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ghc-lib-parser 0.20210101 → 0.20210201

raw patch · 112 files changed

+27762/−25332 lines, 112 files

Files

compiler/GHC/Builtin/Names.hs view
@@ -349,6 +349,8 @@         -- ghc-bignum         integerFromNaturalName,         integerToNaturalClampName,+        integerToNaturalThrowName,+        integerToNaturalName,         integerToWordName,         integerToIntName,         integerToWord64Name,@@ -360,15 +362,16 @@         integerMulName,         integerSubName,         integerNegateName,-        integerEqPrimName,-        integerNePrimName,-        integerLePrimName,-        integerGtPrimName,-        integerLtPrimName,-        integerGePrimName,+        integerEqName,+        integerNeName,+        integerLeName,+        integerGtName,+        integerLtName,+        integerGeName,         integerAbsName,         integerSignumName,         integerCompareName,+        integerPopCountName,         integerQuotName,         integerRemName,         integerDivName,@@ -386,16 +389,48 @@         integerXorName,         integerComplementName,         integerBitName,+        integerTestBitName,         integerShiftLName,         integerShiftRName,+         naturalToWordName,+        naturalToWordClampName,+        naturalEqName,+        naturalNeName,+        naturalGeName,+        naturalLeName,+        naturalGtName,+        naturalLtName,+        naturalCompareName,+        naturalPopCountName,+        naturalShiftRName,+        naturalShiftLName,         naturalAddName,         naturalSubName,+        naturalSubThrowName,+        naturalSubUnsafeName,         naturalMulName,+        naturalSignumName,+        naturalNegateName,+        naturalQuotRemName,         naturalQuotName,         naturalRemName,-        naturalQuotRemName,+        naturalAndName,+        naturalAndNotName,+        naturalOrName,+        naturalXorName,+        naturalTestBitName,+        naturalBitName,+        naturalGcdName,+        naturalLcmName,+        naturalLog2Name,+        naturalLogBaseWordName,+        naturalLogBaseName,+        naturalPowModName,+        naturalSizeInBaseName,+         bignatFromWordListName,+         -- Float/Double         rationalToFloatName,         rationalToDoubleName,@@ -612,7 +647,7 @@ rOOT_MAIN       = mkMainModule (fsLit ":Main") -- Root module for initialisation  mkInteractiveModule :: Int -> Module--- (mkInteractiveMoudule 9) makes module 'interactive:M9'+-- (mkInteractiveMoudule 9) makes module 'interactive:Ghci9' mkInteractiveModule n = mkModule interactiveUnit (mkModuleName ("Ghci" ++ show n))  pRELUDE_NAME, mAIN_NAME :: ModuleName@@ -752,12 +787,13 @@ compose_RDR :: RdrName compose_RDR             = varQual_RDR gHC_BASE (fsLit ".") -not_RDR, getTag_RDR, succ_RDR, pred_RDR, minBound_RDR, maxBound_RDR,+not_RDR, getTag_RDR, dataToTag_RDR, succ_RDR, pred_RDR, minBound_RDR, maxBound_RDR,     and_RDR, range_RDR, inRange_RDR, index_RDR,     unsafeIndex_RDR, unsafeRangeSize_RDR :: RdrName and_RDR                 = varQual_RDR gHC_CLASSES (fsLit "&&") not_RDR                 = varQual_RDR gHC_CLASSES (fsLit "not") getTag_RDR              = varQual_RDR gHC_BASE (fsLit "getTag")+dataToTag_RDR           = varQual_RDR gHC_PRIM (fsLit "dataToTag#") succ_RDR                = varQual_RDR gHC_ENUM (fsLit "succ") pred_RDR                = varQual_RDR gHC_ENUM (fsLit "pred") minBound_RDR            = varQual_RDR gHC_ENUM (fsLit "minBound")@@ -1122,6 +1158,8 @@ --------------------------------- integerFromNaturalName    , integerToNaturalClampName+   , integerToNaturalThrowName+   , integerToNaturalName    , integerToWordName    , integerToIntName    , integerToWord64Name@@ -1133,15 +1171,16 @@    , integerMulName    , integerSubName    , integerNegateName-   , integerEqPrimName-   , integerNePrimName-   , integerLePrimName-   , integerGtPrimName-   , integerLtPrimName-   , integerGePrimName+   , integerEqName+   , integerNeName+   , integerLeName+   , integerGtName+   , integerLtName+   , integerGeName    , integerAbsName    , integerSignumName    , integerCompareName+   , integerPopCountName    , integerQuotName    , integerRemName    , integerDivName@@ -1159,15 +1198,44 @@    , integerXorName    , integerComplementName    , integerBitName+   , integerTestBitName    , integerShiftLName    , integerShiftRName    , naturalToWordName+   , naturalToWordClampName+   , naturalEqName+   , naturalNeName+   , naturalGeName+   , naturalLeName+   , naturalGtName+   , naturalLtName+   , naturalCompareName+   , naturalPopCountName+   , naturalShiftRName+   , naturalShiftLName    , naturalAddName    , naturalSubName+   , naturalSubThrowName+   , naturalSubUnsafeName    , naturalMulName+   , naturalSignumName+   , naturalNegateName+   , naturalQuotRemName    , naturalQuotName    , naturalRemName-   , naturalQuotRemName+   , naturalAndName+   , naturalAndNotName+   , naturalOrName+   , naturalXorName+   , naturalTestBitName+   , naturalBitName+   , naturalGcdName+   , naturalLcmName+   , naturalLog2Name+   , naturalLogBaseWordName+   , naturalLogBaseName+   , naturalPowModName+   , naturalSizeInBaseName    , bignatFromWordListName    :: Name @@ -1180,15 +1248,45 @@ bignatFromWordListName    = bnbVarQual "bigNatFromWordList#"       bignatFromWordListIdKey  naturalToWordName         = bnnVarQual "naturalToWord#"            naturalToWordIdKey+naturalToWordClampName    = bnnVarQual "naturalToWordClamp#"       naturalToWordClampIdKey+naturalEqName             = bnnVarQual "naturalEq#"                naturalEqIdKey+naturalNeName             = bnnVarQual "naturalNe#"                naturalNeIdKey+naturalGeName             = bnnVarQual "naturalGe#"                naturalGeIdKey+naturalLeName             = bnnVarQual "naturalLe#"                naturalLeIdKey+naturalGtName             = bnnVarQual "naturalGt#"                naturalGtIdKey+naturalLtName             = bnnVarQual "naturalLt#"                naturalLtIdKey+naturalCompareName        = bnnVarQual "naturalCompare"            naturalCompareIdKey+naturalPopCountName       = bnnVarQual "naturalPopCount#"          naturalPopCountIdKey+naturalShiftRName         = bnnVarQual "naturalShiftR#"            naturalShiftRIdKey+naturalShiftLName         = bnnVarQual "naturalShiftL#"            naturalShiftLIdKey naturalAddName            = bnnVarQual "naturalAdd"                naturalAddIdKey-naturalSubName            = bnnVarQual "naturalSubUnsafe"          naturalSubIdKey+naturalSubName            = bnnVarQual "naturalSub"                naturalSubIdKey+naturalSubThrowName       = bnnVarQual "naturalSubThrow"           naturalSubThrowIdKey+naturalSubUnsafeName      = bnnVarQual "naturalSubUnsafe"          naturalSubUnsafeIdKey naturalMulName            = bnnVarQual "naturalMul"                naturalMulIdKey+naturalSignumName         = bnnVarQual "naturalSignum"             naturalSignumIdKey+naturalNegateName         = bnnVarQual "naturalNegate"             naturalNegateIdKey+naturalQuotRemName        = bnnVarQual "naturalQuotRem#"           naturalQuotRemIdKey naturalQuotName           = bnnVarQual "naturalQuot"               naturalQuotIdKey naturalRemName            = bnnVarQual "naturalRem"                naturalRemIdKey-naturalQuotRemName        = bnnVarQual "naturalQuotRem"            naturalQuotRemIdKey+naturalAndName            = bnnVarQual "naturalAnd"                naturalAndIdKey+naturalAndNotName         = bnnVarQual "naturalAndNot"             naturalAndNotIdKey+naturalOrName             = bnnVarQual "naturalOr"                 naturalOrIdKey+naturalXorName            = bnnVarQual "naturalXor"                naturalXorIdKey+naturalTestBitName        = bnnVarQual "naturalTestBit#"           naturalTestBitIdKey+naturalBitName            = bnnVarQual "naturalBit#"               naturalBitIdKey+naturalGcdName            = bnnVarQual "naturalGcd"                naturalGcdIdKey+naturalLcmName            = bnnVarQual "naturalLcm"                naturalLcmIdKey+naturalLog2Name           = bnnVarQual "naturalLog2#"              naturalLog2IdKey+naturalLogBaseWordName    = bnnVarQual "naturalLogBaseWord#"       naturalLogBaseWordIdKey+naturalLogBaseName        = bnnVarQual "naturalLogBase#"           naturalLogBaseIdKey+naturalPowModName         = bnnVarQual "naturalPowMod"             naturalPowModIdKey+naturalSizeInBaseName     = bnnVarQual "naturalSizeInBase#"        naturalSizeInBaseIdKey  integerFromNaturalName    = bniVarQual "integerFromNatural"        integerFromNaturalIdKey integerToNaturalClampName = bniVarQual "integerToNaturalClamp"     integerToNaturalClampIdKey+integerToNaturalThrowName = bniVarQual "integerToNaturalThrow"     integerToNaturalThrowIdKey+integerToNaturalName      = bniVarQual "integerToNatural"          integerToNaturalIdKey integerToWordName         = bniVarQual "integerToWord#"            integerToWordIdKey integerToIntName          = bniVarQual "integerToInt#"             integerToIntIdKey integerToWord64Name       = bniVarQual "integerToWord64#"          integerToWord64IdKey@@ -1200,15 +1298,16 @@ integerMulName            = bniVarQual "integerMul"                integerMulIdKey integerSubName            = bniVarQual "integerSub"                integerSubIdKey integerNegateName         = bniVarQual "integerNegate"             integerNegateIdKey-integerEqPrimName         = bniVarQual "integerEq#"                integerEqPrimIdKey-integerNePrimName         = bniVarQual "integerNe#"                integerNePrimIdKey-integerLePrimName         = bniVarQual "integerLe#"                integerLePrimIdKey-integerGtPrimName         = bniVarQual "integerGt#"                integerGtPrimIdKey-integerLtPrimName         = bniVarQual "integerLt#"                integerLtPrimIdKey-integerGePrimName         = bniVarQual "integerGe#"                integerGePrimIdKey+integerEqName             = bniVarQual "integerEq#"                integerEqIdKey+integerNeName             = bniVarQual "integerNe#"                integerNeIdKey+integerLeName             = bniVarQual "integerLe#"                integerLeIdKey+integerGtName             = bniVarQual "integerGt#"                integerGtIdKey+integerLtName             = bniVarQual "integerLt#"                integerLtIdKey+integerGeName             = bniVarQual "integerGe#"                integerGeIdKey integerAbsName            = bniVarQual "integerAbs"                integerAbsIdKey integerSignumName         = bniVarQual "integerSignum"             integerSignumIdKey integerCompareName        = bniVarQual "integerCompare"            integerCompareIdKey+integerPopCountName       = bniVarQual "integerPopCount#"          integerPopCountIdKey integerQuotName           = bniVarQual "integerQuot"               integerQuotIdKey integerRemName            = bniVarQual "integerRem"                integerRemIdKey integerDivName            = bniVarQual "integerDiv"                integerDivIdKey@@ -1226,6 +1325,7 @@ integerXorName            = bniVarQual "integerXor"                integerXorIdKey integerComplementName     = bniVarQual "integerComplement"         integerComplementIdKey integerBitName            = bniVarQual "integerBit#"               integerBitIdKey+integerTestBitName        = bniVarQual "integerTestBit#"           integerTestBitIdKey integerShiftLName         = bniVarQual "integerShiftL#"            integerShiftLIdKey integerShiftRName         = bniVarQual "integerShiftR#"            integerShiftRIdKey @@ -2422,6 +2522,8 @@  integerFromNaturalIdKey    , integerToNaturalClampIdKey+   , integerToNaturalThrowIdKey+   , integerToNaturalIdKey    , integerToWordIdKey    , integerToIntIdKey    , integerToWord64IdKey@@ -2430,15 +2532,16 @@    , integerMulIdKey    , integerSubIdKey    , integerNegateIdKey-   , integerEqPrimIdKey-   , integerNePrimIdKey-   , integerLePrimIdKey-   , integerGtPrimIdKey-   , integerLtPrimIdKey-   , integerGePrimIdKey+   , integerEqIdKey+   , integerNeIdKey+   , integerLeIdKey+   , integerGtIdKey+   , integerLtIdKey+   , integerGeIdKey    , integerAbsIdKey    , integerSignumIdKey    , integerCompareIdKey+   , integerPopCountIdKey    , integerQuotIdKey    , integerRemIdKey    , integerDivIdKey@@ -2456,72 +2559,133 @@    , integerXorIdKey    , integerComplementIdKey    , integerBitIdKey+   , integerTestBitIdKey    , integerShiftLIdKey    , integerShiftRIdKey    , integerFromWordIdKey    , integerFromWord64IdKey    , integerFromInt64IdKey    , naturalToWordIdKey+   , naturalToWordClampIdKey+   , naturalEqIdKey+   , naturalNeIdKey+   , naturalGeIdKey+   , naturalLeIdKey+   , naturalGtIdKey+   , naturalLtIdKey+   , naturalCompareIdKey+   , naturalPopCountIdKey+   , naturalShiftRIdKey+   , naturalShiftLIdKey    , naturalAddIdKey    , naturalSubIdKey+   , naturalSubThrowIdKey+   , naturalSubUnsafeIdKey    , naturalMulIdKey+   , naturalSignumIdKey+   , naturalNegateIdKey+   , naturalQuotRemIdKey    , naturalQuotIdKey    , naturalRemIdKey-   , naturalQuotRemIdKey+   , naturalAndIdKey+   , naturalAndNotIdKey+   , naturalOrIdKey+   , naturalXorIdKey+   , naturalTestBitIdKey+   , naturalBitIdKey+   , naturalGcdIdKey+   , naturalLcmIdKey+   , naturalLog2IdKey+   , naturalLogBaseWordIdKey+   , naturalLogBaseIdKey+   , naturalPowModIdKey+   , naturalSizeInBaseIdKey    , bignatFromWordListIdKey    :: Unique  integerFromNaturalIdKey    = mkPreludeMiscIdUnique 600 integerToNaturalClampIdKey = mkPreludeMiscIdUnique 601-integerToWordIdKey         = mkPreludeMiscIdUnique 602-integerToIntIdKey          = mkPreludeMiscIdUnique 603-integerToWord64IdKey       = mkPreludeMiscIdUnique 604-integerToInt64IdKey        = mkPreludeMiscIdUnique 605-integerAddIdKey            = mkPreludeMiscIdUnique 606-integerMulIdKey            = mkPreludeMiscIdUnique 607-integerSubIdKey            = mkPreludeMiscIdUnique 608-integerNegateIdKey         = mkPreludeMiscIdUnique 609-integerEqPrimIdKey         = mkPreludeMiscIdUnique 610-integerNePrimIdKey         = mkPreludeMiscIdUnique 611-integerLePrimIdKey         = mkPreludeMiscIdUnique 612-integerGtPrimIdKey         = mkPreludeMiscIdUnique 613-integerLtPrimIdKey         = mkPreludeMiscIdUnique 614-integerGePrimIdKey         = mkPreludeMiscIdUnique 615-integerAbsIdKey            = mkPreludeMiscIdUnique 616-integerSignumIdKey         = mkPreludeMiscIdUnique 617-integerCompareIdKey        = mkPreludeMiscIdUnique 618-integerQuotIdKey           = mkPreludeMiscIdUnique 619-integerRemIdKey            = mkPreludeMiscIdUnique 620-integerDivIdKey            = mkPreludeMiscIdUnique 621-integerModIdKey            = mkPreludeMiscIdUnique 622-integerDivModIdKey         = mkPreludeMiscIdUnique 623-integerQuotRemIdKey        = mkPreludeMiscIdUnique 624-integerToFloatIdKey        = mkPreludeMiscIdUnique 625-integerToDoubleIdKey       = mkPreludeMiscIdUnique 626-integerEncodeFloatIdKey    = mkPreludeMiscIdUnique 627-integerEncodeDoubleIdKey   = mkPreludeMiscIdUnique 628-integerGcdIdKey            = mkPreludeMiscIdUnique 629-integerLcmIdKey            = mkPreludeMiscIdUnique 630-integerAndIdKey            = mkPreludeMiscIdUnique 631-integerOrIdKey             = mkPreludeMiscIdUnique 632-integerXorIdKey            = mkPreludeMiscIdUnique 633-integerComplementIdKey     = mkPreludeMiscIdUnique 634-integerBitIdKey            = mkPreludeMiscIdUnique 635-integerShiftLIdKey         = mkPreludeMiscIdUnique 636-integerShiftRIdKey         = mkPreludeMiscIdUnique 637-integerFromWordIdKey       = mkPreludeMiscIdUnique 638-integerFromWord64IdKey     = mkPreludeMiscIdUnique 639-integerFromInt64IdKey      = mkPreludeMiscIdUnique 640+integerToNaturalThrowIdKey = mkPreludeMiscIdUnique 602+integerToNaturalIdKey      = mkPreludeMiscIdUnique 603+integerToWordIdKey         = mkPreludeMiscIdUnique 604+integerToIntIdKey          = mkPreludeMiscIdUnique 605+integerToWord64IdKey       = mkPreludeMiscIdUnique 606+integerToInt64IdKey        = mkPreludeMiscIdUnique 607+integerAddIdKey            = mkPreludeMiscIdUnique 608+integerMulIdKey            = mkPreludeMiscIdUnique 609+integerSubIdKey            = mkPreludeMiscIdUnique 610+integerNegateIdKey         = mkPreludeMiscIdUnique 611+integerEqIdKey             = mkPreludeMiscIdUnique 612+integerNeIdKey             = mkPreludeMiscIdUnique 613+integerLeIdKey             = mkPreludeMiscIdUnique 614+integerGtIdKey             = mkPreludeMiscIdUnique 615+integerLtIdKey             = mkPreludeMiscIdUnique 616+integerGeIdKey             = mkPreludeMiscIdUnique 617+integerAbsIdKey            = mkPreludeMiscIdUnique 618+integerSignumIdKey         = mkPreludeMiscIdUnique 619+integerCompareIdKey        = mkPreludeMiscIdUnique 620+integerPopCountIdKey       = mkPreludeMiscIdUnique 621+integerQuotIdKey           = mkPreludeMiscIdUnique 622+integerRemIdKey            = mkPreludeMiscIdUnique 623+integerDivIdKey            = mkPreludeMiscIdUnique 624+integerModIdKey            = mkPreludeMiscIdUnique 625+integerDivModIdKey         = mkPreludeMiscIdUnique 626+integerQuotRemIdKey        = mkPreludeMiscIdUnique 627+integerToFloatIdKey        = mkPreludeMiscIdUnique 628+integerToDoubleIdKey       = mkPreludeMiscIdUnique 629+integerEncodeFloatIdKey    = mkPreludeMiscIdUnique 630+integerEncodeDoubleIdKey   = mkPreludeMiscIdUnique 631+integerGcdIdKey            = mkPreludeMiscIdUnique 632+integerLcmIdKey            = mkPreludeMiscIdUnique 633+integerAndIdKey            = mkPreludeMiscIdUnique 634+integerOrIdKey             = mkPreludeMiscIdUnique 635+integerXorIdKey            = mkPreludeMiscIdUnique 636+integerComplementIdKey     = mkPreludeMiscIdUnique 637+integerBitIdKey            = mkPreludeMiscIdUnique 638+integerTestBitIdKey        = mkPreludeMiscIdUnique 639+integerShiftLIdKey         = mkPreludeMiscIdUnique 640+integerShiftRIdKey         = mkPreludeMiscIdUnique 641+integerFromWordIdKey       = mkPreludeMiscIdUnique 642+integerFromWord64IdKey     = mkPreludeMiscIdUnique 643+integerFromInt64IdKey      = mkPreludeMiscIdUnique 644  naturalToWordIdKey         = mkPreludeMiscIdUnique 650-naturalAddIdKey            = mkPreludeMiscIdUnique 651-naturalSubIdKey            = mkPreludeMiscIdUnique 652-naturalMulIdKey            = mkPreludeMiscIdUnique 653-naturalQuotIdKey           = mkPreludeMiscIdUnique 654-naturalRemIdKey            = mkPreludeMiscIdUnique 655-naturalQuotRemIdKey        = mkPreludeMiscIdUnique 656+naturalToWordClampIdKey    = mkPreludeMiscIdUnique 651+naturalEqIdKey             = mkPreludeMiscIdUnique 652+naturalNeIdKey             = mkPreludeMiscIdUnique 653+naturalGeIdKey             = mkPreludeMiscIdUnique 654+naturalLeIdKey             = mkPreludeMiscIdUnique 655+naturalGtIdKey             = mkPreludeMiscIdUnique 656+naturalLtIdKey             = mkPreludeMiscIdUnique 657+naturalCompareIdKey        = mkPreludeMiscIdUnique 658+naturalPopCountIdKey       = mkPreludeMiscIdUnique 659+naturalShiftRIdKey         = mkPreludeMiscIdUnique 660+naturalShiftLIdKey         = mkPreludeMiscIdUnique 661+naturalAddIdKey            = mkPreludeMiscIdUnique 662+naturalSubIdKey            = mkPreludeMiscIdUnique 663+naturalSubThrowIdKey       = mkPreludeMiscIdUnique 664+naturalSubUnsafeIdKey      = mkPreludeMiscIdUnique 665+naturalMulIdKey            = mkPreludeMiscIdUnique 666+naturalSignumIdKey         = mkPreludeMiscIdUnique 667+naturalNegateIdKey         = mkPreludeMiscIdUnique 668+naturalQuotRemIdKey        = mkPreludeMiscIdUnique 669+naturalQuotIdKey           = mkPreludeMiscIdUnique 670+naturalRemIdKey            = mkPreludeMiscIdUnique 671+naturalAndIdKey            = mkPreludeMiscIdUnique 672+naturalAndNotIdKey         = mkPreludeMiscIdUnique 673+naturalOrIdKey             = mkPreludeMiscIdUnique 674+naturalXorIdKey            = mkPreludeMiscIdUnique 675+naturalTestBitIdKey        = mkPreludeMiscIdUnique 676+naturalBitIdKey            = mkPreludeMiscIdUnique 677+naturalGcdIdKey            = mkPreludeMiscIdUnique 678+naturalLcmIdKey            = mkPreludeMiscIdUnique 679+naturalLog2IdKey           = mkPreludeMiscIdUnique 680+naturalLogBaseWordIdKey    = mkPreludeMiscIdUnique 681+naturalLogBaseIdKey        = mkPreludeMiscIdUnique 682+naturalPowModIdKey         = mkPreludeMiscIdUnique 683+naturalSizeInBaseIdKey     = mkPreludeMiscIdUnique 684 -bignatFromWordListIdKey    = mkPreludeMiscIdUnique 670+bignatFromWordListIdKey    = mkPreludeMiscIdUnique 690  {- ************************************************************************
compiler/GHC/Builtin/Uniques.hs view
@@ -290,16 +290,13 @@       _          -> panic "getTupleDataConName: impossible"  {--************************************************************************-*                                                                      *-\subsection[Uniques-prelude]{@Uniques@ for wired-in Prelude things}-*                                                                      *-************************************************************************-+Note [Uniques for wired-in prelude things and known masks]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Allocation of unique supply characters:         v,t,u : for renumbering value-, type- and usage- vars.         B:   builtin         C-E: pseudo uniques     (used in native-code generator)+        I:   GHCi evaluation         X:   uniques from mkLocalUnique         _:   unifiable tyvars   (above)         0-9: prelude things below@@ -308,15 +305,20 @@          other a-z: lower case chars for unique supplies.  Used so far: +        a       TypeChecking?+        c       StgToCmm/Renamer         d       desugarer         f       AbsC flattener         g       SimplStg+        i       TypeChecking interface files         j       constraint tuple superclass selectors         k       constraint tuple tycons         m       constraint tuple datacons-        n       Native codegen+        n       Native/LLVM codegen         r       Hsc name cache         s       simplifier+        u       Cmm pipeline+        y       GHCi bytecode generator         z       anonymous sums -}
compiler/GHC/Core.hs view
@@ -12,7 +12,7 @@ -- | GHC.Core holds all the main data types for use by for the Glasgow Haskell Compiler midsection module GHC.Core (         -- * Main data types-        Expr(..), Alt, Bind(..), AltCon(..), Arg,+        Expr(..), Alt(..), Bind(..), AltCon(..), Arg,         Tickish(..), TickishScoping(..), TickishPlacement(..),         CoreProgram, CoreExpr, CoreAlt, CoreBind, CoreArg, CoreBndr,         TaggedExpr, TaggedAlt, TaggedBind, TaggedArg, TaggedBndr(..), deTagExpr,@@ -75,7 +75,7 @@         canUnfold, neverUnfoldGuidance, isStableSource,          -- * Annotated expression data types-        AnnExpr, AnnExpr'(..), AnnBind(..), AnnAlt,+        AnnExpr, AnnExpr'(..), AnnBind(..), AnnAlt(..),          -- ** Operations on annotated expressions         collectAnnArgs, collectAnnArgsTicks,@@ -282,7 +282,9 @@  -- If you edit this type, you may need to update the GHC formalism -- See Note [GHC Formalism] in GHC.Core.Lint-type Alt b = (AltCon, [b], Expr b)+data Alt b+    = Alt AltCon [b] (Expr b)+    deriving (Data)  -- | A case alternative constructor (i.e. pattern match) @@ -1834,10 +1836,10 @@   ppr (LitAlt lit) = ppr lit   ppr DEFAULT      = text "__DEFAULT" -cmpAlt :: (AltCon, a, b) -> (AltCon, a, b) -> Ordering-cmpAlt (con1, _, _) (con2, _, _) = con1 `cmpAltCon` con2+cmpAlt :: Alt a -> Alt a -> Ordering+cmpAlt (Alt con1 _ _) (Alt con2 _ _) = con1 `cmpAltCon` con2 -ltAlt :: (AltCon, a, b) -> (AltCon, a, b) -> Bool+ltAlt :: Alt a -> Alt a -> Bool ltAlt a1 a2 = (a1 `cmpAlt` a2) == LT  cmpAltCon :: AltCon -> AltCon -> Ordering@@ -1936,7 +1938,7 @@ deTagBind (Rec prs)             = Rec [(b, deTagExpr rhs) | (TB b _, rhs) <- prs]  deTagAlt :: TaggedAlt t -> CoreAlt-deTagAlt (con, bndrs, rhs) = (con, [b | TB b _ <- bndrs], deTagExpr rhs)+deTagAlt (Alt con bndrs rhs) = Alt con [b | TB b _ <- bndrs] (deTagExpr rhs)  {- ************************************************************************@@ -2136,7 +2138,7 @@ rhssOfBind (Rec pairs)    = [rhs | (_,rhs) <- pairs]  rhssOfAlts :: [Alt b] -> [Expr b]-rhssOfAlts alts = [e | (_,_,e) <- alts]+rhssOfAlts alts = [e | Alt _ _ e <- alts]  -- | Collapse all the bindings in the supplied groups into a single -- list of lhs\/rhs pairs suitable for binding in a 'Rec' binding group@@ -2299,7 +2301,7 @@   | AnnCoercion Coercion  -- | A clone of the 'Alt' type but allowing annotation at every tree node-type AnnAlt bndr annot = (AltCon, [bndr], AnnExpr bndr annot)+data AnnAlt bndr annot = AnnAlt AltCon [bndr] (AnnExpr bndr annot)  -- | A clone of the 'Bind' type but allowing annotation at every tree node data AnnBind bndr annot@@ -2344,7 +2346,7 @@   = Case (deAnnotate scrut) v t (map deAnnAlt alts)  deAnnAlt :: AnnAlt bndr annot -> Alt bndr-deAnnAlt (con,args,rhs) = (con,args,deAnnotate rhs)+deAnnAlt (AnnAlt con args rhs) = Alt con args (deAnnotate rhs)  deAnnBind  :: AnnBind b annot -> Bind b deAnnBind (AnnNonRec var rhs) = NonRec var (deAnnotate rhs)
compiler/GHC/Core/Coercion/Opt.hs view
@@ -1005,7 +1005,7 @@     check_no_conflict _    [] = Nothing     check_no_conflict flat (b@CoAxBranch { cab_lhs = lhs_incomp } : rest)          -- See Note [Apartness] in GHC.Core.FamInstEnv-      | SurelyApart <- tcUnifyTysFG (const BindMe) flat lhs_incomp+      | SurelyApart <- tcUnifyTysFG alwaysBindFun flat lhs_incomp       = check_no_conflict flat rest       | otherwise       = Just b
compiler/GHC/Core/ConLike.hs view
@@ -16,13 +16,13 @@         , conLikeExTyCoVars         , conLikeName         , conLikeStupidTheta-        , conLikeWrapId_maybe         , conLikeImplBangs         , conLikeFullSig         , conLikeResTy         , conLikeFieldType         , conLikesWithFields         , conLikeIsInfix+        , conLikeHasBuilder     ) where  #include "GhclibHsVersions.h"@@ -41,6 +41,7 @@ import GHC.Core.Type(mkTyConApp) import GHC.Core.Multiplicity +import Data.Maybe( isJust ) import qualified Data.Data as Data  {-@@ -144,12 +145,11 @@ conLikeStupidTheta (RealDataCon data_con) = dataConStupidTheta data_con conLikeStupidTheta (PatSynCon {})         = [] --- | Returns the `Id` of the wrapper. This is also known as the builder in--- some contexts. The value is Nothing only in the case of unidirectional--- pattern synonyms.-conLikeWrapId_maybe :: ConLike -> Maybe Id-conLikeWrapId_maybe (RealDataCon data_con) = Just $ dataConWrapId data_con-conLikeWrapId_maybe (PatSynCon pat_syn)    = fst <$> patSynBuilder pat_syn+-- | 'conLikeHasBuilder' returns True except for+-- uni-directional pattern synonyms, which have no builder+conLikeHasBuilder :: ConLike -> Bool+conLikeHasBuilder (RealDataCon {})    = True+conLikeHasBuilder (PatSynCon pat_syn) = isJust (patSynBuilder pat_syn)  -- | Returns the strictness information for each constructor conLikeImplBangs :: ConLike -> [HsImplBang]
compiler/GHC/Core/FVs.hs view
@@ -268,7 +268,7 @@   = (expr_fvs scrut `unionFV` tyCoFVsOfType ty `unionFV` addBndr bndr       (mapUnionFV alt_fvs alts)) fv_cand in_scope acc   where-    alt_fvs (_, bndrs, rhs) = addBndrs bndrs (expr_fvs rhs)+    alt_fvs (Alt _ bndrs rhs) = addBndrs bndrs (expr_fvs rhs)  expr_fvs (Let (NonRec bndr rhs) body) fv_cand in_scope acc   = (rhs_fvs (bndr, rhs) `unionFV` addBndr bndr (expr_fvs body))@@ -326,7 +326,7 @@     go (Case e _ ty as)     = go e `unionNameSet` orphNamesOfType ty                               `unionNameSet` unionNameSets (map go_alt as) -    go_alt (_,_,r) = go r+    go_alt (Alt _ _ r)      = go r  -- | Finds the free /external/ names of several expressions: see 'exprOrphNames' for details exprsOrphNames :: [CoreExpr] -> NameSet@@ -756,8 +756,8 @@         (alts_fvs_s, alts2) = mapAndUnzip fv_alt alts         alts_fvs            = unionFVss alts_fvs_s -        fv_alt (con,args,rhs) = (delBindersFV args (freeVarsOf rhs2),-                                 (con, args, rhs2))+        fv_alt (Alt con args rhs) = (delBindersFV args (freeVarsOf rhs2),+                                     (AnnAlt con args rhs2))                               where                                  rhs2 = go rhs
compiler/GHC/Core/FamInstEnv.hs view
@@ -522,7 +522,7 @@                    (CoAxBranch { cab_lhs = lhs2, cab_rhs = rhs2 })   = let (commonlhs1, commonlhs2) = zipAndUnzip lhs1 lhs2              -- See Note [Compatibility of eta-reduced axioms]-    in case tcUnifyTysFG (const BindMe) commonlhs1 commonlhs2 of+    in case tcUnifyTysFG alwaysBindFun commonlhs1 commonlhs2 of       SurelyApart -> True       Unifiable subst         | Type.substTyAddInScope subst rhs1 `eqType`@@ -1204,7 +1204,7 @@                -> Bool       -- ^ True <=> equation can fire apartnessCheck flattened_target (CoAxBranch { cab_incomps = incomps })   = all (isSurelyApart-         . tcUnifyTysFG (const BindMe) flattened_target+         . tcUnifyTysFG alwaysBindFun flattened_target          . coAxBranchLHS) incomps   where     isSurelyApart SurelyApart = True
compiler/GHC/Core/InstEnv.hs view
@@ -1060,9 +1060,9 @@ ************************************************************************ -} -instanceBindFun :: TyCoVar -> BindFlag-instanceBindFun tv | isOverlappableTyVar tv = Skolem-                   | otherwise              = BindMe+instanceBindFun :: BindFun+instanceBindFun tv _rhs_ty | isOverlappableTyVar tv = Apart+                           | otherwise              = BindMe    -- Note [Binding when looking up instances]  {-@@ -1085,7 +1085,7 @@ The op [x,x] means we need (Foo [a]). This `a` will never be instantiated, and so it is a super skolem. (See the use of tcInstSuperSkolTyVarsX in GHC.Tc.Gen.Pat.tcDataConPat.) Super skolems respond True to-isOverlappableTyVar, and the use of Skolem in instanceBindFun, above, means+isOverlappableTyVar, and the use of Apart in instanceBindFun, above, means that these will be treated as fresh constants in the unification algorithm during instance lookup. Without this treatment, GHC would complain, saying that the choice of instance depended on the instantiation of 'a'; but of
compiler/GHC/Core/Lint.hs view
@@ -1304,8 +1304,8 @@      -- if there are any literal alternatives      -- See GHC.Core Note [Case expression invariants] item (5)      -- See Note [Rules for floating-point comparisons] in GHC.Core.Opt.ConstantFold-     ; let isLitPat (LitAlt _, _ , _) = True-           isLitPat _                 = False+     ; let isLitPat (Alt (LitAlt _) _  _) = True+           isLitPat _                     = False      ; checkL (not $ isFloatingTy scrut_ty && any isLitPat alts)          (ptext (sLit $ "Lint warning: Scrutinising floating-point " ++                         "expression with literal pattern in case " ++@@ -1370,8 +1370,8 @@     increasing_tag (alt1 : rest@( alt2 : _)) = alt1 `ltAlt` alt2 && increasing_tag rest     increasing_tag _                         = True -    non_deflt (DEFAULT, _, _) = False-    non_deflt _               = True+    non_deflt (Alt DEFAULT _ _) = False+    non_deflt _                 = True      is_infinite_ty = case tyConAppTyCon_maybe ty of                         Nothing    -> False@@ -1392,11 +1392,11 @@             -> LintM UsageEnv -- If you edit this function, you may need to update the GHC formalism -- See Note [GHC Formalism]-lintCoreAlt _ _ _ alt_ty (DEFAULT, args, rhs) =+lintCoreAlt _ _ _ alt_ty (Alt DEFAULT args rhs) =   do { lintL (null args) (mkDefaultArgsMsg args)      ; lintAltExpr rhs alt_ty } -lintCoreAlt _case_bndr scrut_ty _ alt_ty (LitAlt lit, args, rhs)+lintCoreAlt _case_bndr scrut_ty _ alt_ty (Alt (LitAlt lit) args rhs)   | litIsLifted lit   = failWithL integerScrutinisedMsg   | otherwise@@ -1406,7 +1406,7 @@   where     lit_ty = literalType lit -lintCoreAlt case_bndr scrut_ty _scrut_mult alt_ty alt@(DataAlt con, args, rhs)+lintCoreAlt case_bndr scrut_ty _scrut_mult alt_ty alt@(Alt (DataAlt con) args rhs)   | isNewTyCon (dataConTyCon con)   = zeroUE <$ addErrL (mkNewTyDataConAltMsg scrut_ty alt)   | Just (tycon, tycon_arg_tys) <- splitTyConApp_maybe scrut_ty@@ -2472,7 +2472,7 @@         lhs2'          = substTys subst lhs2         rhs2'          = substTy  subst rhs2     in-    case tcUnifyTys (const BindMe) lhs1 lhs2' of+    case tcUnifyTys alwaysBindFun lhs1 lhs2' of       Just unifying_subst -> substTy unifying_subst rhs1  `eqType`                              substTy unifying_subst rhs2'       Nothing             -> True@@ -2936,10 +2936,10 @@ dumpLoc (AnExpr e)   = (noSrcLoc, text "In the expression:" <+> ppr e) -dumpLoc (CaseAlt (con, args, _))+dumpLoc (CaseAlt (Alt con args _))   = (noSrcLoc, text "In a case alternative:" <+> parens (ppr con <+> pp_binders args)) -dumpLoc (CasePat (con, args, _))+dumpLoc (CasePat (Alt con args _))   = (noSrcLoc, text "In the pattern of a case alternative:" <+> parens (ppr con <+> pp_binders args))  dumpLoc (CaseTy scrut)
compiler/GHC/Core/Make.hs view
@@ -23,7 +23,7 @@         FloatBind(..), wrapFloat, wrapFloats, floatBindings,          -- * Constructing small tuples-        mkCoreVarTupTy, mkCoreTup, mkCoreUbxTup,+        mkCoreVarTupTy, mkCoreTup, mkCoreUbxTup, mkCoreUbxSum,         mkCoreTupBoxity, unitExpr,          -- * Constructing big tuples@@ -87,7 +87,7 @@  import GHC.Data.FastString -import Data.List+import Data.List        ( partition ) import Data.Char        ( ord )  infixl 4 `mkCoreApp`, `mkCoreApps`@@ -211,7 +211,7 @@ mkStrictApp :: CoreExpr -> CoreExpr -> Scaled Type -> Type -> CoreExpr -- Build a strict application (case e2 of x -> e1 x) mkStrictApp fun arg (Scaled w arg_ty) res_ty-  = Case arg arg_id res_ty [(DEFAULT,[],App fun (Var arg_id))]+  = Case arg arg_id res_ty [Alt DEFAULT [] (App fun (Var arg_id))]        -- mkDefaultCase looks attractive here, and would be sound.        -- But it uses (exprType alt_rhs) to compute the result type,        -- whereas here we already know that the result type is res_ty@@ -231,8 +231,8 @@ mkIfThenElse guard then_expr else_expr -- Not going to be refining, so okay to take the type of the "then" clause   = mkWildCase guard (linear boolTy) (exprType then_expr)-         [ (DataAlt falseDataCon, [], else_expr),       -- Increasing order of tag!-           (DataAlt trueDataCon,  [], then_expr) ]+         [ Alt (DataAlt falseDataCon) [] else_expr,       -- Increasing order of tag!+           Alt (DataAlt trueDataCon)  [] then_expr ]  castBottomExpr :: CoreExpr -> Type -> CoreExpr -- (castBottomExpr e ty), assuming that 'e' diverges,@@ -402,6 +402,18 @@ mkCoreTupBoxity Boxed   exps = mkCoreTup1 exps mkCoreTupBoxity Unboxed exps = mkCoreUbxTup (map exprType exps) exps +-- | Build an unboxed sum.+--+-- Alternative number ("alt") starts from 1.+mkCoreUbxSum :: Int -> Int -> [Type] -> CoreExpr -> CoreExpr+mkCoreUbxSum arity alt tys exp+  = ASSERT( length tys == arity )+    ASSERT( alt <= arity )+    mkCoreConApps (sumDataCon alt arity)+                  (map (Type . getRuntimeRep) tys+                   ++ map Type tys+                   ++ [exp])+ -- | Build a big tuple holding the specified variables -- One-tuples are flattened; see Note [Flattening one-tuples] mkBigCoreVarTup :: [Id] -> CoreExpr@@ -514,7 +526,7 @@ mkSmallTupleSelector1 vars the_var scrut_var scrut   = ASSERT( notNull vars )     Case scrut scrut_var (idType the_var)-         [(DataAlt (tupleDataCon Boxed (length vars)), vars, Var the_var)]+         [Alt (DataAlt (tupleDataCon Boxed (length vars))) vars (Var the_var)]  -- | A generalization of 'mkTupleSelector', allowing the body -- of the case to be an arbitrary expression.@@ -568,7 +580,7 @@ mkSmallTupleCase vars body scrut_var scrut -- One branch no refinement?   = Case scrut scrut_var (exprType body)-         [(DataAlt (tupleDataCon Boxed (length vars)), vars, body)]+         [Alt (DataAlt (tupleDataCon Boxed (length vars))) vars body]  {- ************************************************************************
compiler/GHC/Core/Opt/Arity.hs view
@@ -999,7 +999,7 @@   | otherwise                  -- In the remaining cases we may not push   = takeWhileOneShot alts_type -- evaluation of the scrutinee in   where-    alts_type = foldr1 andArityType [arityType env rhs | (_,_,rhs) <- alts]+    alts_type = foldr1 andArityType [arityType env rhs | Alt _ _ rhs <- alts]  arityType env (Let (NonRec j rhs) body)   | Just join_arity <- isJoinId_maybe j@@ -1447,7 +1447,7 @@         (subst1, b1) = Core.substBndr subst b         alts' = map subst_alt alts         ty'   = etaInfoAppTy (Core.substTy subst ty) eis-        subst_alt (con, bs, rhs) = (con, bs', go subst2 rhs eis)+        subst_alt (Alt con bs rhs) = Alt con bs' (go subst2 rhs eis)                  where                     (subst2,bs') = Core.substBndrs subst1 bs     go subst (Let b e) eis
compiler/GHC/Core/Opt/CallerCC.hs view
@@ -93,7 +93,7 @@ doExpr env (Case scrut b ty alts) =     Case <$> doExpr env scrut <*> pure b <*> pure ty <*> mapM doAlt alts   where-    doAlt (con, bs, rhs) = (con, bs,) <$> doExpr env rhs+    doAlt (Alt con bs rhs)  = Alt con bs <$> doExpr env rhs doExpr env (Cast expr co)   = Cast <$> doExpr env expr <*> pure co doExpr env (Tick t e)       = Tick t <$> doExpr env e doExpr _env e@(Type _)      = pure e
compiler/GHC/Core/Opt/ConstantFold.hs view
