.Monad m_XqN =>
forall a_XsX b_Xt0.
ReaderReflection.ReaderT r_XqK m_XqN a_XsX
-> ReaderReflection.ReaderT r_XqK m_XqN b_Xt0
-> ReaderReflection.ReaderT r_XqK m_XqN b_Xt0))
lvl1_ruR
:: forall r_XpE (m_XpG :: * -> *) a_atc.
[GHC.Types.Char] -> ReaderReflection.ReaderT r_XpE m_XpG a_atc
[GblId, Arity=1, Str=DmdType Tb]
lvl1_ruR =
\ (@ r_XpE)
(@ (m_XpG :: * -> *))
(@ a_atc)
(eta_X1b :: [GHC.Types.Char]) ->
GHC.Err.error
@ (ReaderReflection.ReaderT r_XpE m_XpG a_atc) eta_X1b
ReaderReflection.$fMonadReaderT [InlPrag=[ALWAYS] CONLIKE]
:: forall r_aon (m_aoo :: * -> *).