@@ -10,2264 +10,2671 @@    (i1 + i2) only if it results in a valid Float. -} -{-# LANGUAGE CPP, RankNTypes, PatternSynonyms, ViewPatterns, RecordWildCards,-    DeriveFunctor, LambdaCase, TypeApplications, MultiWayIf #-}--{-# OPTIONS_GHC -optc-DNON_POSIX_SOURCE -Wno-incomplete-uni-patterns #-}--#if __GLASGOW_HASKELL__ <= 808--- GHC 8.10 deprecates this flag, but GHC 8.8 needs it--- The default iteration limit is a bit too low for the definitions--- in this module.-{-# OPTIONS_GHC -fmax-pmcheck-iterations=20000000 #-}-#endif---- | Constant Folder-module GHC.Core.Opt.ConstantFold-   ( primOpRules-   , builtinRules-   , caseRules-   , EnableBignumRules (..)-   )-where--#include "GhclibHsVersions.h"--import GHC.Prelude--import GHC.Driver.Ppr--import {-# SOURCE #-} GHC.Types.Id.Make ( mkPrimOpId, magicDictId )--import GHC.Core-import GHC.Core.Make-import GHC.Types.Id-import GHC.Types.Literal-import GHC.Core.SimpleOpt (  exprIsConApp_maybe, exprIsLiteral_maybe )-import GHC.Builtin.PrimOps ( PrimOp(..), tagToEnumKey )-import GHC.Builtin.Types-import GHC.Builtin.Types.Prim-import GHC.Core.TyCon-   ( tyConDataCons_maybe, isAlgTyCon, isEnumerationTyCon-   , isNewTyCon, unwrapNewTyCon_maybe, tyConDataCons-   , tyConFamilySize )-import GHC.Core.DataCon ( dataConTagZ, dataConTyCon, dataConWrapId, dataConWorkId )-import GHC.Core.Utils  ( eqExpr, cheapEqExpr, exprIsHNF, exprType-                       , stripTicksTop, stripTicksTopT, mkTicks )-import GHC.Core.Multiplicity-import GHC.Core.FVs-import GHC.Core.Type-import GHC.Types.Var.Set-import GHC.Types.Var.Env-import GHC.Types.Name.Occurrence ( occNameFS )-import GHC.Builtin.Names-import GHC.Data.Maybe      ( orElse )-import GHC.Types.Name ( Name, nameOccName )-import GHC.Utils.Outputable-import GHC.Data.FastString-import GHC.Types.Basic-import GHC.Platform-import GHC.Utils.Misc-import GHC.Utils.Panic-import GHC.Core.Coercion   (mkUnbranchedAxInstCo,mkSymCo,Role(..))--import Control.Applicative ( Alternative(..) )--import Control.Monad-import Data.Bits as Bits-import qualified Data.ByteString as BS-import Data.Int-import Data.Ratio-import Data.Word-import Data.Maybe (fromMaybe)--{--Note [Constant folding]-~~~~~~~~~~~~~~~~~~~~~~~-primOpRules generates a rewrite rule for each primop-These rules do what is often called "constant folding"-E.g. the rules for +# might say-        4 +# 5 = 9-Well, of course you'd need a lot of rules if you did it-like that, so we use a BuiltinRule instead, so that we-can match in any two literal values.  So the rule is really-more like-        (Lit x) +# (Lit y) = Lit (x+#y)-where the (+#) on the rhs is done at compile time--That is why these rules are built in here.--}--primOpRules ::  Name -> PrimOp -> Maybe CoreRule-primOpRules nm = \case-   TagToEnumOp -> mkPrimOpRule nm 2 [ tagToEnumRule ]-   DataToTagOp -> mkPrimOpRule nm 2 [ dataToTagRule ]--   -- Int operations-   IntAddOp    -> mkPrimOpRule nm 2 [ binaryLit (intOp2 (+))-                                    , identityPlatform zeroi-                                    , addFoldingRules IntAddOp intOps-                                    ]-   IntSubOp    -> mkPrimOpRule nm 2 [ binaryLit (intOp2 (-))-                                    , rightIdentityPlatform zeroi-                                    , equalArgs >> retLit zeroi-                                    , subFoldingRules IntSubOp intOps-                                    ]-   IntAddCOp   -> mkPrimOpRule nm 2 [ binaryLit (intOpC2 (+))-                                    , identityCPlatform zeroi ]-   IntSubCOp   -> mkPrimOpRule nm 2 [ binaryLit (intOpC2 (-))-                                    , rightIdentityCPlatform zeroi-                                    , equalArgs >> retLitNoC zeroi ]-   IntMulOp    -> mkPrimOpRule nm 2 [ binaryLit (intOp2 (*))-                                    , zeroElem zeroi-                                    , identityPlatform onei-                                    , mulFoldingRules IntMulOp intOps-                                    ]-   IntQuotOp   -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (intOp2 quot)-                                    , leftZero zeroi-                                    , rightIdentityPlatform onei-                                    , equalArgs >> retLit onei ]-   IntRemOp    -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (intOp2 rem)-                                    , leftZero zeroi-                                    , do l <- getLiteral 1-                                         platform <- getPlatform-                                         guard (l == onei platform)-                                         retLit zeroi-                                    , equalArgs >> retLit zeroi-                                    , equalArgs >> retLit zeroi ]-   IntAndOp    -> mkPrimOpRule nm 2 [ binaryLit (intOp2 (.&.))-                                    , idempotent-                                    , zeroElem zeroi ]-   IntOrOp     -> mkPrimOpRule nm 2 [ binaryLit (intOp2 (.|.))-                                    , idempotent-                                    , identityPlatform zeroi ]-   IntXorOp    -> mkPrimOpRule nm 2 [ binaryLit (intOp2 xor)-                                    , identityPlatform zeroi-                                    , equalArgs >> retLit zeroi ]-   IntNotOp    -> mkPrimOpRule nm 1 [ unaryLit complementOp-                                    , inversePrimOp IntNotOp ]-   IntNegOp    -> mkPrimOpRule nm 1 [ unaryLit negOp-                                    , inversePrimOp IntNegOp ]-   IntSllOp    -> mkPrimOpRule nm 2 [ shiftRule LitNumInt (const Bits.shiftL)-                                    , rightIdentityPlatform zeroi ]-   IntSraOp    -> mkPrimOpRule nm 2 [ shiftRule LitNumInt (const Bits.shiftR)-                                    , rightIdentityPlatform zeroi ]-   IntSrlOp    -> mkPrimOpRule nm 2 [ shiftRule LitNumInt shiftRightLogical-                                    , rightIdentityPlatform zeroi ]--   -- Word operations-   WordAddOp   -> mkPrimOpRule nm 2 [ binaryLit (wordOp2 (+))-                                    , identityPlatform zerow-                                    , addFoldingRules WordAddOp wordOps-                                    ]-   WordSubOp   -> mkPrimOpRule nm 2 [ binaryLit (wordOp2 (-))-                                    , rightIdentityPlatform zerow-                                    , equalArgs >> retLit zerow-                                    , subFoldingRules WordSubOp wordOps-                                    ]-   WordAddCOp  -> mkPrimOpRule nm 2 [ binaryLit (wordOpC2 (+))-                                    , identityCPlatform zerow ]-   WordSubCOp  -> mkPrimOpRule nm 2 [ binaryLit (wordOpC2 (-))-                                    , rightIdentityCPlatform zerow-                                    , equalArgs >> retLitNoC zerow ]-   WordMulOp   -> mkPrimOpRule nm 2 [ binaryLit (wordOp2 (*))-                                    , identityPlatform onew-                                    , mulFoldingRules WordMulOp wordOps-                                    ]-   WordQuotOp  -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (wordOp2 quot)-                                    , rightIdentityPlatform onew ]-   WordRemOp   -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (wordOp2 rem)-                                    , leftZero zerow-                                    , do l <- getLiteral 1-                                         platform <- getPlatform-                                         guard (l == onew platform)-                                         retLit zerow-                                    , equalArgs >> retLit zerow ]-   WordAndOp   -> mkPrimOpRule nm 2 [ binaryLit (wordOp2 (.&.))-                                    , idempotent-                                    , zeroElem zerow ]-   WordOrOp    -> mkPrimOpRule nm 2 [ binaryLit (wordOp2 (.|.))-                                    , idempotent-                                    , identityPlatform zerow ]-   WordXorOp   -> mkPrimOpRule nm 2 [ binaryLit (wordOp2 xor)-                                    , identityPlatform zerow-                                    , equalArgs >> retLit zerow ]-   WordNotOp   -> mkPrimOpRule nm 1 [ unaryLit complementOp-                                    , inversePrimOp WordNotOp ]-   WordSllOp   -> mkPrimOpRule nm 2 [ shiftRule LitNumWord (const Bits.shiftL) ]-   WordSrlOp   -> mkPrimOpRule nm 2 [ shiftRule LitNumWord shiftRightLogical ]--   -- coercions--   Int8ExtendOp   -> mkPrimOpRule nm 1 [ liftLitPlatform extendIntLit ]-   Int16ExtendOp  -> mkPrimOpRule nm 1 [ liftLitPlatform extendIntLit ]-   Int32ExtendOp  -> mkPrimOpRule nm 1 [ liftLitPlatform extendIntLit ]-   Int8NarrowOp   -> mkPrimOpRule nm 1 [ liftLit narrowInt8Lit-                                       , subsumedByPrimOp Int8NarrowOp-                                       , narrowSubsumesAnd IntAndOp Int8NarrowOp 8 ]-   Int16NarrowOp  -> mkPrimOpRule nm 1 [ liftLit narrowInt16Lit-                                       , subsumedByPrimOp Int8NarrowOp-                                       , subsumedByPrimOp Int16NarrowOp-                                       , narrowSubsumesAnd IntAndOp Int16NarrowOp 16 ]-   Int32NarrowOp  -> mkPrimOpRule nm 1 [ liftLit narrowInt32Lit-                                       , subsumedByPrimOp Int8NarrowOp-                                       , subsumedByPrimOp Int16NarrowOp-                                       , subsumedByPrimOp Int32NarrowOp-                                       , narrowSubsumesAnd IntAndOp Int32NarrowOp 32 ]--   Word8ExtendOp  -> mkPrimOpRule nm 1 [ liftLitPlatform extendWordLit-                                       , extendNarrowPassthrough Word8NarrowOp 0xFF-                                       ]-   Word16ExtendOp -> mkPrimOpRule nm 1 [ liftLitPlatform extendWordLit-                                       , extendNarrowPassthrough Word16NarrowOp 0xFFFF-                                       ]-   Word32ExtendOp -> mkPrimOpRule nm 1 [ liftLitPlatform extendWordLit-                                       , extendNarrowPassthrough Word32NarrowOp 0xFFFFFFFF-                                       ]-   Word8NarrowOp  -> mkPrimOpRule nm 1 [ liftLit narrowWord8Lit-                                       , subsumedByPrimOp Word8NarrowOp-                                       , narrowSubsumesAnd WordAndOp Word8NarrowOp 8 ]-   Word16NarrowOp -> mkPrimOpRule nm 1 [ liftLit narrowWord16Lit-                                       , subsumedByPrimOp Word8NarrowOp-                                       , subsumedByPrimOp Word16NarrowOp-                                       , narrowSubsumesAnd WordAndOp Word16NarrowOp 16 ]-   Word32NarrowOp -> mkPrimOpRule nm 1 [ liftLit narrowWord32Lit-                                       , subsumedByPrimOp Word8NarrowOp-                                       , subsumedByPrimOp Word16NarrowOp-                                       , subsumedByPrimOp Word32NarrowOp-                                       , narrowSubsumesAnd WordAndOp Word32NarrowOp 32 ]---   WordToIntOp    -> mkPrimOpRule nm 1 [ liftLitPlatform wordToIntLit-                                       , inversePrimOp IntToWordOp ]-   IntToWordOp    -> mkPrimOpRule nm 1 [ liftLitPlatform intToWordLit-                                       , inversePrimOp WordToIntOp ]-   Narrow8IntOp   -> mkPrimOpRule nm 1 [ liftLit narrow8IntLit-                                       , subsumedByPrimOp Narrow8IntOp-                                       , Narrow8IntOp `subsumesPrimOp` Narrow16IntOp-                                       , Narrow8IntOp `subsumesPrimOp` Narrow32IntOp-                                       , narrowSubsumesAnd IntAndOp Narrow8IntOp 8 ]-   Narrow16IntOp  -> mkPrimOpRule nm 1 [ liftLit narrow16IntLit-                                       , subsumedByPrimOp Narrow8IntOp-                                       , subsumedByPrimOp Narrow16IntOp-                                       , Narrow16IntOp `subsumesPrimOp` Narrow32IntOp-                                       , narrowSubsumesAnd IntAndOp Narrow16IntOp 16 ]-   Narrow32IntOp  -> mkPrimOpRule nm 1 [ liftLit narrow32IntLit-                                       , subsumedByPrimOp Narrow8IntOp-                                       , subsumedByPrimOp Narrow16IntOp-                                       , subsumedByPrimOp Narrow32IntOp-                                       , removeOp32-                                       , narrowSubsumesAnd IntAndOp Narrow32IntOp 32 ]-   Narrow8WordOp  -> mkPrimOpRule nm 1 [ liftLit narrow8WordLit-                                       , subsumedByPrimOp Narrow8WordOp-                                       , Narrow8WordOp `subsumesPrimOp` Narrow16WordOp-                                       , Narrow8WordOp `subsumesPrimOp` Narrow32WordOp-                                       , narrowSubsumesAnd WordAndOp Narrow8WordOp 8 ]-   Narrow16WordOp -> mkPrimOpRule nm 1 [ liftLit narrow16WordLit-                                       , subsumedByPrimOp Narrow8WordOp-                                       , subsumedByPrimOp Narrow16WordOp-                                       , Narrow16WordOp `subsumesPrimOp` Narrow32WordOp-                                       , narrowSubsumesAnd WordAndOp Narrow16WordOp 16 ]-   Narrow32WordOp -> mkPrimOpRule nm 1 [ liftLit narrow32WordLit-                                       , subsumedByPrimOp Narrow8WordOp-                                       , subsumedByPrimOp Narrow16WordOp-                                       , subsumedByPrimOp Narrow32WordOp-                                       , removeOp32-                                       , narrowSubsumesAnd WordAndOp Narrow32WordOp 32 ]-   OrdOp          -> mkPrimOpRule nm 1 [ liftLit charToIntLit-                                       , inversePrimOp ChrOp ]-   ChrOp          -> mkPrimOpRule nm 1 [ do [Lit lit] <- getArgs-                                            guard (litFitsInChar lit)-                                            liftLit intToCharLit-                                       , inversePrimOp OrdOp ]-   FloatToIntOp    -> mkPrimOpRule nm 1 [ liftLit floatToIntLit ]-   IntToFloatOp    -> mkPrimOpRule nm 1 [ liftLit intToFloatLit ]-   DoubleToIntOp   -> mkPrimOpRule nm 1 [ liftLit doubleToIntLit ]-   IntToDoubleOp   -> mkPrimOpRule nm 1 [ liftLit intToDoubleLit ]-   -- SUP: Not sure what the standard says about precision in the following 2 cases-   FloatToDoubleOp -> mkPrimOpRule nm 1 [ liftLit floatToDoubleLit ]-   DoubleToFloatOp -> mkPrimOpRule nm 1 [ liftLit doubleToFloatLit ]--   -- Float-   FloatAddOp        -> mkPrimOpRule nm 2 [ binaryLit (floatOp2 (+))-                                          , identity zerof ]-   FloatSubOp        -> mkPrimOpRule nm 2 [ binaryLit (floatOp2 (-))-                                          , rightIdentity zerof ]-   FloatMulOp        -> mkPrimOpRule nm 2 [ binaryLit (floatOp2 (*))-                                          , identity onef-                                          , strengthReduction twof FloatAddOp  ]-             -- zeroElem zerof doesn't hold because of NaN-   FloatDivOp        -> mkPrimOpRule nm 2 [ guardFloatDiv >> binaryLit (floatOp2 (/))-                                          , rightIdentity onef ]-   FloatNegOp        -> mkPrimOpRule nm 1 [ unaryLit negOp-                                          , inversePrimOp FloatNegOp ]-   FloatDecode_IntOp -> mkPrimOpRule nm 1 [ unaryLit floatDecodeOp ]--   -- Double-   DoubleAddOp          -> mkPrimOpRule nm 2 [ binaryLit (doubleOp2 (+))-                                             , identity zerod ]-   DoubleSubOp          -> mkPrimOpRule nm 2 [ binaryLit (doubleOp2 (-))-                                             , rightIdentity zerod ]-   DoubleMulOp          -> mkPrimOpRule nm 2 [ binaryLit (doubleOp2 (*))-                                             , identity oned-                                             , strengthReduction twod DoubleAddOp  ]-              -- zeroElem zerod doesn't hold because of NaN-   DoubleDivOp          -> mkPrimOpRule nm 2 [ guardDoubleDiv >> binaryLit (doubleOp2 (/))-                                             , rightIdentity oned ]-   DoubleNegOp          -> mkPrimOpRule nm 1 [ unaryLit negOp-                                             , inversePrimOp DoubleNegOp ]-   DoubleDecode_Int64Op -> mkPrimOpRule nm 1 [ unaryLit doubleDecodeOp ]--   -- Relational operators--   IntEqOp    -> mkRelOpRule nm (==) [ litEq True ]-   IntNeOp    -> mkRelOpRule nm (/=) [ litEq False ]-   CharEqOp   -> mkRelOpRule nm (==) [ litEq True ]-   CharNeOp   -> mkRelOpRule nm (/=) [ litEq False ]--   IntGtOp    -> mkRelOpRule nm (>)  [ boundsCmp Gt ]-   IntGeOp    -> mkRelOpRule nm (>=) [ boundsCmp Ge ]-   IntLeOp    -> mkRelOpRule nm (<=) [ boundsCmp Le ]-   IntLtOp    -> mkRelOpRule nm (<)  [ boundsCmp Lt ]--   CharGtOp   -> mkRelOpRule nm (>)  [ boundsCmp Gt ]-   CharGeOp   -> mkRelOpRule nm (>=) [ boundsCmp Ge ]-   CharLeOp   -> mkRelOpRule nm (<=) [ boundsCmp Le ]-   CharLtOp   -> mkRelOpRule nm (<)  [ boundsCmp Lt ]--   FloatGtOp  -> mkFloatingRelOpRule nm (>)-   FloatGeOp  -> mkFloatingRelOpRule nm (>=)-   FloatLeOp  -> mkFloatingRelOpRule nm (<=)-   FloatLtOp  -> mkFloatingRelOpRule nm (<)-   FloatEqOp  -> mkFloatingRelOpRule nm (==)-   FloatNeOp  -> mkFloatingRelOpRule nm (/=)--   DoubleGtOp -> mkFloatingRelOpRule nm (>)-   DoubleGeOp -> mkFloatingRelOpRule nm (>=)-   DoubleLeOp -> mkFloatingRelOpRule nm (<=)-   DoubleLtOp -> mkFloatingRelOpRule nm (<)-   DoubleEqOp -> mkFloatingRelOpRule nm (==)-   DoubleNeOp -> mkFloatingRelOpRule nm (/=)--   WordGtOp   -> mkRelOpRule nm (>)  [ boundsCmp Gt ]-   WordGeOp   -> mkRelOpRule nm (>=) [ boundsCmp Ge ]-   WordLeOp   -> mkRelOpRule nm (<=) [ boundsCmp Le ]-   WordLtOp   -> mkRelOpRule nm (<)  [ boundsCmp Lt ]-   WordEqOp   -> mkRelOpRule nm (==) [ litEq True ]-   WordNeOp   -> mkRelOpRule nm (/=) [ litEq False ]--   AddrAddOp  -> mkPrimOpRule nm 2 [ rightIdentityPlatform zeroi ]--   SeqOp      -> mkPrimOpRule nm 4 [ seqRule ]-   SparkOp    -> mkPrimOpRule nm 4 [ sparkRule ]--   _          -> Nothing--{--************************************************************************-*                                                                      *-\subsection{Doing the business}-*                                                                      *-************************************************************************--}---- useful shorthands-mkPrimOpRule :: Name -> Int -> [RuleM CoreExpr] -> Maybe CoreRule-mkPrimOpRule nm arity rules = Just $ mkBasicRule nm arity (msum rules)--mkRelOpRule :: Name -> (forall a . Ord a => a -> a -> Bool)-            -> [RuleM CoreExpr] -> Maybe CoreRule-mkRelOpRule nm cmp extra-  = mkPrimOpRule nm 2 $-    binaryCmpLit cmp : equal_rule : extra-  where-        -- x `cmp` x does not depend on x, so-        -- compute it for the arbitrary value 'True'-        -- and use that result-    equal_rule = do { equalArgs-                    ; platform <- getPlatform-                    ; return (if cmp True True-                              then trueValInt  platform-                              else falseValInt platform) }--{- Note [Rules for floating-point comparisons]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-We need different rules for floating-point values because for floats-it is not true that x = x (for NaNs); so we do not want the equal_rule-rule that mkRelOpRule uses.--Note also that, in the case of equality/inequality, we do /not/-want to switch to a case-expression.  For example, we do not want-to convert-   case (eqFloat# x 3.8#) of-     True -> this-     False -> that-to-  case x of-    3.8#::Float# -> this-    _            -> that-See #9238.  Reason: comparing floating-point values for equality-delicate, and we don't want to implement that delicacy in the code for-case expressions.  So we make it an invariant of Core that a case-expression never scrutinises a Float# or Double#.--This transformation is what the litEq rule does;-see Note [The litEq rule: converting equality to case].-So we /refrain/ from using litEq for mkFloatingRelOpRule.--}--mkFloatingRelOpRule :: Name -> (forall a . Ord a => a -> a -> Bool)-                    -> Maybe CoreRule--- See Note [Rules for floating-point comparisons]-mkFloatingRelOpRule nm cmp-  = mkPrimOpRule nm 2 [binaryCmpLit cmp]---- common constants-zeroi, onei, zerow, onew :: Platform -> Literal-zeroi platform = mkLitInt  platform 0-onei  platform = mkLitInt  platform 1-zerow platform = mkLitWord platform 0-onew  platform = mkLitWord platform 1--zerof, onef, twof, zerod, oned, twod :: Literal-zerof = mkLitFloat 0.0-onef  = mkLitFloat 1.0-twof  = mkLitFloat 2.0-zerod = mkLitDouble 0.0-oned  = mkLitDouble 1.0-twod  = mkLitDouble 2.0--cmpOp :: Platform -> (forall a . Ord a => a -> a -> Bool)-      -> Literal -> Literal -> Maybe CoreExpr-cmpOp platform cmp = go-  where-    done True  = Just $ trueValInt  platform-    done False = Just $ falseValInt platform--    -- These compares are at different types-    go (LitChar i1)   (LitChar i2)   = done (i1 `cmp` i2)-    go (LitFloat i1)  (LitFloat i2)  = done (i1 `cmp` i2)-    go (LitDouble i1) (LitDouble i2) = done (i1 `cmp` i2)-    go (LitNumber nt1 i1) (LitNumber nt2 i2)-      | nt1 /= nt2 = Nothing-      | otherwise  = done (i1 `cmp` i2)-    go _               _               = Nothing------------------------------negOp :: RuleOpts -> Literal -> Maybe CoreExpr  -- Negate-negOp env = \case-   (LitFloat 0.0)  -> Nothing  -- can't represent -0.0 as a Rational-   (LitFloat f)    -> Just (mkFloatVal env (-f))-   (LitDouble 0.0) -> Nothing-   (LitDouble d)   -> Just (mkDoubleVal env (-d))-   (LitNumber nt i)-      | litNumIsSigned nt -> Just (Lit (mkLitNumberWrap (roPlatform env) nt (-i)))-   _ -> Nothing--complementOp :: RuleOpts -> Literal -> Maybe CoreExpr  -- Binary complement-complementOp env (LitNumber nt i) =-   Just (Lit (mkLitNumberWrap (roPlatform env) nt (complement i)))-complementOp _      _            = Nothing--intOp2 :: (Integral a, Integral b)-       => (a -> b -> Integer)-       -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr-intOp2 = intOp2' . const--intOp2' :: (Integral a, Integral b)-        => (RuleOpts -> a -> b -> Integer)-        -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr-intOp2' op env (LitNumber LitNumInt i1) (LitNumber LitNumInt i2) =-  let o = op env-  in  intResult (roPlatform env) (fromInteger i1 `o` fromInteger i2)-intOp2' _ _ _ _ = Nothing--intOpC2 :: (Integral a, Integral b)-        => (a -> b -> Integer)-        -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr-intOpC2 op env (LitNumber LitNumInt i1) (LitNumber LitNumInt i2) =-  intCResult (roPlatform env) (fromInteger i1 `op` fromInteger i2)-intOpC2 _ _ _ _ = Nothing--shiftRightLogical :: Platform -> Integer -> Int -> Integer--- Shift right, putting zeros in rather than sign-propagating as Bits.shiftR would do--- Do this by converting to Word and back.  Obviously this won't work for big--- values, but its ok as we use it here-shiftRightLogical platform x n =-    case platformWordSize platform of-      PW4 -> fromIntegral (fromInteger x `shiftR` n :: Word32)-      PW8 -> fromIntegral (fromInteger x `shiftR` n :: Word64)-----------------------------retLit :: (Platform -> Literal) -> RuleM CoreExpr-retLit l = do platform <- getPlatform-              return $ Lit $ l platform--retLitNoC :: (Platform -> Literal) -> RuleM CoreExpr-retLitNoC l = do platform <- getPlatform-                 let lit = l platform-                 let ty = literalType lit-                 return $ mkCoreUbxTup [ty, ty] [Lit lit, Lit (zeroi platform)]--wordOp2 :: (Integral a, Integral b)-        => (a -> b -> Integer)-        -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr-wordOp2 op env (LitNumber LitNumWord w1) (LitNumber LitNumWord w2)-    = wordResult (roPlatform env) (fromInteger w1 `op` fromInteger w2)-wordOp2 _ _ _ _ = Nothing--wordOpC2 :: (Integral a, Integral b)-        => (a -> b -> Integer)-        -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr-wordOpC2 op env (LitNumber LitNumWord w1) (LitNumber LitNumWord w2) =-  wordCResult (roPlatform env) (fromInteger w1 `op` fromInteger w2)-wordOpC2 _ _ _ _ = Nothing--shiftRule :: LitNumType  -- Type of the result, either LitNumInt or LitNumWord-          -> (Platform -> Integer -> Int -> Integer)-          -> RuleM CoreExpr--- Shifts take an Int; hence third arg of op is Int--- Used for shift primops---    IntSllOp, IntSraOp, IntSrlOp :: Int# -> Int# -> Int#---    SllOp, SrlOp                 :: Word# -> Int# -> Word#-shiftRule lit_num_ty shift_op-  = do { platform <- getPlatform-       ; [e1, Lit (LitNumber LitNumInt shift_len)] <- getArgs-       ; case e1 of-           _ | shift_len == 0-             -> return e1-             -- See Note [Guarding against silly shifts]-             | shift_len < 0 || shift_len > toInteger (platformWordSizeInBits platform)-             -> return $ Lit $ mkLitNumberWrap platform lit_num_ty 0-                -- Be sure to use lit_num_ty here, so we get a correctly typed zero-                -- of type Int# or Word# resp.  See #18589--           -- Do the shift at type Integer, but shift length is Int-           Lit (LitNumber nt x)-             | 0 < shift_len-             , shift_len <= toInteger (platformWordSizeInBits platform)-             -> let op = shift_op platform-                    y  = x `op` fromInteger shift_len-                in  liftMaybe $ Just (Lit (mkLitNumberWrap platform nt y))--           _ -> mzero }-----------------------------floatOp2 :: (Rational -> Rational -> Rational)-         -> RuleOpts -> Literal -> Literal-         -> Maybe (Expr CoreBndr)-floatOp2 op env (LitFloat f1) (LitFloat f2)-  = Just (mkFloatVal env (f1 `op` f2))-floatOp2 _ _ _ _ = Nothing-----------------------------floatDecodeOp :: RuleOpts -> Literal -> Maybe CoreExpr-floatDecodeOp env (LitFloat ((decodeFloat . fromRational @Float) -> (m, e)))-  = Just $ mkCoreUbxTup [intPrimTy, intPrimTy]-                        [ mkIntVal (roPlatform env) (toInteger m)-                        , mkIntVal (roPlatform env) (toInteger e) ]-floatDecodeOp _   _-  = Nothing-----------------------------doubleOp2 :: (Rational -> Rational -> Rational)-          -> RuleOpts -> Literal -> Literal-          -> Maybe (Expr CoreBndr)-doubleOp2 op env (LitDouble f1) (LitDouble f2)-  = Just (mkDoubleVal env (f1 `op` f2))-doubleOp2 _ _ _ _ = Nothing-----------------------------doubleDecodeOp :: RuleOpts -> Literal -> Maybe CoreExpr-doubleDecodeOp env (LitDouble ((decodeFloat . fromRational @Double) -> (m, e)))-  = Just $ mkCoreUbxTup [iNT64Ty, intPrimTy]-                        [ Lit (mkLitINT64 (roPlatform env) (toInteger m))-                        , mkIntVal platform (toInteger e) ]-  where-    platform = roPlatform env-    (iNT64Ty, mkLitINT64)-      | platformWordSizeInBits platform < 64-      = (int64PrimTy, mkLitInt64Wrap)-      | otherwise-      = (intPrimTy  , mkLitIntWrap)-doubleDecodeOp _   _-  = Nothing-----------------------------{- Note [The litEq rule: converting equality to case]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-This stuff turns-     n ==# 3#-into-     case n of-       3# -> True-       m  -> False--This is a Good Thing, because it allows case-of case things-to happen, and case-default absorption to happen.  For-example:--     if (n ==# 3#) || (n ==# 4#) then e1 else e2-will transform to-     case n of-       3# -> e1-       4# -> e1-       m  -> e2-(modulo the usual precautions to avoid duplicating e1)--}--litEq :: Bool  -- True <=> equality, False <=> inequality-      -> RuleM CoreExpr-litEq is_eq = msum-  [ do [Lit lit, expr] <- getArgs-       platform <- getPlatform-       do_lit_eq platform lit expr-  , do [expr, Lit lit] <- getArgs-       platform <- getPlatform-       do_lit_eq platform lit expr ]-  where-    do_lit_eq platform lit expr = do-      guard (not (litIsLifted lit))-      return (mkWildCase expr (unrestricted $ literalType lit) intPrimTy-                    [(DEFAULT,    [], val_if_neq),-                     (LitAlt lit, [], val_if_eq)])-      where-        val_if_eq  | is_eq     = trueValInt  platform-                   | otherwise = falseValInt platform-        val_if_neq | is_eq     = falseValInt platform-                   | otherwise = trueValInt  platform----- | Check if there is comparison with minBound or maxBound, that is--- always true or false. For instance, an Int cannot be smaller than its--- minBound, so we can replace such comparison with False.-boundsCmp :: Comparison -> RuleM CoreExpr-boundsCmp op = do-  platform <- getPlatform-  [a, b] <- getArgs-  liftMaybe $ mkRuleFn platform op a b--data Comparison = Gt | Ge | Lt | Le--mkRuleFn :: Platform -> Comparison -> CoreExpr -> CoreExpr -> Maybe CoreExpr-mkRuleFn platform Gt (Lit lit) _ | isMinBound platform lit = Just $ falseValInt platform-mkRuleFn platform Le (Lit lit) _ | isMinBound platform lit = Just $ trueValInt  platform-mkRuleFn platform Ge _ (Lit lit) | isMinBound platform lit = Just $ trueValInt  platform-mkRuleFn platform Lt _ (Lit lit) | isMinBound platform lit = Just $ falseValInt platform-mkRuleFn platform Ge (Lit lit) _ | isMaxBound platform lit = Just $ trueValInt  platform-mkRuleFn platform Lt (Lit lit) _ | isMaxBound platform lit = Just $ falseValInt platform-mkRuleFn platform Gt _ (Lit lit) | isMaxBound platform lit = Just $ falseValInt platform-mkRuleFn platform Le _ (Lit lit) | isMaxBound platform lit = Just $ trueValInt  platform-mkRuleFn _ _ _ _                                           = Nothing--isMinBound :: Platform -> Literal -> Bool-isMinBound _        (LitChar c)        = c == minBound-isMinBound platform (LitNumber nt i)   = case nt of-   LitNumInt     -> i == platformMinInt platform-   LitNumInt8    -> i == toInteger (minBound :: Int8)-   LitNumInt16   -> i == toInteger (minBound :: Int16)-   LitNumInt32   -> i == toInteger (minBound :: Int32)-   LitNumInt64   -> i == toInteger (minBound :: Int64)-   LitNumWord    -> i == 0-   LitNumWord8   -> i == 0-   LitNumWord16  -> i == 0-   LitNumWord32  -> i == 0-   LitNumWord64  -> i == 0-   LitNumNatural -> i == 0-   LitNumInteger -> False-isMinBound _        _                  = False--isMaxBound :: Platform -> Literal -> Bool-isMaxBound _        (LitChar c)        = c == maxBound-isMaxBound platform (LitNumber nt i)   = case nt of-   LitNumInt     -> i == platformMaxInt platform-   LitNumInt8    -> i == toInteger (maxBound :: Int8)-   LitNumInt16   -> i == toInteger (maxBound :: Int16)-   LitNumInt32   -> i == toInteger (maxBound :: Int32)-   LitNumInt64   -> i == toInteger (maxBound :: Int64)-   LitNumWord    -> i == platformMaxWord platform-   LitNumWord8   -> i == toInteger (maxBound :: Word8)-   LitNumWord16  -> i == toInteger (maxBound :: Word16)-   LitNumWord32  -> i == toInteger (maxBound :: Word32)-   LitNumWord64  -> i == toInteger (maxBound :: Word64)-   LitNumNatural -> False-   LitNumInteger -> False-isMaxBound _        _                  = False---- | Create an Int literal expression while ensuring the given Integer is in the--- target Int range-intResult :: Platform -> Integer -> Maybe CoreExpr-intResult platform result = Just (intResult' platform result)--intResult' :: Platform -> Integer -> CoreExpr-intResult' platform result = Lit (mkLitIntWrap platform result)---- | Create an unboxed pair of an Int literal expression, ensuring the given--- Integer is in the target Int range and the corresponding overflow flag--- (@0#@/@1#@) if it wasn't.-intCResult :: Platform -> Integer -> Maybe CoreExpr-intCResult platform result = Just (mkPair [Lit lit, Lit c])-  where-    mkPair = mkCoreUbxTup [intPrimTy, intPrimTy]-    (lit, b) = mkLitIntWrapC platform result-    c = if b then onei platform else zeroi platform---- | Create a Word literal expression while ensuring the given Integer is in the--- target Word range-wordResult :: Platform -> Integer -> Maybe CoreExpr-wordResult platform result = Just (wordResult' platform result)--wordResult' :: Platform -> Integer -> CoreExpr-wordResult' platform result = Lit (mkLitWordWrap platform result)---- | Create an unboxed pair of a Word literal expression, ensuring the given--- Integer is in the target Word range and the corresponding carry flag--- (@0#@/@1#@) if it wasn't.-wordCResult :: Platform -> Integer -> Maybe CoreExpr-wordCResult platform result = Just (mkPair [Lit lit, Lit c])-  where-    mkPair = mkCoreUbxTup [wordPrimTy, intPrimTy]-    (lit, b) = mkLitWordWrapC platform result-    c = if b then onei platform else zeroi platform--inversePrimOp :: PrimOp -> RuleM CoreExpr-inversePrimOp primop = do-  [Var primop_id `App` e] <- getArgs-  matchPrimOpId primop primop_id-  return e--subsumesPrimOp :: PrimOp -> PrimOp -> RuleM CoreExpr-this `subsumesPrimOp` that = do-  [Var primop_id `App` e] <- getArgs-  matchPrimOpId that primop_id-  return (Var (mkPrimOpId this) `App` e)--subsumedByPrimOp :: PrimOp -> RuleM CoreExpr-subsumedByPrimOp primop = do-  [e@(Var primop_id `App` _)] <- getArgs-  matchPrimOpId primop primop_id-  return e---- | Transform `extendWordN (narrowWordN x)` into `x .&. 0xFF..FF`-extendNarrowPassthrough :: PrimOp -> Integer -> RuleM CoreExpr-extendNarrowPassthrough narrow_primop n = do-  [Var primop_id `App` x] <- getArgs-  matchPrimOpId narrow_primop primop_id-  return (Var (mkPrimOpId WordAndOp) `App` x `App` Lit (LitNumber LitNumWord n))---- | narrow subsumes bitwise `and` with full mask (cf #16402):------       narrowN (x .&. m)---       m .&. (2^N-1) = 2^N-1---       ==> narrowN x------ e.g.  narrow16 (x .&. 0xFFFF)---       ==> narrow16 x----narrowSubsumesAnd :: PrimOp -> PrimOp -> Int -> RuleM CoreExpr-narrowSubsumesAnd and_primop narrw n = do-  [Var primop_id `App` x `App` y] <- getArgs-  matchPrimOpId and_primop primop_id-  let mask = bit n -1-      g v (Lit (LitNumber _ m)) = do-         guard (m .&. mask == mask)-         return (Var (mkPrimOpId narrw) `App` v)-      g _ _ = mzero-  g x y <|> g y x--idempotent :: RuleM CoreExpr-idempotent = do [e1, e2] <- getArgs-                guard $ cheapEqExpr e1 e2-                return e1--{--Note [Guarding against silly shifts]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-Consider this code:--  import Data.Bits( (.|.), shiftL )-  chunkToBitmap :: [Bool] -> Word32-  chunkToBitmap chunk = foldr (.|.) 0 [ 1 `shiftL` n | (True,n) <- zip chunk [0..] ]--This optimises to:-Shift.$wgo = \ (w_sCS :: GHC.Prim.Int#) (w1_sCT :: [GHC.Types.Bool]) ->-    case w1_sCT of _ {-      [] -> 0##;-      : x_aAW xs_aAX ->-        case x_aAW of _ {-          GHC.Types.False ->-            case w_sCS of wild2_Xh {-              __DEFAULT -> Shift.$wgo (GHC.Prim.+# wild2_Xh 1) xs_aAX;-              9223372036854775807 -> 0## };-          GHC.Types.True ->-            case GHC.Prim.>=# w_sCS 64 of _ {-              GHC.Types.False ->-                case w_sCS of wild3_Xh {-                  __DEFAULT ->-                    case Shift.$wgo (GHC.Prim.+# wild3_Xh 1) xs_aAX of ww_sCW { __DEFAULT ->-                      GHC.Prim.or# (GHC.Prim.narrow32Word#-                                      (GHC.Prim.uncheckedShiftL# 1## wild3_Xh))-                                   ww_sCW-                     };-                  9223372036854775807 ->-                    GHC.Prim.narrow32Word#-!!!!-->                  (GHC.Prim.uncheckedShiftL# 1## 9223372036854775807)-                };-              GHC.Types.True ->-                case w_sCS of wild3_Xh {-                  __DEFAULT -> Shift.$wgo (GHC.Prim.+# wild3_Xh 1) xs_aAX;-                  9223372036854775807 -> 0##-                } } } }--Note the massive shift on line "!!!!".  It can't happen, because we've checked-that w < 64, but the optimiser didn't spot that. We DO NOT want to constant-fold this!-Moreover, if the programmer writes (n `uncheckedShiftL` 9223372036854775807), we-can't constant fold it, but if it gets to the assembler we get-     Error: operand type mismatch for `shl'--So the best thing to do is to rewrite the shift with a call to error,-when the second arg is large. However, in general we cannot do this; consider-this case--    let x = I# (uncheckedIShiftL# n 80)-    in ...--Here x contains an invalid shift and consequently we would like to rewrite it-as follows:--    let x = I# (error "invalid shift)-    in ...--This was originally done in the fix to #16449 but this breaks the let/app-invariant (see Note [Core let/app invariant] in GHC.Core) as noted in #16742.-For the reasons discussed in Note [Checking versus non-checking primops] (in-the PrimOp module) there is no safe way rewrite the argument of I# such that-it bottoms.--Consequently we instead take advantage of the fact that large shifts are-undefined behavior (see associated documentation in primops.txt.pp) and-transform the invalid shift into an "obviously incorrect" value.--There are two cases:--- Shifting fixed-width things: the primops IntSll, Sll, etc-  These are handled by shiftRule.--  We are happy to shift by any amount up to wordSize but no more.--- Shifting Integers: the function shiftLInteger, shiftRInteger-  from the 'integer' library.   These are handled by rule_shift_op,-  and match_Integer_shift_op.--  Here we could in principle shift by any amount, but we arbitrary-  limit the shift to 4 bits; in particular we do not want shift by a-  huge amount, which can happen in code like that above.--The two cases are more different in their code paths that is comfortable,-but that is only a historical accident.---************************************************************************-*                                                                      *-\subsection{Vaguely generic functions}-*                                                                      *-************************************************************************--}--mkBasicRule :: Name -> Int -> RuleM CoreExpr -> CoreRule--- Gives the Rule the same name as the primop itself-mkBasicRule op_name n_args rm-  = BuiltinRule { ru_name  = occNameFS (nameOccName op_name),-                  ru_fn    = op_name,-                  ru_nargs = n_args,-                  ru_try   = runRuleM rm }--newtype RuleM r = RuleM-  { runRuleM :: RuleOpts -> InScopeEnv -> Id -> [CoreExpr] -> Maybe r }-  deriving (Functor)--instance Applicative RuleM where-    pure x = RuleM $ \_ _ _ _ -> Just x-    (<*>) = ap--instance Monad RuleM where-  RuleM f >>= g-    = RuleM $ \env iu fn args ->-              case f env iu fn args of-                Nothing -> Nothing-                Just r  -> runRuleM (g r) env iu fn args--instance MonadFail RuleM where-    fail _ = mzero--instance Alternative RuleM where-  empty = RuleM $ \_ _ _ _ -> Nothing-  RuleM f1 <|> RuleM f2 = RuleM $ \env iu fn args ->-    f1 env iu fn args <|> f2 env iu fn args--instance MonadPlus RuleM--getPlatform :: RuleM Platform-getPlatform = roPlatform <$> getEnv--getEnv :: RuleM RuleOpts-getEnv = RuleM $ \env _ _ _ -> Just env--liftMaybe :: Maybe a -> RuleM a-liftMaybe Nothing = mzero-liftMaybe (Just x) = return x--liftLit :: (Literal -> Literal) -> RuleM CoreExpr-liftLit f = liftLitPlatform (const f)--liftLitPlatform :: (Platform -> Literal -> Literal) -> RuleM CoreExpr-liftLitPlatform f = do-  platform <- getPlatform-  [Lit lit] <- getArgs-  return $ Lit (f platform lit)--removeOp32 :: RuleM CoreExpr-removeOp32 = do-  platform <- getPlatform-  case platformWordSize platform of-    PW4 -> do-      [e] <- getArgs-      return e-    PW8 ->-      mzero--getArgs :: RuleM [CoreExpr]-getArgs = RuleM $ \_ _ _ args -> Just args--getInScopeEnv :: RuleM InScopeEnv-getInScopeEnv = RuleM $ \_ iu _ _ -> Just iu--getFunction :: RuleM Id-getFunction = RuleM $ \_ _ fn _ -> Just fn---- return the n-th argument of this rule, if it is a literal--- argument indices start from 0-getLiteral :: Int -> RuleM Literal-getLiteral n = RuleM $ \_ _ _ exprs -> case drop n exprs of-  (Lit l:_) -> Just l-  _ -> Nothing--unaryLit :: (RuleOpts -> Literal -> Maybe CoreExpr) -> RuleM CoreExpr-unaryLit op = do-  env <- getEnv-  [Lit l] <- getArgs-  liftMaybe $ op env (convFloating env l)--binaryLit :: (RuleOpts -> Literal -> Literal -> Maybe CoreExpr) -> RuleM CoreExpr-binaryLit op = do-  env <- getEnv-  [Lit l1, Lit l2] <- getArgs-  liftMaybe $ op env (convFloating env l1) (convFloating env l2)--binaryCmpLit :: (forall a . Ord a => a -> a -> Bool) -> RuleM CoreExpr-binaryCmpLit op = do-  platform <- getPlatform-  binaryLit (\_ -> cmpOp platform op)--leftIdentity :: Literal -> RuleM CoreExpr-leftIdentity id_lit = leftIdentityPlatform (const id_lit)--rightIdentity :: Literal -> RuleM CoreExpr-rightIdentity id_lit = rightIdentityPlatform (const id_lit)--identity :: Literal -> RuleM CoreExpr-identity lit = leftIdentity lit `mplus` rightIdentity lit--leftIdentityPlatform :: (Platform -> Literal) -> RuleM CoreExpr-leftIdentityPlatform id_lit = do-  platform <- getPlatform-  [Lit l1, e2] <- getArgs-  guard $ l1 == id_lit platform-  return e2---- | Left identity rule for PrimOps like 'IntAddC' and 'WordAddC', where, in--- addition to the result, we have to indicate that no carry/overflow occurred.-leftIdentityCPlatform :: (Platform -> Literal) -> RuleM CoreExpr-leftIdentityCPlatform id_lit = do-  platform <- getPlatform-  [Lit l1, e2] <- getArgs-  guard $ l1 == id_lit platform-  let no_c = Lit (zeroi platform)-  return (mkCoreUbxTup [exprType e2, intPrimTy] [e2, no_c])--rightIdentityPlatform :: (Platform -> Literal) -> RuleM CoreExpr-rightIdentityPlatform id_lit = do-  platform <- getPlatform-  [e1, Lit l2] <- getArgs-  guard $ l2 == id_lit platform-  return e1---- | Right identity rule for PrimOps like 'IntSubC' and 'WordSubC', where, in--- addition to the result, we have to indicate that no carry/overflow occurred.-rightIdentityCPlatform :: (Platform -> Literal) -> RuleM CoreExpr-rightIdentityCPlatform id_lit = do-  platform <- getPlatform-  [e1, Lit l2] <- getArgs-  guard $ l2 == id_lit platform-  let no_c = Lit (zeroi platform)-  return (mkCoreUbxTup [exprType e1, intPrimTy] [e1, no_c])--identityPlatform :: (Platform -> Literal) -> RuleM CoreExpr-identityPlatform lit =-  leftIdentityPlatform lit `mplus` rightIdentityPlatform lit---- | Identity rule for PrimOps like 'IntAddC' and 'WordAddC', where, in addition--- to the result, we have to indicate that no carry/overflow occurred.-identityCPlatform :: (Platform -> Literal) -> RuleM CoreExpr-identityCPlatform lit =-  leftIdentityCPlatform lit `mplus` rightIdentityCPlatform lit--leftZero :: (Platform -> Literal) -> RuleM CoreExpr-leftZero zero = do-  platform <- getPlatform-  [Lit l1, _] <- getArgs-  guard $ l1 == zero platform-  return $ Lit l1--rightZero :: (Platform -> Literal) -> RuleM CoreExpr-rightZero zero = do-  platform <- getPlatform-  [_, Lit l2] <- getArgs-  guard $ l2 == zero platform-  return $ Lit l2--zeroElem :: (Platform -> Literal) -> RuleM CoreExpr-zeroElem lit = leftZero lit `mplus` rightZero lit--equalArgs :: RuleM ()-equalArgs = do-  [e1, e2] <- getArgs-  guard $ e1 `cheapEqExpr` e2--nonZeroLit :: Int -> RuleM ()-nonZeroLit n = getLiteral n >>= guard . not . isZeroLit---- When excess precision is not requested, cut down the precision of the--- Rational value to that of Float/Double. We confuse host architecture--- and target architecture here, but it's convenient (and wrong :-).-convFloating :: RuleOpts -> Literal -> Literal-convFloating env (LitFloat  f) | not (roExcessRationalPrecision env) =-   LitFloat  (toRational (fromRational f :: Float ))-convFloating env (LitDouble d) | not (roExcessRationalPrecision env) =-   LitDouble (toRational (fromRational d :: Double))-convFloating _ l = l--guardFloatDiv :: RuleM ()-guardFloatDiv = do-  [Lit (LitFloat f1), Lit (LitFloat f2)] <- getArgs-  guard $ (f1 /=0 || f2 > 0) -- see Note [negative zero]-       && f2 /= 0            -- avoid NaN and Infinity/-Infinity--guardDoubleDiv :: RuleM ()-guardDoubleDiv = do-  [Lit (LitDouble d1), Lit (LitDouble d2)] <- getArgs-  guard $ (d1 /=0 || d2 > 0) -- see Note [negative zero]-       && d2 /= 0            -- avoid NaN and Infinity/-Infinity--- Note [negative zero] Avoid (0 / -d), otherwise 0/(-1) reduces to--- zero, but we might want to preserve the negative zero here which--- is representable in Float/Double but not in (normalised)--- Rational. (#3676) Perhaps we should generate (0 :% (-1)) instead?--strengthReduction :: Literal -> PrimOp -> RuleM CoreExpr-strengthReduction two_lit add_op = do -- Note [Strength reduction]-  arg <- msum [ do [arg, Lit mult_lit] <- getArgs-                   guard (mult_lit == two_lit)-                   return arg-              , do [Lit mult_lit, arg] <- getArgs-                   guard (mult_lit == two_lit)-                   return arg ]-  return $ Var (mkPrimOpId add_op) `App` arg `App` arg---- Note [Strength reduction]--- ~~~~~~~~~~~~~~~~~~~~~~~~~------ This rule turns floating point multiplications of the form 2.0 * x and--- x * 2.0 into x + x addition, because addition costs less than multiplication.--- See #7116---- Note [What's true and false]--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~------ trueValInt and falseValInt represent true and false values returned by--- comparison primops for Char, Int, Word, Integer, Double, Float and Addr.--- True is represented as an unboxed 1# literal, while false is represented--- as 0# literal.--- We still need Bool data constructors (True and False) to use in a rule--- for constant folding of equal Strings--trueValInt, falseValInt :: Platform -> Expr CoreBndr-trueValInt  platform = Lit $ onei  platform -- see Note [What's true and false]-falseValInt platform = Lit $ zeroi platform--trueValBool, falseValBool :: Expr CoreBndr-trueValBool   = Var trueDataConId -- see Note [What's true and false]-falseValBool  = Var falseDataConId--ltVal, eqVal, gtVal :: Expr CoreBndr-ltVal = Var ordLTDataConId-eqVal = Var ordEQDataConId-gtVal = Var ordGTDataConId--mkIntVal :: Platform -> Integer -> Expr CoreBndr-mkIntVal platform i = Lit (mkLitInt platform i)-mkFloatVal :: RuleOpts -> Rational -> Expr CoreBndr-mkFloatVal env f = Lit (convFloating env (LitFloat  f))-mkDoubleVal :: RuleOpts -> Rational -> Expr CoreBndr-mkDoubleVal env d = Lit (convFloating env (LitDouble d))--matchPrimOpId :: PrimOp -> Id -> RuleM ()-matchPrimOpId op id = do-  op' <- liftMaybe $ isPrimOpId_maybe id-  guard $ op == op'--{--************************************************************************-*                                                                      *-\subsection{Special rules for seq, tagToEnum, dataToTag}-*                                                                      *-************************************************************************--Note [tagToEnum#]-~~~~~~~~~~~~~~~~~-Nasty check to ensure that tagToEnum# is applied to a type that is an-enumeration TyCon.  Unification may refine the type later, but this-check won't see that, alas.  It's crude but it works.--Here's are two cases that should fail-        f :: forall a. a-        f = tagToEnum# 0        -- Can't do tagToEnum# at a type variable--        g :: Int-        g = tagToEnum# 0        -- Int is not an enumeration--We used to make this check in the type inference engine, but it's quite-ugly to do so, because the delayed constraint solving means that we don't-really know what's going on until the end. It's very much a corner case-because we don't expect the user to call tagToEnum# at all; we merely-generate calls in derived instances of Enum.  So we compromise: a-rewrite rule rewrites a bad instance of tagToEnum# to an error call,-and emits a warning.--}--tagToEnumRule :: RuleM CoreExpr--- If     data T a = A | B | C--- then   tagToEnum# (T ty) 2# -->  B ty-tagToEnumRule = do-  [Type ty, Lit (LitNumber LitNumInt i)] <- getArgs-  case splitTyConApp_maybe ty of-    Just (tycon, tc_args) | isEnumerationTyCon tycon -> do-      let tag = fromInteger i-          correct_tag dc = (dataConTagZ dc) == tag-      (dc:rest) <- return $ filter correct_tag (tyConDataCons_maybe tycon `orElse` [])-      ASSERT(null rest) return ()-      return $ mkTyApps (Var (dataConWorkId dc)) tc_args--    -- See Note [tagToEnum#]-    _ -> WARN( True, text "tagToEnum# on non-enumeration type" <+> ppr ty )-         return $ mkRuntimeErrorApp rUNTIME_ERROR_ID ty "tagToEnum# on non-enumeration type"---------------------------------dataToTagRule :: RuleM CoreExpr--- See Note [dataToTag#] in primops.txt.pp-dataToTagRule = a `mplus` b-  where-    -- dataToTag (tagToEnum x)   ==>   x-    a = do-      [Type ty1, Var tag_to_enum `App` Type ty2 `App` tag] <- getArgs-      guard $ tag_to_enum `hasKey` tagToEnumKey-      guard $ ty1 `eqType` ty2-      return tag--    -- dataToTag (K e1 e2)  ==>   tag-of K-    -- This also works (via exprIsConApp_maybe) for-    --   dataToTag x-    -- where x's unfolding is a constructor application-    b = do-      dflags <- getPlatform-      [_, val_arg] <- getArgs-      in_scope <- getInScopeEnv-      (_,floats, dc,_,_) <- liftMaybe $ exprIsConApp_maybe in_scope val_arg-      ASSERT( not (isNewTyCon (dataConTyCon dc)) ) return ()-      return $ wrapFloats floats (mkIntVal dflags (toInteger (dataConTagZ dc)))--{- Note [dataToTag# magic]-~~~~~~~~~~~~~~~~~~~~~~~~~~-The primop dataToTag# is unusual because it evaluates its argument.-Only `SeqOp` shares that property.  (Other primops do not do anything-as fancy as argument evaluation.)  The special handling for dataToTag#-is:--* GHC.Core.Utils.exprOkForSpeculation has a special case for DataToTagOp,-  (actually in app_ok).  Most primops with lifted arguments do not-  evaluate those arguments, but DataToTagOp and SeqOp are two-  exceptions.  We say that they are /never/ ok-for-speculation,-  regardless of the evaluated-ness of their argument.-  See GHC.Core.Utils Note [exprOkForSpeculation and SeqOp/DataToTagOp]--* There is a special case for DataToTagOp in GHC.StgToCmm.Expr.cgExpr,-  that evaluates its argument and then extracts the tag from-  the returned value.--* An application like (dataToTag# (Just x)) is optimised by-  dataToTagRule in GHC.Core.Opt.ConstantFold.--* A case expression like-     case (dataToTag# e) of <alts>-  gets transformed t-     case e of <transformed alts>-  by GHC.Core.Opt.ConstantFold.caseRules; see Note [caseRules for dataToTag]--See #15696 for a long saga.--}--{- *********************************************************************-*                                                                      *-             unsafeEqualityProof-*                                                                      *-********************************************************************* -}---- unsafeEqualityProof k t t  ==>  UnsafeRefl (Refl t)--- That is, if the two types are equal, it's not unsafe!--unsafeEqualityProofRule :: RuleM CoreExpr-unsafeEqualityProofRule-  = do { [Type rep, Type t1, Type t2] <- getArgs-       ; guard (t1 `eqType` t2)-       ; fn <- getFunction-       ; let (_, ue) = splitForAllTyCoVars (idType fn)-             tc      = tyConAppTyCon ue  -- tycon:    UnsafeEquality-             (dc:_)  = tyConDataCons tc  -- data con: UnsafeRefl-             -- UnsafeRefl :: forall (r :: RuntimeRep) (a :: TYPE r).-             --               UnsafeEquality r a a-       ; return (mkTyApps (Var (dataConWrapId dc)) [rep, t1]) }---{- *********************************************************************-*                                                                      *-             Rules for seq# and spark#-*                                                                      *-********************************************************************* -}--{- Note [seq# magic]-~~~~~~~~~~~~~~~~~~~~-The primop-   seq# :: forall a s . a -> State# s -> (# State# s, a #)--is /not/ the same as the Prelude function seq :: a -> b -> b-as you can see from its type.  In fact, seq# is the implementation-mechanism for 'evaluate'--   evaluate :: a -> IO a-   evaluate a = IO $ \s -> seq# a s--The semantics of seq# is-  * evaluate its first argument-  * and return it--Things to note--* Why do we need a primop at all?  That is, instead of-      case seq# x s of (# x, s #) -> blah-  why not instead say this?-      case x of { DEFAULT -> blah)--  Reason (see #5129): if we saw-    catch# (\s -> case x of { DEFAULT -> raiseIO# exn s }) handler--  then we'd drop the 'case x' because the body of the case is bottom-  anyway. But we don't want to do that; the whole /point/ of-  seq#/evaluate is to evaluate 'x' first in the IO monad.--  In short, we /always/ evaluate the first argument and never-  just discard it.--* Why return the value?  So that we can control sharing of seq'd-  values: in-     let x = e in x `seq` ... x ...-  We don't want to inline x, so better to represent it as-       let x = e in case seq# x RW of (# _, x' #) -> ... x' ...-  also it matches the type of rseq in the Eval monad.--Implementing seq#.  The compiler has magic for SeqOp in--- GHC.Core.Opt.ConstantFold.seqRule: eliminate (seq# <whnf> s)--- GHC.StgToCmm.Expr.cgExpr, and cgCase: special case for seq#--- GHC.Core.Utils.exprOkForSpeculation;-  see Note [exprOkForSpeculation and SeqOp/DataToTagOp] in GHC.Core.Utils--- Simplify.addEvals records evaluated-ness for the result; see-  Note [Adding evaluatedness info to pattern-bound variables]-  in GHC.Core.Opt.Simplify--}--seqRule :: RuleM CoreExpr-seqRule = do-  [Type ty_a, Type _ty_s, a, s] <- getArgs-  guard $ exprIsHNF a-  return $ mkCoreUbxTup [exprType s, ty_a] [s, a]---- spark# :: forall a s . a -> State# s -> (# State# s, a #)-sparkRule :: RuleM CoreExpr-sparkRule = seqRule -- reduce on HNF, just the same-  -- XXX perhaps we shouldn't do this, because a spark eliminated by-  -- this rule won't be counted as a dud at runtime?--{--************************************************************************-*                                                                      *-\subsection{Built in rules}-*                                                                      *-************************************************************************--Note [Scoping for Builtin rules]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-When compiling a (base-package) module that defines one of the-functions mentioned in the RHS of a built-in rule, there's a danger-that we'll see--        f = ...(eq String x)....--        ....and lower down...--        eqString = ...--Then a rewrite would give--        f = ...(eqString x)...-        ....and lower down...-        eqString = ...--and lo, eqString is not in scope.  This only really matters when we-get to code generation.  But the occurrence analyser does a GlomBinds-step when necessary, that does a new SCC analysis on the whole set of-bindings (see occurAnalysePgm), which sorts out the dependency, so all-is fine.--}--newtype EnableBignumRules = EnableBignumRules Bool--builtinRules :: EnableBignumRules -> [CoreRule]--- Rules for non-primops that can't be expressed using a RULE pragma-builtinRules enableBignumRules-  = [BuiltinRule { ru_name = fsLit "AppendLitString",-                   ru_fn = unpackCStringFoldrName,-                   ru_nargs = 4, ru_try = match_append_lit_C },-     BuiltinRule { ru_name = fsLit "AppendLitStringUtf8",-                   ru_fn = unpackCStringFoldrUtf8Name,-                   ru_nargs = 4, ru_try = match_append_lit_utf8 },-     BuiltinRule { ru_name = fsLit "EqString", ru_fn = eqStringName,-                   ru_nargs = 2, ru_try = match_eq_string },-     BuiltinRule { ru_name = fsLit "CStringLength", ru_fn = cstringLengthName,-                   ru_nargs = 1, ru_try = match_cstring_length },-     BuiltinRule { ru_name = fsLit "Inline", ru_fn = inlineIdName,-                   ru_nargs = 2, ru_try = \_ _ _ -> match_inline },-     BuiltinRule { ru_name = fsLit "MagicDict", ru_fn = idName magicDictId,-                   ru_nargs = 4, ru_try = \_ _ _ -> match_magicDict },--     mkBasicRule unsafeEqualityProofName 3 unsafeEqualityProofRule,--     mkBasicRule divIntName 2 $ msum-        [ nonZeroLit 1 >> binaryLit (intOp2 div)-        , leftZero zeroi-        , do-          [arg, Lit (LitNumber LitNumInt d)] <- getArgs-          Just n <- return $ exactLog2 d-          platform <- getPlatform-          return $ Var (mkPrimOpId IntSraOp) `App` arg `App` mkIntVal platform n-        ],--     mkBasicRule modIntName 2 $ msum-        [ nonZeroLit 1 >> binaryLit (intOp2 mod)-        , leftZero zeroi-        , do-          [arg, Lit (LitNumber LitNumInt d)] <- getArgs-          Just _ <- return $ exactLog2 d-          platform <- getPlatform-          return $ Var (mkPrimOpId IntAndOp)-            `App` arg `App` mkIntVal platform (d - 1)-        ]-     ]- ++ builtinBignumRules enableBignumRules-{-# NOINLINE builtinRules #-}--- there is no benefit to inlining these yet, despite this, GHC produces--- unfoldings for this regardless since the floated list entries look small.--builtinBignumRules :: EnableBignumRules -> [CoreRule]-builtinBignumRules (EnableBignumRules False) = []-builtinBignumRules _ =-      [ rule_IntegerFromLitNum  "Word# -> Integer"    integerFromWordName-      , rule_IntegerFromLitNum  "Int64# -> Integer"   integerFromInt64Name-      , rule_IntegerFromLitNum  "Word64# -> Integer"  integerFromWord64Name-      , rule_IntegerFromLitNum  "Natural -> Integer"  integerFromNaturalName-      , rule_convert            "Integer -> Word#"    integerToWordName       mkWordLitWrap-      , rule_convert            "Integer -> Int#"     integerToIntName        mkIntLitWrap-      , rule_convert            "Integer -> Word64#"  integerToWord64Name     (\_ -> mkWord64LitWord64 . fromInteger)-      , rule_convert            "Integer -> Int64#"   integerToInt64Name      (\_ -> mkInt64LitInt64 . fromInteger)-      , rule_binopi             "integerAdd"          integerAddName          (+)-      , rule_binopi             "integerSub"          integerSubName          (-)-      , rule_binopi             "integerMul"          integerMulName          (*)-      , rule_unop               "integerNegate"       integerNegateName       negate-      , rule_binop_Prim         "integerEq#"          integerEqPrimName       (==)-      , rule_binop_Prim         "integerNe#"          integerNePrimName       (/=)-      , rule_binop_Prim         "integerLe#"          integerLePrimName       (<=)-      , rule_binop_Prim         "integerGt#"          integerGtPrimName       (>)-      , rule_binop_Prim         "integerLt#"          integerLtPrimName       (<)-      , rule_binop_Prim         "integerGe#"          integerGePrimName       (>=)-      , rule_unop               "integerAbs"          integerAbsName          abs-      , rule_unop               "integerSignum"       integerSignumName       signum-      , rule_binop_Ordering     "integerCompare"      integerCompareName      compare-      , rule_encodeFloat        "integerEncodeFloat"  integerEncodeFloatName  mkFloatLitFloat-      , rule_convert            "integerToFloat"      integerToFloatName      (\_ -> mkFloatLitFloat . fromInteger)-      , rule_encodeFloat        "integerEncodeDouble" integerEncodeDoubleName mkDoubleLitDouble-      , rule_convert            "integerToDouble"     integerToDoubleName     (\_ -> mkDoubleLitDouble . fromInteger)-      , rule_binopi             "integerGcd"          integerGcdName          gcd-      , rule_binopi             "integerLcm"          integerLcmName          lcm-      , rule_binopi             "integerAnd"          integerAndName          (.&.)-      , rule_binopi             "integerOr"           integerOrName           (.|.)-      , rule_binopi             "integerXor"          integerXorName          xor-      , rule_unop               "integerComplement"   integerComplementName   complement-      , rule_shift_op           "integerShiftL"       integerShiftLName       shiftL-      , rule_shift_op           "integerShiftR"       integerShiftRName       shiftR-      , rule_integerBit         "integerBit"          integerBitName-        -- See Note [Integer division constant folding] in libraries/base/GHC/Real.hs-      , rule_divop_one          "integerQuot"         integerQuotName         quot-      , rule_divop_one          "integerRem"          integerRemName          rem-      , rule_divop_one          "integerDiv"          integerDivName          div-      , rule_divop_one          "integerMod"          integerModName          mod-      , rule_divop_both         "integerDivMod"       integerDivModName       divMod-      , rule_divop_both         "integerQuotRem"      integerQuotRemName      quotRem--        -- These rules below don't actually have to be built in, but if we-        -- put them in the Haskell source then we'd have to duplicate them-        -- between all Integer implementations-        -- TODO: let's put them into ghc-bignum package or remove them and let the-        -- inliner do the job-      , rule_passthrough      "Int# -> Integer -> Int#"         integerToIntName    integerISDataConName-      , rule_passthrough      "Word# -> Integer -> Word#"       integerToWordName   integerFromWordName-      , rule_passthrough      "Int64# -> Integer -> Int64#"     integerToInt64Name  integerFromInt64Name-      , rule_passthrough      "Word64# -> Integer -> Word64#"   integerToWord64Name integerFromWord64Name-      , rule_smallIntegerTo   "IS -> Word#"                     integerToWordName   IntToWordOp-      , rule_smallIntegerTo   "IS -> Float"                     integerToFloatName  IntToFloatOp-      , rule_smallIntegerTo   "IS -> Double"                    integerToDoubleName IntToDoubleOp-      , rule_passthrough      "Word# -> Natural -> Word#"       naturalToWordName   naturalNSDataConName--      , rule_IntegerToNaturalClamp "Integer -> Natural (clamp)" integerToNaturalClampName-      , rule_binopn             "naturalAdd"          naturalAddName       (+)-      , rule_partial_binopn     "naturalSub"          naturalSubName       (\a b -> if a >= b then Just (a - b) else Nothing)-      , rule_binopn             "naturalMul"          naturalMulName       (*)--      -- TODO: why is that here?-      , rule_rationalTo     "rationalToFloat"     rationalToFloatName     mkFloatExpr-      , rule_rationalTo     "rationalToDouble"    rationalToDoubleName    mkDoubleExpr-      ]-    where rule_convert str name convert-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 1,-                           ru_try = match_Integer_convert convert }-          rule_IntegerFromLitNum str name-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 1,-                           ru_try = match_LitNumToInteger }-          rule_unop str name op-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 1,-                           ru_try = match_Integer_unop op }-          rule_integerBit str name-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 1,-                           ru_try = match_integerBit }-          rule_binopi str name op-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 2,-                           ru_try = match_Integer_binop op }-          rule_divop_both str name op-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 2,-                           ru_try = match_Integer_divop_both op }-          rule_divop_one str name op-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 2,-                           ru_try = match_Integer_divop_one op }-          rule_shift_op str name op-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 2,-                           ru_try = match_Integer_shift_op op }-          rule_binop_Prim str name op-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 2,-                           ru_try = match_Integer_binop_Prim op }-          rule_binop_Ordering str name op-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 2,-                           ru_try = match_Integer_binop_Ordering op }-          rule_encodeFloat str name op-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 2,-                           ru_try = match_Integer_Int_encodeFloat op }-          rule_passthrough str name toIntegerName-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 1,-                           ru_try = match_passthrough toIntegerName }-          rule_smallIntegerTo str name primOp-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 1,-                           ru_try = match_smallIntegerTo primOp }-          rule_rationalTo str name mkLit-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 2,-                           ru_try = match_rationalTo mkLit }-          rule_IntegerToNaturalClamp str name-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 1,-                           ru_try = match_IntegerToNaturalClamp }-          rule_binopn str name op-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 2,-                           ru_try = match_Natural_binop op }-          rule_partial_binopn str name op-           = BuiltinRule { ru_name = fsLit str, ru_fn = name, ru_nargs = 2,-                           ru_try = match_Natural_partial_binop op }-------------------------------------------------------- The rule is this:---      unpackFoldrCString*# "foo"# c (unpackFoldrCString*# "baz"# c n)---      =  unpackFoldrCString*# "foobaz"# c n------ See also Note [String literals in GHC] in CString.hs---- CString version-match_append_lit_C :: RuleFun-match_append_lit_C = match_append_lit unpackCStringFoldrIdKey---- CStringUTF8 version-match_append_lit_utf8 :: RuleFun-match_append_lit_utf8 = match_append_lit unpackCStringFoldrUtf8IdKey--{-# INLINE match_append_lit #-}-match_append_lit :: Unique -> RuleFun-match_append_lit foldVariant _ id_unf _-        [ Type ty1-        , lit1-        , c1-        , e2-        ]-  -- N.B. Ensure that we strip off any ticks (e.g. source notes) from the-  -- `lit` and `c` arguments, lest this may fail to fire when building with-  -- -g3. See #16740.-  | (strTicks, Var unpk `App` Type ty2-                        `App` lit2-                        `App` c2-                        `App` n) <- stripTicksTop tickishFloatable e2-  , unpk `hasKey` foldVariant-  , Just (LitString s1) <- exprIsLiteral_maybe id_unf lit1-  , Just (LitString s2) <- exprIsLiteral_maybe id_unf lit2-  , let freeVars = (mkInScopeSet (exprFreeVars c1 `unionVarSet` exprFreeVars c2))-    in eqExpr freeVars c1 c2-  , (c1Ticks, c1') <- stripTicksTop tickishFloatable c1-  , c2Ticks <- stripTicksTopT tickishFloatable c2-  = ASSERT( ty1 `eqType` ty2 )-    Just $ mkTicks strTicks-         $ Var unpk `App` Type ty1-                    `App` Lit (LitString (s1 `BS.append` s2))-                    `App` mkTicks (c1Ticks ++ c2Ticks) c1'-                    `App` n--match_append_lit _ _ _ _ _ = Nothing-------------------------------------------------------- The rule is this:---      eqString (unpackCString# (Lit s1)) (unpackCString# (Lit s2)) = s1==s2--- Also  matches unpackCStringUtf8#--match_eq_string :: RuleFun-match_eq_string _ id_unf _-        [Var unpk1 `App` lit1, Var unpk2 `App` lit2]-  | unpk_key1 <- getUnique unpk1-  , unpk_key2 <- getUnique unpk2-  , unpk_key1 == unpk_key2-  -- For now we insist the literals have to agree in their encoding-  -- to keep the rule simple. But we could check if the decoded strings-  -- compare equal in here as well.-  , unpk_key1 `elem` [unpackCStringUtf8IdKey, unpackCStringIdKey]-  , Just (LitString s1) <- exprIsLiteral_maybe id_unf lit1-  , Just (LitString s2) <- exprIsLiteral_maybe id_unf lit2-  = Just (if s1 == s2 then trueValBool else falseValBool)--match_eq_string _ _ _ _ = Nothing---------------------------------------------------------------------------- Illustration of this rule:------ cstringLength# "foobar"# --> 6--- cstringLength# "fizz\NULzz"# --> 4------ Nota bene: Addr# literals are suffixed by a NUL byte when they are--- compiled to read-only data sections. That's why cstringLength# is--- well defined on Addr# literals that do not explicitly have an embedded--- NUL byte.------ See GHC issue #5218, MR 2165, and bytestring PR 191. This is particularly--- helpful when using OverloadedStrings to create a ByteString since the--- function computing the length of such ByteStrings can often be constant--- folded.-match_cstring_length :: RuleFun-match_cstring_length env id_unf _ [lit1]-  | Just (LitString str) <- exprIsLiteral_maybe id_unf lit1-    -- If elemIndex returns Just, it has the index of the first embedded NUL-    -- in the string. If no NUL bytes are present (the common case) then use-    -- full length of the byte string.-  = let len = fromMaybe (BS.length str) (BS.elemIndex 0 str)-     in Just (Lit (mkLitInt (roPlatform env) (fromIntegral len)))-match_cstring_length _ _ _ _ = Nothing------------------------------------------------------{- Note [inlineId magic]-~~~~~~~~~~~~~~~~~~~~~~~~-The call 'inline f' arranges that 'f' is inlined, regardless of-its size. More precisely, the call 'inline f' rewrites to the-right-hand side of 'f's definition. This allows the programmer to-control inlining from a particular call site rather than the-definition site of the function.--The moving parts are simple:--* A very simple definition in the library base:GHC.Magic-     {-# NOINLINE[0] inline #-}-     inline :: a -> a-     inline x = x-  So in phase 0, 'inline' will be inlined, so its use imposes-  no overhead.--* A rewrite rule, in GHC.Core.Opt.ConstantFold, which makes-  (inline f) inline, implemented by match_inline.-  The rule for the 'inline' function is this:-     inline f_ty (f a b c) = <f's unfolding> a b c-  (if f has an unfolding, EVEN if it's a loop breaker)--  It's important to allow the argument to 'inline' to have args itself-  (a) because its more forgiving to allow the programmer to write-      either  inline f a b c-      or      inline (f a b c)-  (b) because a polymorphic f wll get a type argument that the-      programmer can't avoid, so the call may look like-        inline (map @Int @Bool) g xs--  Also, don't forget about 'inline's type argument!--}--match_inline :: [Expr CoreBndr] -> Maybe (Expr CoreBndr)-match_inline (Type _ : e : _)-  | (Var f, args1) <- collectArgs e,-    Just unf <- maybeUnfoldingTemplate (realIdUnfolding f)-             -- Ignore the IdUnfoldingFun here!-  = Just (mkApps unf args1)--match_inline _ = Nothing-------------------------------------------------------- See Note [magicDictId magic] in "GHC.Types.Id.Make"--- for a description of what is going on here.-match_magicDict :: [Expr CoreBndr] -> Maybe (Expr CoreBndr)-match_magicDict [Type _, Var wrap `App` Type a `App` Type _ `App` f, x, y ]-  | Just (_, fieldTy, _)  <- splitFunTy_maybe $ dropForAlls $ idType wrap-  , Just (_, dictTy, _)   <- splitFunTy_maybe fieldTy-  , Just dictTc           <- tyConAppTyCon_maybe dictTy-  , Just (_,_,co)         <- unwrapNewTyCon_maybe dictTc-  = Just-  $ f `App` Cast x (mkSymCo (mkUnbranchedAxInstCo Representational co [a] []))-      `App` y--match_magicDict _ = Nothing--match_LitNumToInteger :: RuleFun-match_LitNumToInteger _ id_unf _ [xl]-  | Just (LitNumber _ x) <- exprIsLiteral_maybe id_unf xl-  = Just (Lit (mkLitInteger x))-match_LitNumToInteger _ _ _ _ = Nothing--match_IntegerToNaturalClamp :: RuleFun-match_IntegerToNaturalClamp _ id_unf _ [xl]-  | Just (LitNumber LitNumInteger x) <- exprIsLiteral_maybe id_unf xl-  = if x >= 0-      then Just (Lit (mkLitNatural x))-      else Just (Lit (mkLitNatural 0))-match_IntegerToNaturalClamp _ _ _ _ = Nothing----------------------------------------------------{- Note [Rewriting integerBit]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-For most types the integerBit operation can be implemented in terms of shifts.-The ghc-bignum package, however, can do substantially better than this if-allowed to provide its own implementation. However, in so doing it previously lost-constant-folding (see #8832). The integerBit rule above provides constant folding-specifically for this function.--There is, however, a bit of trickiness here when it comes to ranges. While the-AST encodes all integers as Integers, `bit` expects the bit-index to be given as an Int. Hence we coerce to an Int in the rule definition.-This will behave a bit funny for constants larger than the word size, but the user-should expect some funniness given that they will have at very least ignored a-warning in this case.--}---- | Constant folding for `GHC.Num.Integer.integerBit# :: Word# -> Integer`-match_integerBit :: RuleFun-match_integerBit env id_unf _fn [arg]-  | Just (LitNumber _ x) <- exprIsLiteral_maybe id_unf arg-  , x >= 0-  , x <= fromIntegral (platformWordSizeInBits (roPlatform env))-    -- Make sure x is small enough to yield a decently small integer-    -- Attempting to construct the Integer for-    --    (integerBit 9223372036854775807#)-    -- would be a bad idea (#14959)-  , let x_int = fromIntegral x :: Int-  = Just (Lit (mkLitInteger (bit x_int)))-match_integerBit _ _ _ _ = Nothing-----------------------------------------------------match_Integer_convert :: (Platform -> Integer -> Expr CoreBndr)-                      -> RuleFun-match_Integer_convert convert env id_unf _ [xl]-  | Just (LitNumber LitNumInteger x) <- exprIsLiteral_maybe id_unf xl-  = Just (convert (roPlatform env) x)-match_Integer_convert _ _ _ _ _ = Nothing--match_Integer_unop :: (Integer -> Integer) -> RuleFun-match_Integer_unop unop _ id_unf _ [xl]-  | Just (LitNumber LitNumInteger x) <- exprIsLiteral_maybe id_unf xl-  = Just (Lit (LitNumber LitNumInteger (unop x)))-match_Integer_unop _ _ _ _ _ = Nothing--match_Integer_binop :: (Integer -> Integer -> Integer) -> RuleFun-match_Integer_binop binop _ id_unf _ [xl,yl]-  | Just (LitNumber LitNumInteger x) <- exprIsLiteral_maybe id_unf xl-  , Just (LitNumber LitNumInteger y) <- exprIsLiteral_maybe id_unf yl-  = Just (Lit (mkLitInteger (x `binop` y)))-match_Integer_binop _ _ _ _ _ = Nothing--match_Natural_binop :: (Integer -> Integer -> Integer) -> RuleFun-match_Natural_binop binop _ id_unf _ [xl,yl]-  | Just (LitNumber LitNumNatural x) <- exprIsLiteral_maybe id_unf xl-  , Just (LitNumber LitNumNatural y) <- exprIsLiteral_maybe id_unf yl-  = Just (Lit (mkLitNatural (x `binop` y)))-match_Natural_binop _ _ _ _ _ = Nothing--match_Natural_partial_binop :: (Integer -> Integer -> Maybe Integer) -> RuleFun-match_Natural_partial_binop binop _ id_unf _ [xl,yl]-  | Just (LitNumber LitNumNatural x) <- exprIsLiteral_maybe id_unf xl-  , Just (LitNumber LitNumNatural y) <- exprIsLiteral_maybe id_unf yl-  , Just z <- x `binop` y-  = Just (Lit (mkLitNatural z))-match_Natural_partial_binop _ _ _ _ _ = Nothing---- This helper is used for the quotRem and divMod functions-match_Integer_divop_both-   :: (Integer -> Integer -> (Integer, Integer)) -> RuleFun-match_Integer_divop_both divop _ id_unf _ [xl,yl]-  | Just (LitNumber LitNumInteger x) <- exprIsLiteral_maybe id_unf xl-  , Just (LitNumber LitNumInteger y) <- exprIsLiteral_maybe id_unf yl-  , y /= 0-  , (r,s) <- x `divop` y-  = Just $ mkCoreUbxTup [integerTy,integerTy]-                        [Lit (mkLitInteger r), Lit (mkLitInteger s)]-match_Integer_divop_both _ _ _ _ _ = Nothing---- This helper is used for the quot and rem functions-match_Integer_divop_one :: (Integer -> Integer -> Integer) -> RuleFun-match_Integer_divop_one divop _ id_unf _ [xl,yl]-  | Just (LitNumber LitNumInteger x) <- exprIsLiteral_maybe id_unf xl-  , Just (LitNumber LitNumInteger y) <- exprIsLiteral_maybe id_unf yl-  , y /= 0-  = Just (Lit (mkLitInteger (x `divop` y)))-match_Integer_divop_one _ _ _ _ _ = Nothing--match_Integer_shift_op :: (Integer -> Int -> Integer) -> RuleFun--- Used for integerShiftL#, integerShiftR :: Integer -> Word# -> Integer--- See Note [Guarding against silly shifts]-match_Integer_shift_op binop _ id_unf _ [xl,yl]-  | Just (LitNumber LitNumInteger x) <- exprIsLiteral_maybe id_unf xl-  , Just (LitNumber LitNumWord y)    <- exprIsLiteral_maybe id_unf yl-  , y >= 0-  , y <= 4   -- Restrict constant-folding of shifts on Integers, somewhat-             -- arbitrary.  We can get huge shifts in inaccessible code-             -- (#15673)-  = Just (Lit (mkLitInteger (x `binop` fromIntegral y)))-match_Integer_shift_op _ _ _ _ _ = Nothing--match_Integer_binop_Prim :: (Integer -> Integer -> Bool) -> RuleFun-match_Integer_binop_Prim binop env id_unf _ [xl, yl]-  | Just (LitNumber LitNumInteger x) <- exprIsLiteral_maybe id_unf xl-  , Just (LitNumber LitNumInteger y) <- exprIsLiteral_maybe id_unf yl-  = Just (if x `binop` y then trueValInt (roPlatform env) else falseValInt (roPlatform env))-match_Integer_binop_Prim _ _ _ _ _ = Nothing--match_Integer_binop_Ordering :: (Integer -> Integer -> Ordering) -> RuleFun-match_Integer_binop_Ordering binop _ id_unf _ [xl, yl]-  | Just (LitNumber LitNumInteger x) <- exprIsLiteral_maybe id_unf xl-  , Just (LitNumber LitNumInteger y) <- exprIsLiteral_maybe id_unf yl-  = Just $ case x `binop` y of-             LT -> ltVal-             EQ -> eqVal-             GT -> gtVal-match_Integer_binop_Ordering _ _ _ _ _ = Nothing--match_Integer_Int_encodeFloat :: RealFloat a-                              => (a -> Expr CoreBndr)-                              -> RuleFun-match_Integer_Int_encodeFloat mkLit _ id_unf _ [xl,yl]-  | Just (LitNumber LitNumInteger x) <- exprIsLiteral_maybe id_unf xl-  , Just (LitNumber LitNumInt y)     <- exprIsLiteral_maybe id_unf yl-  = Just (mkLit $ encodeFloat x (fromInteger y))-match_Integer_Int_encodeFloat _ _ _ _ _ = Nothing-------------------------------------------------------- constant folding for Float/Double------ This turns---      rationalToFloat n d--- into a literal Float, and similarly for Doubles.------ it's important to not match d == 0, because that may represent a--- literal "0/0" or similar, and we can't produce a literal value for--- NaN or +-Inf-match_rationalTo :: RealFloat a-                 => (a -> Expr CoreBndr)-                 -> RuleFun-match_rationalTo mkLit _ id_unf _ [xl, yl]-  | Just (LitNumber LitNumInteger x) <- exprIsLiteral_maybe id_unf xl-  , Just (LitNumber LitNumInteger y) <- exprIsLiteral_maybe id_unf yl-  , y /= 0-  = Just (mkLit (fromRational (x % y)))-match_rationalTo _ _ _ _ _ = Nothing--match_passthrough :: Name -> RuleFun-match_passthrough n _ _ _ [App (Var x) y]-  | idName x == n-  = Just y-match_passthrough _ _ _ _ _ = Nothing--match_smallIntegerTo :: PrimOp -> RuleFun-match_smallIntegerTo primOp _ _ _ [App (Var x) y]-  | idName x == integerISDataConName-  = Just $ App (Var (mkPrimOpId primOp)) y-match_smallIntegerTo _ _ _ _ _ = Nothing--------------------------------------------------------------- Note [Constant folding through nested expressions]--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~------ We use rewrites rules to perform constant folding. It means that we don't--- have a global view of the expression we are trying to optimise. As a--- consequence we only perform local (small-step) transformations that either:---    1) reduce the number of operations---    2) rearrange the expression to increase the odds that other rules will---    match------ We don't try to handle more complex expression optimisation cases that would--- require a global view. For example, rewriting expressions to increase--- sharing (e.g., Horner's method); optimisations that require local--- transformations increasing the number of operations; rearrangements to--- cancel/factorize terms (e.g., (a+b-a-b) isn't rearranged to reduce to 0).------ We already have rules to perform constant folding on expressions with the--- following shape (where a and/or b are literals):------          D)    op---                /\---               /  \---              /    \---             a      b------ To support nested expressions, we match three other shapes of expression--- trees:------ A)   op1          B)       op1       C)       op1---      /\                    /\                 /\---     /  \                  /  \               /  \---    /    \                /    \             /    \---   a     op2            op2     c          op2    op3---          /\            /\                 /\      /\---         /  \          /  \               /  \    /  \---        b    c        a    b             a    b  c    d--------- R1) +/- simplification:---    ops = + or -, two literals (not siblings)------    Examples:---       A: 5 + (10-x)  ==> 15-x---       B: (10+x) + 5  ==> 15+x---       C: (5+a)-(5-b) ==> 0+(a+b)------ R2) * simplification---    ops = *, two literals (not siblings)------    Examples:---       A: 5 * (10*x)  ==> 50*x---       B: (10*x) * 5  ==> 50*x---       C: (5*a)*(5*b) ==> 25*(a*b)------ R3) * distribution over +/----    op1 = *, op2 = + or -, two literals (not siblings)------    This transformation doesn't reduce the number of operations but switches---    the outer and the inner operations so that the outer is (+) or (-) instead---    of (*). It increases the odds that other rules will match after this one.------    Examples:---       A: 5 * (10-x)  ==> 50 - (5*x)---       B: (10+x) * 5  ==> 50 + (5*x)---       C: Not supported as it would increase the number of operations:---          (5+a)*(5-b) ==> 25 - 5*b + 5*a - a*b------ R4) Simple factorization------    op1 = + or -, op2/op3 = *,---    one literal for each innermost * operation (except in the D case),---    the two other terms are equals------    Examples:---       A: x - (10*x)  ==> (-9)*x---       B: (10*x) + x  ==> 11*x---       C: (5*x)-(x*3) ==> 2*x---       D: x+x         ==> 2*x------ R5) +/- propagation------    ops = + or -, one literal------    This transformation doesn't reduce the number of operations but propagates---    the constant to the outer level. It increases the odds that other rules---    will match after this one.------    Examples:---       A: x - (10-y)  ==> (x+y) - 10---       B: (10+x) - y  ==> 10 + (x-y)---       C: N/A (caught by the A and B cases)---------------------------------------------------------------- Rules to perform constant folding into nested expressions------See Note [Constant folding through nested expressions]--addFoldingRules :: PrimOp -> NumOps -> RuleM CoreExpr-addFoldingRules op num_ops = do-   ASSERT(op == numAdd num_ops) return ()-   env <- getEnv-   guard (roNumConstantFolding env)-   [arg1,arg2] <- getArgs-   platform <- getPlatform-   liftMaybe-      -- commutativity for + is handled here-      (addFoldingRules' platform arg1 arg2 num_ops-       <|> addFoldingRules' platform arg2 arg1 num_ops)--subFoldingRules :: PrimOp -> NumOps -> RuleM CoreExpr-subFoldingRules op num_ops = do-   ASSERT(op == numSub num_ops) return ()-   env <- getEnv-   guard (roNumConstantFolding env)-   [arg1,arg2] <- getArgs-   platform <- getPlatform-   liftMaybe (subFoldingRules' platform arg1 arg2 num_ops)--mulFoldingRules :: PrimOp -> NumOps -> RuleM CoreExpr-mulFoldingRules op num_ops = do-   ASSERT(op == numMul num_ops) return ()-   env <- getEnv-   guard (roNumConstantFolding env)-   [arg1,arg2] <- getArgs-   platform <- getPlatform-   liftMaybe-      -- commutativity for * is handled here-      (mulFoldingRules' platform arg1 arg2 num_ops-       <|> mulFoldingRules' platform arg2 arg1 num_ops)---addFoldingRules' :: Platform -> CoreExpr -> CoreExpr -> NumOps -> Maybe CoreExpr-addFoldingRules' platform arg1 arg2 num_ops = case (arg1, arg2) of-      -- R1) +/- simplification--      -- l1 + (l2 + x) ==> (l1+l2) + x-      (L l1, is_lit_add num_ops -> Just (l2,x))-         -> Just (mkL (l1+l2) `add` x)--      -- l1 + (l2 - x) ==> (l1+l2) - x-      (L l1, is_sub num_ops -> Just (L l2,x))-         -> Just (mkL (l1+l2) `sub` x)--      -- l1 + (x - l2) ==> (l1-l2) + x-      (L l1, is_sub num_ops -> Just (x,L l2))-         -> Just (mkL (l1-l2) `add` x)--      -- (l1 + x) + (l2 + y) ==> (l1+l2) + (x+y)-      (is_lit_add num_ops -> Just (l1,x), is_lit_add num_ops -> Just (l2,y))-         -> Just (mkL (l1+l2) `add` (x `add` y))--      -- (l1 + x) + (l2 - y) ==> (l1+l2) + (x-y)-      (is_lit_add num_ops -> Just (l1,x), is_sub num_ops -> Just (L l2,y))-         -> Just (mkL (l1+l2) `add` (x `sub` y))--      -- (l1 + x) + (y - l2) ==> (l1-l2) + (x+y)-      (is_lit_add num_ops -> Just (l1,x), is_sub num_ops -> Just (y,L l2))-         -> Just (mkL (l1-l2) `add` (x `add` y))--      -- (l1 - x) + (l2 - y) ==> (l1+l2) - (x+y)-      (is_sub num_ops -> Just (L l1,x), is_sub num_ops -> Just (L l2,y))-         -> Just (mkL (l1+l2) `sub` (x `add` y))--      -- (l1 - x) + (y - l2) ==> (l1-l2) + (y-x)-      (is_sub num_ops -> Just (L l1,x), is_sub num_ops -> Just (y,L l2))-         -> Just (mkL (l1-l2) `add` (y `sub` x))--      -- (x - l1) + (y - l2) ==> (0-l1-l2) + (x+y)-      (is_sub num_ops -> Just (x,L l1), is_sub num_ops -> Just (y,L l2))-         -> Just (mkL (0-l1-l2) `add` (x `add` y))--      -- R4) Simple factorization--      -- x + x ==> 2 * x-      _ | Just l1 <- is_expr_mul num_ops arg1 arg2-        -> Just (mkL (l1+1) `mul` arg1)--      -- (l1 * x) + x ==> (l1+1) * x-      _ | Just l1 <- is_expr_mul num_ops arg2 arg1-        -> Just (mkL (l1+1) `mul` arg2)--      -- (l1 * x) + (l2 * x) ==> (l1+l2) * x-      (is_lit_mul num_ops -> Just (l1,x), is_expr_mul num_ops x -> Just l2)-         -> Just (mkL (l1+l2) `mul` x)--      -- R5) +/- propagation: these transformations push literals outwards-      -- with the hope that other rules can then be applied.--      -- In the following rules, x can't be a literal otherwise another-      -- rule would have combined it with the other literal in arg2. So we-      -- don't have to check this to avoid loops here.--      -- x + (l1 + y) ==> l1 + (x + y)-      (_, is_lit_add num_ops -> Just (l1,y))-         -> Just (mkL l1 `add` (arg1 `add` y))--      -- x + (l1 - y) ==> l1 + (x - y)-      (_, is_sub num_ops -> Just (L l1,y))-         -> Just (mkL l1 `add` (arg1 `sub` y))--      -- x + (y - l1) ==> (x + y) - l1-      (_, is_sub num_ops -> Just (y,L l1))-         -> Just ((arg1 `add` y) `sub` mkL l1)--      _ -> Nothing--   where-      mkL = Lit . mkNumLiteral platform num_ops-      add x y = BinOpApp x (numAdd num_ops) y-      sub x y = BinOpApp x (numSub num_ops) y-      mul x y = BinOpApp x (numMul num_ops) y--subFoldingRules' :: Platform -> CoreExpr -> CoreExpr -> NumOps -> Maybe CoreExpr-subFoldingRules' platform arg1 arg2 num_ops = case (arg1,arg2) of-      -- R1) +/- simplification--      -- l1 - (l2 + x) ==> (l1-l2) - x-      (L l1, is_lit_add num_ops -> Just (l2,x))-         -> Just (mkL (l1-l2) `sub` x)--      -- l1 - (l2 - x) ==> (l1-l2) + x-      (L l1, is_sub num_ops -> Just (L l2,x))-         -> Just (mkL (l1-l2) `add` x)--      -- l1 - (x - l2) ==> (l1+l2) - x-      (L l1, is_sub num_ops -> Just (x, L l2))-         -> Just (mkL (l1+l2) `sub` x)--      -- (l1 + x) - l2 ==> (l1-l2) + x-      (is_lit_add num_ops -> Just (l1,x), L l2)-         -> Just (mkL (l1-l2) `add` x)--      -- (l1 - x) - l2 ==> (l1-l2) - x-      (is_sub num_ops -> Just (L l1,x), L l2)-         -> Just (mkL (l1-l2) `sub` x)--      -- (x - l1) - l2 ==> x - (l1+l2)-      (is_sub num_ops -> Just (x,L l1), L l2)-         -> Just (x `sub` mkL (l1+l2))---      -- (l1 + x) - (l2 + y) ==> (l1-l2) + (x-y)-      (is_lit_add num_ops -> Just (l1,x), is_lit_add num_ops -> Just (l2,y))-         -> Just (mkL (l1-l2) `add` (x `sub` y))--      -- (l1 + x) - (l2 - y) ==> (l1-l2) + (x+y)-      (is_lit_add num_ops -> Just (l1,x), is_sub num_ops -> Just (L l2,y))-         -> Just (mkL (l1-l2) `add` (x `add` y))--      -- (l1 + x) - (y - l2) ==> (l1+l2) + (x-y)-      (is_lit_add num_ops -> Just (l1,x), is_sub num_ops -> Just (y,L l2))-         -> Just (mkL (l1+l2) `add` (x `sub` y))--      -- (l1 - x) - (l2 + y) ==> (l1-l2) - (x+y)-      (is_sub num_ops -> Just (L l1,x), is_lit_add num_ops -> Just (l2,y))-         -> Just (mkL (l1-l2) `sub` (x `add` y))--      -- (x - l1) - (l2 + y) ==> (0-l1-l2) + (x-y)-      (is_sub num_ops -> Just (x,L l1), is_lit_add num_ops -> Just (l2,y))-         -> Just (mkL (0-l1-l2) `add` (x `sub` y))--      -- (l1 - x) - (l2 - y) ==> (l1-l2) + (y-x)-      (is_sub num_ops -> Just (L l1,x), is_sub num_ops -> Just (L l2,y))-         -> Just (mkL (l1-l2) `add` (y `sub` x))--      -- (l1 - x) - (y - l2) ==> (l1+l2) - (x+y)-      (is_sub num_ops -> Just (L l1,x), is_sub num_ops -> Just (y,L l2))-         -> Just (mkL (l1+l2) `sub` (x `add` y))--      -- (x - l1) - (l2 - y) ==> (0-l1-l2) + (x+y)-      (is_sub num_ops -> Just (x,L l1), is_sub num_ops -> Just (L l2,y))-         -> Just (mkL (0-l1-l2) `add` (x `add` y))--      -- (x - l1) - (y - l2) ==> (l2-l1) + (x-y)-      (is_sub num_ops -> Just (x,L l1), is_sub num_ops -> Just (y,L l2))-         -> Just (mkL (l2-l1) `add` (x `sub` y))--       -- R4) Simple factorization--      -- x - (l1 * x) ==> (1-l1) * x-      _ | Just l1 <- is_expr_mul num_ops arg1 arg2-        -> Just (mkL (1-l1) `mul` arg1)--      -- (l1 * x) - x ==> (l1-1) * x-      _ | Just l1 <- is_expr_mul num_ops arg2 arg1-        -> Just (mkL (l1-1) `mul` arg2)--      -- (l1 * x) - (l2 * x) ==> (l1-l2) * x-      (is_lit_mul num_ops -> Just (l1,x), is_expr_mul num_ops x -> Just l2)-         -> Just (mkL (l1-l2) `mul` x)--      -- R5) +/- propagation: these transformations push literals outwards-      -- with the hope that other rules can then be applied.--      -- In the following rules, x can't be a literal otherwise another-      -- rule would have combined it with the other literal in arg2. So we-      -- don't have to check this to avoid loops here.--      -- x - (l1 + y) ==> (x - y) - l1-      (_, is_lit_add num_ops -> Just (l1,y))-         -> Just ((arg1 `sub` y) `sub` mkL l1)--      -- (l1 + x) - y ==> l1 + (x - y)-      (is_lit_add num_ops -> Just (l1,x), _)-         -> Just (mkL l1 `add` (x `sub` arg2))--      -- x - (l1 - y) ==> (x + y) - l1-      (_, is_sub num_ops -> Just (L l1,y))-         -> Just ((arg1 `add` y) `sub` mkL l1)--      -- x - (y - l1) ==> l1 + (x - y)-      (_, is_sub num_ops -> Just (y,L l1))-         -> Just (mkL l1 `add` (arg1 `sub` y))--      -- (l1 - x) - y ==> l1 - (x + y)-      (is_sub num_ops -> Just (L l1,x), _)-         -> Just (mkL l1 `sub` (x `add` arg2))--      -- (x - l1) - y ==> (x - y) - l1-      (is_sub num_ops -> Just (x,L l1), _)-         -> Just ((x `sub` arg2) `sub` mkL l1)--      _ -> Nothing-   where-      mkL = Lit . mkNumLiteral platform num_ops-      add x y = BinOpApp x (numAdd num_ops) y-      sub x y = BinOpApp x (numSub num_ops) y-      mul x y = BinOpApp x (numMul num_ops) y--mulFoldingRules' :: Platform -> CoreExpr -> CoreExpr -> NumOps -> Maybe CoreExpr-mulFoldingRules' platform arg1 arg2 num_ops = case (arg1,arg2) of-   -- l1 * (l2 * x) ==> (l1*l2) * x-   (L l1, is_lit_mul num_ops -> Just (l2,x))-      -> Just (mkL (l1*l2) `mul` x)--   -- l1 * (l2 + x) ==> (l1*l2) + (l1 * x)-   (L l1, is_lit_add num_ops -> Just (l2,x))-      -> Just (mkL (l1*l2) `add` (arg1 `mul` x))--   -- l1 * (l2 - x) ==> (l1*l2) - (l1 * x)-   (L l1, is_sub num_ops -> Just (L l2,x))-      -> Just (mkL (l1*l2) `sub` (arg1 `mul` x))--   -- l1 * (x - l2) ==> (l1 * x) - (l1*l2)-   (L l1, is_sub num_ops -> Just (x, L l2))-      -> Just ((arg1 `mul` x) `sub` mkL (l1*l2))--   -- (l1 * x) * (l2 * y) ==> (l1*l2) * (x * y)-   (is_lit_mul num_ops -> Just (l1,x), is_lit_mul num_ops -> Just (l2,y))-      -> Just (mkL (l1*l2) `mul` (x `mul` y))--   _ -> Nothing-   where-      mkL = Lit . mkNumLiteral platform num_ops-      add x y = BinOpApp x (numAdd num_ops) y-      sub x y = BinOpApp x (numSub num_ops) y-      mul x y = BinOpApp x (numMul num_ops) y--is_op :: PrimOp -> CoreExpr -> Maybe (Arg CoreBndr, Arg CoreBndr)-is_op op e = case e of- BinOpApp x op' y | op == op' -> Just (x,y)- _                            -> Nothing--is_add, is_sub, is_mul :: NumOps -> CoreExpr -> Maybe (Arg CoreBndr, Arg CoreBndr)-is_add num_ops = is_op (numAdd num_ops)-is_sub num_ops = is_op (numSub num_ops)-is_mul num_ops = is_op (numMul num_ops)---- match addition with a literal (handles commutativity)-is_lit_add :: NumOps -> CoreExpr -> Maybe (Integer, Arg CoreBndr)-is_lit_add num_ops e = case is_add num_ops e of-   Just (L l, x  ) -> Just (l,x)-   Just (x  , L l) -> Just (l,x)-   _               -> Nothing---- match multiplication with a literal (handles commutativity)-is_lit_mul :: NumOps -> CoreExpr -> Maybe (Integer, Arg CoreBndr)-is_lit_mul num_ops e = case is_mul num_ops e of-   Just (L l, x  ) -> Just (l,x)-   Just (x  , L l) -> Just (l,x)-   _               -> Nothing---- match given "x": return 1--- match "lit * x": return lit value (handles commutativity)-is_expr_mul :: NumOps -> Expr CoreBndr -> Expr CoreBndr -> Maybe Integer-is_expr_mul num_ops x e = if-   | x `cheapEqExpr` e-   -> Just 1-   | Just (k,x') <- is_lit_mul num_ops e-   , x `cheapEqExpr` x'-   -> return k-   | otherwise-   -> Nothing----- | Match the application of a binary primop-pattern BinOpApp :: Arg CoreBndr -> PrimOp -> Arg CoreBndr -> CoreExpr-pattern BinOpApp x op y = OpVal op `App` x `App` y---- | Match a primop-pattern OpVal:: PrimOp  -> Arg CoreBndr-pattern OpVal op <- Var (isPrimOpId_maybe -> Just op) where-   OpVal op = Var (mkPrimOpId op)---- | Match a literal-pattern L :: Integer -> Arg CoreBndr-pattern L i <- Lit (LitNumber _ i)---- | Explicit "type-class"-like dictionary for numeric primops-data NumOps = NumOps-   { numAdd     :: !PrimOp     -- ^ Add two numbers-   , numSub     :: !PrimOp     -- ^ Sub two numbers-   , numMul     :: !PrimOp     -- ^ Multiply two numbers-   , numLitType :: !LitNumType -- ^ Literal type-   }---- | Create a numeric literal-mkNumLiteral :: Platform -> NumOps -> Integer -> Literal-mkNumLiteral platform ops i = mkLitNumberWrap platform (numLitType ops) i+{-# LANGUAGE CPP #-}+{-# LANGUAGE AllowAmbiguousTypes #-}+{-# LANGUAGE DeriveFunctor #-}+{-# LANGUAGE LambdaCase #-}+{-# LANGUAGE MultiWayIf #-}+{-# LANGUAGE PatternSynonyms #-}+{-# LANGUAGE RankNTypes #-}+{-# LANGUAGE ScopedTypeVariables #-}+{-# LANGUAGE TypeApplications #-}+{-# LANGUAGE ViewPatterns #-}++{-# OPTIONS_GHC -optc-DNON_POSIX_SOURCE -Wno-incomplete-uni-patterns #-}++#if __GLASGOW_HASKELL__ <= 808+-- GHC 8.10 deprecates this flag, but GHC 8.8 needs it+-- The default iteration limit is a bit too low for the definitions+-- in this module.+{-# OPTIONS_GHC -fmax-pmcheck-iterations=20000000 #-}+#endif++-- | Constant Folder+module GHC.Core.Opt.ConstantFold+   ( primOpRules+   , builtinRules+   , caseRules+   , EnableBignumRules (..)+   )+where++#include "GhclibHsVersions.h"++import GHC.Prelude++import GHC.Driver.Ppr++import {-# SOURCE #-} GHC.Types.Id.Make ( mkPrimOpId, magicDictId, voidPrimId )++import GHC.Core+import GHC.Core.Make+import GHC.Types.Id+import GHC.Types.Literal+import GHC.Core.SimpleOpt (  exprIsConApp_maybe, exprIsLiteral_maybe )+import GHC.Builtin.PrimOps ( PrimOp(..), tagToEnumKey )+import GHC.Builtin.Types+import GHC.Builtin.Types.Prim+import GHC.Core.TyCon+   ( tyConDataCons_maybe, isAlgTyCon, isEnumerationTyCon+   , isNewTyCon, unwrapNewTyCon_maybe, tyConDataCons+   , tyConFamilySize )+import GHC.Core.DataCon ( dataConTagZ, dataConTyCon, dataConWrapId, dataConWorkId )+import GHC.Core.Utils  ( eqExpr, cheapEqExpr, exprIsHNF, exprType+                       , stripTicksTop, stripTicksTopT, mkTicks )+import GHC.Core.Multiplicity+import GHC.Core.FVs+import GHC.Core.Type+import GHC.Types.Var.Set+import GHC.Types.Var.Env+import GHC.Types.Name.Occurrence ( occNameFS )+import GHC.Builtin.Names+import GHC.Data.Maybe      ( orElse )+import GHC.Types.Name ( Name, nameOccName )+import GHC.Utils.Outputable+import GHC.Data.FastString+import GHC.Types.Basic+import GHC.Platform+import GHC.Utils.Misc+import GHC.Utils.Panic+import GHC.Core.Coercion   (mkUnbranchedAxInstCo,mkSymCo,Role(..))++import Control.Applicative ( Alternative(..) )++import Control.Monad+import Data.Functor (($>))+import Data.Bits as Bits+import qualified Data.ByteString as BS+import Data.Ratio+import Data.Word+import Data.Maybe (fromMaybe)++{-+Note [Constant folding]+~~~~~~~~~~~~~~~~~~~~~~~+primOpRules generates a rewrite rule for each primop+These rules do what is often called "constant folding"+E.g. the rules for +# might say+        4 +# 5 = 9+Well, of course you'd need a lot of rules if you did it+like that, so we use a BuiltinRule instead, so that we+can match in any two literal values.  So the rule is really+more like+        (Lit x) +# (Lit y) = Lit (x+#y)+where the (+#) on the rhs is done at compile time++That is why these rules are built in here.+-}++primOpRules ::  Name -> PrimOp -> Maybe CoreRule+primOpRules nm = \case+   TagToEnumOp -> mkPrimOpRule nm 2 [ tagToEnumRule ]+   DataToTagOp -> mkPrimOpRule nm 2 [ dataToTagRule ]++   -- Int8 operations+   Int8AddOp   -> mkPrimOpRule nm 2 [ binaryLit (int8Op2 (+))+                                    , identity zeroI8+                                    , addFoldingRules Int8AddOp int8Ops+                                    ]+   Int8SubOp   -> mkPrimOpRule nm 2 [ binaryLit (int8Op2 (-))+                                    , rightIdentity zeroI8+                                    , equalArgs $> Lit zeroI8+                                    , subFoldingRules Int8SubOp int8Ops+                                    ]+   Int8MulOp   -> mkPrimOpRule nm 2 [ binaryLit (int8Op2 (*))+                                    , zeroElem+                                    , identity oneI8+                                    , mulFoldingRules Int8MulOp int8Ops+                                    ]+   Int8QuotOp  -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (int8Op2 quot)+                                    , leftZero+                                    , rightIdentity oneI8+                                    , equalArgs $> Lit oneI8 ]+   Int8RemOp   -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (int8Op2 rem)+                                    , leftZero+                                    , oneLit 1 $> Lit zeroI8+                                    , equalArgs $> Lit zeroI8 ]+   Int8NegOp   -> mkPrimOpRule nm 1 [ unaryLit negOp+                                    , semiInversePrimOp Int8NegOp ]+   Int8SllOp   -> mkPrimOpRule nm 2 [ shiftRule LitNumInt8 (const Bits.shiftL)+                                    , rightIdentity zeroI8 ]+   Int8SraOp   -> mkPrimOpRule nm 2 [ shiftRule LitNumInt8 (const Bits.shiftR)+                                    , rightIdentity zeroI8 ]+   Int8SrlOp   -> mkPrimOpRule nm 2 [ shiftRule LitNumInt8 $ const $ shiftRightLogical @Word8+                                    , rightIdentity zeroI8 ]++   -- Word8 operations+   Word8AddOp  -> mkPrimOpRule nm 2 [ binaryLit (word8Op2 (+))+                                    , identity zeroW8+                                    , addFoldingRules Word8AddOp word8Ops+                                    ]+   Word8SubOp  -> mkPrimOpRule nm 2 [ binaryLit (word8Op2 (-))+                                    , rightIdentity zeroW8+                                    , equalArgs $> Lit zeroW8+                                    , subFoldingRules Word8SubOp word8Ops+                                    ]+   Word8MulOp  -> mkPrimOpRule nm 2 [ binaryLit (word8Op2 (*))+                                    , identity oneW8+                                    , mulFoldingRules Word8MulOp word8Ops+                                    ]+   Word8QuotOp -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (word8Op2 quot)+                                    , rightIdentity oneW8 ]+   Word8RemOp  -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (word8Op2 rem)+                                    , leftZero+                                    , oneLit 1 $> Lit zeroW8+                                    , equalArgs $> Lit zeroW8 ]+   Word8AndOp  -> mkPrimOpRule nm 2 [ binaryLit (word8Op2 (.&.))+                                    , idempotent+                                    , zeroElem ]+   Word8OrOp   -> mkPrimOpRule nm 2 [ binaryLit (word8Op2 (.|.))+                                    , idempotent+                                    , identity zeroW8 ]+   Word8XorOp  -> mkPrimOpRule nm 2 [ binaryLit (word8Op2 xor)+                                    , identity zeroW8+                                    , equalArgs $> Lit zeroW8 ]+   Word8NotOp  -> mkPrimOpRule nm 1 [ unaryLit complementOp+                                    , semiInversePrimOp Word8NotOp ]+   Word8SllOp  -> mkPrimOpRule nm 2 [ shiftRule LitNumWord (const Bits.shiftL) ]+   Word8SrlOp  -> mkPrimOpRule nm 2 [ shiftRule LitNumWord $ const $ shiftRightLogical @Word8 ]+++   -- Int16 operations+   Int16AddOp  -> mkPrimOpRule nm 2 [ binaryLit (int16Op2 (+))+                                    , identity zeroI16+                                    , addFoldingRules Int16AddOp int16Ops+                                    ]+   Int16SubOp  -> mkPrimOpRule nm 2 [ binaryLit (int16Op2 (-))+                                    , rightIdentity zeroI16+                                    , equalArgs $> Lit zeroI16+                                    , subFoldingRules Int16SubOp int16Ops+                                    ]+   Int16MulOp  -> mkPrimOpRule nm 2 [ binaryLit (int16Op2 (*))+                                    , zeroElem+                                    , identity oneI16+                                    , mulFoldingRules Int16MulOp int16Ops+                                    ]+   Int16QuotOp -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (int16Op2 quot)+                                    , leftZero+                                    , rightIdentity oneI16+                                    , equalArgs $> Lit oneI16 ]+   Int16RemOp  -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (int16Op2 rem)+                                    , leftZero+                                    , oneLit 1 $> Lit zeroI16+                                    , equalArgs $> Lit zeroI16 ]+   Int16NegOp  -> mkPrimOpRule nm 1 [ unaryLit negOp+                                    , semiInversePrimOp Int16NegOp ]+   Int16SllOp  -> mkPrimOpRule nm 2 [ shiftRule LitNumInt16 (const Bits.shiftL)+                                    , rightIdentity zeroI16 ]+   Int16SraOp  -> mkPrimOpRule nm 2 [ shiftRule LitNumInt16 (const Bits.shiftR)+                                    , rightIdentity zeroI16 ]+   Int16SrlOp  -> mkPrimOpRule nm 2 [ shiftRule LitNumInt16 $ const $ shiftRightLogical @Word16+                                    , rightIdentity zeroI16 ]++   -- Word16 operations+   Word16AddOp -> mkPrimOpRule nm 2 [ binaryLit (word16Op2 (+))+                                    , identity zeroW16+                                    , addFoldingRules Word16AddOp word16Ops+                                    ]+   Word16SubOp -> mkPrimOpRule nm 2 [ binaryLit (word16Op2 (-))+                                    , rightIdentity zeroW16+                                    , equalArgs $> Lit zeroW16+                                    , subFoldingRules Word16SubOp word16Ops+                                    ]+   Word16MulOp -> mkPrimOpRule nm 2 [ binaryLit (word16Op2 (*))+                                    , identity oneW16+                                    , mulFoldingRules Word16MulOp word16Ops+                                    ]+   Word16QuotOp-> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (word16Op2 quot)+                                    , rightIdentity oneW16 ]+   Word16RemOp -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (word16Op2 rem)+                                    , leftZero+                                    , oneLit 1 $> Lit zeroW16+                                    , equalArgs $> Lit zeroW16 ]+   Word16AndOp -> mkPrimOpRule nm 2 [ binaryLit (word16Op2 (.&.))+                                    , idempotent+                                    , zeroElem ]+   Word16OrOp  -> mkPrimOpRule nm 2 [ binaryLit (word16Op2 (.|.))+                                    , idempotent+                                    , identity zeroW16 ]+   Word16XorOp -> mkPrimOpRule nm 2 [ binaryLit (word16Op2 xor)+                                    , identity zeroW16+                                    , equalArgs $> Lit zeroW16 ]+   Word16NotOp -> mkPrimOpRule nm 1 [ unaryLit complementOp+                                    , semiInversePrimOp Word16NotOp ]+   Word16SllOp -> mkPrimOpRule nm 2 [ shiftRule LitNumWord (const Bits.shiftL) ]+   Word16SrlOp -> mkPrimOpRule nm 2 [ shiftRule LitNumWord $ const $ shiftRightLogical @Word16 ]+++   -- Int32 operations+   Int32AddOp  -> mkPrimOpRule nm 2 [ binaryLit (int32Op2 (+))+                                    , identity zeroI32+                                    , addFoldingRules Int32AddOp int32Ops+                                    ]+   Int32SubOp  -> mkPrimOpRule nm 2 [ binaryLit (int32Op2 (-))+                                    , rightIdentity zeroI32+                                    , equalArgs $> Lit zeroI32+                                    , subFoldingRules Int32SubOp int32Ops+                                    ]+   Int32MulOp  -> mkPrimOpRule nm 2 [ binaryLit (int32Op2 (*))+                                    , zeroElem+                                    , identity oneI32+                                    , mulFoldingRules Int32MulOp int32Ops+                                    ]+   Int32QuotOp -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (int32Op2 quot)+                                    , leftZero+                                    , rightIdentity oneI32+                                    , equalArgs $> Lit oneI32 ]+   Int32RemOp  -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (int32Op2 rem)+                                    , leftZero+                                    , oneLit 1 $> Lit zeroI32+                                    , equalArgs $> Lit zeroI32 ]+   Int32NegOp  -> mkPrimOpRule nm 1 [ unaryLit negOp+                                    , semiInversePrimOp Int32NegOp ]+   Int32SllOp  -> mkPrimOpRule nm 2 [ shiftRule LitNumInt32 (const Bits.shiftL)+                                    , rightIdentity zeroI32 ]+   Int32SraOp  -> mkPrimOpRule nm 2 [ shiftRule LitNumInt32 (const Bits.shiftR)+                                    , rightIdentity zeroI32 ]+   Int32SrlOp  -> mkPrimOpRule nm 2 [ shiftRule LitNumInt32 $ const $ shiftRightLogical @Word32+                                    , rightIdentity zeroI32 ]++   -- Word32 operations+   Word32AddOp -> mkPrimOpRule nm 2 [ binaryLit (word32Op2 (+))+                                    , identity zeroW32+                                    , addFoldingRules Word32AddOp word32Ops+                                    ]+   Word32SubOp -> mkPrimOpRule nm 2 [ binaryLit (word32Op2 (-))+                                    , rightIdentity zeroW32+                                    , equalArgs $> Lit zeroW32+                                    , subFoldingRules Word32SubOp word32Ops+                                    ]+   Word32MulOp -> mkPrimOpRule nm 2 [ binaryLit (word32Op2 (*))+                                    , identity oneW32+                                    , mulFoldingRules Word32MulOp word32Ops+                                    ]+   Word32QuotOp-> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (word32Op2 quot)+                                    , rightIdentity oneW32 ]+   Word32RemOp -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (word32Op2 rem)+                                    , leftZero+                                    , oneLit 1 $> Lit zeroW32+                                    , equalArgs $> Lit zeroW32 ]+   Word32AndOp -> mkPrimOpRule nm 2 [ binaryLit (word32Op2 (.&.))+                                    , idempotent+                                    , zeroElem ]+   Word32OrOp  -> mkPrimOpRule nm 2 [ binaryLit (word32Op2 (.|.))+                                    , idempotent+                                    , identity zeroW32 ]+   Word32XorOp -> mkPrimOpRule nm 2 [ binaryLit (word32Op2 xor)+                                    , identity zeroW32+                                    , equalArgs $> Lit zeroW32 ]+   Word32NotOp -> mkPrimOpRule nm 1 [ unaryLit complementOp+                                    , semiInversePrimOp Word32NotOp ]+   Word32SllOp -> mkPrimOpRule nm 2 [ shiftRule LitNumWord (const Bits.shiftL) ]+   Word32SrlOp -> mkPrimOpRule nm 2 [ shiftRule LitNumWord $ const $ shiftRightLogical @Word32 ]+++   -- Int operations+   IntAddOp    -> mkPrimOpRule nm 2 [ binaryLit (intOp2 (+))+                                    , identityPlatform zeroi+                                    , addFoldingRules IntAddOp intOps+                                    ]+   IntSubOp    -> mkPrimOpRule nm 2 [ binaryLit (intOp2 (-))+                                    , rightIdentityPlatform zeroi+                                    , equalArgs >> retLit zeroi+                                    , subFoldingRules IntSubOp intOps+                                    ]+   IntAddCOp   -> mkPrimOpRule nm 2 [ binaryLit (intOpC2 (+))+                                    , identityCPlatform zeroi ]+   IntSubCOp   -> mkPrimOpRule nm 2 [ binaryLit (intOpC2 (-))+                                    , rightIdentityCPlatform zeroi+                                    , equalArgs >> retLitNoC zeroi ]+   IntMulOp    -> mkPrimOpRule nm 2 [ binaryLit (intOp2 (*))+                                    , zeroElem+                                    , identityPlatform onei+                                    , mulFoldingRules IntMulOp intOps+                                    ]+   IntQuotOp   -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (intOp2 quot)+                                    , leftZero+                                    , rightIdentityPlatform onei+                                    , equalArgs >> retLit onei ]+   IntRemOp    -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (intOp2 rem)+                                    , leftZero+                                    , oneLit 1 >> retLit zeroi+                                    , equalArgs >> retLit zeroi ]+   IntAndOp    -> mkPrimOpRule nm 2 [ binaryLit (intOp2 (.&.))+                                    , idempotent+                                    , zeroElem ]+   IntOrOp     -> mkPrimOpRule nm 2 [ binaryLit (intOp2 (.|.))+                                    , idempotent+                                    , identityPlatform zeroi ]+   IntXorOp    -> mkPrimOpRule nm 2 [ binaryLit (intOp2 xor)+                                    , identityPlatform zeroi+                                    , equalArgs >> retLit zeroi ]+   IntNotOp    -> mkPrimOpRule nm 1 [ unaryLit complementOp+                                    , semiInversePrimOp IntNotOp ]+   IntNegOp    -> mkPrimOpRule nm 1 [ unaryLit negOp+                                    , semiInversePrimOp IntNegOp ]+   IntSllOp    -> mkPrimOpRule nm 2 [ shiftRule LitNumInt (const Bits.shiftL)+                                    , rightIdentityPlatform zeroi ]+   IntSraOp    -> mkPrimOpRule nm 2 [ shiftRule LitNumInt (const Bits.shiftR)+                                    , rightIdentityPlatform zeroi ]+   IntSrlOp    -> mkPrimOpRule nm 2 [ shiftRule LitNumInt shiftRightLogicalNative+                                    , rightIdentityPlatform zeroi ]++   -- Word operations+   WordAddOp   -> mkPrimOpRule nm 2 [ binaryLit (wordOp2 (+))+                                    , identityPlatform zerow+                                    , addFoldingRules WordAddOp wordOps+                                    ]+   WordSubOp   -> mkPrimOpRule nm 2 [ binaryLit (wordOp2 (-))+                                    , rightIdentityPlatform zerow+                                    , equalArgs >> retLit zerow+                                    , subFoldingRules WordSubOp wordOps+                                    ]+   WordAddCOp  -> mkPrimOpRule nm 2 [ binaryLit (wordOpC2 (+))+                                    , identityCPlatform zerow ]+   WordSubCOp  -> mkPrimOpRule nm 2 [ binaryLit (wordOpC2 (-))+                                    , rightIdentityCPlatform zerow+                                    , equalArgs >> retLitNoC zerow ]+   WordMulOp   -> mkPrimOpRule nm 2 [ binaryLit (wordOp2 (*))+                                    , identityPlatform onew+                                    , mulFoldingRules WordMulOp wordOps+                                    ]+   WordQuotOp  -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (wordOp2 quot)+                                    , rightIdentityPlatform onew ]+   WordRemOp   -> mkPrimOpRule nm 2 [ nonZeroLit 1 >> binaryLit (wordOp2 rem)+                                    , leftZero+                                    , oneLit 1 >> retLit zerow+                                    , equalArgs >> retLit zerow ]+   WordAndOp   -> mkPrimOpRule nm 2 [ binaryLit (wordOp2 (.&.))+                                    , idempotent+                                    , zeroElem ]+   WordOrOp    -> mkPrimOpRule nm 2 [ binaryLit (wordOp2 (.|.))+                                    , idempotent+                                    , identityPlatform zerow ]+   WordXorOp   -> mkPrimOpRule nm 2 [ binaryLit (wordOp2 xor)+                                    , identityPlatform zerow+                                    , equalArgs >> retLit zerow ]+   WordNotOp   -> mkPrimOpRule nm 1 [ unaryLit complementOp+                                    , semiInversePrimOp WordNotOp ]+   WordSllOp   -> mkPrimOpRule nm 2 [ shiftRule LitNumWord (const Bits.shiftL) ]+   WordSrlOp   -> mkPrimOpRule nm 2 [ shiftRule LitNumWord shiftRightLogicalNative ]++   -- coercions++   Int8ToIntOp    -> mkPrimOpRule nm 1 [ liftLitPlatform extendIntLit ]+   Int16ToIntOp   -> mkPrimOpRule nm 1 [ liftLitPlatform extendIntLit ]+   Int32ToIntOp   -> mkPrimOpRule nm 1 [ liftLitPlatform extendIntLit ]+   IntToInt8Op    -> mkPrimOpRule nm 1 [ liftLit narrowInt8Lit+                                       , semiInversePrimOp Int8ToIntOp+                                       , narrowSubsumesAnd IntAndOp IntToInt8Op 8 ]+   IntToInt16Op   -> mkPrimOpRule nm 1 [ liftLit narrowInt16Lit+                                       , semiInversePrimOp Int16ToIntOp+                                       , narrowSubsumesAnd IntAndOp IntToInt16Op 16 ]+   IntToInt32Op   -> mkPrimOpRule nm 1 [ liftLit narrowInt32Lit+                                       , semiInversePrimOp Int32ToIntOp+                                       , narrowSubsumesAnd IntAndOp IntToInt32Op 32 ]++   Word8ToWordOp  -> mkPrimOpRule nm 1 [ liftLitPlatform extendWordLit+                                       , extendNarrowPassthrough WordToWord8Op 0xFF+                                       ]+   Word16ToWordOp -> mkPrimOpRule nm 1 [ liftLitPlatform extendWordLit+                                       , extendNarrowPassthrough WordToWord16Op 0xFFFF+                                       ]+   Word32ToWordOp -> mkPrimOpRule nm 1 [ liftLitPlatform extendWordLit+                                       , extendNarrowPassthrough WordToWord32Op 0xFFFFFFFF+                                       ]+   WordToWord8Op  -> mkPrimOpRule nm 1 [ liftLit narrowWord8Lit+                                       , semiInversePrimOp Word8ToWordOp+                                       , narrowSubsumesAnd WordAndOp WordToWord8Op 8 ]+   WordToWord16Op -> mkPrimOpRule nm 1 [ liftLit narrowWord16Lit+                                       , semiInversePrimOp Word16ToWordOp+                                       , narrowSubsumesAnd WordAndOp WordToWord16Op 16 ]+   WordToWord32Op -> mkPrimOpRule nm 1 [ liftLit narrowWord32Lit+                                       , semiInversePrimOp Word32ToWordOp+                                       , narrowSubsumesAnd WordAndOp WordToWord32Op 32 ]+++   Word8ToInt8Op  -> mkPrimOpRule nm 1 [ liftLitPlatform (litNumCoerce LitNumInt8)+                                       , semiInversePrimOp Int8ToWord8Op ]+   Int8ToWord8Op  -> mkPrimOpRule nm 1 [ liftLitPlatform (litNumCoerce LitNumWord8)+                                       , semiInversePrimOp Word8ToInt8Op ]+   Word16ToInt16Op-> mkPrimOpRule nm 1 [ liftLitPlatform (litNumCoerce LitNumInt16)+                                       , semiInversePrimOp Int16ToWord16Op ]+   Int16ToWord16Op-> mkPrimOpRule nm 1 [ liftLitPlatform (litNumCoerce LitNumWord16)+                                       , semiInversePrimOp Word16ToInt16Op ]+   Word32ToInt32Op-> mkPrimOpRule nm 1 [ liftLitPlatform (litNumCoerce LitNumInt32)+                                       , semiInversePrimOp Int32ToWord32Op ]+   Int32ToWord32Op-> mkPrimOpRule nm 1 [ liftLitPlatform (litNumCoerce LitNumWord32)+                                       , semiInversePrimOp Word32ToInt32Op ]+   WordToIntOp    -> mkPrimOpRule nm 1 [ liftLitPlatform (litNumCoerce LitNumInt)+                                       , semiInversePrimOp IntToWordOp ]+   IntToWordOp    -> mkPrimOpRule nm 1 [ liftLitPlatform (litNumCoerce LitNumWord)+                                       , semiInversePrimOp WordToIntOp ]++   Narrow8IntOp   -> mkPrimOpRule nm 1 [ liftLitPlatform (litNumNarrow LitNumInt8)+                                       , subsumedByPrimOp Narrow8IntOp+                                       , Narrow8IntOp `subsumesPrimOp` Narrow16IntOp+                                       , Narrow8IntOp `subsumesPrimOp` Narrow32IntOp+                                       , narrowSubsumesAnd IntAndOp Narrow8IntOp 8 ]+   Narrow16IntOp  -> mkPrimOpRule nm 1 [ liftLitPlatform (litNumNarrow LitNumInt16)+                                       , subsumedByPrimOp Narrow8IntOp+                                       , subsumedByPrimOp Narrow16IntOp+                                       , Narrow16IntOp `subsumesPrimOp` Narrow32IntOp+                                       , narrowSubsumesAnd IntAndOp Narrow16IntOp 16 ]+   Narrow32IntOp  -> mkPrimOpRule nm 1 [ liftLitPlatform (litNumNarrow LitNumInt32)+                                       , subsumedByPrimOp Narrow8IntOp+                                       , subsumedByPrimOp Narrow16IntOp+                                       , subsumedByPrimOp Narrow32IntOp+                                       , removeOp32+                                       , narrowSubsumesAnd IntAndOp Narrow32IntOp 32 ]+   Narrow8WordOp  -> mkPrimOpRule nm 1 [ liftLitPlatform (litNumNarrow LitNumWord8)+                                       , subsumedByPrimOp Narrow8WordOp+                                       , Narrow8WordOp `subsumesPrimOp` Narrow16WordOp+                                       , Narrow8WordOp `subsumesPrimOp` Narrow32WordOp+                                       , narrowSubsumesAnd WordAndOp Narrow8WordOp 8 ]+   Narrow16WordOp -> mkPrimOpRule nm 1 [ liftLitPlatform (litNumNarrow LitNumWord16)+                                       , subsumedByPrimOp Narrow8WordOp+                                       , subsumedByPrimOp Narrow16WordOp+                                       , Narrow16WordOp `subsumesPrimOp` Narrow32WordOp+                                       , narrowSubsumesAnd WordAndOp Narrow16WordOp 16 ]+   Narrow32WordOp -> mkPrimOpRule nm 1 [ liftLitPlatform (litNumNarrow LitNumWord32)+                                       , subsumedByPrimOp Narrow8WordOp+                                       , subsumedByPrimOp Narrow16WordOp+                                       , subsumedByPrimOp Narrow32WordOp+                                       , removeOp32+                                       , narrowSubsumesAnd WordAndOp Narrow32WordOp 32 ]++   OrdOp          -> mkPrimOpRule nm 1 [ liftLit charToIntLit+                                       , semiInversePrimOp ChrOp ]+   ChrOp          -> mkPrimOpRule nm 1 [ do [Lit lit] <- getArgs+                                            guard (litFitsInChar lit)+                                            liftLit intToCharLit+                                       , semiInversePrimOp OrdOp ]+   FloatToIntOp    -> mkPrimOpRule nm 1 [ liftLit floatToIntLit ]+   IntToFloatOp    -> mkPrimOpRule nm 1 [ liftLit intToFloatLit ]+   DoubleToIntOp   -> mkPrimOpRule nm 1 [ liftLit doubleToIntLit ]+   IntToDoubleOp   -> mkPrimOpRule nm 1 [ liftLit intToDoubleLit ]+   -- SUP: Not sure what the standard says about precision in the following 2 cases+   FloatToDoubleOp -> mkPrimOpRule nm 1 [ liftLit floatToDoubleLit ]+   DoubleToFloatOp -> mkPrimOpRule nm 1 [ liftLit doubleToFloatLit ]++   -- Float+   FloatAddOp        -> mkPrimOpRule nm 2 [ binaryLit (floatOp2 (+))+                                          , identity zerof ]+   FloatSubOp        -> mkPrimOpRule nm 2 [ binaryLit (floatOp2 (-))+                                          , rightIdentity zerof ]+   FloatMulOp        -> mkPrimOpRule nm 2 [ binaryLit (floatOp2 (*))+                                          , identity onef+                                          , strengthReduction twof FloatAddOp  ]+             -- zeroElem zerof doesn't hold because of NaN+   FloatDivOp        -> mkPrimOpRule nm 2 [ guardFloatDiv >> binaryLit (floatOp2 (/))+                                          , rightIdentity onef ]+   FloatNegOp        -> mkPrimOpRule nm 1 [ unaryLit negOp+                                          , semiInversePrimOp FloatNegOp ]+   FloatDecode_IntOp -> mkPrimOpRule nm 1 [ unaryLit floatDecodeOp ]++   -- Double+   DoubleAddOp          -> mkPrimOpRule nm 2 [ binaryLit (doubleOp2 (+))+                                             , identity zerod ]+   DoubleSubOp          -> mkPrimOpRule nm 2 [ binaryLit (doubleOp2 (-))+                                             , rightIdentity zerod ]+   DoubleMulOp          -> mkPrimOpRule nm 2 [ binaryLit (doubleOp2 (*))+                                             , identity oned+                                             , strengthReduction twod DoubleAddOp  ]+              -- zeroElem zerod doesn't hold because of NaN+   DoubleDivOp          -> mkPrimOpRule nm 2 [ guardDoubleDiv >> binaryLit (doubleOp2 (/))+                                             , rightIdentity oned ]+   DoubleNegOp          -> mkPrimOpRule nm 1 [ unaryLit negOp+                                             , semiInversePrimOp DoubleNegOp ]+   DoubleDecode_Int64Op -> mkPrimOpRule nm 1 [ unaryLit doubleDecodeOp ]++   -- Relational operators++   IntEqOp    -> mkRelOpRule nm (==) [ litEq True ]+   IntNeOp    -> mkRelOpRule nm (/=) [ litEq False ]+   CharEqOp   -> mkRelOpRule nm (==) [ litEq True ]+   CharNeOp   -> mkRelOpRule nm (/=) [ litEq False ]++   IntGtOp    -> mkRelOpRule nm (>)  [ boundsCmp Gt ]+   IntGeOp    -> mkRelOpRule nm (>=) [ boundsCmp Ge ]+   IntLeOp    -> mkRelOpRule nm (<=) [ boundsCmp Le ]+   IntLtOp    -> mkRelOpRule nm (<)  [ boundsCmp Lt ]++   CharGtOp   -> mkRelOpRule nm (>)  [ boundsCmp Gt ]+   CharGeOp   -> mkRelOpRule nm (>=) [ boundsCmp Ge ]+   CharLeOp   -> mkRelOpRule nm (<=) [ boundsCmp Le ]+   CharLtOp   -> mkRelOpRule nm (<)  [ boundsCmp Lt ]++   FloatGtOp  -> mkFloatingRelOpRule nm (>)+   FloatGeOp  -> mkFloatingRelOpRule nm (>=)+   FloatLeOp  -> mkFloatingRelOpRule nm (<=)+   FloatLtOp  -> mkFloatingRelOpRule nm (<)+   FloatEqOp  -> mkFloatingRelOpRule nm (==)+   FloatNeOp  -> mkFloatingRelOpRule nm (/=)++   DoubleGtOp -> mkFloatingRelOpRule nm (>)+   DoubleGeOp -> mkFloatingRelOpRule nm (>=)+   DoubleLeOp -> mkFloatingRelOpRule nm (<=)+   DoubleLtOp -> mkFloatingRelOpRule nm (<)+   DoubleEqOp -> mkFloatingRelOpRule nm (==)+   DoubleNeOp -> mkFloatingRelOpRule nm (/=)++   WordGtOp   -> mkRelOpRule nm (>)  [ boundsCmp Gt ]+   WordGeOp   -> mkRelOpRule nm (>=) [ boundsCmp Ge ]+   WordLeOp   -> mkRelOpRule nm (<=) [ boundsCmp Le ]+   WordLtOp   -> mkRelOpRule nm (<)  [ boundsCmp Lt ]+   WordEqOp   -> mkRelOpRule nm (==) [ litEq True ]+   WordNeOp   -> mkRelOpRule nm (/=) [ litEq False ]++   AddrAddOp  -> mkPrimOpRule nm 2 [ rightIdentityPlatform zeroi ]++   SeqOp      -> mkPrimOpRule nm 4 [ seqRule ]+   SparkOp    -> mkPrimOpRule nm 4 [ sparkRule ]++   _          -> Nothing++{-+************************************************************************+*                                                                      *+\subsection{Doing the business}+*                                                                      *+************************************************************************+-}++-- useful shorthands+mkPrimOpRule :: Name -> Int -> [RuleM CoreExpr] -> Maybe CoreRule+mkPrimOpRule nm arity rules = Just $ mkBasicRule nm arity (msum rules)++mkRelOpRule :: Name -> (forall a . Ord a => a -> a -> Bool)+            -> [RuleM CoreExpr] -> Maybe CoreRule+mkRelOpRule nm cmp extra+  = mkPrimOpRule nm 2 $+    binaryCmpLit cmp : equal_rule : extra+  where+        -- x `cmp` x does not depend on x, so+        -- compute it for the arbitrary value 'True'+        -- and use that result+    equal_rule = do { equalArgs+                    ; platform <- getPlatform+                    ; return (if cmp True True+                              then trueValInt  platform+                              else falseValInt platform) }++{- Note [Rules for floating-point comparisons]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+We need different rules for floating-point values because for floats+it is not true that x = x (for NaNs); so we do not want the equal_rule+rule that mkRelOpRule uses.++Note also that, in the case of equality/inequality, we do /not/+want to switch to a case-expression.  For example, we do not want+to convert+   case (eqFloat# x 3.8#) of+     True -> this+     False -> that+to+  case x of+    3.8#::Float# -> this+    _            -> that+See #9238.  Reason: comparing floating-point values for equality+delicate, and we don't want to implement that delicacy in the code for+case expressions.  So we make it an invariant of Core that a case+expression never scrutinises a Float# or Double#.++This transformation is what the litEq rule does;+see Note [The litEq rule: converting equality to case].+So we /refrain/ from using litEq for mkFloatingRelOpRule.+-}++mkFloatingRelOpRule :: Name -> (forall a . Ord a => a -> a -> Bool)+                    -> Maybe CoreRule+-- See Note [Rules for floating-point comparisons]+mkFloatingRelOpRule nm cmp+  = mkPrimOpRule nm 2 [binaryCmpLit cmp]++-- common constants+zeroi, onei, zerow, onew :: Platform -> Literal+zeroi platform = mkLitInt  platform 0+onei  platform = mkLitInt  platform 1+zerow platform = mkLitWord platform 0+onew  platform = mkLitWord platform 1++zeroI8, oneI8, zeroW8, oneW8 :: Literal+zeroI8 = mkLitInt8  0+oneI8  = mkLitInt8  1+zeroW8 = mkLitWord8 0+oneW8  = mkLitWord8 1++zeroI16, oneI16, zeroW16, oneW16 :: Literal+zeroI16 = mkLitInt16  0+oneI16  = mkLitInt16  1+zeroW16 = mkLitWord16 0+oneW16  = mkLitWord16 1++zeroI32, oneI32, zeroW32, oneW32 :: Literal+zeroI32 = mkLitInt32  0+oneI32  = mkLitInt32  1+zeroW32 = mkLitWord32 0+oneW32  = mkLitWord32 1++zerof, onef, twof, zerod, oned, twod :: Literal+zerof = mkLitFloat 0.0+onef  = mkLitFloat 1.0+twof  = mkLitFloat 2.0+zerod = mkLitDouble 0.0+oned  = mkLitDouble 1.0+twod  = mkLitDouble 2.0++cmpOp :: Platform -> (forall a . Ord a => a -> a -> Bool)+      -> Literal -> Literal -> Maybe CoreExpr+cmpOp platform cmp = go+  where+    done True  = Just $ trueValInt  platform+    done False = Just $ falseValInt platform++    -- These compares are at different types+    go (LitChar i1)   (LitChar i2)   = done (i1 `cmp` i2)+    go (LitFloat i1)  (LitFloat i2)  = done (i1 `cmp` i2)+    go (LitDouble i1) (LitDouble i2) = done (i1 `cmp` i2)+    go (LitNumber nt1 i1) (LitNumber nt2 i2)+      | nt1 /= nt2 = Nothing+      | otherwise  = done (i1 `cmp` i2)+    go _               _               = Nothing++--------------------------++negOp :: RuleOpts -> Literal -> Maybe CoreExpr  -- Negate+negOp env = \case+   (LitFloat 0.0)  -> Nothing  -- can't represent -0.0 as a Rational+   (LitFloat f)    -> Just (mkFloatVal env (-f))+   (LitDouble 0.0) -> Nothing+   (LitDouble d)   -> Just (mkDoubleVal env (-d))+   (LitNumber nt i)+      | litNumIsSigned nt -> Just (Lit (mkLitNumberWrap (roPlatform env) nt (-i)))+   _ -> Nothing++complementOp :: RuleOpts -> Literal -> Maybe CoreExpr  -- Binary complement+complementOp env (LitNumber nt i) =+   Just (Lit (mkLitNumberWrap (roPlatform env) nt (complement i)))+complementOp _      _            = Nothing++int8Op2+  :: (Integral a, Integral b)+  => (a -> b -> Integer)+  -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr+int8Op2 op _ (LitNumber LitNumInt8 i1) (LitNumber LitNumInt8 i2) =+  int8Result (fromInteger i1 `op` fromInteger i2)+int8Op2 _ _ _ _ = Nothing++int16Op2+  :: (Integral a, Integral b)+  => (a -> b -> Integer)+  -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr+int16Op2 op _ (LitNumber LitNumInt16 i1) (LitNumber LitNumInt16 i2) =+  int16Result (fromInteger i1 `op` fromInteger i2)+int16Op2 _ _ _ _ = Nothing++int32Op2+  :: (Integral a, Integral b)+  => (a -> b -> Integer)+  -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr+int32Op2 op _ (LitNumber LitNumInt32 i1) (LitNumber LitNumInt32 i2) =+  int32Result (fromInteger i1 `op` fromInteger i2)+int32Op2 _ _ _ _ = Nothing++intOp2 :: (Integral a, Integral b)+       => (a -> b -> Integer)+       -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr+intOp2 = intOp2' . const++intOp2' :: (Integral a, Integral b)+        => (RuleOpts -> a -> b -> Integer)+        -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr+intOp2' op env (LitNumber LitNumInt i1) (LitNumber LitNumInt i2) =+  let o = op env+  in  intResult (roPlatform env) (fromInteger i1 `o` fromInteger i2)+intOp2' _ _ _ _ = Nothing++intOpC2 :: (Integral a, Integral b)+        => (a -> b -> Integer)+        -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr+intOpC2 op env (LitNumber LitNumInt i1) (LitNumber LitNumInt i2) =+  intCResult (roPlatform env) (fromInteger i1 `op` fromInteger i2)+intOpC2 _ _ _ _ = Nothing++shiftRightLogical :: forall t. (Integral t, Bits t) => Integer -> Int -> Integer+shiftRightLogical x n = fromIntegral (fromInteger x `shiftR` n :: t)++-- | Shift right, putting zeros in rather than sign-propagating as+-- 'Bits.shiftR' would do. Do this by converting to the appropriate Word+-- and back. Obviously this won't work for too-big values, but its ok as+-- we use it here.+shiftRightLogicalNative :: Platform -> Integer -> Int -> Integer+shiftRightLogicalNative platform =+    case platformWordSize platform of+      PW4 -> shiftRightLogical @Word32+      PW8 -> shiftRightLogical @Word64++--------------------------+retLit :: (Platform -> Literal) -> RuleM CoreExpr+retLit l = do platform <- getPlatform+              return $ Lit $ l platform++retLitNoC :: (Platform -> Literal) -> RuleM CoreExpr+retLitNoC l = do platform <- getPlatform+                 let lit = l platform+                 let ty = literalType lit+                 return $ mkCoreUbxTup [ty, ty] [Lit lit, Lit (zeroi platform)]++word8Op2+  :: (Integral a, Integral b)+  => (a -> b -> Integer)+  -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr+word8Op2 op _ (LitNumber LitNumWord8 i1) (LitNumber LitNumWord8 i2) =+  word8Result (fromInteger i1 `op` fromInteger i2)+word8Op2 _ _ _ _ = Nothing  -- Could find LitLit++word16Op2+  :: (Integral a, Integral b)+  => (a -> b -> Integer)+  -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr+word16Op2 op _ (LitNumber LitNumWord16 i1) (LitNumber LitNumWord16 i2) =+  word16Result (fromInteger i1 `op` fromInteger i2)+word16Op2 _ _ _ _ = Nothing  -- Could find LitLit++word32Op2+  :: (Integral a, Integral b)+  => (a -> b -> Integer)+  -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr+word32Op2 op _ (LitNumber LitNumWord32 i1) (LitNumber LitNumWord32 i2) =+  word32Result (fromInteger i1 `op` fromInteger i2)+word32Op2 _ _ _ _ = Nothing  -- Could find LitLit++wordOp2 :: (Integral a, Integral b)+        => (a -> b -> Integer)+        -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr+wordOp2 op env (LitNumber LitNumWord w1) (LitNumber LitNumWord w2)+    = wordResult (roPlatform env) (fromInteger w1 `op` fromInteger w2)+wordOp2 _ _ _ _ = Nothing++wordOpC2 :: (Integral a, Integral b)+        => (a -> b -> Integer)+        -> RuleOpts -> Literal -> Literal -> Maybe CoreExpr+wordOpC2 op env (LitNumber LitNumWord w1) (LitNumber LitNumWord w2) =+  wordCResult (roPlatform env) (fromInteger w1 `op` fromInteger w2)+wordOpC2 _ _ _ _ = Nothing++shiftRule :: LitNumType  -- Type of the result, either LitNumInt or LitNumWord+          -> (Platform -> Integer -> Int -> Integer)+          -> RuleM CoreExpr+-- Shifts take an Int; hence third arg of op is Int+-- Used for shift primops+--    IntSllOp, IntSraOp, IntSrlOp :: Int# -> Int# -> Int#+--    SllOp, SrlOp                 :: Word# -> Int# -> Word#+shiftRule lit_num_ty shift_op+  = do { platform <- getPlatform+       ; [e1, Lit (LitNumber LitNumInt shift_len)] <- getArgs+       ; case e1 of+           _ | shift_len == 0+             -> return e1+             -- See Note [Guarding against silly shifts]+             | shift_len < 0 || shift_len > toInteger (platformWordSizeInBits platform)+             -> return $ Lit $ mkLitNumberWrap platform lit_num_ty 0+                -- Be sure to use lit_num_ty here, so we get a correctly typed zero+                -- of type Int# or Word# resp.  See #18589++           -- Do the shift at type Integer, but shift length is Int+           Lit (LitNumber nt x)+             | 0 < shift_len+             , shift_len <= toInteger (platformWordSizeInBits platform)+             -> let op = shift_op platform+                    y  = x `op` fromInteger shift_len+                in  liftMaybe $ Just (Lit (mkLitNumberWrap platform nt y))++           _ -> mzero }++--------------------------+floatOp2 :: (Rational -> Rational -> Rational)+         -> RuleOpts -> Literal -> Literal+         -> Maybe (Expr CoreBndr)+floatOp2 op env (LitFloat f1) (LitFloat f2)+  = Just (mkFloatVal env (f1 `op` f2))+floatOp2 _ _ _ _ = Nothing++--------------------------+floatDecodeOp :: RuleOpts -> Literal -> Maybe CoreExpr+floatDecodeOp env (LitFloat ((decodeFloat . fromRational @Float) -> (m, e)))+  = Just $ mkCoreUbxTup [intPrimTy, intPrimTy]+                        [ mkIntVal (roPlatform env) (toInteger m)+                        , mkIntVal (roPlatform env) (toInteger e) ]+floatDecodeOp _   _+  = Nothing++--------------------------+doubleOp2 :: (Rational -> Rational -> Rational)+          -> RuleOpts -> Literal -> Literal+          -> Maybe (Expr CoreBndr)+doubleOp2 op env (LitDouble f1) (LitDouble f2)+  = Just (mkDoubleVal env (f1 `op` f2))+doubleOp2 _ _ _ _ = Nothing++--------------------------+doubleDecodeOp :: RuleOpts -> Literal -> Maybe CoreExpr+doubleDecodeOp env (LitDouble ((decodeFloat . fromRational @Double) -> (m, e)))+  = Just $ mkCoreUbxTup [iNT64Ty, intPrimTy]+                        [ Lit (mkLitINT64 (toInteger m))+                        , mkIntVal platform (toInteger e) ]+  where+    platform = roPlatform env+    (iNT64Ty, mkLitINT64)+      | platformWordSizeInBits platform < 64+      = (int64PrimTy, mkLitInt64Wrap)+      | otherwise+      = (intPrimTy  , mkLitIntWrap platform)+doubleDecodeOp _   _+  = Nothing++--------------------------+{- Note [The litEq rule: converting equality to case]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+This stuff turns+     n ==# 3#+into+     case n of+       3# -> True+       m  -> False++This is a Good Thing, because it allows case-of case things+to happen, and case-default absorption to happen.  For+example:++     if (n ==# 3#) || (n ==# 4#) then e1 else e2+will transform to+     case n of+       3# -> e1+       4# -> e1+       m  -> e2+(modulo the usual precautions to avoid duplicating e1)+-}++litEq :: Bool  -- True <=> equality, False <=> inequality+      -> RuleM CoreExpr+litEq is_eq = msum+  [ do [Lit lit, expr] <- getArgs+       platform <- getPlatform+       do_lit_eq platform lit expr+  , do [expr, Lit lit] <- getArgs+       platform <- getPlatform+       do_lit_eq platform lit expr ]+  where+    do_lit_eq platform lit expr = do+      guard (not (litIsLifted lit))+      return (mkWildCase expr (unrestricted $ literalType lit) intPrimTy+                    [ Alt DEFAULT      [] val_if_neq+                    , Alt (LitAlt lit) [] val_if_eq])+      where+        val_if_eq  | is_eq     = trueValInt  platform+                   | otherwise = falseValInt platform+        val_if_neq | is_eq     = falseValInt platform+                   | otherwise = trueValInt  platform+++-- | Check if there is comparison with minBound or maxBound, that is+-- always true or false. For instance, an Int cannot be smaller than its+-- minBound, so we can replace such comparison with False.+boundsCmp :: Comparison -> RuleM CoreExpr+boundsCmp op = do+  platform <- getPlatform+  [a, b] <- getArgs+  liftMaybe $ mkRuleFn platform op a b++data Comparison = Gt | Ge | Lt | Le++mkRuleFn :: Platform -> Comparison -> CoreExpr -> CoreExpr -> Maybe CoreExpr+mkRuleFn platform Gt (Lit lit) _ | isMinBound platform lit = Just $ falseValInt platform+mkRuleFn platform Le (Lit lit) _ | isMinBound platform lit = Just $ trueValInt  platform+mkRuleFn platform Ge _ (Lit lit) | isMinBound platform lit = Just $ trueValInt  platform+mkRuleFn platform Lt _ (Lit lit) | isMinBound platform lit = Just $ falseValInt platform+mkRuleFn platform Ge (Lit lit) _ | isMaxBound platform lit = Just $ trueValInt  platform+mkRuleFn platform Lt (Lit lit) _ | isMaxBound platform lit = Just $ falseValInt platform+mkRuleFn platform Gt _ (Lit lit) | isMaxBound platform lit = Just $ falseValInt platform+mkRuleFn platform Le _ (Lit lit) | isMaxBound platform lit = Just $ trueValInt  platform+mkRuleFn _ _ _ _                                           = Nothing++-- | Create an Int literal expression while ensuring the given Integer is in the+-- target Int range+int8Result :: Integer -> Maybe CoreExpr+int8Result result = Just (int8Result' result)++int8Result' :: Integer -> CoreExpr+int8Result' result = Lit (mkLitInt8Wrap result)++-- | Create an Int literal expression while ensuring the given Integer is in the+-- target Int range+int16Result :: Integer -> Maybe CoreExpr+int16Result result = Just (int16Result' result)++int16Result' :: Integer -> CoreExpr+int16Result' result = Lit (mkLitInt16Wrap result)++-- | Create an Int literal expression while ensuring the given Integer is in the+-- target Int range+int32Result :: Integer -> Maybe CoreExpr+int32Result result = Just (int32Result' result)++int32Result' :: Integer -> CoreExpr+int32Result' result = Lit (mkLitInt32Wrap result)++intResult :: Platform -> Integer -> Maybe CoreExpr+intResult platform result = Just (intResult' platform result)++intResult' :: Platform -> Integer -> CoreExpr+intResult' platform result = Lit (mkLitIntWrap platform result)++-- | Create an unboxed pair of an Int literal expression, ensuring the given+-- Integer is in the target Int range and the corresponding overflow flag+-- (@0#@/@1#@) if it wasn't.+intCResult :: Platform -> Integer -> Maybe CoreExpr+intCResult platform result = Just (mkPair [Lit lit, Lit c])+  where+    mkPair = mkCoreUbxTup [intPrimTy, intPrimTy]+    (lit, b) = mkLitIntWrapC platform result+    c = if b then onei platform else zeroi platform++-- | Create a Word literal expression while ensuring the given Integer is in the+-- target Word range+word8Result :: Integer -> Maybe CoreExpr+word8Result result = Just (word8Result' result)++word8Result' :: Integer -> CoreExpr+word8Result' result = Lit (mkLitWord8Wrap result)++-- | Create a Word literal expression while ensuring the given Integer is in the+-- target Word range+word16Result :: Integer -> Maybe CoreExpr+word16Result result = Just (word16Result' result)++word16Result' :: Integer -> CoreExpr+word16Result' result = Lit (mkLitWord16Wrap result)++-- | Create a Word literal expression while ensuring the given Integer is in the+-- target Word range+word32Result :: Integer -> Maybe CoreExpr+word32Result result = Just (word32Result' result)++word32Result' :: Integer -> CoreExpr+word32Result' result = Lit (mkLitWord32Wrap result)++-- | Create a Word literal expression while ensuring the given Integer is in the+-- target Word range+wordResult :: Platform -> Integer -> Maybe CoreExpr+wordResult platform result = Just (wordResult' platform result)++wordResult' :: Platform -> Integer -> CoreExpr+wordResult' platform result = Lit (mkLitWordWrap platform result)++-- | Create an unboxed pair of a Word literal expression, ensuring the given+-- Integer is in the target Word range and the corresponding carry flag+-- (@0#@/@1#@) if it wasn't.+wordCResult :: Platform -> Integer -> Maybe CoreExpr+wordCResult platform result = Just (mkPair [Lit lit, Lit c])+  where+    mkPair = mkCoreUbxTup [wordPrimTy, intPrimTy]+    (lit, b) = mkLitWordWrapC platform result+    c = if b then onei platform else zeroi platform++-- | 'ambiant (primop x) = x', but not nececesarily 'primop (ambient x) = x'.+semiInversePrimOp :: PrimOp -> RuleM CoreExpr+semiInversePrimOp primop = do+  [Var primop_id `App` e] <- getArgs+  matchPrimOpId primop primop_id+  return e++subsumesPrimOp :: PrimOp -> PrimOp -> RuleM CoreExpr+this `subsumesPrimOp` that = do+  [Var primop_id `App` e] <- getArgs+  matchPrimOpId that primop_id+  return (Var (mkPrimOpId this) `App` e)++subsumedByPrimOp :: PrimOp -> RuleM CoreExpr+subsumedByPrimOp primop = do+  [e@(Var primop_id `App` _)] <- getArgs+  matchPrimOpId primop primop_id+  return e++-- | Transform `extendWordN (narrowWordN x)` into `x .&. 0xFF..FF`+extendNarrowPassthrough :: PrimOp -> Integer -> RuleM CoreExpr+extendNarrowPassthrough narrow_primop n = do+  [Var primop_id `App` x] <- getArgs+  matchPrimOpId narrow_primop primop_id+  return (Var (mkPrimOpId WordAndOp) `App` x `App` Lit (LitNumber LitNumWord n))++-- | narrow subsumes bitwise `and` with full mask (cf #16402):+--+--       narrowN (x .&. m)+--       m .&. (2^N-1) = 2^N-1+--       ==> narrowN x+--+-- e.g.  narrow16 (x .&. 0xFFFF)+--       ==> narrow16 x+--+narrowSubsumesAnd :: PrimOp -> PrimOp -> Int -> RuleM CoreExpr+narrowSubsumesAnd and_primop narrw n = do+  [Var primop_id `App` x `App` y] <- getArgs+  matchPrimOpId and_primop primop_id+  let mask = bit n -1+      g v (Lit (LitNumber _ m)) = do+         guard (m .&. mask == mask)+         return (Var (mkPrimOpId narrw) `App` v)+      g _ _ = mzero+  g x y <|> g y x++idempotent :: RuleM CoreExpr+idempotent = do [e1, e2] <- getArgs+                guard $ cheapEqExpr e1 e2+                return e1++{-+Note [Guarding against silly shifts]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+Consider this code:++  import Data.Bits( (.|.), shiftL )+  chunkToBitmap :: [Bool] -> Word32+  chunkToBitmap chunk = foldr (.|.) 0 [ 1 `shiftL` n | (True,n) <- zip chunk [0..] ]++This optimises to:+Shift.$wgo = \ (w_sCS :: GHC.Prim.Int#) (w1_sCT :: [GHC.Types.Bool]) ->+    case w1_sCT of _ {+      [] -> 0##;+      : x_aAW xs_aAX ->+        case x_aAW of _ {+          GHC.Types.False ->+            case w_sCS of wild2_Xh {+              __DEFAULT -> Shift.$wgo (GHC.Prim.+# wild2_Xh 1) xs_aAX;+              9223372036854775807 -> 0## };+          GHC.Types.True ->+            case GHC.Prim.>=# w_sCS 64 of _ {+              GHC.Types.False ->+                case w_sCS of wild3_Xh {+                  __DEFAULT ->+                    case Shift.$wgo (GHC.Prim.+# wild3_Xh 1) xs_aAX of ww_sCW { __DEFAULT ->+                      GHC.Prim.or# (GHC.Prim.narrow32Word#+                                      (GHC.Prim.uncheckedShiftL# 1## wild3_Xh))+                                   ww_sCW+                     };+                  9223372036854775807 ->+                    GHC.Prim.narrow32Word#+!!!!-->                  (GHC.Prim.uncheckedShiftL# 1## 9223372036854775807)+                };+              GHC.Types.True ->+                case w_sCS of wild3_Xh {+                  __DEFAULT -> Shift.$wgo (GHC.Prim.+# wild3_Xh 1) xs_aAX;+                  9223372036854775807 -> 0##+                } } } }++Note the massive shift on line "!!!!".  It can't happen, because we've checked+that w < 64, but the optimiser didn't spot that. We DO NOT want to constant-fold this!+Moreover, if the programmer writes (n `uncheckedShiftL` 9223372036854775807), we+can't constant fold it, but if it gets to the assembler we get+     Error: operand type mismatch for `shl'++So the best thing to do is to rewrite the shift with a call to error,+when the second arg is large. However, in general we cannot do this; consider+this case++    let x = I# (uncheckedIShiftL# n 80)+    in ...++Here x contains an invalid shift and consequently we would like to rewrite it+as follows:++    let x = I# (error "invalid shift)+    in ...++This was originally done in the fix to #16449 but this breaks the let/app+invariant (see Note [Core let/app invariant] in GHC.Core) as noted in #16742.+For the reasons discussed in Note [Checking versus non-checking primops] (in+the PrimOp module) there is no safe way rewrite the argument of I# such that+it bottoms.++Consequently we instead take advantage of the fact that large shifts are+undefined behavior (see associated documentation in primops.txt.pp) and+transform the invalid shift into an "obviously incorrect" value.++There are two cases:++- Shifting fixed-width things: the primops IntSll, Sll, etc+  These are handled by shiftRule.++  We are happy to shift by any amount up to wordSize but no more.++- Shifting Bignums (Integer, Natural): these are handled by bignum_shift.++  Here we could in principle shift by any amount, but we arbitrary+  limit the shift to 4 bits; in particular we do not want shift by a+  huge amount, which can happen in code like that above.++The two cases are more different in their code paths that is comfortable,+but that is only a historical accident.+++************************************************************************+*                                                                      *+\subsection{Vaguely generic functions}+*                                                                      *+************************************************************************+-}++mkBasicRule :: Name -> Int -> RuleM CoreExpr -> CoreRule+-- Gives the Rule the same name as the primop itself+mkBasicRule op_name n_args rm+  = BuiltinRule { ru_name  = occNameFS (nameOccName op_name),+                  ru_fn    = op_name,+                  ru_nargs = n_args,+                  ru_try   = runRuleM rm }++newtype RuleM r = RuleM+  { runRuleM :: RuleOpts -> InScopeEnv -> Id -> [CoreExpr] -> Maybe r }+  deriving (Functor)++instance Applicative RuleM where+    pure x = RuleM $ \_ _ _ _ -> Just x+    (<*>) = ap++instance Monad RuleM where+  RuleM f >>= g+    = RuleM $ \env iu fn args ->+              case f env iu fn args of+                Nothing -> Nothing+                Just r  -> runRuleM (g r) env iu fn args++instance MonadFail RuleM where+    fail _ = mzero++instance Alternative RuleM where+  empty = RuleM $ \_ _ _ _ -> Nothing+  RuleM f1 <|> RuleM f2 = RuleM $ \env iu fn args ->+    f1 env iu fn args <|> f2 env iu fn args++instance MonadPlus RuleM++getPlatform :: RuleM Platform+getPlatform = roPlatform <$> getEnv++getEnv :: RuleM RuleOpts+getEnv = RuleM $ \env _ _ _ -> Just env++liftMaybe :: Maybe a -> RuleM a+liftMaybe Nothing = mzero+liftMaybe (Just x) = return x++liftLit :: (Literal -> Literal) -> RuleM CoreExpr+liftLit f = liftLitPlatform (const f)++liftLitPlatform :: (Platform -> Literal -> Literal) -> RuleM CoreExpr+liftLitPlatform f = do+  platform <- getPlatform+  [Lit lit] <- getArgs+  return $ Lit (f platform lit)++removeOp32 :: RuleM CoreExpr+removeOp32 = do+  platform <- getPlatform+  case platformWordSize platform of+    PW4 -> do+      [e] <- getArgs+      return e+    PW8 ->+      mzero++getArgs :: RuleM [CoreExpr]+getArgs = RuleM $ \_ _ _ args -> Just args++getInScopeEnv :: RuleM InScopeEnv+getInScopeEnv = RuleM $ \_ iu _ _ -> Just iu++getFunction :: RuleM Id+getFunction = RuleM $ \_ _ fn _ -> Just fn++isLiteral :: CoreExpr -> RuleM Literal+isLiteral e = do+    env <- getInScopeEnv+    case exprIsLiteral_maybe env e of+        Nothing -> mzero+        Just l  -> pure l++isNumberLiteral :: CoreExpr -> RuleM Integer+isNumberLiteral e = isLiteral e >>= \case+  LitNumber _ x -> pure x+  _             -> mzero++isIntegerLiteral :: CoreExpr -> RuleM Integer+isIntegerLiteral e = isLiteral e >>= \case+  LitNumber LitNumInteger x -> pure x+  _                         -> mzero++isNaturalLiteral :: CoreExpr -> RuleM Integer+isNaturalLiteral e = isLiteral e >>= \case+  LitNumber LitNumNatural x -> pure x+  _                         -> mzero++isWordLiteral :: CoreExpr -> RuleM Integer+isWordLiteral e = isLiteral e >>= \case+  LitNumber LitNumWord x -> pure x+  _                      -> mzero++isIntLiteral :: CoreExpr -> RuleM Integer+isIntLiteral e = isLiteral e >>= \case+  LitNumber LitNumInt x -> pure x+  _                     -> mzero++-- return the n-th argument of this rule, if it is a literal+-- argument indices start from 0+getLiteral :: Int -> RuleM Literal+getLiteral n = RuleM $ \_ _ _ exprs -> case drop n exprs of+  (Lit l:_) -> Just l+  _ -> Nothing++unaryLit :: (RuleOpts -> Literal -> Maybe CoreExpr) -> RuleM CoreExpr+unaryLit op = do+  env <- getEnv+  [Lit l] <- getArgs+  liftMaybe $ op env (convFloating env l)++binaryLit :: (RuleOpts -> Literal -> Literal -> Maybe CoreExpr) -> RuleM CoreExpr+binaryLit op = do+  env <- getEnv+  [Lit l1, Lit l2] <- getArgs+  liftMaybe $ op env (convFloating env l1) (convFloating env l2)++binaryCmpLit :: (forall a . Ord a => a -> a -> Bool) -> RuleM CoreExpr+binaryCmpLit op = do+  platform <- getPlatform+  binaryLit (\_ -> cmpOp platform op)++leftIdentity :: Literal -> RuleM CoreExpr+leftIdentity id_lit = leftIdentityPlatform (const id_lit)++rightIdentity :: Literal -> RuleM CoreExpr+rightIdentity id_lit = rightIdentityPlatform (const id_lit)++identity :: Literal -> RuleM CoreExpr+identity lit = leftIdentity lit `mplus` rightIdentity lit++leftIdentityPlatform :: (Platform -> Literal) -> RuleM CoreExpr+leftIdentityPlatform id_lit = do+  platform <- getPlatform+  [Lit l1, e2] <- getArgs+  guard $ l1 == id_lit platform+  return e2++-- | Left identity rule for PrimOps like 'IntAddC' and 'WordAddC', where, in+-- addition to the result, we have to indicate that no carry/overflow occurred.+leftIdentityCPlatform :: (Platform -> Literal) -> RuleM CoreExpr+leftIdentityCPlatform id_lit = do+  platform <- getPlatform+  [Lit l1, e2] <- getArgs+  guard $ l1 == id_lit platform+  let no_c = Lit (zeroi platform)+  return (mkCoreUbxTup [exprType e2, intPrimTy] [e2, no_c])++rightIdentityPlatform :: (Platform -> Literal) -> RuleM CoreExpr+rightIdentityPlatform id_lit = do+  platform <- getPlatform+  [e1, Lit l2] <- getArgs+  guard $ l2 == id_lit platform+  return e1++-- | Right identity rule for PrimOps like 'IntSubC' and 'WordSubC', where, in+-- addition to the result, we have to indicate that no carry/overflow occurred.+rightIdentityCPlatform :: (Platform -> Literal) -> RuleM CoreExpr+rightIdentityCPlatform id_lit = do+  platform <- getPlatform+  [e1, Lit l2] <- getArgs+  guard $ l2 == id_lit platform+  let no_c = Lit (zeroi platform)+  return (mkCoreUbxTup [exprType e1, intPrimTy] [e1, no_c])++identityPlatform :: (Platform -> Literal) -> RuleM CoreExpr+identityPlatform lit =+  leftIdentityPlatform lit `mplus` rightIdentityPlatform lit++-- | Identity rule for PrimOps like 'IntAddC' and 'WordAddC', where, in addition+-- to the result, we have to indicate that no carry/overflow occurred.+identityCPlatform :: (Platform -> Literal) -> RuleM CoreExpr+identityCPlatform lit =+  leftIdentityCPlatform lit `mplus` rightIdentityCPlatform lit++leftZero :: RuleM CoreExpr+leftZero = do+  [Lit l1, _] <- getArgs+  guard $ isZeroLit l1+  return $ Lit l1++rightZero :: RuleM CoreExpr+rightZero = do+  [_, Lit l2] <- getArgs+  guard $ isZeroLit l2+  return $ Lit l2++zeroElem :: RuleM CoreExpr+zeroElem = leftZero `mplus` rightZero++equalArgs :: RuleM ()+equalArgs = do+  [e1, e2] <- getArgs+  guard $ e1 `cheapEqExpr` e2++nonZeroLit :: Int -> RuleM ()+nonZeroLit n = getLiteral n >>= guard . not . isZeroLit++oneLit :: Int -> RuleM ()+oneLit n = getLiteral n >>= guard . isOneLit++-- When excess precision is not requested, cut down the precision of the+-- Rational value to that of Float/Double. We confuse host architecture+-- and target architecture here, but it's convenient (and wrong :-).+convFloating :: RuleOpts -> Literal -> Literal+convFloating env (LitFloat  f) | not (roExcessRationalPrecision env) =+   LitFloat  (toRational (fromRational f :: Float ))+convFloating env (LitDouble d) | not (roExcessRationalPrecision env) =+   LitDouble (toRational (fromRational d :: Double))+convFloating _ l = l++guardFloatDiv :: RuleM ()+guardFloatDiv = do+  [Lit (LitFloat f1), Lit (LitFloat f2)] <- getArgs+  guard $ (f1 /=0 || f2 > 0) -- see Note [negative zero]+       && f2 /= 0            -- avoid NaN and Infinity/-Infinity++guardDoubleDiv :: RuleM ()+guardDoubleDiv = do+  [Lit (LitDouble d1), Lit (LitDouble d2)] <- getArgs+  guard $ (d1 /=0 || d2 > 0) -- see Note [negative zero]+       && d2 /= 0            -- avoid NaN and Infinity/-Infinity+-- Note [negative zero] Avoid (0 / -d), otherwise 0/(-1) reduces to+-- zero, but we might want to preserve the negative zero here which+-- is representable in Float/Double but not in (normalised)+-- Rational. (#3676) Perhaps we should generate (0 :% (-1)) instead?++strengthReduction :: Literal -> PrimOp -> RuleM CoreExpr+strengthReduction two_lit add_op = do -- Note [Strength reduction]+  arg <- msum [ do [arg, Lit mult_lit] <- getArgs+                   guard (mult_lit == two_lit)+                   return arg+              , do [Lit mult_lit, arg] <- getArgs+                   guard (mult_lit == two_lit)+                   return arg ]+  return $ Var (mkPrimOpId add_op) `App` arg `App` arg++-- Note [Strength reduction]+-- ~~~~~~~~~~~~~~~~~~~~~~~~~+--+-- This rule turns floating point multiplications of the form 2.0 * x and+-- x * 2.0 into x + x addition, because addition costs less than multiplication.+-- See #7116++-- Note [What's true and false]+-- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~+--+-- trueValInt and falseValInt represent true and false values returned by+-- comparison primops for Char, Int, Word, Integer, Double, Float and Addr.+-- True is represented as an unboxed 1# literal, while false is represented+-- as 0# literal.+-- We still need Bool data constructors (True and False) to use in a rule+-- for constant folding of equal Strings++trueValInt, falseValInt :: Platform -> Expr CoreBndr+trueValInt  platform = Lit $ onei  platform -- see Note [What's true and false]+falseValInt platform = Lit $ zeroi platform++trueValBool, falseValBool :: Expr CoreBndr+trueValBool   = Var trueDataConId -- see Note [What's true and false]+falseValBool  = Var falseDataConId++ltVal, eqVal, gtVal :: Expr CoreBndr+ltVal = Var ordLTDataConId+eqVal = Var ordEQDataConId+gtVal = Var ordGTDataConId++mkIntVal :: Platform -> Integer -> Expr CoreBndr+mkIntVal platform i = Lit (mkLitInt platform i)+mkFloatVal :: RuleOpts -> Rational -> Expr CoreBndr+mkFloatVal env f = Lit (convFloating env (LitFloat  f))+mkDoubleVal :: RuleOpts -> Rational -> Expr CoreBndr+mkDoubleVal env d = Lit (convFloating env (LitDouble d))++matchPrimOpId :: PrimOp -> Id -> RuleM ()+matchPrimOpId op id = do+  op' <- liftMaybe $ isPrimOpId_maybe id+  guard $ op == op'++{-+************************************************************************+*                                                                      *+\subsection{Special rules for seq, tagToEnum, dataToTag}+*                                                                      *+************************************************************************++Note [tagToEnum#]+~~~~~~~~~~~~~~~~~+Nasty check to ensure that tagToEnum# is applied to a type that is an+enumeration TyCon.  Unification may refine the type later, but this+check won't see that, alas.  It's crude but it works.++Here's are two cases that should fail+        f :: forall a. a+        f = tagToEnum# 0        -- Can't do tagToEnum# at a type variable++        g :: Int+        g = tagToEnum# 0        -- Int is not an enumeration++We used to make this check in the type inference engine, but it's quite+ugly to do so, because the delayed constraint solving means that we don't+really know what's going on until the end. It's very much a corner case+because we don't expect the user to call tagToEnum# at all; we merely+generate calls in derived instances of Enum.  So we compromise: a+rewrite rule rewrites a bad instance of tagToEnum# to an error call,+and emits a warning.+-}++tagToEnumRule :: RuleM CoreExpr+-- If     data T a = A | B | C+-- then   tagToEnum# (T ty) 2# -->  B ty+tagToEnumRule = do+  [Type ty, Lit (LitNumber LitNumInt i)] <- getArgs+  case splitTyConApp_maybe ty of+    Just (tycon, tc_args) | isEnumerationTyCon tycon -> do+      let tag = fromInteger i+          correct_tag dc = (dataConTagZ dc) == tag+      (dc:rest) <- return $ filter correct_tag (tyConDataCons_maybe tycon `orElse` [])+      ASSERT(null rest) return ()+      return $ mkTyApps (Var (dataConWorkId dc)) tc_args++    -- See Note [tagToEnum#]+    _ -> WARN( True, text "tagToEnum# on non-enumeration type" <+> ppr ty )+         return $ mkRuntimeErrorApp rUNTIME_ERROR_ID ty "tagToEnum# on non-enumeration type"++------------------------------+dataToTagRule :: RuleM CoreExpr+-- See Note [dataToTag#] in primops.txt.pp+dataToTagRule = a `mplus` b+  where+    -- dataToTag (tagToEnum x)   ==>   x+    a = do+      [Type ty1, Var tag_to_enum `App` Type ty2 `App` tag] <- getArgs+      guard $ tag_to_enum `hasKey` tagToEnumKey+      guard $ ty1 `eqType` ty2+      return tag++    -- dataToTag (K e1 e2)  ==>   tag-of K+    -- This also works (via exprIsConApp_maybe) for+    --   dataToTag x+    -- where x's unfolding is a constructor application+    b = do+      dflags <- getPlatform+      [_, val_arg] <- getArgs+      in_scope <- getInScopeEnv+      (_,floats, dc,_,_) <- liftMaybe $ exprIsConApp_maybe in_scope val_arg+      ASSERT( not (isNewTyCon (dataConTyCon dc)) ) return ()+      return $ wrapFloats floats (mkIntVal dflags (toInteger (dataConTagZ dc)))++{- Note [dataToTag# magic]+~~~~~~~~~~~~~~~~~~~~~~~~~~+The primop dataToTag# is unusual because it evaluates its argument.+Only `SeqOp` shares that property.  (Other primops do not do anything+as fancy as argument evaluation.)  The special handling for dataToTag#+is:++* GHC.Core.Utils.exprOkForSpeculation has a special case for DataToTagOp,+  (actually in app_ok).  Most primops with lifted arguments do not+  evaluate those arguments, but DataToTagOp and SeqOp are two+  exceptions.  We say that they are /never/ ok-for-speculation,+  regardless of the evaluated-ness of their argument.+  See GHC.Core.Utils Note [exprOkForSpeculation and SeqOp/DataToTagOp]++* There is a special case for DataToTagOp in GHC.StgToCmm.Expr.cgExpr,+  that evaluates its argument and then extracts the tag from+  the returned value.++* An application like (dataToTag# (Just x)) is optimised by+  dataToTagRule in GHC.Core.Opt.ConstantFold.++* A case expression like+     case (dataToTag# e) of <alts>+  gets transformed t+     case e of <transformed alts>+  by GHC.Core.Opt.ConstantFold.caseRules; see Note [caseRules for dataToTag]++See #15696 for a long saga.+-}++{- *********************************************************************+*                                                                      *+             unsafeEqualityProof+*                                                                      *+********************************************************************* -}++-- unsafeEqualityProof k t t  ==>  UnsafeRefl (Refl t)+-- That is, if the two types are equal, it's not unsafe!++unsafeEqualityProofRule :: RuleM CoreExpr+unsafeEqualityProofRule+  = do { [Type rep, Type t1, Type t2] <- getArgs+       ; guard (t1 `eqType` t2)+       ; fn <- getFunction+       ; let (_, ue) = splitForAllTyCoVars (idType fn)+             tc      = tyConAppTyCon ue  -- tycon:    UnsafeEquality+             (dc:_)  = tyConDataCons tc  -- data con: UnsafeRefl+             -- UnsafeRefl :: forall (r :: RuntimeRep) (a :: TYPE r).+             --               UnsafeEquality r a a+       ; return (mkTyApps (Var (dataConWrapId dc)) [rep, t1]) }+++{- *********************************************************************+*                                                                      *+             Rules for seq# and spark#+*                                                                      *+********************************************************************* -}++{- Note [seq# magic]+~~~~~~~~~~~~~~~~~~~~+The primop+   seq# :: forall a s . a -> State# s -> (# State# s, a #)++is /not/ the same as the Prelude function seq :: a -> b -> b+as you can see from its type.  In fact, seq# is the implementation+mechanism for 'evaluate'++   evaluate :: a -> IO a+   evaluate a = IO $ \s -> seq# a s++The semantics of seq# is+  * evaluate its first argument+  * and return it++Things to note++* Why do we need a primop at all?  That is, instead of+      case seq# x s of (# x, s #) -> blah+  why not instead say this?+      case x of { DEFAULT -> blah)++  Reason (see #5129): if we saw+    catch# (\s -> case x of { DEFAULT -> raiseIO# exn s }) handler++  then we'd drop the 'case x' because the body of the case is bottom+  anyway. But we don't want to do that; the whole /point/ of+  seq#/evaluate is to evaluate 'x' first in the IO monad.++  In short, we /always/ evaluate the first argument and never+  just discard it.++* Why return the value?  So that we can control sharing of seq'd+  values: in+     let x = e in x `seq` ... x ...+  We don't want to inline x, so better to represent it as+       let x = e in case seq# x RW of (# _, x' #) -> ... x' ...+  also it matches the type of rseq in the Eval monad.++Implementing seq#.  The compiler has magic for SeqOp in++- GHC.Core.Opt.ConstantFold.seqRule: eliminate (seq# <whnf> s)++- GHC.StgToCmm.Expr.cgExpr, and cgCase: special case for seq#++- GHC.Core.Utils.exprOkForSpeculation;+  see Note [exprOkForSpeculation and SeqOp/DataToTagOp] in GHC.Core.Utils++- Simplify.addEvals records evaluated-ness for the result; see+  Note [Adding evaluatedness info to pattern-bound variables]+  in GHC.Core.Opt.Simplify+-}++seqRule :: RuleM CoreExpr+seqRule = do+  [Type ty_a, Type _ty_s, a, s] <- getArgs+  guard $ exprIsHNF a+  return $ mkCoreUbxTup [exprType s, ty_a] [s, a]++-- spark# :: forall a s . a -> State# s -> (# State# s, a #)+sparkRule :: RuleM CoreExpr+sparkRule = seqRule -- reduce on HNF, just the same+  -- XXX perhaps we shouldn't do this, because a spark eliminated by+  -- this rule won't be counted as a dud at runtime?++{-+************************************************************************+*                                                                      *+\subsection{Built in rules}+*                                                                      *+************************************************************************++Note [Scoping for Builtin rules]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+When compiling a (base-package) module that defines one of the+functions mentioned in the RHS of a built-in rule, there's a danger+that we'll see++        f = ...(eq String x)....++        ....and lower down...++        eqString = ...++Then a rewrite would give++        f = ...(eqString x)...+        ....and lower down...+        eqString = ...++and lo, eqString is not in scope.  This only really matters when we+get to code generation.  But the occurrence analyser does a GlomBinds+step when necessary, that does a new SCC analysis on the whole set of+bindings (see occurAnalysePgm), which sorts out the dependency, so all+is fine.+-}++newtype EnableBignumRules = EnableBignumRules Bool++builtinRules :: EnableBignumRules -> [CoreRule]+-- Rules for non-primops that can't be expressed using a RULE pragma+builtinRules enableBignumRules+  = [BuiltinRule { ru_name = fsLit "AppendLitString",+                   ru_fn = unpackCStringFoldrName,+                   ru_nargs = 4, ru_try = match_append_lit_C },+     BuiltinRule { ru_name = fsLit "AppendLitStringUtf8",+                   ru_fn = unpackCStringFoldrUtf8Name,+                   ru_nargs = 4, ru_try = match_append_lit_utf8 },+     BuiltinRule { ru_name = fsLit "EqString", ru_fn = eqStringName,+                   ru_nargs = 2, ru_try = match_eq_string },+     BuiltinRule { ru_name = fsLit "CStringLength", ru_fn = cstringLengthName,+                   ru_nargs = 1, ru_try = match_cstring_length },+     BuiltinRule { ru_name = fsLit "Inline", ru_fn = inlineIdName,+                   ru_nargs = 2, ru_try = \_ _ _ -> match_inline },+     BuiltinRule { ru_name = fsLit "MagicDict", ru_fn = idName magicDictId,+                   ru_nargs = 4, ru_try = \_ _ _ -> match_magicDict },++     mkBasicRule unsafeEqualityProofName 3 unsafeEqualityProofRule,++     mkBasicRule divIntName 2 $ msum+        [ nonZeroLit 1 >> binaryLit (intOp2 div)+        , leftZero+        , do+          [arg, Lit (LitNumber LitNumInt d)] <- getArgs+          Just n <- return $ exactLog2 d+          platform <- getPlatform+          return $ Var (mkPrimOpId IntSraOp) `App` arg `App` mkIntVal platform n+        ],++     mkBasicRule modIntName 2 $ msum+        [ nonZeroLit 1 >> binaryLit (intOp2 mod)+        , leftZero+        , do+          [arg, Lit (LitNumber LitNumInt d)] <- getArgs+          Just _ <- return $ exactLog2 d+          platform <- getPlatform+          return $ Var (mkPrimOpId IntAndOp)+            `App` arg `App` mkIntVal platform (d - 1)+        ]+     ]+ ++ builtinBignumRules enableBignumRules+{-# NOINLINE builtinRules #-}+-- there is no benefit to inlining these yet, despite this, GHC produces+-- unfoldings for this regardless since the floated list entries look small.++builtinBignumRules :: EnableBignumRules -> [CoreRule]+builtinBignumRules (EnableBignumRules False) = []+builtinBignumRules _ =+  [ -- conversions+    lit_to_integer "Word# -> Integer"   integerFromWordName+  , lit_to_integer "Int64# -> Integer"  integerFromInt64Name+  , lit_to_integer "Word64# -> Integer" integerFromWord64Name+  , lit_to_integer "Natural -> Integer" integerFromNaturalName++  , integer_to_lit "Integer -> Word# (wrap)"   integerToWordName   mkWordLitWrap+  , integer_to_lit "Integer -> Int# (wrap)"    integerToIntName    mkIntLitWrap+  , integer_to_lit "Integer -> Word64# (wrap)" integerToWord64Name (\_ -> mkWord64LitWord64 . fromInteger)+  , integer_to_lit "Integer -> Int64# (wrap)"  integerToInt64Name  (\_ -> mkInt64LitInt64 . fromInteger)+  , integer_to_lit "Integer -> Float#"         integerToFloatName  (\_ -> mkFloatLitFloat . fromInteger)+  , integer_to_lit "Integer -> Double#"        integerToDoubleName (\_ -> mkDoubleLitDouble . fromInteger)++  , integer_to_natural "Integer -> Natural (clamp)" integerToNaturalClampName False True+  , integer_to_natural "Integer -> Natural (wrap)"  integerToNaturalName      False False+  , integer_to_natural "Integer -> Natural (throw)" integerToNaturalThrowName True False++  , lit_to_natural  "Word# -> Natural"         naturalNSDataConName+  , natural_to_word "Natural -> Word# (wrap)"  naturalToWordName      False+  , natural_to_word "Natural -> Word# (clamp)" naturalToWordClampName True++    -- comparisons (return an unlifted Int#)+  , integer_cmp "integerEq#" integerEqName (==)+  , integer_cmp "integerNe#" integerNeName (/=)+  , integer_cmp "integerLe#" integerLeName (<=)+  , integer_cmp "integerGt#" integerGtName (>)+  , integer_cmp "integerLt#" integerLtName (<)+  , integer_cmp "integerGe#" integerGeName (>=)++  , natural_cmp "naturalEq#" naturalEqName (==)+  , natural_cmp "naturalNe#" naturalNeName (/=)+  , natural_cmp "naturalLe#" naturalLeName (<=)+  , natural_cmp "naturalGt#" naturalGtName (>)+  , natural_cmp "naturalLt#" naturalLtName (<)+  , natural_cmp "naturalGe#" naturalGeName (>=)++    -- comparisons (return an Ordering)+  , bignum_compare "integerCompare" integerCompareName+  , bignum_compare "naturalCompare" naturalCompareName++    -- binary operations+  , integer_binop "integerAdd" integerAddName (+)+  , integer_binop "integerSub" integerSubName (-)+  , integer_binop "integerMul" integerMulName (*)+  , integer_binop "integerGcd" integerGcdName gcd+  , integer_binop "integerLcm" integerLcmName lcm+  , integer_binop "integerAnd" integerAndName (.&.)+  , integer_binop "integerOr"  integerOrName  (.|.)+  , integer_binop "integerXor" integerXorName xor++  , natural_binop "naturalAdd" naturalAddName (+)+  , natural_binop "naturalMul" naturalMulName (*)+  , natural_binop "naturalGcd" naturalGcdName gcd+  , natural_binop "naturalLcm" naturalLcmName lcm+  , natural_binop "naturalAnd" naturalAndName (.&.)+  , natural_binop "naturalOr"  naturalOrName  (.|.)+  , natural_binop "naturalXor" naturalXorName xor++    -- Natural subtraction: it's a binop but it can fail because of underflow so+    -- we have several primitives to handle here.+  , natural_sub "naturalSubUnsafe" naturalSubUnsafeName+  , natural_sub "naturalSubThrow"  naturalSubThrowName+  , mkRule "naturalSub" naturalSubName 2 $ do+        [a0,a1] <- getArgs+        x <- isNaturalLiteral a0+        y <- isNaturalLiteral a1+        -- return an unboxed sum: (# (# #) | Natural #)+        let ret n v = pure $ mkCoreUbxSum 2 n [unboxedUnitTy,naturalTy] v+        if x < y+            then ret 1 $ Var voidPrimId+            else ret 2 $ Lit (mkLitNatural (x - y))++    -- unary operations+  , bignum_unop "integerNegate"     integerNegateName     mkLitInteger negate+  , bignum_unop "integerAbs"        integerAbsName        mkLitInteger abs+  , bignum_unop "integerSignum"     integerSignumName     mkLitInteger signum+  , bignum_unop "integerComplement" integerComplementName mkLitInteger complement++  , bignum_unop "naturalSignum"     naturalSignumName     mkLitNatural signum++  , mkRule "naturalNegate" naturalNegateName 1 $ do+        [a0] <- getArgs+        x <- isNaturalLiteral a0+        guard (x == 0) -- negate is only valid for (0 :: Natural)+        pure a0++  , bignum_popcount "integerPopCount" integerPopCountName mkLitIntWrap+  , bignum_popcount "naturalPopCount" naturalPopCountName mkLitWordWrap++    -- identity passthrough+  , id_passthrough "Int# -> Integer -> Int#"       integerToIntName    integerISDataConName+  , id_passthrough "Word# -> Integer -> Word#"     integerToWordName   integerFromWordName+  , id_passthrough "Int64# -> Integer -> Int64#"   integerToInt64Name  integerFromInt64Name+  , id_passthrough "Word64# -> Integer -> Word64#" integerToWord64Name integerFromWord64Name+  , id_passthrough "Word# -> Natural -> Word#"     naturalToWordName   naturalNSDataConName++    -- identity passthrough with a conversion that can be done directly instead+  , small_passthrough "Int# -> Integer -> Word#"+        integerISDataConName integerToWordName   (mkPrimOpId IntToWordOp)+  , small_passthrough "Int# -> Integer -> Float#"+        integerISDataConName integerToFloatName  (mkPrimOpId IntToFloatOp)+  , small_passthrough "Int# -> Integer -> Double#"+        integerISDataConName integerToDoubleName (mkPrimOpId IntToDoubleOp)+  , small_passthrough "Word# -> Natural -> Int#"+        naturalNSDataConName naturalToWordName   (mkPrimOpId WordToIntOp)++    -- Bits.bit+  , bignum_bit "integerBit" integerBitName mkLitInteger+  , bignum_bit "naturalBit" naturalBitName mkLitNatural++    -- Bits.testBit+  , bignum_testbit "integerTestBit" integerTestBitName+  , bignum_testbit "naturalTestBit" naturalTestBitName++    -- Bits.shift+  , bignum_shift "integerShiftL" integerShiftLName shiftL mkLitInteger+  , bignum_shift "integerShiftR" integerShiftRName shiftR mkLitInteger+  , bignum_shift "naturalShiftL" naturalShiftLName shiftL mkLitNatural+  , bignum_shift "naturalShiftR" naturalShiftRName shiftR mkLitNatural++    -- division+  , divop_one  "integerQuot"    integerQuotName    quot    mkLitInteger+  , divop_one  "integerRem"     integerRemName     rem     mkLitInteger+  , divop_one  "integerDiv"     integerDivName     div     mkLitInteger+  , divop_one  "integerMod"     integerModName     mod     mkLitInteger+  , divop_both "integerDivMod"  integerDivModName  divMod  mkLitInteger integerTy+  , divop_both "integerQuotRem" integerQuotRemName quotRem mkLitInteger integerTy++  , divop_one  "naturalQuot"    naturalQuotName    quot    mkLitNatural+  , divop_one  "naturalRem"     naturalRemName     rem     mkLitNatural+  , divop_both "naturalQuotRem" naturalQuotRemName quotRem mkLitNatural naturalTy++    -- conversions from Rational for Float/Double literals+  , rational_to "rationalToFloat"  rationalToFloatName  mkFloatExpr+  , rational_to "rationalToDouble" rationalToDoubleName mkDoubleExpr++    -- conversions from Integer for Float/Double literals+  , integer_encode_float "integerEncodeFloat"  integerEncodeFloatName  mkFloatLitFloat+  , integer_encode_float "integerEncodeDouble" integerEncodeDoubleName mkDoubleLitDouble+  ]+  where+    mkRule str name nargs f = BuiltinRule+      { ru_name = fsLit str+      , ru_fn = name+      , ru_nargs = nargs+      , ru_try = runRuleM f+      }++    integer_to_lit str name convert = mkRule str name 1 $ do+      [a0] <- getArgs+      platform <- getPlatform+      x <- isIntegerLiteral a0+      pure (convert platform x)++    natural_to_word str name clamp = mkRule str name 1 $ do+      [a0] <- getArgs+      n <- isNaturalLiteral a0+      platform <- getPlatform+      if clamp && not (platformInWordRange platform n)+          then pure (Lit (mkLitWord platform (platformMaxWord platform)))+          else pure (Lit (mkLitWordWrap platform n))++    integer_to_natural str name thrw clamp = mkRule str name 1 $ do+      [a0] <- getArgs+      x <- isIntegerLiteral a0+      if | x >= 0    -> pure $ Lit $ mkLitNatural x+         | thrw      -> mzero+         | clamp     -> pure $ Lit $ mkLitNatural 0       -- clamp to 0+         | otherwise -> pure $ Lit $ mkLitNatural (abs x) -- negate/wrap++    lit_to_integer str name = mkRule str name 1 $ do+      [a0] <- getArgs+      isLiteral a0 >>= \case+        -- convert any numeric literal into an Integer literal+        LitNumber _ i -> pure (Lit (mkLitInteger i))+        _             -> mzero++    lit_to_natural str name = mkRule str name 1 $ do+      [a0] <- getArgs+      isLiteral a0 >>= \case+        -- convert any *positive* numeric literal into a Natural literal+        LitNumber _ i | i >= 0 -> pure (Lit (mkLitNatural i))+        _                      -> mzero++    integer_binop str name op = mkRule str name 2 $ do+      [a0,a1] <- getArgs+      x <- isIntegerLiteral a0+      y <- isIntegerLiteral a1+      pure (Lit (mkLitInteger (x `op` y)))++    natural_binop str name op = mkRule str name 2 $ do+      [a0,a1] <- getArgs+      x <- isNaturalLiteral a0+      y <- isNaturalLiteral a1+      pure (Lit (mkLitNatural (x `op` y)))++    natural_sub str name = mkRule str name 2 $ do+      [a0,a1] <- getArgs+      x <- isNaturalLiteral a0+      y <- isNaturalLiteral a1+      guard (x >= y)+      pure (Lit (mkLitNatural (x - y)))++    integer_cmp str name op = mkRule str name 2 $ do+      platform <- getPlatform+      [a0,a1] <- getArgs+      x <- isIntegerLiteral a0+      y <- isIntegerLiteral a1+      pure $ if x `op` y+              then trueValInt platform+              else falseValInt platform++    natural_cmp str name op = mkRule str name 2 $ do+      platform <- getPlatform+      [a0,a1] <- getArgs+      x <- isNaturalLiteral a0+      y <- isNaturalLiteral a1+      pure $ if x `op` y+              then trueValInt platform+              else falseValInt platform++    bignum_compare str name = mkRule str name 2 $ do+      [a0,a1] <- getArgs+      x <- isNumberLiteral a0+      y <- isNumberLiteral a1+      pure $ case x `compare` y of+              LT -> ltVal+              EQ -> eqVal+              GT -> gtVal++    bignum_unop str name mk_lit op = mkRule str name 1 $ do+      [a0] <- getArgs+      x <- isNumberLiteral a0+      pure $ Lit (mk_lit (op x))++    bignum_popcount str name mk_lit = mkRule str name 1 $ do+      platform <- getPlatform+      -- We use a host Int to compute the popCount. If we compile on a 32-bit+      -- host for a 64-bit target, the result may be different than if computed+      -- by the target. So we disable this rule if sizes don't match.+      guard (platformWordSizeInBits platform == finiteBitSize (0 :: Word))+      [a0] <- getArgs+      x <- isNumberLiteral a0+      pure $ Lit (mk_lit platform (fromIntegral (popCount x)))++    id_passthrough str to_x from_x = mkRule str to_x 1 $ do+      [App (Var f) x] <- getArgs+      guard (idName f == from_x)+      pure x++    small_passthrough str from_x to_y x_to_y = mkRule str to_y 1 $ do+      [App (Var f) x] <- getArgs+      guard (idName f == from_x)+      pure $ App (Var x_to_y) x++    bignum_bit str name mk_lit = mkRule str name 1 $ do+      [a0] <- getArgs+      platform <- getPlatform+      n <- isNumberLiteral a0+      -- Make sure n is positive and small enough to yield a decently+      -- small number. Attempting to construct the Integer for+      --    (integerBit 9223372036854775807#)+      -- would be a bad idea (#14959)+      guard (n >= 0 && n <= fromIntegral (platformWordSizeInBits platform))+      -- it's safe to convert a target Int value into a host Int value+      -- to perform the "bit" operation because n is very small (<= 64).+      pure $ Lit (mk_lit (bit (fromIntegral n)))++    bignum_testbit str name = mkRule str name 2 $ do+      [a0,a1] <- getArgs+      platform <- getPlatform+      x <- isNumberLiteral a0+      n <- isNumberLiteral a1+      -- ensure that we can store 'n' in a host Int+      guard (n >= 0 && n <= fromIntegral (maxBound :: Int))+      pure $ if testBit x (fromIntegral n)+              then trueValInt platform+              else falseValInt platform++    bignum_shift str name shift_op mk_lit = mkRule str name 2 $ do+      [a0,a1] <- getArgs+      x <- isNumberLiteral a0+      n <- isWordLiteral a1+      -- See Note [Guarding against silly shifts]+      -- Restrict constant-folding of shifts on Integers, somewhat arbitrary.+      -- We can get huge shifts in inaccessible code (#15673)+      guard (n <= 4)+      pure $ Lit (mk_lit (x `shift_op` fromIntegral n))++    divop_one str name divop mk_lit = mkRule str name 2 $ do+      [a0,a1] <- getArgs+      n <- isNumberLiteral a0+      d <- isNumberLiteral a1+      guard (d /= 0)+      pure $ Lit (mk_lit (n `divop` d))++    divop_both str name divop mk_lit ty = mkRule str name 2 $ do+      [a0,a1] <- getArgs+      n <- isNumberLiteral a0+      d <- isNumberLiteral a1+      guard (d /= 0)+      let (r,s) = n `divop` d+      pure $ mkCoreUbxTup [ty,ty] [Lit (mk_lit r), Lit (mk_lit s)]++    integer_encode_float :: RealFloat a => String -> Name -> (a -> CoreExpr) -> CoreRule+    integer_encode_float str name mk_lit = mkRule str name 2 $ do+      [a0,a1] <- getArgs+      x <- isIntegerLiteral a0+      y <- isIntLiteral a1+      -- check that y (a target Int) is in the host Int range+      guard (y <= fromIntegral (maxBound :: Int))+      pure (mk_lit $ encodeFloat x (fromInteger y))++    rational_to :: RealFloat a => String -> Name -> (a -> CoreExpr) -> CoreRule+    rational_to str name mk_lit = mkRule str name 2 $ do+      -- This turns `rationalToFloat n d` where `n` and `d` are literals into+      -- a literal Float (and similarly for Double).+      [a0,a1] <- getArgs+      n <- isIntegerLiteral a0+      d <- isIntegerLiteral a1+      -- it's important to not match d == 0, because that may represent a+      -- literal "0/0" or similar, and we can't produce a literal value for+      -- NaN or +-Inf+      guard (d /= 0)+      pure $ mk_lit (fromRational (n % d))++++---------------------------------------------------+-- The rule is this:+--      unpackFoldrCString*# "foo"# c (unpackFoldrCString*# "baz"# c n)+--      =  unpackFoldrCString*# "foobaz"# c n+--+-- See also Note [String literals in GHC] in CString.hs++-- CString version+match_append_lit_C :: RuleFun+match_append_lit_C = match_append_lit unpackCStringFoldrIdKey++-- CStringUTF8 version+match_append_lit_utf8 :: RuleFun+match_append_lit_utf8 = match_append_lit unpackCStringFoldrUtf8IdKey++{-# INLINE match_append_lit #-}+match_append_lit :: Unique -> RuleFun+match_append_lit foldVariant _ id_unf _+        [ Type ty1+        , lit1+        , c1+        , e2+        ]+  -- N.B. Ensure that we strip off any ticks (e.g. source notes) from the+  -- `lit` and `c` arguments, lest this may fail to fire when building with+  -- -g3. See #16740.+  | (strTicks, Var unpk `App` Type ty2+                        `App` lit2+                        `App` c2+                        `App` n) <- stripTicksTop tickishFloatable e2+  , unpk `hasKey` foldVariant+  , Just (LitString s1) <- exprIsLiteral_maybe id_unf lit1+  , Just (LitString s2) <- exprIsLiteral_maybe id_unf lit2+  , let freeVars = (mkInScopeSet (exprFreeVars c1 `unionVarSet` exprFreeVars c2))+    in eqExpr freeVars c1 c2+  , (c1Ticks, c1') <- stripTicksTop tickishFloatable c1+  , c2Ticks <- stripTicksTopT tickishFloatable c2+  = ASSERT( ty1 `eqType` ty2 )+    Just $ mkTicks strTicks+         $ Var unpk `App` Type ty1+                    `App` Lit (LitString (s1 `BS.append` s2))+                    `App` mkTicks (c1Ticks ++ c2Ticks) c1'+                    `App` n++match_append_lit _ _ _ _ _ = Nothing++---------------------------------------------------+-- The rule is this:+--      eqString (unpackCString# (Lit s1)) (unpackCString# (Lit s2)) = s1==s2+-- Also  matches unpackCStringUtf8#++match_eq_string :: RuleFun+match_eq_string _ id_unf _+        [Var unpk1 `App` lit1, Var unpk2 `App` lit2]+  | unpk_key1 <- getUnique unpk1+  , unpk_key2 <- getUnique unpk2+  , unpk_key1 == unpk_key2+  -- For now we insist the literals have to agree in their encoding+  -- to keep the rule simple. But we could check if the decoded strings+  -- compare equal in here as well.+  , unpk_key1 `elem` [unpackCStringUtf8IdKey, unpackCStringIdKey]+  , Just (LitString s1) <- exprIsLiteral_maybe id_unf lit1+  , Just (LitString s2) <- exprIsLiteral_maybe id_unf lit2+  = Just (if s1 == s2 then trueValBool else falseValBool)++match_eq_string _ _ _ _ = Nothing++-----------------------------------------------------------------------+-- Illustration of this rule:+--+-- cstringLength# "foobar"# --> 6+-- cstringLength# "fizz\NULzz"# --> 4+--+-- Nota bene: Addr# literals are suffixed by a NUL byte when they are+-- compiled to read-only data sections. That's why cstringLength# is+-- well defined on Addr# literals that do not explicitly have an embedded+-- NUL byte.+--+-- See GHC issue #5218, MR 2165, and bytestring PR 191. This is particularly+-- helpful when using OverloadedStrings to create a ByteString since the+-- function computing the length of such ByteStrings can often be constant+-- folded.+match_cstring_length :: RuleFun+match_cstring_length env id_unf _ [lit1]+  | Just (LitString str) <- exprIsLiteral_maybe id_unf lit1+    -- If elemIndex returns Just, it has the index of the first embedded NUL+    -- in the string. If no NUL bytes are present (the common case) then use+    -- full length of the byte string.+  = let len = fromMaybe (BS.length str) (BS.elemIndex 0 str)+     in Just (Lit (mkLitInt (roPlatform env) (fromIntegral len)))+match_cstring_length _ _ _ _ = Nothing++---------------------------------------------------+{- Note [inlineId magic]+~~~~~~~~~~~~~~~~~~~~~~~~+The call 'inline f' arranges that 'f' is inlined, regardless of+its size. More precisely, the call 'inline f' rewrites to the+right-hand side of 'f's definition. This allows the programmer to+control inlining from a particular call site rather than the+definition site of the function.++The moving parts are simple:++* A very simple definition in the library base:GHC.Magic+     {-# NOINLINE[0] inline #-}+     inline :: a -> a+     inline x = x+  So in phase 0, 'inline' will be inlined, so its use imposes+  no overhead.++* A rewrite rule, in GHC.Core.Opt.ConstantFold, which makes+  (inline f) inline, implemented by match_inline.+  The rule for the 'inline' function is this:+     inline f_ty (f a b c) = <f's unfolding> a b c+  (if f has an unfolding, EVEN if it's a loop breaker)++  It's important to allow the argument to 'inline' to have args itself+  (a) because its more forgiving to allow the programmer to write+      either  inline f a b c+      or      inline (f a b c)+  (b) because a polymorphic f wll get a type argument that the+      programmer can't avoid, so the call may look like+        inline (map @Int @Bool) g xs++  Also, don't forget about 'inline's type argument!+-}++match_inline :: [Expr CoreBndr] -> Maybe (Expr CoreBndr)+match_inline (Type _ : e : _)+  | (Var f, args1) <- collectArgs e,+    Just unf <- maybeUnfoldingTemplate (realIdUnfolding f)+             -- Ignore the IdUnfoldingFun here!+  = Just (mkApps unf args1)++match_inline _ = Nothing++---------------------------------------------------+-- See Note [magicDictId magic] in "GHC.Types.Id.Make"+-- for a description of what is going on here.+match_magicDict :: [Expr CoreBndr] -> Maybe (Expr CoreBndr)+match_magicDict [Type _, Var wrap `App` Type a `App` Type _ `App` f, x, y ]+  | Just (_, fieldTy, _)  <- splitFunTy_maybe $ dropForAlls $ idType wrap+  , Just (_, dictTy, _)   <- splitFunTy_maybe fieldTy+  , Just dictTc           <- tyConAppTyCon_maybe dictTy+  , Just (_,_,co)         <- unwrapNewTyCon_maybe dictTc+  = Just+  $ f `App` Cast x (mkSymCo (mkUnbranchedAxInstCo Representational co [a] []))+      `App` y++match_magicDict _ = Nothing++--------------------------------------------------------+-- Note [Constant folding through nested expressions]+-- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+--+-- We use rewrites rules to perform constant folding. It means that we don't+-- have a global view of the expression we are trying to optimise. As a+-- consequence we only perform local (small-step) transformations that either:+--    1) reduce the number of operations+--    2) rearrange the expression to increase the odds that other rules will+--    match+--+-- We don't try to handle more complex expression optimisation cases that would+-- require a global view. For example, rewriting expressions to increase+-- sharing (e.g., Horner's method); optimisations that require local+-- transformations increasing the number of operations; rearrangements to+-- cancel/factorize terms (e.g., (a+b-a-b) isn't rearranged to reduce to 0).+--+-- We already have rules to perform constant folding on expressions with the+-- following shape (where a and/or b are literals):+--+--          D)    op+--                /\+--               /  \+--              /    \+--             a      b+--+-- To support nested expressions, we match three other shapes of expression+-- trees:+--+-- A)   op1          B)       op1       C)       op1+--      /\                    /\                 /\+--     /  \                  /  \               /  \+--    /    \                /    \             /    \+--   a     op2            op2     c          op2    op3+--          /\            /\                 /\      /\+--         /  \          /  \               /  \    /  \+--        b    c        a    b             a    b  c    d+--+--+-- R1) +/- simplification:+--    ops = + or -, two literals (not siblings)+--+--    Examples:+--       A: 5 + (10-x)  ==> 15-x+--       B: (10+x) + 5  ==> 15+x+--       C: (5+a)-(5-b) ==> 0+(a+b)+--+-- R2) * simplification+--    ops = *, two literals (not siblings)+--+--    Examples:+--       A: 5 * (10*x)  ==> 50*x+--       B: (10*x) * 5  ==> 50*x+--       C: (5*a)*(5*b) ==> 25*(a*b)+--+-- R3) * distribution over +/-+--    op1 = *, op2 = + or -, two literals (not siblings)+--+--    This transformation doesn't reduce the number of operations but switches+--    the outer and the inner operations so that the outer is (+) or (-) instead+--    of (*). It increases the odds that other rules will match after this one.+--+--    Examples:+--       A: 5 * (10-x)  ==> 50 - (5*x)+--       B: (10+x) * 5  ==> 50 + (5*x)+--       C: Not supported as it would increase the number of operations:+--          (5+a)*(5-b) ==> 25 - 5*b + 5*a - a*b+--+-- R4) Simple factorization+--+--    op1 = + or -, op2/op3 = *,+--    one literal for each innermost * operation (except in the D case),+--    the two other terms are equals+--+--    Examples:+--       A: x - (10*x)  ==> (-9)*x+--       B: (10*x) + x  ==> 11*x+--       C: (5*x)-(x*3) ==> 2*x+--       D: x+x         ==> 2*x+--+-- R5) +/- propagation+--+--    ops = + or -, one literal+--+--    This transformation doesn't reduce the number of operations but propagates+--    the constant to the outer level. It increases the odds that other rules+--    will match after this one.+--+--    Examples:+--       A: x - (10-y)  ==> (x+y) - 10+--       B: (10+x) - y  ==> 10 + (x-y)+--       C: N/A (caught by the A and B cases)+--+--------------------------------------------------------++-- Rules to perform constant folding into nested expressions+--+--See Note [Constant folding through nested expressions]++addFoldingRules :: PrimOp -> NumOps -> RuleM CoreExpr+addFoldingRules op num_ops = do+   ASSERT(op == numAdd num_ops) return ()+   env <- getEnv+   guard (roNumConstantFolding env)+   [arg1,arg2] <- getArgs+   platform <- getPlatform+   liftMaybe+      -- commutativity for + is handled here+      (addFoldingRules' platform arg1 arg2 num_ops+       <|> addFoldingRules' platform arg2 arg1 num_ops)++subFoldingRules :: PrimOp -> NumOps -> RuleM CoreExpr+subFoldingRules op num_ops = do+   ASSERT(op == numSub num_ops) return ()+   env <- getEnv+   guard (roNumConstantFolding env)+   [arg1,arg2] <- getArgs+   platform <- getPlatform+   liftMaybe (subFoldingRules' platform arg1 arg2 num_ops)++mulFoldingRules :: PrimOp -> NumOps -> RuleM CoreExpr+mulFoldingRules op num_ops = do+   ASSERT(op == numMul num_ops) return ()+   env <- getEnv+   guard (roNumConstantFolding env)+   [arg1,arg2] <- getArgs+   platform <- getPlatform+   liftMaybe+      -- commutativity for * is handled here+      (mulFoldingRules' platform arg1 arg2 num_ops+       <|> mulFoldingRules' platform arg2 arg1 num_ops)+++addFoldingRules' :: Platform -> CoreExpr -> CoreExpr -> NumOps -> Maybe CoreExpr+addFoldingRules' platform arg1 arg2 num_ops = case (arg1, arg2) of+      -- R1) +/- simplification++      -- l1 + (l2 + x) ==> (l1+l2) + x+      (L l1, is_lit_add num_ops -> Just (l2,x))+         -> Just (mkL (l1+l2) `add` x)++      -- l1 + (l2 - x) ==> (l1+l2) - x+      (L l1, is_sub num_ops -> Just (L l2,x))+         -> Just (mkL (l1+l2) `sub` x)++      -- l1 + (x - l2) ==> (l1-l2) + x+      (L l1, is_sub num_ops -> Just (x,L l2))+         -> Just (mkL (l1-l2) `add` x)++      -- (l1 + x) + (l2 + y) ==> (l1+l2) + (x+y)+      (is_lit_add num_ops -> Just (l1,x), is_lit_add num_ops -> Just (l2,y))+         -> Just (mkL (l1+l2) `add` (x `add` y))++      -- (l1 + x) + (l2 - y) ==> (l1+l2) + (x-y)+      (is_lit_add num_ops -> Just (l1,x), is_sub num_ops -> Just (L l2,y))+         -> Just (mkL (l1+l2) `add` (x `sub` y))++      -- (l1 + x) + (y - l2) ==> (l1-l2) + (x+y)+      (is_lit_add num_ops -> Just (l1,x), is_sub num_ops -> Just (y,L l2))+         -> Just (mkL (l1-l2) `add` (x `add` y))++      -- (l1 - x) + (l2 - y) ==> (l1+l2) - (x+y)+      (is_sub num_ops -> Just (L l1,x), is_sub num_ops -> Just (L l2,y))+         -> Just (mkL (l1+l2) `sub` (x `add` y))++      -- (l1 - x) + (y - l2) ==> (l1-l2) + (y-x)+      (is_sub num_ops -> Just (L l1,x), is_sub num_ops -> Just (y,L l2))+         -> Just (mkL (l1-l2) `add` (y `sub` x))++      -- (x - l1) + (y - l2) ==> (0-l1-l2) + (x+y)+      (is_sub num_ops -> Just (x,L l1), is_sub num_ops -> Just (y,L l2))+         -> Just (mkL (0-l1-l2) `add` (x `add` y))++      -- R4) Simple factorization++      -- x + x ==> 2 * x+      _ | Just l1 <- is_expr_mul num_ops arg1 arg2+        -> Just (mkL (l1+1) `mul` arg1)++      -- (l1 * x) + x ==> (l1+1) * x+      _ | Just l1 <- is_expr_mul num_ops arg2 arg1+        -> Just (mkL (l1+1) `mul` arg2)++      -- (l1 * x) + (l2 * x) ==> (l1+l2) * x+      (is_lit_mul num_ops -> Just (l1,x), is_expr_mul num_ops x -> Just l2)+         -> Just (mkL (l1+l2) `mul` x)++      -- R5) +/- propagation: these transformations push literals outwards+      -- with the hope that other rules can then be applied.++      -- In the following rules, x can't be a literal otherwise another+      -- rule would have combined it with the other literal in arg2. So we+      -- don't have to check this to avoid loops here.++      -- x + (l1 + y) ==> l1 + (x + y)+      (_, is_lit_add num_ops -> Just (l1,y))+         -> Just (mkL l1 `add` (arg1 `add` y))++      -- x + (l1 - y) ==> l1 + (x - y)+      (_, is_sub num_ops -> Just (L l1,y))+         -> Just (mkL l1 `add` (arg1 `sub` y))++      -- x + (y - l1) ==> (x + y) - l1+      (_, is_sub num_ops -> Just (y,L l1))+         -> Just ((arg1 `add` y) `sub` mkL l1)++      _ -> Nothing++   where+      mkL = Lit . mkNumLiteral platform num_ops+      add x y = BinOpApp x (numAdd num_ops) y+      sub x y = BinOpApp x (numSub num_ops) y+      mul x y = BinOpApp x (numMul num_ops) y++subFoldingRules' :: Platform -> CoreExpr -> CoreExpr -> NumOps -> Maybe CoreExpr+subFoldingRules' platform arg1 arg2 num_ops = case (arg1,arg2) of+      -- R1) +/- simplification++      -- l1 - (l2 + x) ==> (l1-l2) - x+      (L l1, is_lit_add num_ops -> Just (l2,x))+         -> Just (mkL (l1-l2) `sub` x)++      -- l1 - (l2 - x) ==> (l1-l2) + x+      (L l1, is_sub num_ops -> Just (L l2,x))+         -> Just (mkL (l1-l2) `add` x)++      -- l1 - (x - l2) ==> (l1+l2) - x+      (L l1, is_sub num_ops -> Just (x, L l2))+         -> Just (mkL (l1+l2) `sub` x)++      -- (l1 + x) - l2 ==> (l1-l2) + x+      (is_lit_add num_ops -> Just (l1,x), L l2)+         -> Just (mkL (l1-l2) `add` x)++      -- (l1 - x) - l2 ==> (l1-l2) - x+      (is_sub num_ops -> Just (L l1,x), L l2)+         -> Just (mkL (l1-l2) `sub` x)++      -- (x - l1) - l2 ==> x - (l1+l2)+      (is_sub num_ops -> Just (x,L l1), L l2)+         -> Just (x `sub` mkL (l1+l2))+++      -- (l1 + x) - (l2 + y) ==> (l1-l2) + (x-y)+      (is_lit_add num_ops -> Just (l1,x), is_lit_add num_ops -> Just (l2,y))+         -> Just (mkL (l1-l2) `add` (x `sub` y))++      -- (l1 + x) - (l2 - y) ==> (l1-l2) + (x+y)+      (is_lit_add num_ops -> Just (l1,x), is_sub num_ops -> Just (L l2,y))+         -> Just (mkL (l1-l2) `add` (x `add` y))++      -- (l1 + x) - (y - l2) ==> (l1+l2) + (x-y)+      (is_lit_add num_ops -> Just (l1,x), is_sub num_ops -> Just (y,L l2))+         -> Just (mkL (l1+l2) `add` (x `sub` y))++      -- (l1 - x) - (l2 + y) ==> (l1-l2) - (x+y)+      (is_sub num_ops -> Just (L l1,x), is_lit_add num_ops -> Just (l2,y))+         -> Just (mkL (l1-l2) `sub` (x `add` y))++      -- (x - l1) - (l2 + y) ==> (0-l1-l2) + (x-y)+      (is_sub num_ops -> Just (x,L l1), is_lit_add num_ops -> Just (l2,y))+         -> Just (mkL (0-l1-l2) `add` (x `sub` y))++      -- (l1 - x) - (l2 - y) ==> (l1-l2) + (y-x)+      (is_sub num_ops -> Just (L l1,x), is_sub num_ops -> Just (L l2,y))+         -> Just (mkL (l1-l2) `add` (y `sub` x))++      -- (l1 - x) - (y - l2) ==> (l1+l2) - (x+y)+      (is_sub num_ops -> Just (L l1,x), is_sub num_ops -> Just (y,L l2))+         -> Just (mkL (l1+l2) `sub` (x `add` y))++      -- (x - l1) - (l2 - y) ==> (0-l1-l2) + (x+y)+      (is_sub num_ops -> Just (x,L l1), is_sub num_ops -> Just (L l2,y))+         -> Just (mkL (0-l1-l2) `add` (x `add` y))++      -- (x - l1) - (y - l2) ==> (l2-l1) + (x-y)+      (is_sub num_ops -> Just (x,L l1), is_sub num_ops -> Just (y,L l2))+         -> Just (mkL (l2-l1) `add` (x `sub` y))++       -- R4) Simple factorization++      -- x - (l1 * x) ==> (1-l1) * x+      _ | Just l1 <- is_expr_mul num_ops arg1 arg2+        -> Just (mkL (1-l1) `mul` arg1)++      -- (l1 * x) - x ==> (l1-1) * x+      _ | Just l1 <- is_expr_mul num_ops arg2 arg1+        -> Just (mkL (l1-1) `mul` arg2)++      -- (l1 * x) - (l2 * x) ==> (l1-l2) * x+      (is_lit_mul num_ops -> Just (l1,x), is_expr_mul num_ops x -> Just l2)+         -> Just (mkL (l1-l2) `mul` x)++      -- R5) +/- propagation: these transformations push literals outwards+      -- with the hope that other rules can then be applied.++      -- In the following rules, x can't be a literal otherwise another+      -- rule would have combined it with the other literal in arg2. So we+      -- don't have to check this to avoid loops here.++      -- x - (l1 + y) ==> (x - y) - l1+      (_, is_lit_add num_ops -> Just (l1,y))+         -> Just ((arg1 `sub` y) `sub` mkL l1)++      -- (l1 + x) - y ==> l1 + (x - y)+      (is_lit_add num_ops -> Just (l1,x), _)+         -> Just (mkL l1 `add` (x `sub` arg2))++      -- x - (l1 - y) ==> (x + y) - l1+      (_, is_sub num_ops -> Just (L l1,y))+         -> Just ((arg1 `add` y) `sub` mkL l1)++      -- x - (y - l1) ==> l1 + (x - y)+      (_, is_sub num_ops -> Just (y,L l1))+         -> Just (mkL l1 `add` (arg1 `sub` y))++      -- (l1 - x) - y ==> l1 - (x + y)+      (is_sub num_ops -> Just (L l1,x), _)+         -> Just (mkL l1 `sub` (x `add` arg2))++      -- (x - l1) - y ==> (x - y) - l1+      (is_sub num_ops -> Just (x,L l1), _)+         -> Just ((x `sub` arg2) `sub` mkL l1)++      _ -> Nothing+   where+      mkL = Lit . mkNumLiteral platform num_ops+      add x y = BinOpApp x (numAdd num_ops) y+      sub x y = BinOpApp x (numSub num_ops) y+      mul x y = BinOpApp x (numMul num_ops) y++mulFoldingRules' :: Platform -> CoreExpr -> CoreExpr -> NumOps -> Maybe CoreExpr+mulFoldingRules' platform arg1 arg2 num_ops = case (arg1,arg2) of+   -- l1 * (l2 * x) ==> (l1*l2) * x+   (L l1, is_lit_mul num_ops -> Just (l2,x))+      -> Just (mkL (l1*l2) `mul` x)++   -- l1 * (l2 + x) ==> (l1*l2) + (l1 * x)+   (L l1, is_lit_add num_ops -> Just (l2,x))+      -> Just (mkL (l1*l2) `add` (arg1 `mul` x))++   -- l1 * (l2 - x) ==> (l1*l2) - (l1 * x)+   (L l1, is_sub num_ops -> Just (L l2,x))+      -> Just (mkL (l1*l2) `sub` (arg1 `mul` x))++   -- l1 * (x - l2) ==> (l1 * x) - (l1*l2)+   (L l1, is_sub num_ops -> Just (x, L l2))+      -> Just ((arg1 `mul` x) `sub` mkL (l1*l2))++   -- (l1 * x) * (l2 * y) ==> (l1*l2) * (x * y)+   (is_lit_mul num_ops -> Just (l1,x), is_lit_mul num_ops -> Just (l2,y))+      -> Just (mkL (l1*l2) `mul` (x `mul` y))++   _ -> Nothing+   where+      mkL = Lit . mkNumLiteral platform num_ops+      add x y = BinOpApp x (numAdd num_ops) y+      sub x y = BinOpApp x (numSub num_ops) y+      mul x y = BinOpApp x (numMul num_ops) y++is_op :: PrimOp -> CoreExpr -> Maybe (Arg CoreBndr, Arg CoreBndr)+is_op op e = case e of+ BinOpApp x op' y | op == op' -> Just (x,y)+ _                            -> Nothing++is_add, is_sub, is_mul :: NumOps -> CoreExpr -> Maybe (Arg CoreBndr, Arg CoreBndr)+is_add num_ops = is_op (numAdd num_ops)+is_sub num_ops = is_op (numSub num_ops)+is_mul num_ops = is_op (numMul num_ops)++-- match addition with a literal (handles commutativity)+is_lit_add :: NumOps -> CoreExpr -> Maybe (Integer, Arg CoreBndr)+is_lit_add num_ops e = case is_add num_ops e of+   Just (L l, x  ) -> Just (l,x)+   Just (x  , L l) -> Just (l,x)+   _               -> Nothing++-- match multiplication with a literal (handles commutativity)+is_lit_mul :: NumOps -> CoreExpr -> Maybe (Integer, Arg CoreBndr)+is_lit_mul num_ops e = case is_mul num_ops e of+   Just (L l, x  ) -> Just (l,x)+   Just (x  , L l) -> Just (l,x)+   _               -> Nothing++-- match given "x": return 1+-- match "lit * x": return lit value (handles commutativity)+is_expr_mul :: NumOps -> Expr CoreBndr -> Expr CoreBndr -> Maybe Integer+is_expr_mul num_ops x e = if+   | x `cheapEqExpr` e+   -> Just 1+   | Just (k,x') <- is_lit_mul num_ops e+   , x `cheapEqExpr` x'+   -> return k+   | otherwise+   -> Nothing+++-- | Match the application of a binary primop+pattern BinOpApp :: Arg CoreBndr -> PrimOp -> Arg CoreBndr -> CoreExpr+pattern BinOpApp x op y = OpVal op `App` x `App` y++-- | Match a primop+pattern OpVal:: PrimOp  -> Arg CoreBndr+pattern OpVal op <- Var (isPrimOpId_maybe -> Just op) where+   OpVal op = Var (mkPrimOpId op)++-- | Match a literal+pattern L :: Integer -> Arg CoreBndr+pattern L i <- Lit (LitNumber _ i)++-- | Explicit "type-class"-like dictionary for numeric primops+data NumOps = NumOps+   { numAdd     :: !PrimOp     -- ^ Add two numbers+   , numSub     :: !PrimOp     -- ^ Sub two numbers+   , numMul     :: !PrimOp     -- ^ Multiply two numbers+   , numLitType :: !LitNumType -- ^ Literal type+   }++-- | Create a numeric literal+mkNumLiteral :: Platform -> NumOps -> Integer -> Literal+mkNumLiteral platform ops i = mkLitNumberWrap platform (numLitType ops) i++int8Ops :: NumOps+int8Ops = NumOps+   { numAdd     = Int8AddOp+   , numSub     = Int8SubOp+   , numMul     = Int8MulOp+   , numLitType = LitNumInt8+   }++word8Ops :: NumOps+word8Ops = NumOps+   { numAdd     = Word8AddOp+   , numSub     = Word8SubOp+   , numMul     = Word8MulOp+   , numLitType = LitNumWord8+   }++int16Ops :: NumOps+int16Ops = NumOps+   { numAdd     = Int16AddOp+   , numSub     = Int16SubOp+   , numMul     = Int16MulOp+   , numLitType = LitNumInt16+   }++word16Ops :: NumOps+word16Ops = NumOps+   { numAdd     = Word16AddOp+   , numSub     = Word16SubOp+   , numMul     = Word16MulOp+   , numLitType = LitNumWord16+   }++int32Ops :: NumOps+int32Ops = NumOps+   { numAdd     = Int32AddOp+   , numSub     = Int32SubOp+   , numMul     = Int32MulOp+   , numLitType = LitNumInt32+   }++word32Ops :: NumOps+word32Ops = NumOps+   { numAdd     = Word32AddOp+   , numSub     = Word32SubOp+   , numMul     = Word32MulOp+   , numLitType = LitNumWord32+   }  intOps :: NumOps intOps = NumOps
compiler/GHC/Core/Opt/Monad.hs view
@@ -59,7 +59,6 @@ import GHC.Types.Basic  ( CompilerPhase(..) ) import GHC.Types.Annotations import GHC.Types.Var-import GHC.Types.Unique (uniqFromMask) import GHC.Types.Unique.Supply import GHC.Types.Name.Env import GHC.Types.SrcLoc
compiler/GHC/Core/Opt/OccurAnal.hs view
@@ -52,7 +52,7 @@ import GHC.Data.Maybe( orElse, isJust ) import GHC.Utils.Outputable import GHC.Utils.Panic-import Data.List+import Data.List (mapAccumL, mapAccumR)  {- ************************************************************************@@ -2196,12 +2196,12 @@  occAnalAlt :: OccEnv            -> CoreAlt -> (UsageDetails, Alt IdWithOccInfo)-occAnalAlt env (con, bndrs, rhs)+occAnalAlt env (Alt con bndrs rhs)   = case occAnal (env `addInScope` bndrs) rhs of { (rhs_usage1, rhs1) ->     let       (alt_usg, tagged_bndrs) = tagLamBinders rhs_usage1 bndrs     in                          -- See Note [Binders in case alternatives]-    (alt_usg, (con, tagged_bndrs, rhs1)) }+    (alt_usg, Alt con tagged_bndrs rhs1) }  {- ************************************************************************
compiler/GHC/Core/PatSyn.hs view
@@ -9,10 +9,10 @@  module GHC.Core.PatSyn (         -- * Main data types-        PatSyn, mkPatSyn,+        PatSyn, PatSynMatcher, PatSynBuilder, mkPatSyn,          -- ** Type deconstruction-        patSynName, patSynArity, patSynIsInfix,+        patSynName, patSynArity, patSynIsInfix, patSynResultType,         patSynArgs,         patSynMatcher, patSynBuilder,         patSynUnivTyVarBinders, patSynExTyVars, patSynExTyVarBinders,@@ -20,7 +20,7 @@         patSynInstArgTys, patSynInstResTy, patSynFieldLabels,         patSynFieldType, -        updatePatSynIds, pprPatSynType+        pprPatSynType     ) where  #include "GhclibHsVersions.h"@@ -86,34 +86,38 @@                                -- See Note [Pattern synonym result type]          -- See Note [Matchers and builders for pattern synonyms]-        psMatcher     :: (Id, Bool),-             -- Matcher function.-             -- If Bool is True then prov_theta and arg_tys are empty-             -- and type is-             --   forall (p :: RuntimeRep) (r :: TYPE p) univ_tvs.-             --                          req_theta-             --                       => res_ty-             --                       -> (forall ex_tvs. Void# -> r)-             --                       -> (Void# -> r)-             --                       -> r-             ---             -- Otherwise type is-             --   forall (p :: RuntimeRep) (r :: TYPE r) univ_tvs.-             --                          req_theta-             --                       => res_ty-             --                       -> (forall ex_tvs. prov_theta => arg_tys -> r)-             --                       -> (Void# -> r)-             --                       -> r--        psBuilder     :: Maybe (Id, Bool)-             -- Nothing  => uni-directional pattern synonym-             -- Just (builder, is_unlifted) => bi-directional-             -- Builder function, of type-             --  forall univ_tvs, ex_tvs. (req_theta, prov_theta)-             --                       =>  arg_tys -> res_ty-             -- See Note [Builder for pattern synonyms with unboxed type]+        -- See Note [Keep Ids out of PatSyn]+        psMatcher     :: PatSynMatcher,+        psBuilder     :: PatSynBuilder   } +type PatSynMatcher = (Name, Type, Bool)+     -- Matcher function.+     -- If Bool is True then prov_theta and arg_tys are empty+     -- and type is+     --   forall (p :: RuntimeRep) (r :: TYPE p) univ_tvs.+     --                          req_theta+     --                       => res_ty+     --                       -> (forall ex_tvs. Void# -> r)+     --                       -> (Void# -> r)+     --                       -> r+     --+     -- Otherwise type is+     --   forall (p :: RuntimeRep) (r :: TYPE r) univ_tvs.+     --                          req_theta+     --                       => res_ty+     --                       -> (forall ex_tvs. prov_theta => arg_tys -> r)+     --                       -> (Void# -> r)+     --                       -> r++type PatSynBuilder = Maybe (Name, Type, Bool)+     -- Nothing  => uni-directional pattern synonym+     -- Just (builder, is_unlifted) => bi-directional+     -- Builder function, of type+     --  forall univ_tvs, ex_tvs. (req_theta, prov_theta)+     --                       =>  arg_tys -> res_ty+     -- See Note [Builder for pattern synonyms with unboxed type]+ {- Note [Pattern synonym signature contexts] ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ In a pattern synonym signature we write@@ -203,6 +207,22 @@ Also rather different to GADTs is the fact that Just42 doesn't have any universally quantified type variables, whereas Just'42 or MkS above has. +Note [Keep Ids out of PatSyn]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+We carefully arrange that PatSyn does not contain the Ids for the matcher+and builder.  We want PatSyn, like TyCon and DataCon, to be completely+immutable. But, the matcher and builder are relatively sophisticated+functions, and we want to get their final IdInfo in the same way as+any other Id, so we'd have to update the Ids in the PatSyn too.++Rather than try to tidy PatSyns (which is easy to forget and is a bit+tricky, see #19074), it seems cleaner to make them entirely immutable,+like TyCons and Classes.  To that end PatSynBuilder and PatSynMatcher+contain Names not Ids. Which, it turns out, is absolutely fine.++c.f. DefMethInfo in Class, which contains the Name, but not the Id,+of the default method.+ Note [Pattern synonym representation] ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Consider the following pattern synonym declaration@@ -363,8 +383,8 @@                                          -- variables and provided dicts          -> [Type]               -- ^ Original arguments          -> Type                 -- ^ Original result type-         -> (Id, Bool)           -- ^ Name of matcher-         -> Maybe (Id, Bool)     -- ^ Name of builder+         -> PatSynMatcher        -- ^ Matcher+         -> PatSynBuilder        -- ^ Builder          -> [FieldLabel]         -- ^ Names of fields for                                  --   a record pattern synonym          -> PatSyn@@ -433,17 +453,14 @@ patSynSig ps = let (u_tvs, req, e_tvs, prov, arg_tys, res_ty) = patSynSigBndr ps                in (binderVars u_tvs, req, binderVars e_tvs, prov, arg_tys, res_ty) -patSynMatcher :: PatSyn -> (Id,Bool)+patSynMatcher :: PatSyn -> PatSynMatcher patSynMatcher = psMatcher -patSynBuilder :: PatSyn -> Maybe (Id, Bool)+patSynBuilder :: PatSyn -> PatSynBuilder patSynBuilder = psBuilder -updatePatSynIds :: (Id -> Id) -> PatSyn -> PatSyn-updatePatSynIds tidy_fn ps@(MkPatSyn { psMatcher = matcher, psBuilder = builder })-  = ps { psMatcher = tidy_pr matcher, psBuilder = fmap tidy_pr builder }-  where-    tidy_pr (id, dummy) = (tidy_fn id, dummy)+patSynResultType :: PatSyn -> Type+patSynResultType = psResultTy  patSynInstArgTys :: PatSyn -> [Type] -> [Type] -- Return the types of the argument patterns
compiler/GHC/Core/Ppr.hs view
@@ -68,6 +68,9 @@ instance OutputableBndr b => Outputable (Expr b) where     ppr expr = pprCoreExpr expr +instance OutputableBndr b => Outputable (Alt b) where+    ppr expr = pprCoreAlt expr+ {- ************************************************************************ *                                                                      *@@ -221,7 +224,7 @@         _ -> parens (hang (pprParendExpr fun) 2 pp_args)     } -ppr_expr add_par (Case expr var ty [(con,args,rhs)])+ppr_expr add_par (Case expr var ty [Alt con args rhs])   = sdocOption sdocPrintCaseAsLet $ \case       True -> add_par $  -- See Note [Print case as let]                sep [ sep [ text "let! {"@@ -299,8 +302,8 @@       True  -> ppr_expr add_par expr       False -> add_par (sep [ppr tickish, pprCoreExpr expr]) -pprCoreAlt :: OutputableBndr a => (AltCon, [a] , Expr a) -> SDoc-pprCoreAlt (con, args, rhs)+pprCoreAlt :: OutputableBndr a => Alt a -> SDoc+pprCoreAlt (Alt con args rhs)   = hang (ppr_case_pat con args <+> arrow) 2 (pprCoreExpr rhs)  ppr_case_pat :: OutputableBndr a => AltCon -> [a] -> SDoc
compiler/GHC/Core/Seq.hs view
@@ -99,7 +99,7 @@  seqAlts :: [CoreAlt] -> () seqAlts [] = ()-seqAlts ((c,bs,e):alts) = c `seq` seqBndrs bs `seq` seqExpr e `seq` seqAlts alts+seqAlts (Alt c bs e:alts) = c `seq` seqBndrs bs `seq` seqExpr e `seq` seqAlts alts  seqUnfolding :: Unfolding -> () seqUnfolding (CoreUnfolding { uf_tmpl = e, uf_is_top = top,
compiler/GHC/Core/SimpleOpt.hs view
@@ -54,7 +54,7 @@ import GHC.Utils.Misc import GHC.Data.Maybe       ( orElse ) import GHC.Data.FastString-import Data.List+import Data.List (mapAccumL) import qualified Data.ByteString as BS  {-@@ -257,7 +257,7 @@       | isDeadBinder b       , Just (_, [], con, _tys, es) <- exprIsConApp_maybe in_scope_env e'         -- We don't need to be concerned about floats when looking for coerce.-      , Just (altcon, bs, rhs) <- findAlt (DataAlt con) as+      , Just (Alt altcon bs rhs) <- findAlt (DataAlt con) as       = case altcon of           DEFAULT -> go rhs           _       -> foldr wrapLet (simple_opt_expr env' rhs) mb_prs@@ -267,7 +267,7 @@           -- Note [Getting the map/coerce RULE to work]       | isDeadBinder b-      , [(DEFAULT, _, rhs)] <- as+      , [Alt DEFAULT _ rhs] <- as       , isCoVarType (varType b)       , (Var fun, _args) <- collectArgs e       , fun `hasKey` coercibleSCSelIdKey@@ -285,8 +285,8 @@     go_co co = optCoercion (soe_co_opt_opts env) (getTCvSubst subst) co      -----------------------    go_alt env (con, bndrs, rhs)-      = (con, bndrs', simple_opt_expr env' rhs)+    go_alt env (Alt con bndrs rhs)+      = Alt con bndrs' (simple_opt_expr env' rhs)       where         (env', bndrs') = subst_opt_bndrs env bndrs @@ -1129,7 +1129,7 @@              float           = FloatLet (NonRec bndr' rhs')          in go subst' (float:floats) expr cont -    go subst floats (Case scrut b _ [(con, vars, expr)]) cont+    go subst floats (Case scrut b _ [Alt con vars expr]) cont        = let           scrut'           = subst_expr subst scrut           (subst', b')     = subst_bndr subst b
compiler/GHC/Core/Stats.hs view
@@ -84,7 +84,7 @@ exprStats (Tick _ e)      = exprStats e  altStats :: CoreAlt -> CoreStats-altStats (_, bs, r) = altBndrStats bs `plusCS` exprStats r+altStats (Alt _ bs r) = altBndrStats bs `plusCS` exprStats r  altBndrStats :: [Var] -> CoreStats -- Charge one for the alternative, not for each binder@@ -134,4 +134,4 @@ pairSize (b,e) = bndrSize b + exprSize e  altSize :: CoreAlt -> Int-altSize (_,bs,e) = bndrsSize bs + exprSize e+altSize (Alt _ bs e) = bndrsSize bs + exprSize e
compiler/GHC/Core/Subst.hs view
@@ -66,7 +66,7 @@ import GHC.Utils.Misc import GHC.Utils.Outputable import GHC.Utils.Panic-import Data.List+import Data.List (mapAccumL)   @@ -386,7 +386,7 @@                                  where                                  (subst', bndr') = substBndr subst bndr -    go_alt subst (con, bndrs, rhs) = (con, bndrs', substExpr subst' rhs)+    go_alt subst (Alt con bndrs rhs) = Alt con bndrs' (substExpr subst' rhs)                                  where                                    (subst', bndrs') = substBndrs subst bndrs
compiler/GHC/Core/TyCo/Tidy.hs view
@@ -26,7 +26,7 @@ import GHC.Types.Name hiding (varName) import GHC.Types.Var import GHC.Types.Var.Env-import GHC.Utils.Misc (seqList)+import GHC.Utils.Misc (strictMap)  import Data.List (mapAccumL) @@ -123,21 +123,40 @@         Just tv' -> tv'  ---------------++{-+Note [Strictness in tidyType and friends]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+Perhaps surprisingly, making `tidyType` strict has a rather large effect on+performance: see #14738.  So you will see lots of strict applications ($!)+and uses of `strictMap` in `tidyType`, `tidyTypes` and `tidyCo`.++See #14738 for the performance impact -- sometimes as much as a 5%+reduction in allocation.+-}++-- | Tidy a list of Types+--+-- See Note [Strictness in tidyType and friends] tidyTypes :: TidyEnv -> [Type] -> [Type]-tidyTypes env tys = map (tidyType env) tys+tidyTypes env tys = strictMap (tidyType env) tys  ---------------+++-- | Tidy a Type+--+-- See Note [Strictness in tidyType and friends] tidyType :: TidyEnv -> Type -> Type tidyType _   (LitTy n)             = LitTy n-tidyType env (TyVarTy tv)          = TyVarTy (tidyTyCoVarOcc env tv)-tidyType env (TyConApp tycon tys)  = let args = tidyTypes env tys-                                     in args `seqList` TyConApp tycon args+tidyType env (TyVarTy tv)          = TyVarTy $! tidyTyCoVarOcc env tv+tidyType env (TyConApp tycon tys)  = TyConApp tycon $! tidyTypes env tys tidyType env (AppTy fun arg)       = (AppTy $! (tidyType env fun)) $! (tidyType env arg) tidyType env ty@(FunTy _ w arg res)  = let { !w'   = tidyType env w                                            ; !arg' = tidyType env arg                                            ; !res' = tidyType env res }                                        in ty { ft_mult = w', ft_arg = arg', ft_res = res' }-tidyType env (ty@(ForAllTy{}))     = mkForAllTys' (zip tvs' vis) $! tidyType env' body_ty+tidyType env (ty@(ForAllTy{}))     = (mkForAllTys' $! (zip tvs' vis)) $! tidyType env' body_ty   where     (tvs, vis, body_ty) = splitForAllTyCoVars' ty     (env', tvs') = tidyVarBndrs env tvs@@ -192,17 +211,20 @@ tidyKind = tidyType  ----------------++-- | Tidy a Coercion+--+-- See Note [Strictness in tidyType and friends] tidyCo :: TidyEnv -> Coercion -> Coercion tidyCo env@(_, subst) co   = go co   where     go_mco MRefl    = MRefl-    go_mco (MCo co) = MCo (go co)+    go_mco (MCo co) = MCo $! go co -    go (Refl ty)             = Refl (tidyType env ty)-    go (GRefl r ty mco)      = GRefl r (tidyType env ty) $! go_mco mco-    go (TyConAppCo r tc cos) = let args = map go cos-                               in args `seqList` TyConAppCo r tc args+    go (Refl ty)             = Refl $! tidyType env ty+    go (GRefl r ty mco)      = (GRefl r $! tidyType env ty) $! go_mco mco+    go (TyConAppCo r tc cos) = TyConAppCo r tc $! strictMap go cos     go (AppCo co1 co2)       = (AppCo $! go co1) $! go co2     go (ForAllCo tv h co)    = ((ForAllCo $! tvp) $! (go h)) $! (tidyCo envp co)                                where (envp, tvp) = tidyVarBndr env tv@@ -213,8 +235,7 @@                                  Nothing  -> CoVarCo cv                                  Just cv' -> CoVarCo cv'     go (HoleCo h)            = HoleCo h-    go (AxiomInstCo con ind cos) = let args = map go cos-                               in  args `seqList` AxiomInstCo con ind args+    go (AxiomInstCo con ind cos) = AxiomInstCo con ind $! strictMap go cos     go (UnivCo p r t1 t2)    = (((UnivCo $! (go_prov p)) $! r) $!                                 tidyType env t1) $! tidyType env t2     go (SymCo co)            = SymCo $! go co@@ -224,12 +245,11 @@     go (InstCo co ty)        = (InstCo $! go co) $! go ty     go (KindCo co)           = KindCo $! go co     go (SubCo co)            = SubCo $! go co-    go (AxiomRuleCo ax cos)  = let cos1 = tidyCos env cos-                               in cos1 `seqList` AxiomRuleCo ax cos1+    go (AxiomRuleCo ax cos)  = AxiomRuleCo ax $ strictMap go cos -    go_prov (PhantomProv co)    = PhantomProv (go co)-    go_prov (ProofIrrelProv co) = ProofIrrelProv (go co)+    go_prov (PhantomProv co)    = PhantomProv $! go co+    go_prov (ProofIrrelProv co) = ProofIrrelProv $! go co     go_prov p@(PluginProv _)    = p  tidyCos :: TidyEnv -> [Coercion] -> [Coercion]-tidyCos env = map (tidyCo env)+tidyCos env = strictMap (tidyCo env)
compiler/GHC/Core/TyCon.hs view
@@ -1517,11 +1517,11 @@    Int8Rep          -> 1    Int16Rep         -> 2    Int32Rep         -> 4-   Int64Rep         -> wORD64_SIZE+   Int64Rep         -> 8    Word8Rep         -> 1    Word16Rep        -> 2    Word32Rep        -> 4-   Word64Rep        -> wORD64_SIZE+   Word64Rep        -> 8    FloatRep         -> fLOAT_SIZE    DoubleRep        -> dOUBLE_SIZE    AddrRep          -> platformWordSizeInBytes platform
compiler/GHC/Core/Unfold.hs view
@@ -63,7 +63,7 @@ import GHC.Utils.Error  import qualified Data.ByteString as BS-import Data.List+import Data.List (isPrefixOf)   -- | Unfolding options@@ -195,7 +195,7 @@                         , exprIsTrivial a  = go (credit-1) f     go credit (Tick _ e)                   = go credit e -- dubious     go credit (Cast e _)                   = go credit e-    go credit (Case scrut _ _ [(_,_,rhs)]) -- See Note [Inline unsafeCoerce]+    go credit (Case scrut _ _ [Alt _ _ rhs]) -- See Note [Inline unsafeCoerce]       | isUnsafeEqualityProof scrut        = go credit rhs     go _      (Var {})                     = boringCxtOk     go _      _                            = boringCxtNotOk@@ -541,7 +541,7 @@            _                -> funSize opts top_args fun (length val_args) voids      -------------    size_up_alt (_con, _bndrs, rhs) = size_up rhs `addSizeN` 10+    size_up_alt (Alt _con _bndrs rhs) = size_up rhs `addSizeN` 10         -- Don't charge for args, so that wrappers look cheap         -- (See comments about wrappers with Case)         --
compiler/GHC/Core/Unify.hs view
@@ -17,7 +17,7 @@         -- Side-effect free unification         tcUnifyTy, tcUnifyTyKi, tcUnifyTys, tcUnifyTyKis,         tcUnifyTysFG, tcUnifyTyWithTFs,-        BindFlag(..),+        BindFun, BindFlag(..), matchBindFun, alwaysBindFun,         UnifyResult, UnifyResultM(..), MaybeApartReason(..),          -- Matching a type against a lifted type (coercion)@@ -109,6 +109,16 @@    equals the kind of the target, then use the TyKi version. -} +-- | Some unification functions are parameterised by a 'BindFun', which+-- says whether or not to allow a certain unification to take place.+-- A 'BindFun' takes the 'TyVar' involved along with the 'Type' it will+-- potentially be bound to.+--+-- It is possible for the variable to actually be a coercion variable+-- (Note [Matching coercion variables]), but only when one-way matching.+-- In this case, the 'Type' will be a 'CoercionTy'.+type BindFun = TyCoVar -> Type -> BindFlag+ -- | @tcMatchTy t1 t2@ produces a substitution (over fvs(t1)) -- @s@ such that @s(t1)@ equals @t2@. -- The returned substitution might bind coercion variables,@@ -124,7 +134,7 @@ tcMatchTy :: Type -> Type -> Maybe TCvSubst tcMatchTy ty1 ty2 = tcMatchTys [ty1] [ty2] -tcMatchTyX_BM :: (TyVar -> BindFlag) -> TCvSubst+tcMatchTyX_BM :: BindFun -> TCvSubst               -> Type -> Type -> Maybe TCvSubst tcMatchTyX_BM bind_me subst ty1 ty2   = tc_match_tys_x bind_me False subst [ty1] [ty2]@@ -134,7 +144,7 @@ -- See also Note [tcMatchTy vs tcMatchTyKi] tcMatchTyKi :: Type -> Type -> Maybe TCvSubst tcMatchTyKi ty1 ty2-  = tc_match_tys (const BindMe) True [ty1] [ty2]+  = tc_match_tys alwaysBindFun True [ty1] [ty2]  -- | This is similar to 'tcMatchTy', but extends a substitution -- See also Note [tcMatchTy vs tcMatchTyKi]@@ -143,7 +153,7 @@            -> Type                -- ^ Target            -> Maybe TCvSubst tcMatchTyX subst ty1 ty2-  = tc_match_tys_x (const BindMe) False subst [ty1] [ty2]+  = tc_match_tys_x alwaysBindFun False subst [ty1] [ty2]  -- | Like 'tcMatchTy' but over a list of types. -- See also Note [tcMatchTy vs tcMatchTyKi]@@ -152,7 +162,7 @@            -> Maybe TCvSubst -- ^ One-shot; in principle the template                              -- variables could be free in the target tcMatchTys tys1 tys2-  = tc_match_tys (const BindMe) False tys1 tys2+  = tc_match_tys alwaysBindFun False tys1 tys2  -- | Like 'tcMatchTyKi' but over a list of types. -- See also Note [tcMatchTy vs tcMatchTyKi]@@ -160,7 +170,7 @@              -> [Type]         -- ^ Target              -> Maybe TCvSubst -- ^ One-shot substitution tcMatchTyKis tys1 tys2-  = tc_match_tys (const BindMe) True tys1 tys2+  = tc_match_tys alwaysBindFun True tys1 tys2  -- | Like 'tcMatchTys', but extending a substitution -- See also Note [tcMatchTy vs tcMatchTyKi]@@ -169,7 +179,7 @@             -> [Type]         -- ^ Target             -> Maybe TCvSubst -- ^ One-shot substitution tcMatchTysX subst tys1 tys2-  = tc_match_tys_x (const BindMe) False subst tys1 tys2+  = tc_match_tys_x alwaysBindFun False subst tys1 tys2  -- | Like 'tcMatchTyKis', but extending a substitution -- See also Note [tcMatchTy vs tcMatchTyKi]@@ -178,21 +188,21 @@               -> [Type]          -- ^ Target               -> Maybe TCvSubst  -- ^ One-shot substitution tcMatchTyKisX subst tys1 tys2-  = tc_match_tys_x (const BindMe) True subst tys1 tys2+  = tc_match_tys_x alwaysBindFun True subst tys1 tys2  -- | Same as tc_match_tys_x, but starts with an empty substitution-tc_match_tys :: (TyVar -> BindFlag)-               -> Bool          -- ^ match kinds?-               -> [Type]-               -> [Type]-               -> Maybe TCvSubst+tc_match_tys :: BindFun+             -> Bool          -- ^ match kinds?+             -> [Type]+             -> [Type]+             -> Maybe TCvSubst tc_match_tys bind_me match_kis tys1 tys2   = tc_match_tys_x bind_me match_kis (mkEmptyTCvSubst in_scope) tys1 tys2   where     in_scope = mkInScopeSet (tyCoVarsOfTypes tys1 `unionVarSet` tyCoVarsOfTypes tys2)  -- | Worker for 'tcMatchTysX' and 'tcMatchTyKisX'-tc_match_tys_x :: (TyVar -> BindFlag)+tc_match_tys_x :: BindFun                -> Bool          -- ^ match kinds?                -> TCvSubst                -> [Type]@@ -225,9 +235,22 @@       Unifiable (tenv', _) -> Just tenv'       _                    -> Nothing -matchBindFun :: TyCoVarSet -> TyVar -> BindFlag-matchBindFun tvs tv = if tv `elemVarSet` tvs then BindMe else Skolem+-- | Allow binding only for any variable in the set. Variables may+-- be bound to any type.+-- Used when doing simple matching; e.g. can we find a substitution+--+-- @+-- S = [a :-> t1, b :-> t2] such that+--     S( Maybe (a, b->Int )  =   Maybe (Bool, Char -> Int)+-- @+matchBindFun :: TyCoVarSet -> BindFun+matchBindFun tvs tv _ty+  | tv `elemVarSet` tvs = BindMe+  | otherwise           = Apart +-- | Allow the binding of any variable to any type+alwaysBindFun :: BindFun+alwaysBindFun _tv _ty = BindMe  {- ********************************************************************* *                                                                      *@@ -301,7 +324,7 @@ typesCantMatch prs = any (uncurry cant_match) prs   where     cant_match :: Type -> Type -> Bool-    cant_match t1 t2 = case tcUnifyTysFG (const BindMe) [t1] [t2] of+    cant_match t1 t2 = case tcUnifyTysFG alwaysBindFun [t1] [t2] of       SurelyApart -> True       _           -> False @@ -409,11 +432,11 @@ tcUnifyTy :: Type -> Type       -- All tyvars are bindable           -> Maybe TCvSubst                        -- A regular one-shot (idempotent) substitution-tcUnifyTy t1 t2 = tcUnifyTys (const BindMe) [t1] [t2]+tcUnifyTy t1 t2 = tcUnifyTys alwaysBindFun [t1] [t2]  -- | Like 'tcUnifyTy', but also unifies the kinds tcUnifyTyKi :: Type -> Type -> Maybe TCvSubst-tcUnifyTyKi t1 t2 = tcUnifyTyKis (const BindMe) [t1] [t2]+tcUnifyTyKi t1 t2 = tcUnifyTyKis alwaysBindFun [t1] [t2]  -- | Unify two types, treating type family applications as possibly unifying -- with anything and looking through injective type family applications.@@ -427,7 +450,7 @@ -- The code is incorporated with the standard unifier for convenience, but -- its operation should match the specification in the paper. tcUnifyTyWithTFs twoWay t1 t2-  = case tc_unify_tys (const BindMe) twoWay True False+  = case tc_unify_tys alwaysBindFun twoWay True False                        rn_env emptyTvSubstEnv emptyCvSubstEnv                        [t1] [t2] of       Unifiable          (subst, _) -> Just $ maybe_fix subst@@ -444,7 +467,7 @@                                                -- domain with range  ------------------tcUnifyTys :: (TyCoVar -> BindFlag)+tcUnifyTys :: BindFun            -> [Type] -> [Type]            -> Maybe TCvSubst                                 -- ^ A regular one-shot (idempotent) substitution@@ -459,7 +482,7 @@       _                -> Nothing  -- | Like 'tcUnifyTys' but also unifies the kinds-tcUnifyTyKis :: (TyCoVar -> BindFlag)+tcUnifyTyKis :: BindFun              -> [Type] -> [Type]              -> Maybe TCvSubst tcUnifyTyKis bind_fn tys1 tys2@@ -511,20 +534,20 @@ -- @s(tys1)@ and that of @s(tys2)@ are equal, as witnessed by the returned -- Coercions. This version requires that the kinds of the types are the same, -- if you unify left-to-right.-tcUnifyTysFG :: (TyVar -> BindFlag)+tcUnifyTysFG :: BindFun              -> [Type] -> [Type]              -> UnifyResult tcUnifyTysFG bind_fn tys1 tys2   = tc_unify_tys_fg False bind_fn tys1 tys2 -tcUnifyTyKisFG :: (TyVar -> BindFlag)+tcUnifyTyKisFG :: BindFun                -> [Type] -> [Type]                -> UnifyResult tcUnifyTyKisFG bind_fn tys1 tys2   = tc_unify_tys_fg True bind_fn tys1 tys2  tc_unify_tys_fg :: Bool-                -> (TyVar -> BindFlag)+                -> BindFun                 -> [Type] -> [Type]                 -> UnifyResult tc_unify_tys_fg match_kis bind_fn tys1 tys2@@ -538,7 +561,7 @@  -- | This function is actually the one to call the unifier -- a little -- too general for outside clients, though.-tc_unify_tys :: (TyVar -> BindFlag)+tc_unify_tys :: BindFun              -> AmIUnifying -- ^ True <=> unify; False <=> match              -> Bool        -- ^ True <=> doing an injectivity check              -> Bool        -- ^ True <=> treat the kinds as well@@ -1102,18 +1125,17 @@            CoVarCo cv              | not (um_unif env)              , not (cv `elemVarEnv` c_subst)-             , BindMe <- tvBindFlag env cv-             -> do { checkRnEnv env (tyCoVarsOfCo co2)-                   ; let (_, co_l, co_r) = decomposeFunCo Nominal kco-                     -- Because the coercion is nominal, it should be safe to+             , let (_, co_l, co_r) = decomposeFunCo Nominal kco+                     -- Because the coercion is used in a type, it should be safe to                      -- ignore the multiplicity coercion.                       -- cv :: t1 ~ t2                       -- co2 :: s1 ~ s2                       -- co_l :: t1 ~ s1                       -- co_r :: t2 ~ s2-                   ; extendCvEnv cv (co_l `mkTransCo`-                                     co2 `mkTransCo`-                                     mkSymCo co_r) }+                   rhs_co = co_l `mkTransCo` co2 `mkTransCo` mkSymCo co_r+             , BindMe <- tvBindFlag env cv (CoercionTy rhs_co)+             -> do { checkRnEnv env (tyCoVarsOfCo co2)+                   ; extendCvEnv cv rhs_co }            _ -> return () }  unify_ty _ _ _ _ = surelyApart@@ -1206,13 +1228,15 @@      do {   -- So both are unrefined            -- Bind one or the other, depending on which is bindable-       ; let b1  = tvBindFlag env tv1'-             b2  = tvBindFlag env tv2'+       ; let rhs1 = ty2 `mkCastTy` mkSymCo kco+             rhs2 = ty1 `mkCastTy` kco+             b1  = tvBindFlag env tv1' rhs1+             b2  = tvBindFlag env tv2' rhs2              ty1 = mkTyVarTy tv1'        ; case (b1, b2) of-           (BindMe, _) -> bindTv env tv1' (ty2 `mkCastTy` mkSymCo kco)+           (BindMe, _) -> bindTv env tv1' rhs1            (_, BindMe) | um_unif env-                       -> bindTv (umSwapRn env) tv2 (ty1 `mkCastTy` kco)+                       -> bindTv (umSwapRn env) tv2 rhs2             _ | tv1' == tv2' -> return ()              -- How could this happen? If we're only matching and if@@ -1222,9 +1246,11 @@   }}}}  uUnrefined env tv1' ty2 _ kco -- ty2 is not a type variable-  = case tvBindFlag env tv1' of-      Skolem -> surelyApart-      BindMe -> bindTv env tv1' (ty2 `mkCastTy` mkSymCo kco)+  = case tvBindFlag env tv1' rhs of+      Apart  -> surelyApart+      BindMe -> bindTv env tv1' rhs+  where+    rhs = ty2 `mkCastTy` mkSymCo kco  bindTv :: UMEnv -> OutTyVar -> Type -> UM () -- OK, so we want to extend the substitution with tv := ty@@ -1262,14 +1288,16 @@ -}  data BindFlag-  = BindMe      -- A regular type variable+  = BindMe      -- ^ A regular type variable -  | Skolem      -- This type variable is a skolem constant-                -- Don't bind it; it only matches itself-                -- These variables are SurelyApart from other types-                -- See Note [Binding when looking up instances] in GHC.Core.InstEnv-                -- for why it must be SurelyApart.+  | Apart       -- ^ Declare that this type variable is /apart/ from the+                -- type provided. That is, the type variable will never+                -- be instantiated to that type.+                -- See also Note [Binding when looking up instances]+                -- in GHC.Core.InstEnv.   deriving Eq+-- NB: It would be conceivable to have an analogue to MaybeApart here,+-- but there is not yet a need.  {- ************************************************************************@@ -1296,7 +1324,7 @@             -- Do not bind these in the substitution!             -- See the function tvBindFlag -          , um_bind_fun :: TyVar -> BindFlag+          , um_bind_fun :: BindFun             -- User-supplied BindFlag function,             -- for variables not in um_skols           }@@ -1340,10 +1368,10 @@     state = UMState { um_tv_env = subst_env                     , um_cv_env = cv_subst_env } -tvBindFlag :: UMEnv -> OutTyVar -> BindFlag-tvBindFlag env tv-  | tv `elemVarSet` um_skols env = Skolem-  | otherwise                    = um_bind_fun env tv+tvBindFlag :: UMEnv -> OutTyVar -> Type -> BindFlag+tvBindFlag env tv rhs+  | tv `elemVarSet` um_skols env = Apart+  | otherwise                    = um_bind_fun env tv rhs  getTvSubstEnv :: UM TvSubstEnv getTvSubstEnv = UM $ \state -> Unifiable (state, um_tv_env state)@@ -1843,7 +1871,7 @@ --     can't really sensibly refer to that b. So it may include a locally- --     bound tyvar in its range. Currently, the only usage of this env't --     checks whether there are any meta-variables in it---     (in GHC.Tc.Solver.Monad.mightMatchLater), so this is all OK.+--     (in GHC.Tc.Solver.Monad.mightEqualLater), so this is all OK. flattenTysX in_scope tys   = let (env, result) = coreFlattenTys emptyTvSubstEnv (emptyFlattenEnv in_scope) tys in     (result, build_env (fe_type_map env))
compiler/GHC/Core/Utils.hs view
@@ -104,7 +104,7 @@ import GHC.Data.Pair import Data.ByteString     ( ByteString ) import Data.Function       ( on )-import Data.List+import Data.List           ( sort, sortBy, partition, zipWith4, mapAccumL ) import Data.Ord            ( comparing ) import GHC.Data.OrdList import qualified Data.Set as Set@@ -141,7 +141,7 @@  coreAltType :: CoreAlt -> Type -- ^ Returns the type of the alternatives right hand side-coreAltType alt@(_,bs,rhs)+coreAltType alt@(Alt _ bs rhs)   = case occCheckExpand bs rhs_ty of       -- Note [Existential variables and silly type synonyms]       Just ty -> ty@@ -484,7 +484,7 @@         go_bs (NonRec b e)  = NonRec b (go e)         go_bs (Rec bs)      = Rec (map go_b bs)         go_b (b, e)         = (b, go e)-        go_a (c,bs,e)       = (c,bs, go e)+        go_a (Alt c bs e)   = Alt c bs (go e)  stripTicksT :: (Tickish Id -> Bool) -> Expr b -> [Tickish Id] stripTicksT p expr = fromOL $ go expr@@ -500,7 +500,7 @@         go_bs (NonRec _ e)  = go e         go_bs (Rec bs)      = concatOL (map go_b bs)         go_b (_, e)         = go e-        go_a (_, _, e)      = go e+        go_a (Alt _ _ e)    = go e  {- ************************************************************************@@ -560,7 +560,7 @@ mkDefaultCase :: CoreExpr -> Id -> CoreExpr -> CoreExpr -- Make (case x of y { DEFAULT -> e } mkDefaultCase scrut case_bndr body-  = Case scrut case_bndr (exprType body) [(DEFAULT, [], body)]+  = Case scrut case_bndr (exprType body) [Alt DEFAULT [] body]  mkSingleAltCase :: CoreExpr -> Id -> AltCon -> [Var] -> CoreExpr -> CoreExpr -- Use this function if possible, when building a case,@@ -568,7 +568,7 @@ -- doesn't mention variables bound by the case -- See Note [Care with the type of a case expression] mkSingleAltCase scrut case_bndr con bndrs body-  = Case scrut case_bndr case_ty [(con,bndrs,body)]+  = Case scrut case_bndr case_ty [Alt con bndrs body]   where     body_ty = exprType body @@ -611,30 +611,30 @@ -}  -- | Extract the default case alternative-findDefault :: [(AltCon, [a], b)] -> ([(AltCon, [a], b)], Maybe b)-findDefault ((DEFAULT,args,rhs) : alts) = ASSERT( null args ) (alts, Just rhs)-findDefault alts                        =                     (alts, Nothing)+findDefault :: [Alt b] -> ([Alt b], Maybe (Expr b))+findDefault (Alt DEFAULT args rhs : alts) = ASSERT( null args ) (alts, Just rhs)+findDefault alts                          =                     (alts, Nothing) -addDefault :: [(AltCon, [a], b)] -> Maybe b -> [(AltCon, [a], b)]+addDefault :: [Alt b] -> Maybe (Expr b) -> [Alt b] addDefault alts Nothing    = alts-addDefault alts (Just rhs) = (DEFAULT, [], rhs) : alts+addDefault alts (Just rhs) = Alt DEFAULT [] rhs : alts -isDefaultAlt :: (AltCon, a, b) -> Bool-isDefaultAlt (DEFAULT, _, _) = True-isDefaultAlt _               = False+isDefaultAlt :: Alt b -> Bool+isDefaultAlt (Alt DEFAULT _ _) = True+isDefaultAlt _                 = False  -- | Find the case alternative corresponding to a particular -- constructor: panics if no such constructor exists-findAlt :: AltCon -> [(AltCon, a, b)] -> Maybe (AltCon, a, b)+findAlt :: AltCon -> [Alt b] -> Maybe (Alt b)     -- A "Nothing" result *is* legitimate     -- See Note [Unreachable code] findAlt con alts   = case alts of-        (deflt@(DEFAULT,_,_):alts) -> go alts (Just deflt)-        _                          -> go alts Nothing+        (deflt@(Alt DEFAULT _ _):alts) -> go alts (Just deflt)+        _                              -> go alts Nothing   where     go []                     deflt = deflt-    go (alt@(con1,_,_) : alts) deflt+    go (alt@(Alt con1 _ _) : alts) deflt       = case con `cmpAltCon` con1 of           LT -> deflt   -- Missed it already; the alts are in increasing order           EQ -> Just alt@@ -671,7 +671,7 @@ -}  ----------------------------------mergeAlts :: [(AltCon, a, b)] -> [(AltCon, a, b)] -> [(AltCon, a, b)]+mergeAlts :: [Alt a] -> [Alt a] -> [Alt a] -- ^ Merge alternatives preserving order; alternatives in -- the first argument shadow ones in the second mergeAlts [] as2 = as2@@ -700,8 +700,8 @@ filterAlts :: TyCon                -- ^ Type constructor of scrutinee's type (used to prune possibilities)            -> [Type]               -- ^ And its type arguments            -> [AltCon]             -- ^ 'imposs_cons': constructors known to be impossible due to the form of the scrutinee-           -> [(AltCon, [Var], a)] -- ^ Alternatives-           -> ([AltCon], [(AltCon, [Var], a)])+           -> [Alt b] -- ^ Alternatives+           -> ([AltCon], [Alt b])              -- Returns:              --  1. Constructors that will never be encountered by the              --     *default* case (if any).  A superset of imposs_cons@@ -721,7 +721,7 @@   = (imposs_deflt_cons, addDefault trimmed_alts maybe_deflt)   where     (alts_wo_default, maybe_deflt) = findDefault alts-    alt_cons = [con | (con,_,_) <- alts_wo_default]+    alt_cons = [con | Alt con _ _ <- alts_wo_default]      trimmed_alts = filterOut (impossible_alt inst_tys) alts_wo_default @@ -732,10 +732,10 @@          --   EITHER by the context,          --   OR by a non-DEFAULT branch in this case expression. -    impossible_alt :: [Type] -> (AltCon, a, b) -> Bool-    impossible_alt _ (con, _, _) | con `Set.member` imposs_cons_set = True-    impossible_alt inst_tys (DataAlt con, _, _) = dataConCannotMatch inst_tys con-    impossible_alt _  _                         = False+    impossible_alt :: [Type] -> Alt b -> Bool+    impossible_alt _ (Alt con _ _) | con `Set.member` imposs_cons_set = True+    impossible_alt inst_tys (Alt (DataAlt con) _ _) = dataConCannotMatch inst_tys con+    impossible_alt _  _                             = False  -- | Refine the default alternative to a 'DataAlt', if there is a unique way to do so. -- See Note [Refine DEFAULT case alternatives]@@ -747,7 +747,7 @@                  -> [CoreAlt]                  -> (Bool, [CoreAlt]) -- ^ 'True', if a default alt was replaced with a 'DataAlt' refineDefaultAlt us mult tycon tys imposs_deflt_cons all_alts-  | (DEFAULT,_,rhs) : rest_alts <- all_alts+  | Alt DEFAULT _ rhs : rest_alts <- all_alts   , isAlgTyCon tycon            -- It's a data type, tuple, or unboxed tuples.   , not (isNewTyCon tycon)      -- We can have a newtype, if we are just doing an eval:                                 --      case x of { DEFAULT -> e }@@ -764,7 +764,7 @@        []    -> (False, rest_alts)         -- It matches exactly one constructor, so fill it in:-       [con] -> (True, mergeAlts rest_alts [(DataAlt con, ex_tvs ++ arg_ids, rhs)])+       [con] -> (True, mergeAlts rest_alts [Alt (DataAlt con) (ex_tvs ++ arg_ids) rhs])                        -- We need the mergeAlts to keep the alternatives in the right order              where                 (ex_tvs, arg_ids) = dataConRepInstPat us mult con tys@@ -947,25 +947,25 @@                          [CoreAlt]) -- New alternatives -- See Note [Combine identical alternatives] -- True <=> we did some combining, result is a single DEFAULT alternative-combineIdenticalAlts imposs_deflt_cons ((con1,bndrs1,rhs1) : rest_alts)+combineIdenticalAlts imposs_deflt_cons (Alt con1 bndrs1 rhs1 : rest_alts)   | all isDeadBinder bndrs1    -- Remember the default   , not (null elim_rest) -- alternative comes first   = (True, imposs_deflt_cons', deflt_alt : filtered_rest)   where     (elim_rest, filtered_rest) = partition identical_to_alt1 rest_alts-    deflt_alt = (DEFAULT, [], mkTicks (concat tickss) rhs1)+    deflt_alt = Alt DEFAULT [] (mkTicks (concat tickss) rhs1)       -- See Note [Care with impossible-constructors when combining alternatives]     imposs_deflt_cons' = imposs_deflt_cons `minusList` elim_cons-    elim_cons = elim_con1 ++ map fstOf3 elim_rest+    elim_cons = elim_con1 ++ map (\(Alt con _ _) -> con) elim_rest     elim_con1 = case con1 of     -- Don't forget con1!                   DEFAULT -> []  -- See Note [                   _       -> [con1]      cheapEqTicked e1 e2 = cheapEqExpr' tickishFloatable e1 e2-    identical_to_alt1 (_con,bndrs,rhs)+    identical_to_alt1 (Alt _con bndrs rhs)       = all isDeadBinder bndrs && rhs `cheapEqTicked` rhs1-    tickss = map (stripTicksT tickishFloatable . thdOf3) elim_rest+    tickss = map (\(Alt _ _ rhs) -> stripTicksT tickishFloatable rhs) elim_rest  combineIdenticalAlts imposs_cons alts   = (False, imposs_cons, alts)@@ -976,7 +976,7 @@ scaleAltsBy w alts = map scaleAlt alts   where     scaleAlt :: CoreAlt -> CoreAlt-    scaleAlt (con, bndrs, rhs) = (con, map scaleBndr bndrs, rhs)+    scaleAlt (Alt con bndrs rhs) = Alt con (map scaleBndr bndrs) rhs      scaleBndr :: CoreBndr -> CoreBndr     scaleBndr b = scaleVarBy w b@@ -1317,7 +1317,7 @@     go _ (Coercion {})                = True     go n (Cast e _)                   = go n e     go n (Case scrut _ _ alts)        = ok scrut &&-                                        and [ go n rhs | (_,_,rhs) <- alts ]+                                        and [ go n rhs | Alt _ _ rhs <- alts ]     go n (Tick t e) | tickishCounts t = False                     | otherwise       = go n e     go n (Lam x e)  | isRuntimeVar x  = n==0 || go (n-1) e@@ -1602,7 +1602,7 @@   =  -- See Note [exprOkForSpeculation: case expressions]      expr_ok primop_ok scrut   && isUnliftedType (idType bndr)-  && all (\(_,_,rhs) -> expr_ok primop_ok rhs) alts+  && all (\(Alt _ _ rhs) -> expr_ok primop_ok rhs) alts   && altsAreExhaustive alts  expr_ok primop_ok other_expr@@ -1611,7 +1611,7 @@         Var f   -> app_ok primop_ok f args         -- 'LitRubbish' is the only literal that can occur in the head of an         -- application and will not be matched by the above case (Var /= Lit).-        Lit lit -> ASSERT( lit == rubbishLit ) True+        Lit lit -> ASSERT( isRubbishLit lit ) True         _       -> False  -----------------------------@@ -1669,7 +1669,7 @@ -- False <=> they may or may not be altsAreExhaustive []   = False    -- Should not happen-altsAreExhaustive ((con1,_,_) : alts)+altsAreExhaustive (Alt con1 _ _ : alts)   = case con1 of       DEFAULT   -> True       LitAlt {} -> False@@ -2162,7 +2162,7 @@     go _ _ _ = False      ------------    go_alt env (c1, bs1, e1) (c2, bs2, e2)+    go_alt env (Alt c1 bs1 e1) (Alt c2 bs2 e2)       = c1 == c2 && go (rnBndrs2 env bs1 bs2) e1 e2  eqTickish :: RnEnv2 -> Tickish Id -> Tickish Id -> Bool@@ -2205,7 +2205,7 @@     -- See Note [Empty case alternatives] in GHC.Data.TrieMap   = diffExpr top env e1 e2 ++ concat (zipWith diffAlt a1 a2)   where env' = rnBndr2 env b1 b2-        diffAlt (c1, bs1, e1) (c2, bs2, e2)+        diffAlt (Alt c1 bs1 e1) (Alt c2 bs2 e2)           | c1 /= c2  = [text "alt-cons " <> ppr c1 <> text " /= " <> ppr c2]           | otherwise = diffExpr top (rnBndrs2 env' bs1 bs2) e1 e2 diffExpr _  _ e1 e2
compiler/GHC/CoreToIface.hs view
@@ -405,7 +405,7 @@     ex_bndrs   = patSynExTyVarBinders ps     (env1, univ_bndrs') = tidyTyCoVarBinders emptyTidyEnv univ_bndrs     (env2, ex_bndrs')   = tidyTyCoVarBinders env1 ex_bndrs-    to_if_pr (id, needs_dummy) = (idName id, needs_dummy)+    to_if_pr (name, _type, needs_dummy) = (name, needs_dummy)  {- ************************************************************************@@ -574,9 +574,8 @@ toIfaceBind (Rec prs)    = IfaceRec [(toIfaceLetBndr b, toIfaceExpr r) | (b,r) <- prs]  ----------------------toIfaceAlt :: (AltCon, [Var], CoreExpr)-           -> (IfaceConAlt, [FastString], IfaceExpr)-toIfaceAlt (c,bs,r) = (toIfaceCon c, map getOccFS bs, toIfaceExpr r)+toIfaceAlt :: CoreAlt -> IfaceAlt+toIfaceAlt (Alt c bs r) = IfaceAlt (toIfaceCon c) (map getOccFS bs) (toIfaceExpr r)  --------------------- toIfaceCon :: AltCon -> IfaceConAlt
compiler/GHC/Data/FastString.hs view
@@ -6,6 +6,7 @@ {-# LANGUAGE GeneralizedNewtypeDeriving #-} {-# LANGUAGE MagicHash #-} {-# LANGUAGE UnboxedTuples #-}+{-# LANGUAGE UnliftedFFITypes #-}  {-# OPTIONS_GHC -O2 -funbox-strict-fields #-} -- We always optimise this, otherwise performance of a non-optimised@@ -425,6 +426,7 @@ -}  mkFastString# :: Addr# -> FastString+{-# INLINE mkFastString# #-} mkFastString# a# = mkFastStringBytes ptr (ptrStrLength ptr)   where ptr = Ptr a# @@ -653,6 +655,7 @@  -- | Wrap an unboxed address into a 'PtrString'. mkPtrString# :: Addr# -> PtrString+{-# INLINE mkPtrString# #-} mkPtrString# a# = PtrString (Ptr a#) (ptrStrLength (Ptr a#))  -- | Encode a 'String' into a newly allocated 'PtrString' using Latin-1@@ -688,8 +691,14 @@ -- ----------------------------------------------------------------------------- -- under the carpet +#if !MIN_VERSION_GLASGOW_HASKELL(9,0,0,0) foreign import ccall unsafe "strlen"-  ptrStrLength :: Ptr Word8 -> Int+  cstringLength# :: Addr# -> Int#+#endif++ptrStrLength :: Ptr Word8 -> Int+{-# INLINE ptrStrLength #-}+ptrStrLength (Ptr a) = I# (cstringLength# a)  {-# NOINLINE sLit #-} sLit :: String -> PtrString
compiler/GHC/Data/Graph/Directed.hs view
@@ -2,7 +2,6 @@  {-# LANGUAGE CPP #-} {-# LANGUAGE GeneralizedNewtypeDeriving #-}-{-# LANGUAGE LambdaCase #-} {-# LANGUAGE ScopedTypeVariables #-} {-# LANGUAGE ViewPatterns #-} @@ -55,7 +54,7 @@ -- std interfaces import Data.Maybe import Data.Array-import Data.List hiding (transpose)+import Data.List ( sort ) import qualified Data.Map as Map import qualified Data.Set as Set
compiler/GHC/Data/List/SetOps.hs view
@@ -103,12 +103,13 @@ Inefficient finite maps based on association lists and equality. -} --- A finite mapping based on equality and association lists+-- | A finite mapping based on equality and association lists. type Assoc a b = [(a,b)]  assoc             :: (Eq a) => String -> Assoc a b -> a -> b assocDefault      :: (Eq a) => b -> Assoc a b -> a -> b assocUsing        :: (a -> a -> Bool) -> String -> Assoc a b -> a -> b+-- | Lookup key, fail gracefully using Nothing if not found. assocMaybe        :: (Eq a) => Assoc a b -> a -> Maybe b assocDefaultUsing :: (a -> a -> Bool) -> b -> Assoc a b -> a -> b
compiler/GHC/Driver/CmdLine.hs view
@@ -36,7 +36,7 @@ import GHC.Utils.Json  import Data.Function-import Data.List+import Data.List (sortBy, intercalate, stripPrefix)  import Control.Monad (liftM, ap) @@ -77,6 +77,7 @@     | OptPrefix (String -> EwM m ())       -- -f or -farg (i.e. the arg is optional)     | OptIntSuffix (Maybe Int -> EwM m ()) -- -f or -f=n; pass n to fn     | IntSuffix (Int -> EwM m ())          -- -f or -f=n; pass n to fn+    | WordSuffix (Word -> EwM m ())        -- -f or -f=n; pass n to fn     | FloatSuffix (Float -> EwM m ())      -- -f or -f=n; pass n to fn     | PassFlag  (String -> EwM m ())       -- -f; pass "-f" fn     | AnySuffix (String -> EwM m ())       -- -f or -farg; pass entire "-farg" to fn@@ -253,6 +254,9 @@         IntSuffix f | Just n <- parseInt rest_no_eq -> Right (f n, args)                     | otherwise -> Left ("malformed integer argument in " ++ dash_arg) +        WordSuffix f | Just n <- parseWord rest_no_eq -> Right (f n, args)+                     | otherwise -> Left ("malformed natural argument in " ++ dash_arg)+         FloatSuffix f | Just n <- parseFloat rest_no_eq -> Right (f n, args)                       | otherwise -> Left ("malformed float argument in " ++ dash_arg) @@ -279,6 +283,7 @@                                             -- to improve error message (#12625) arg_ok (OptIntSuffix    _)  _    _   = True arg_ok (IntSuffix       _)  _    _   = True+arg_ok (WordSuffix      _)  _    _   = True arg_ok (FloatSuffix     _)  _    _   = True arg_ok (OptPrefix       _)  _    _   = True arg_ok (PassFlag        _)  rest _   = null rest@@ -291,6 +296,11 @@ --   * gibberish    => Nothing parseInt :: String -> Maybe Int parseInt s = case reads s of+                 ((n,""):_) -> Just n+                 _          -> Nothing++parseWord :: String -> Maybe Word+parseWord s = case reads s of                  ((n,""):_) -> Just n                  _          -> Nothing
compiler/GHC/Driver/Env.hs view
@@ -1,5 +1,4 @@ {-# LANGUAGE CPP #-}-{-# LANGUAGE DeriveFunctor #-}  module GHC.Driver.Env    ( Hsc(..)@@ -29,6 +28,7 @@  import GHC.Driver.Ppr import GHC.Driver.Session+import GHC.Driver.Errors ( printOrThrowWarnings )  import GHC.Runtime.Context import GHC.Driver.Env.Types ( Hsc(..), HscEnv(..) )@@ -59,7 +59,6 @@  import GHC.Utils.Outputable import GHC.Utils.Monad-import GHC.Utils.Error import GHC.Utils.Panic import GHC.Utils.Misc
+ compiler/GHC/Driver/Errors.hs view
@@ -0,0 +1,92 @@+module GHC.Driver.Errors (+    warningsToMessages+  , printOrThrowWarnings+  , printBagOfErrors+  , isWarnMsgFatal+  , handleFlagWarnings+  ) where++import GHC.Driver.Session+import GHC.Data.Bag+import GHC.Utils.Exception+import GHC.Utils.Error ( formatErrDoc, sortMsgBag )+import GHC.Types.SourceError ( mkSrcErr )+import GHC.Prelude+import GHC.Types.SrcLoc+import GHC.Types.Error+import GHC.Utils.Outputable ( text, withPprStyle, mkErrStyle )+import qualified GHC.Driver.CmdLine as CmdLine++-- | Converts a list of 'WarningMessages' into a tuple where the second element contains only+-- error, i.e. warnings that are considered fatal by GHC based on the input 'DynFlags'.+warningsToMessages :: DynFlags -> WarningMessages -> (WarningMessages, ErrorMessages)+warningsToMessages dflags =+  partitionBagWith $ \warn ->+    case isWarnMsgFatal dflags warn of+      Nothing -> Left warn+      Just err_reason ->+        Right warn{ errMsgSeverity = SevError+                  , errMsgReason = ErrReason err_reason }++printBagOfErrors :: RenderableDiagnostic a => DynFlags -> Bag (ErrMsg a) -> IO ()+printBagOfErrors dflags bag_of_errors+  = sequence_ [ let style = mkErrStyle unqual+                    ctx   = initSDocContext dflags style+                in putLogMsg dflags reason sev s+                $ withPprStyle style (formatErrDoc ctx (renderDiagnostic doc))+              | ErrMsg { errMsgSpan      = s,+                         errMsgDiagnostic = doc,+                         errMsgSeverity  = sev,+                         errMsgReason    = reason,+                         errMsgContext   = unqual } <- sortMsgBag (Just dflags)+                                                                  bag_of_errors ]++handleFlagWarnings :: DynFlags -> [CmdLine.Warn] -> IO ()+handleFlagWarnings dflags warns = do+  let warns' = filter (shouldPrintWarning dflags . CmdLine.warnReason)  warns++      -- It would be nicer if warns :: [Located MsgDoc], but that+      -- has circular import problems.+      bag = listToBag [ mkPlainWarnMsg loc (text warn)+                      | CmdLine.Warn _ (L loc warn) <- warns' ]++  printOrThrowWarnings dflags bag++-- | Checks if given 'WarnMsg' is a fatal warning.+isWarnMsgFatal :: DynFlags -> WarnMsg -> Maybe (Maybe WarningFlag)+isWarnMsgFatal dflags ErrMsg{errMsgReason = Reason wflag}+  = if wopt_fatal wflag dflags+      then Just (Just wflag)+      else Nothing+isWarnMsgFatal dflags _+  = if gopt Opt_WarnIsError dflags+      then Just Nothing+      else Nothing++-- Given a warn reason, check to see if it's associated -W opt is enabled+shouldPrintWarning :: DynFlags -> CmdLine.WarnReason -> Bool+shouldPrintWarning dflags CmdLine.ReasonDeprecatedFlag+  = wopt Opt_WarnDeprecatedFlags dflags+shouldPrintWarning dflags CmdLine.ReasonUnrecognisedFlag+  = wopt Opt_WarnUnrecognisedWarningFlags dflags+shouldPrintWarning _ _+  = True++-- | Given a bag of warnings, turn them into an exception if+-- -Werror is enabled, or print them out otherwise.+printOrThrowWarnings :: DynFlags -> Bag WarnMsg -> IO ()+printOrThrowWarnings dflags warns = do+  let (make_error, warns') =+        mapAccumBagL+          (\make_err warn ->+            case isWarnMsgFatal dflags warn of+              Nothing ->+                (make_err, warn)+              Just err_reason ->+                (True, warn{ errMsgSeverity = SevError+                           , errMsgReason = ErrReason err_reason+                           }))+          False warns+  if make_error+    then throwIO (mkSrcErr warns')+    else printBagOfErrors dflags warns
compiler/GHC/Driver/Monad.hs view
@@ -28,6 +28,7 @@  import GHC.Driver.Session import GHC.Driver.Env+import GHC.Driver.Errors ( printOrThrowWarnings, printBagOfErrors )  import GHC.Utils.Monad import GHC.Utils.Exception
compiler/GHC/Driver/Session.hs view
@@ -279,7 +279,7 @@  import Data.Ord import Data.Char-import Data.List+import Data.List (intercalate, delete, sortBy) import Data.Map (Map) import qualified Data.Map as Map import Data.Set (Set)@@ -467,7 +467,7 @@   specConstrThreshold   :: Maybe Int,   -- ^ Threshold for SpecConstr   specConstrCount       :: Maybe Int,   -- ^ Max number of specialisations for any one function   specConstrRecursive   :: Int,         -- ^ Max number of specialisations for recursive types-                                        --   Not optional; otherwise SPEC can diverge.+                                        --   Not optional; otherwise ForceSpecConstr can diverge.   binBlobThreshold      :: Word,        -- ^ Binary literals (e.g. strings) whose size is above                                         --   this threshold will be dumped in a binary file                                         --   by the assembler code generator (0 to disable)@@ -530,11 +530,12 @@                                   -- used to query the appropriate fields                                   -- (outputFile/dynOutputFile, ways, etc.) -  -- | This is set by 'GHC.Driver.Pipeline.runPipeline' based on where-  --    its output is going.+  -- | This is set by 'GHC.Driver.Pipeline.runPipeline'+  --    or 'ghc.GHCi.UI.runStmt' based on where its output is going.   dumpPrefix            :: Maybe FilePath, -  -- | Override the 'dumpPrefix' set by 'GHC.Driver.Pipeline.runPipeline'.+  -- | Override the 'dumpPrefix' set by 'GHC.Driver.Pipeline.runPipeline'+  --    or 'ghc.GHCi.UI.runStmt'.   --    Set by @-ddump-file-prefix@   dumpPrefixForce       :: Maybe FilePath, @@ -711,8 +712,9 @@   maxErrors             :: Maybe Int,    -- | Unique supply configuration for testing build determinism-  initialUnique         :: Int,+  initialUnique         :: Word,   uniqueIncrement       :: Int,+    -- 'Int' because it can be used to test uniques in decreasing order.    -- | Temporary: CFG Edge weights for fast iterations   cfgWeights            :: Weights@@ -2093,6 +2095,8 @@                                OptIntSuffix $ \oi -> f oi >> deprecate message add_dep_message (IntSuffix f) message =                                   IntSuffix $ \i -> f i >> deprecate message+add_dep_message (WordSuffix f) message =+                                  WordSuffix $ \i -> f i >> deprecate message add_dep_message (FloatSuffix f) message =                                 FloatSuffix $ \fl -> f fl >> deprecate message add_dep_message (PassFlag f) message =@@ -2817,9 +2821,9 @@   , make_ord_flag defFlag "fstg-lift-lams-rec-args-any"       (noArg (\d -> d { liftLamsRecArgs = Nothing }))   , make_ord_flag defFlag "fstg-lift-lams-non-rec-args"-      (intSuffix (\n d -> d { liftLamsRecArgs = Just n }))+      (intSuffix (\n d -> d { liftLamsNonRecArgs = Just n }))   , make_ord_flag defFlag "fstg-lift-lams-non-rec-args-any"-      (noArg (\d -> d { liftLamsRecArgs = Nothing }))+      (noArg (\d -> d { liftLamsNonRecArgs = Nothing }))   , make_ord_flag defFlag "fstg-lift-lams-known"       (noArg (\d -> d { liftLamsKnown = True }))   , make_ord_flag defFlag "fno-stg-lift-lams-known"@@ -2857,7 +2861,7 @@   , make_ord_flag defGhcFlag "fmax-inline-memset-insns"       (intSuffix (\n d -> d { maxInlineMemsetInsns = n }))   , make_ord_flag defGhcFlag "dinitial-unique"-      (intSuffix (\n d -> d { initialUnique = n }))+      (wordSuffix (\n d -> d { initialUnique = n }))   , make_ord_flag defGhcFlag "dunique-increment"       (intSuffix (\n d -> d { uniqueIncrement = n })) @@ -3644,8 +3648,6 @@   flagSpec "LinearTypes"                      LangExt.LinearTypes,   flagSpec "MagicHash"                        LangExt.MagicHash,   flagSpec "MonadComprehensions"              LangExt.MonadComprehensions,-  depFlagSpec "MonadFailDesugaring"           LangExt.MonadFailDesugaring-    "MonadFailDesugaring is now the default behavior",   flagSpec "MonoLocalBinds"                   LangExt.MonoLocalBinds,   depFlagSpecCond "MonoPatBinds"              LangExt.MonoPatBinds     id@@ -4247,6 +4249,9 @@  intSuffixM :: (Int -> DynFlags -> DynP DynFlags) -> OptKind (CmdLineP DynFlags) intSuffixM fn = IntSuffix (\n -> updM (fn n))++wordSuffix :: (Word -> DynFlags -> DynFlags) -> OptKind (CmdLineP DynFlags)+wordSuffix fn = WordSuffix (\n -> upd (fn n))  floatSuffix :: (Float -> DynFlags -> DynFlags) -> OptKind (CmdLineP DynFlags) floatSuffix fn = FloatSuffix (\n -> upd (fn n))
compiler/GHC/Hs.hs view
@@ -14,12 +14,13 @@ {-# LANGUAGE StandaloneDeriving #-} {-# LANGUAGE FlexibleContexts #-} {-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]-                                      -- in module GHC.Hs.Extension+                                      -- in module Language.Haskell.Syntax.Extension {-# LANGUAGE ConstraintKinds #-} {-# LANGUAGE TypeFamilies #-} {-# LANGUAGE FlexibleInstances #-} -- For deriving instance Data  module GHC.Hs (+        module Language.Haskell.Syntax,         module GHC.Hs.Binds,         module GHC.Hs.Decls,         module GHC.Hs.Expr,@@ -44,6 +45,7 @@ import GHC.Hs.Expr import GHC.Hs.ImpExp import GHC.Hs.Lit+import Language.Haskell.Syntax import GHC.Hs.Extension import GHC.Hs.Pat import GHC.Hs.Type
compiler/GHC/Hs/Binds.hs view
@@ -1,6 +1,5 @@ {-# LANGUAGE ConstraintKinds #-} {-# LANGUAGE DeriveDataTypeable #-}-{-# LANGUAGE DeriveFunctor #-} {-# LANGUAGE FlexibleContexts #-} {-# LANGUAGE FlexibleInstances #-} {-# LANGUAGE LambdaCase #-}@@ -8,9 +7,10 @@ {-# LANGUAGE TypeApplications #-} {-# LANGUAGE TypeFamilies #-} {-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]-                                      -- in module GHC.Hs.Extension+                                      -- in module Language.Haskell.Syntax.Extension {-# LANGUAGE ViewPatterns #-} +{-# OPTIONS_GHC -Wno-orphans #-} -- Outputable  {- (c) The University of Glasgow 2006@@ -21,26 +21,26 @@ Datatype for: @BindGroup@, @Bind@, @Sig@, @Bind@. -} -module GHC.Hs.Binds where+module GHC.Hs.Binds+  ( module Language.Haskell.Syntax.Binds+  , module GHC.Hs.Binds+  ) where  import GHC.Prelude -import {-# SOURCE #-} GHC.Hs.Expr ( pprExpr, LHsExpr,-                                    MatchGroup, pprFunBind,-                                    GRHSs, pprPatBind )-import {-# SOURCE #-} GHC.Hs.Pat  ( LPat )+import Language.Haskell.Syntax.Binds +import {-# SOURCE #-} GHC.Hs.Expr ( pprExpr, pprFunBind, pprPatBind )++import Language.Haskell.Syntax.Extension import GHC.Hs.Extension import GHC.Hs.Type-import GHC.Core import GHC.Tc.Types.Evidence import GHC.Core.Type import GHC.Types.Name.Set import GHC.Types.Basic import GHC.Types.SourceText import GHC.Types.SrcLoc as SrcLoc-import GHC.Types.Var-import GHC.Types.Fixity import GHC.Data.Bag import GHC.Data.FastString import GHC.Data.BooleanFormula (LBooleanFormula)@@ -48,10 +48,8 @@ import GHC.Utils.Outputable import GHC.Utils.Panic -import Data.Data hiding ( Fixity )-import Data.List hiding ( foldr )+import Data.List (sortBy) import Data.Function-import Data.Void  {- ************************************************************************@@ -63,76 +61,14 @@ Global bindings (where clauses) -} --- During renaming, we need bindings where the left-hand sides--- have been renamed but the right-hand sides have not. -- the ...LR datatypes are parametrized by two id types, -- one for the left and one for the right.--- Other than during renaming, these will be the same. --- | Haskell Local Bindings-type HsLocalBinds id = HsLocalBindsLR id id---- | Located Haskell local bindings-type LHsLocalBinds id = XRec id (HsLocalBinds id)---- | Haskell Local Bindings with separate Left and Right identifier types------ Bindings in a 'let' expression--- or a 'where' clause-data HsLocalBindsLR idL idR-  = HsValBinds-        (XHsValBinds idL idR)-        (HsValBindsLR idL idR)-      -- ^ Haskell Value Bindings--         -- There should be no pattern synonyms in the HsValBindsLR-         -- These are *local* (not top level) bindings-         -- The parser accepts them, however, leaving the-         -- renamer to report them--  | HsIPBinds-        (XHsIPBinds idL idR)-        (HsIPBinds idR)-      -- ^ Haskell Implicit Parameter Bindings--  | EmptyLocalBinds (XEmptyLocalBinds idL idR)-      -- ^ Empty Local Bindings--  | XHsLocalBindsLR-        !(XXHsLocalBindsLR idL idR)- type instance XHsValBinds      (GhcPass pL) (GhcPass pR) = NoExtField type instance XHsIPBinds       (GhcPass pL) (GhcPass pR) = NoExtField type instance XEmptyLocalBinds (GhcPass pL) (GhcPass pR) = NoExtField type instance XXHsLocalBindsLR (GhcPass pL) (GhcPass pR) = NoExtCon -type LHsLocalBindsLR idL idR = XRec idL (HsLocalBindsLR idL idR)----- | Haskell Value Bindings-type HsValBinds id = HsValBindsLR id id---- | Haskell Value bindings with separate Left and Right identifier types--- (not implicit parameters)--- Used for both top level and nested bindings--- May contain pattern synonym bindings-data HsValBindsLR idL idR-  = -- | Value Bindings In-    ---    -- Before renaming RHS; idR is always RdrName-    -- Not dependency analysed-    -- Recursive by default-    ValBinds-        (XValBinds idL idR)-        (LHsBindsLR idL idR) [LSig idR]--    -- | Value Bindings Out-    ---    -- After renaming RHS; idR can be Name or Id Dependency analysed,-    -- later bindings in the list may depend on earlier ones.-  | XValBindsLR-      !(XXValBindsLR idL idR)- -- --------------------------------------------------------------------- -- Deal with ValBindsOut @@ -148,177 +84,6 @@  -- --------------------------------------------------------------------- --- | Located Haskell Binding-type LHsBind  id = LHsBindLR  id id---- | Located Haskell Bindings-type LHsBinds id = LHsBindsLR id id---- | Haskell Binding-type HsBind   id = HsBindLR   id id---- | Located Haskell Bindings with separate Left and Right identifier types-type LHsBindsLR idL idR = Bag (LHsBindLR idL idR)---- | Located Haskell Binding with separate Left and Right identifier types-type LHsBindLR  idL idR = XRec idL (HsBindLR idL idR)--{- Note [FunBind vs PatBind]-   ~~~~~~~~~~~~~~~~~~~~~~~~~-The distinction between FunBind and PatBind is a bit subtle. FunBind covers-patterns which resemble function bindings and simple variable bindings.--    f x = e-    f !x = e-    f = e-    !x = e          -- FunRhs has SrcStrict-    x `f` y = e     -- FunRhs has Infix--The actual patterns and RHSs of a FunBind are encoding in fun_matches.-The m_ctxt field of each Match in fun_matches will be FunRhs and carries-two bits of information about the match,--  * The mc_fixity field on each Match describes the fixity of the-    function binder in that match.  E.g. this is legal:-         f True False  = e1-         True `f` True = e2--  * The mc_strictness field is used /only/ for nullary FunBinds: ones-    with one Match, which has no pats. For these, it describes whether-    the match is decorated with a bang (e.g. `!x = e`).--By contrast, PatBind represents data constructor patterns, as well as a few-other interesting cases. Namely,--    Just x = e-    (x) = e-    x :: Ty = e--}---- | Haskell Binding with separate Left and Right id's-data HsBindLR idL idR-  = -- | Function-like Binding-    ---    -- FunBind is used for both functions     @f x = e@-    -- and variables                          @f = \x -> e@-    -- and strict variables                   @!x = x + 1@-    ---    -- Reason 1: Special case for type inference: see 'GHC.Tc.Gen.Bind.tcMonoBinds'.-    ---    -- Reason 2: Instance decls can only have FunBinds, which is convenient.-    --           If you change this, you'll need to change e.g. rnMethodBinds-    ---    -- But note that the form                 @f :: a->a = ...@-    -- parses as a pattern binding, just like-    --                                        @(f :: a -> a) = ... @-    ---    -- Strict bindings have their strictness recorded in the 'SrcStrictness' of their-    -- 'MatchContext'. See Note [FunBind vs PatBind] for-    -- details about the relationship between FunBind and PatBind.-    ---    --  'GHC.Parser.Annotation.AnnKeywordId's-    ---    --  - 'GHC.Parser.Annotation.AnnFunId', attached to each element of fun_matches-    ---    --  - 'GHC.Parser.Annotation.AnnEqual','GHC.Parser.Annotation.AnnWhere',-    --    'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose',--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation-    FunBind {--        fun_ext :: XFunBind idL idR,--          -- ^ After the renamer (but before the type-checker), this contains the-          -- locally-bound free variables of this defn. See Note [Bind free vars]-          ---          -- After the type-checker, this contains a coercion from the type of-          -- the MatchGroup to the type of the Id. Example:-          ---          -- @-          --      f :: Int -> forall a. a -> a-          --      f x y = y-          -- @-          ---          -- Then the MatchGroup will have type (Int -> a' -> a')-          -- (with a free type variable a').  The coercion will take-          -- a CoreExpr of this type and convert it to a CoreExpr of-          -- type         Int -> forall a'. a' -> a'-          -- Notice that the coercion captures the free a'.--        fun_id :: LIdP idL, -- Note [fun_id in Match] in GHC.Hs.Expr--        fun_matches :: MatchGroup idR (LHsExpr idR),  -- ^ The payload--        fun_tick :: [Tickish Id] -- ^ Ticks to put on the rhs, if any-    }--  -- | Pattern Binding-  ---  -- The pattern is never a simple variable;-  -- That case is done by FunBind.-  -- See Note [FunBind vs PatBind] for details about the-  -- relationship between FunBind and PatBind.--  ---  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnBang',-  --       'GHC.Parser.Annotation.AnnEqual','GHC.Parser.Annotation.AnnWhere',-  --       'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose',--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | PatBind {-        pat_ext    :: XPatBind idL idR, -- ^ See Note [Bind free vars]-        pat_lhs    :: LPat idL,-        pat_rhs    :: GRHSs idR (LHsExpr idR),-        pat_ticks  :: ([Tickish Id], [[Tickish Id]])-               -- ^ Ticks to put on the rhs, if any, and ticks to put on-               -- the bound variables.-    }--  -- | Variable Binding-  ---  -- Dictionary binding and suchlike.-  -- All VarBinds are introduced by the type checker-  | VarBind {-        var_ext    :: XVarBind idL idR,-        var_id     :: IdP idL,-        var_rhs    :: LHsExpr idR    -- ^ Located only for consistency-    }--  -- | Abstraction Bindings-  | AbsBinds {                      -- Binds abstraction; TRANSLATION-        abs_ext     :: XAbsBinds idL idR,-        abs_tvs     :: [TyVar],-        abs_ev_vars :: [EvVar],  -- ^ Includes equality constraints--       -- | AbsBinds only gets used when idL = idR after renaming,-       -- but these need to be idL's for the collect... code in HsUtil-       -- to have the right type-        abs_exports :: [ABExport idL],--        -- | Evidence bindings-        -- Why a list? See "GHC.Tc.TyCl.Instance"-        -- Note [Typechecking plan for instance declarations]-        abs_ev_binds :: [TcEvBinds],--        -- | Typechecked user bindings-        abs_binds    :: LHsBinds idL,--        abs_sig :: Bool  -- See Note [The abs_sig field of AbsBinds]-    }--  -- | Patterns Synonym Binding-  | PatSynBind-        (XPatSynBind idL idR)-        (PatSynBind idL idR)-        -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnPattern',-        --          'GHC.Parser.Annotation.AnnLarrow','GHC.Parser.Annotation.AnnEqual',-        --          'GHC.Parser.Annotation.AnnWhere'-        --          'GHC.Parser.Annotation.AnnOpen' @'{'@,'GHC.Parser.Annotation.AnnClose' @'}'@--        -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | XHsBindsLR !(XXHsBindsLR idL idR)- type instance XFunBind    (GhcPass pL) GhcPs = NoExtField type instance XFunBind    (GhcPass pL) GhcRn = NameSet    -- Free variables type instance XFunBind    (GhcPass pL) GhcTc = HsWrapper  -- See comments on FunBind.fun_ext@@ -332,52 +97,9 @@ type instance XPatSynBind (GhcPass pL) (GhcPass pR) = NoExtField type instance XXHsBindsLR (GhcPass pL) (GhcPass pR) = NoExtCon --        -- Consider (AbsBinds tvs ds [(ftvs, poly_f, mono_f) binds]-        ---        -- Creates bindings for (polymorphic, overloaded) poly_f-        -- in terms of monomorphic, non-overloaded mono_f-        ---        -- Invariants:-        --      1. 'binds' binds mono_f-        --      2. ftvs is a subset of tvs-        --      3. ftvs includes all tyvars free in ds-        ---        -- See Note [AbsBinds]---- | Abstraction Bindings Export-data ABExport p-  = ABE { abe_ext       :: XABE p-        , abe_poly      :: IdP p -- ^ Any INLINE pragma is attached to this Id-        , abe_mono      :: IdP p-        , abe_wrap      :: HsWrapper    -- ^ See Note [ABExport wrapper]-             -- Shape: (forall abs_tvs. abs_ev_vars => abe_mono) ~ abe_poly-        , abe_prags     :: TcSpecPrags  -- ^ SPECIALISE pragmas-        }-   | XABExport !(XXABExport p)- type instance XABE       (GhcPass p) = NoExtField type instance XXABExport (GhcPass p) = NoExtCon ---- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnPattern',---             'GHC.Parser.Annotation.AnnEqual','GHC.Parser.Annotation.AnnLarrow',---             'GHC.Parser.Annotation.AnnWhere','GHC.Parser.Annotation.AnnOpen' @'{'@,---             'GHC.Parser.Annotation.AnnClose' @'}'@,---- For details on above see note [Api annotations] in GHC.Parser.Annotation---- | Pattern Synonym binding-data PatSynBind idL idR-  = PSB { psb_ext  :: XPSB idL idR,            -- ^ Post renaming, FVs.-                                               -- See Note [Bind free vars]-          psb_id   :: LIdP idL,                -- ^ Name of the pattern synonym-          psb_args :: HsPatSynDetails idR,     -- ^ Formal parameter names-          psb_def  :: LPat idR,                -- ^ Right-hand side-          psb_dir  :: HsPatSynDir idR          -- ^ Directionality-     }-   | XPatSynBind !(XXPatSynBind idL idR)- type instance XPSB         (GhcPass idL) GhcPs = NoExtField type instance XPSB         (GhcPass idL) GhcRn = NameSet type instance XPSB         (GhcPass idL) GhcTc = NameSet@@ -797,15 +519,6 @@ ************************************************************************ -} --- | Haskell Implicit Parameter Bindings-data HsIPBinds id-  = IPBinds-        (XIPBinds id)-        [LIPBind id]-        -- TcEvBinds       -- Only in typechecker output; binds-        --                 -- uses of the implicit parameters-  | XHsIPBinds !(XXHsIPBinds id)- type instance XIPBinds       GhcPs = NoExtField type instance XIPBinds       GhcRn = NoExtField type instance XIPBinds       GhcTc = TcEvBinds -- binds uses of the@@ -820,30 +533,6 @@ isEmptyIPBindsTc :: HsIPBinds GhcTc -> Bool isEmptyIPBindsTc (IPBinds ds is) = null is && isEmptyTcEvBinds ds --- | Located Implicit Parameter Binding-type LIPBind id = XRec id (IPBind id)--- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnSemi' when in a---   list---- For details on above see note [Api annotations] in GHC.Parser.Annotation---- | Implicit parameter bindings.------ These bindings start off as (Left "x") in the parser and stay--- that way until after type-checking when they are replaced with--- (Right d), where "d" is the name of the dictionary holding the--- evidence for the implicit parameter.------ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnEqual'---- For details on above see note [Api annotations] in GHC.Parser.Annotation-data IPBind id-  = IPBind-        (XCIPBind id)-        (Either (XRec id HsIPName) (IdP id))-        (LHsExpr id)-  | XIPBind !(XXIPBind id)- type instance XCIPBind    (GhcPass p) = NoExtField type instance XXIPBind    (GhcPass p) = NoExtCon @@ -864,167 +553,8 @@ \subsection{@Sig@: type signatures and value-modifying user pragmas} *                                                                      * ************************************************************************--It is convenient to lump ``value-modifying'' user-pragmas (e.g.,-``specialise this function to these four types...'') in with type-signatures.  Then all the machinery to move them into place, etc.,-serves for both. -} --- | Located Signature-type LSig pass = XRec pass (Sig pass)---- | Signatures and pragmas-data Sig pass-  =   -- | An ordinary type signature-      ---      -- > f :: Num a => a -> a-      ---      -- After renaming, this list of Names contains the named-      -- wildcards brought into scope by this signature. For a signature-      -- @_ -> _a -> Bool@, the renamer will leave the unnamed wildcard @_@-      -- untouched, and the named wildcard @_a@ is then replaced with-      -- fresh meta vars in the type. Their names are stored in the type-      -- signature that brought them into scope, in this third field to be-      -- more specific.-      ---      --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDcolon',-      --          'GHC.Parser.Annotation.AnnComma'--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation-    TypeSig-       (XTypeSig pass)-       [LIdP pass]           -- LHS of the signature; e.g.  f,g,h :: blah-       (LHsSigWcType pass)   -- RHS of the signature; can have wildcards--      -- | A pattern synonym type signature-      ---      -- > pattern Single :: () => (Show a) => a -> [a]-      ---      --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnPattern',-      --           'GHC.Parser.Annotation.AnnDcolon','GHC.Parser.Annotation.AnnForall'-      --           'GHC.Parser.Annotation.AnnDot','GHC.Parser.Annotation.AnnDarrow'--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | PatSynSig (XPatSynSig pass) [LIdP pass] (LHsSigType pass)-      -- P :: forall a b. Req => Prov => ty--      -- | A signature for a class method-      --   False: ordinary class-method signature-      --   True:  generic-default class method signature-      -- e.g.   class C a where-      --          op :: a -> a                   -- Ordinary-      --          default op :: Eq a => a -> a   -- Generic default-      -- No wildcards allowed here-      ---      --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDefault',-      --           'GHC.Parser.Annotation.AnnDcolon'-  | ClassOpSig (XClassOpSig pass) Bool [LIdP pass] (LHsSigType pass)--        -- | A type signature in generated code, notably the code-        -- generated for record selectors.  We simply record-        -- the desired Id itself, replete with its name, type-        -- and IdDetails.  Otherwise it's just like a type-        -- signature: there should be an accompanying binding-  | IdSig (XIdSig pass) Id--        -- | An ordinary fixity declaration-        ---        -- >     infixl 8 ***-        ---        ---        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnInfix',-        --           'GHC.Parser.Annotation.AnnVal'--        -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | FixSig (XFixSig pass) (FixitySig pass)--        -- | An inline pragma-        ---        -- > {#- INLINE f #-}-        ---        --  - 'GHC.Parser.Annotation.AnnKeywordId' :-        --       'GHC.Parser.Annotation.AnnOpen' @'{-\# INLINE'@ and @'['@,-        --       'GHC.Parser.Annotation.AnnClose','GHC.Parser.Annotation.AnnOpen',-        --       'GHC.Parser.Annotation.AnnVal','GHC.Parser.Annotation.AnnTilde',-        --       'GHC.Parser.Annotation.AnnClose'--        -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | InlineSig   (XInlineSig pass)-                (LIdP pass)        -- Function name-                InlinePragma       -- Never defaultInlinePragma--        -- | A specialisation pragma-        ---        -- > {-# SPECIALISE f :: Int -> Int #-}-        ---        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',-        --      'GHC.Parser.Annotation.AnnOpen' @'{-\# SPECIALISE'@ and @'['@,-        --      'GHC.Parser.Annotation.AnnTilde',-        --      'GHC.Parser.Annotation.AnnVal',-        --      'GHC.Parser.Annotation.AnnClose' @']'@ and @'\#-}'@,-        --      'GHC.Parser.Annotation.AnnDcolon'--        -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | SpecSig     (XSpecSig pass)-                (LIdP pass)        -- Specialise a function or datatype  ...-                [LHsSigType pass]  -- ... to these types-                InlinePragma       -- The pragma on SPECIALISE_INLINE form.-                                   -- If it's just defaultInlinePragma, then we said-                                   --    SPECIALISE, not SPECIALISE_INLINE--        -- | A specialisation pragma for instance declarations only-        ---        -- > {-# SPECIALISE instance Eq [Int] #-}-        ---        -- (Class tys); should be a specialisation of the-        -- current instance declaration-        ---        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',-        --      'GHC.Parser.Annotation.AnnInstance','GHC.Parser.Annotation.AnnClose'--        -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | SpecInstSig (XSpecInstSig pass) SourceText (LHsSigType pass)-                  -- Note [Pragma source text] in GHC.Types.SourceText--        -- | A minimal complete definition pragma-        ---        -- > {-# MINIMAL a | (b, c | (d | e)) #-}-        ---        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',-        --      'GHC.Parser.Annotation.AnnVbar','GHC.Parser.Annotation.AnnComma',-        --      'GHC.Parser.Annotation.AnnClose'--        -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | MinimalSig (XMinimalSig pass)-               SourceText (LBooleanFormula (LIdP pass))-               -- Note [Pragma source text] in GHC.Types.SourceText--        -- | A "set cost centre" pragma for declarations-        ---        -- > {-# SCC funName #-}-        ---        -- or-        ---        -- > {-# SCC funName "cost_centre_name" #-}--  | SCCFunSig  (XSCCFunSig pass)-               SourceText     -- Note [Pragma source text] in GHC.Types.SourceText-               (LIdP pass)    -- Function name-               (Maybe (XRec pass StringLiteral))-       -- | A complete match pragma-       ---       -- > {-# COMPLETE C, D [:: T] #-}-       ---       -- Used to inform the pattern match checker about additional-       -- complete matchings which, for example, arise from pattern-       -- synonym definitions.-  | CompleteMatchSig (XCompleteMatchSig pass)-                     SourceText-                     (XRec pass [LIdP pass])-                     (Maybe (LIdP pass))-  | XSig !(XXSig pass)- type instance XTypeSig          (GhcPass p) = NoExtField type instance XPatSynSig        (GhcPass p) = NoExtField type instance XClassOpSig       (GhcPass p) = NoExtField@@ -1038,116 +568,9 @@ type instance XCompleteMatchSig (GhcPass p) = NoExtField type instance XXSig             (GhcPass p) = NoExtCon --- | Located Fixity Signature-type LFixitySig pass = XRec pass (FixitySig pass)---- | Fixity Signature-data FixitySig pass = FixitySig (XFixitySig pass) [LIdP pass] Fixity-                    | XFixitySig !(XXFixitySig pass)- type instance XFixitySig  (GhcPass p) = NoExtField type instance XXFixitySig (GhcPass p) = NoExtCon --- | Type checker Specialisation Pragmas------ 'TcSpecPrags' conveys @SPECIALISE@ pragmas from the type checker to the desugarer-data TcSpecPrags-  = IsDefaultMethod     -- ^ Super-specialised: a default method should-                        -- be macro-expanded at every call site-  | SpecPrags [LTcSpecPrag]-  deriving Data---- | Located Type checker Specification Pragmas-type LTcSpecPrag = Located TcSpecPrag---- | Type checker Specification Pragma-data TcSpecPrag-  = SpecPrag-        Id-        HsWrapper-        InlinePragma-  -- ^ The Id to be specialised, a wrapper that specialises the-  -- polymorphic function, and inlining spec for the specialised function-  deriving Data--noSpecPrags :: TcSpecPrags-noSpecPrags = SpecPrags []--hasSpecPrags :: TcSpecPrags -> Bool-hasSpecPrags (SpecPrags ps) = not (null ps)-hasSpecPrags IsDefaultMethod = False--isDefaultMethod :: TcSpecPrags -> Bool-isDefaultMethod IsDefaultMethod = True-isDefaultMethod (SpecPrags {})  = False--isFixityLSig :: forall p. UnXRec p => LSig p -> Bool-isFixityLSig (unXRec @p -> FixSig {}) = True-isFixityLSig _                 = False--isTypeLSig :: forall p. UnXRec p => LSig p -> Bool  -- Type signatures-isTypeLSig (unXRec @p -> TypeSig {})    = True-isTypeLSig (unXRec @p -> ClassOpSig {}) = True-isTypeLSig (unXRec @p -> IdSig {})      = True-isTypeLSig _                    = False--isSpecLSig :: forall p. UnXRec p => LSig p -> Bool-isSpecLSig (unXRec @p -> SpecSig {}) = True-isSpecLSig _                 = False--isSpecInstLSig :: forall p. UnXRec p => LSig p -> Bool-isSpecInstLSig (unXRec @p -> SpecInstSig {}) = True-isSpecInstLSig _                      = False--isPragLSig :: forall p. UnXRec p => LSig p -> Bool--- Identifies pragmas-isPragLSig (unXRec @p -> SpecSig {})   = True-isPragLSig (unXRec @p -> InlineSig {}) = True-isPragLSig (unXRec @p -> SCCFunSig {}) = True-isPragLSig (unXRec @p -> CompleteMatchSig {}) = True-isPragLSig _                    = False--isInlineLSig :: forall p. UnXRec p => LSig p -> Bool--- Identifies inline pragmas-isInlineLSig (unXRec @p -> InlineSig {}) = True-isInlineLSig _                    = False--isMinimalLSig :: forall p. UnXRec p => LSig p -> Bool-isMinimalLSig (unXRec @p -> MinimalSig {}) = True-isMinimalLSig _                               = False--isSCCFunSig :: forall p. UnXRec p => LSig p -> Bool-isSCCFunSig (unXRec @p -> SCCFunSig {}) = True-isSCCFunSig _                    = False--isCompleteMatchSig :: forall p. UnXRec p => LSig p -> Bool-isCompleteMatchSig (unXRec @p -> CompleteMatchSig {} ) = True-isCompleteMatchSig _                            = False--hsSigDoc :: Sig name -> SDoc-hsSigDoc (TypeSig {})           = text "type signature"-hsSigDoc (PatSynSig {})         = text "pattern synonym signature"-hsSigDoc (ClassOpSig _ is_deflt _ _)- | is_deflt                     = text "default type signature"- | otherwise                    = text "class method signature"-hsSigDoc (IdSig {})             = text "id signature"-hsSigDoc (SpecSig _ _ _ inl)-                                = ppr inl <+> text "pragma"-hsSigDoc (InlineSig _ _ prag)   = ppr (inlinePragmaSpec prag) <+> text "pragma"-hsSigDoc (SpecInstSig _ src _)-                                = pprWithSourceText src empty <+> text "instance pragma"-hsSigDoc (FixSig {})            = text "fixity declaration"-hsSigDoc (MinimalSig {})        = text "MINIMAL pragma"-hsSigDoc (SCCFunSig {})         = text "SCC pragma"-hsSigDoc (CompleteMatchSig {})  = text "COMPLETE pragma"-hsSigDoc (XSig {})              = text "XSIG TTG extension"--{--Check if signatures overlap; this is used when checking for duplicate-signatures. Since some of the signatures contain a list of names, testing for-equality is not enough -- we have to check if they overlap.--}- instance OutputableBndrId p => Outputable (Sig (GhcPass p)) where     ppr sig = ppr_sig sig @@ -1220,62 +643,3 @@ pprMinimalSig :: (OutputableBndr name)               => LBooleanFormula (Located name) -> SDoc pprMinimalSig (L _ bf) = ppr (fmap unLoc bf)--{--************************************************************************-*                                                                      *-\subsection[PatSynBind]{A pattern synonym definition}-*                                                                      *-************************************************************************--}---- | Haskell Pattern Synonym Details-type HsPatSynDetails pass = HsConDetails Void (LIdP pass) [RecordPatSynField pass]---- See Note [Record PatSyn Fields]--- | Record Pattern Synonym Field-data RecordPatSynField pass-  = RecordPatSynField-      { recordPatSynField :: FieldOcc pass-      -- ^ Field label visible in rest of the file-      , recordPatSynPatVar :: LIdP pass-      -- ^ Filled in by renamer, the name used internally by the pattern-      }---{--Note [Record PatSyn Fields]-~~~~~~~~~~~~~~~~~~~~~~~~~~~--Consider the following two pattern synonyms.--  pattern P x y = ([x,True], [y,'v'])-  pattern Q{ x, y } =([x,True], [y,'v'])--In P, we just have two local binders, x and y.--In Q, we have local binders but also top-level record selectors-  x :: ([Bool], [Char]) -> Bool-  y :: ([Bool], [Char]) -> Char--Both are recorded in the `RecordPatSynField`s for `x` and `y`:-* recordPatSynField: the top-level record selector-* recordPatSynPatVar: the local `x`, bound only in the RHS of the pattern synonym.--It would make sense to support record-like syntax--  pattern Q{ x=x1, y=y1 } = ([x1,True], [y1,'v'])--when we have a different name for the local and top-level binder,-making the distinction between the two names clear.---}-instance Outputable (RecordPatSynField a) where-    ppr (RecordPatSynField { recordPatSynField = v }) = ppr v----- | Haskell Pattern Synonym Direction-data HsPatSynDir id-  = Unidirectional-  | ImplicitBidirectional-  | ExplicitBidirectional (MatchGroup id (LHsExpr id))
compiler/GHC/Hs/Decls.hs view
@@ -9,2614 +9,1050 @@ {-# LANGUAGE TypeApplications    #-} {-# LANGUAGE TypeFamilies        #-} {-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]-                                      -- in module GHC.Hs.Extension--{--(c) The University of Glasgow 2006-(c) The GRASP/AQUA Project, Glasgow University, 1992-1998--}---{-# OPTIONS_GHC -Wno-incomplete-record-updates #-}---- | Abstract syntax of global declarations.------ Definitions for: @SynDecl@ and @ConDecl@, @ClassDecl@,--- @InstDecl@, @DefaultDecl@ and @ForeignDecl@.-module GHC.Hs.Decls (-  -- * Toplevel declarations-  HsDecl(..), LHsDecl, HsDataDefn(..), HsDeriving, LHsFunDep,-  HsDerivingClause(..), LHsDerivingClause, DerivClauseTys(..), LDerivClauseTys,-  NewOrData(..), newOrDataToFlavour,-  StandaloneKindSig(..), LStandaloneKindSig, standaloneKindSigName,--  -- ** Class or type declarations-  TyClDecl(..), LTyClDecl, DataDeclRn(..),-  TyClGroup(..),-  tyClGroupTyClDecls, tyClGroupInstDecls, tyClGroupRoleDecls,-  tyClGroupKindSigs,-  isClassDecl, isDataDecl, isSynDecl, tcdName,-  isFamilyDecl, isTypeFamilyDecl, isDataFamilyDecl,-  isOpenTypeFamilyInfo, isClosedTypeFamilyInfo,-  tyFamInstDeclName, tyFamInstDeclLName,-  countTyClDecls, pprTyClDeclFlavour,-  tyClDeclLName, tyClDeclTyVars,-  hsDeclHasCusk, famResultKindSignature,-  FamilyDecl(..), LFamilyDecl,--  -- ** Instance declarations-  InstDecl(..), LInstDecl, FamilyInfo(..),-  TyFamInstDecl(..), LTyFamInstDecl, instDeclDataFamInsts,-  TyFamDefltDecl, LTyFamDefltDecl,-  DataFamInstDecl(..), LDataFamInstDecl,-  pprDataFamInstFlavour, pprTyFamInstDecl, pprHsFamInstLHS,-  FamEqn(..), TyFamInstEqn, LTyFamInstEqn, HsTyPats,-  LClsInstDecl, ClsInstDecl(..),--  -- ** Standalone deriving declarations-  DerivDecl(..), LDerivDecl,-  -- ** Deriving strategies-  DerivStrategy(..), LDerivStrategy,-  derivStrategyName, foldDerivStrategy, mapDerivStrategy,-  -- ** @RULE@ declarations-  LRuleDecls,RuleDecls(..),RuleDecl(..),LRuleDecl,HsRuleRn(..),-  RuleBndr(..),LRuleBndr,-  collectRuleBndrSigTys,-  flattenRuleDecls, pprFullRuleName,-  -- ** @default@ declarations-  DefaultDecl(..), LDefaultDecl,-  -- ** Template haskell declaration splice-  SpliceExplicitFlag(..),-  SpliceDecl(..), LSpliceDecl,-  -- ** Foreign function interface declarations-  ForeignDecl(..), LForeignDecl, ForeignImport(..), ForeignExport(..),-  CImportSpec(..),-  -- ** Data-constructor declarations-  ConDecl(..), LConDecl,-  HsConDeclH98Details, HsConDeclGADTDetails(..), hsConDeclTheta,-  getConNames, getRecConArgs_maybe,-  -- ** Document comments-  DocDecl(..), LDocDecl, docDeclDoc,-  -- ** Deprecations-  WarnDecl(..),  LWarnDecl,-  WarnDecls(..), LWarnDecls,-  -- ** Annotations-  AnnDecl(..), LAnnDecl,-  AnnProvenance(..), annProvenanceName_maybe,-  -- ** Role annotations-  RoleAnnotDecl(..), LRoleAnnotDecl, roleAnnotDeclName,-  -- ** Injective type families-  FamilyResultSig(..), LFamilyResultSig, InjectivityAnn(..), LInjectivityAnn,-  resultVariableName, familyDeclLName, familyDeclName,--  -- * Grouping-  HsGroup(..),  emptyRdrGroup, emptyRnGroup, appendGroups, hsGroupInstDecls,-  hsGroupTopLevelFixitySigs,--  partitionBindsAndSigs,-    ) where---- friends:-import GHC.Prelude--import {-# SOURCE #-} GHC.Hs.Expr( HsExpr, HsSplice, pprExpr,-                                   pprSpliceDecl )-        -- Because Expr imports Decls via HsBracket--import GHC.Hs.Binds-import GHC.Hs.Type-import GHC.Hs.Doc-import GHC.Core.TyCon-import GHC.Types.Basic-import GHC.Core.Coercion-import GHC.Types.ForeignCall-import GHC.Hs.Extension-import GHC.Types.Name-import GHC.Types.Name.Set-import GHC.Types.Fixity---- others:-import GHC.Core.Class-import GHC.Utils.Outputable-import GHC.Utils.Misc-import GHC.Utils.Panic-import GHC.Types.SrcLoc-import GHC.Types.SourceText-import GHC.Core.Type-import GHC.Unit.Module.Warnings--import GHC.Data.Bag-import GHC.Data.Maybe-import Data.Data        hiding (TyCon,Fixity, Infix)-import Data.Void--{--************************************************************************-*                                                                      *-\subsection[HsDecl]{Declarations}-*                                                                      *-************************************************************************--}--type LHsDecl p = XRec p (HsDecl p)-        -- ^ When in a list this may have-        ---        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnSemi'-        ------ For details on above see note [Api annotations] in GHC.Parser.Annotation---- | A Haskell Declaration-data HsDecl p-  = TyClD      (XTyClD p)      (TyClDecl p)      -- ^ Type or Class Declaration-  | InstD      (XInstD p)      (InstDecl  p)     -- ^ Instance declaration-  | DerivD     (XDerivD p)     (DerivDecl p)     -- ^ Deriving declaration-  | ValD       (XValD p)       (HsBind p)        -- ^ Value declaration-  | SigD       (XSigD p)       (Sig p)           -- ^ Signature declaration-  | KindSigD   (XKindSigD p)   (StandaloneKindSig p) -- ^ Standalone kind signature-  | DefD       (XDefD p)       (DefaultDecl p)   -- ^ 'default' declaration-  | ForD       (XForD p)       (ForeignDecl p)   -- ^ Foreign declaration-  | WarningD   (XWarningD p)   (WarnDecls p)     -- ^ Warning declaration-  | AnnD       (XAnnD p)       (AnnDecl p)       -- ^ Annotation declaration-  | RuleD      (XRuleD p)      (RuleDecls p)     -- ^ Rule declaration-  | SpliceD    (XSpliceD p)    (SpliceDecl p)    -- ^ Splice declaration-                                                 -- (Includes quasi-quotes)-  | DocD       (XDocD p)       (DocDecl)  -- ^ Documentation comment declaration-  | RoleAnnotD (XRoleAnnotD p) (RoleAnnotDecl p) -- ^Role annotation declaration-  | XHsDecl    !(XXHsDecl p)--type instance XTyClD      (GhcPass _) = NoExtField-type instance XInstD      (GhcPass _) = NoExtField-type instance XDerivD     (GhcPass _) = NoExtField-type instance XValD       (GhcPass _) = NoExtField-type instance XSigD       (GhcPass _) = NoExtField-type instance XKindSigD   (GhcPass _) = NoExtField-type instance XDefD       (GhcPass _) = NoExtField-type instance XForD       (GhcPass _) = NoExtField-type instance XWarningD   (GhcPass _) = NoExtField-type instance XAnnD       (GhcPass _) = NoExtField-type instance XRuleD      (GhcPass _) = NoExtField-type instance XSpliceD    (GhcPass _) = NoExtField-type instance XDocD       (GhcPass _) = NoExtField-type instance XRoleAnnotD (GhcPass _) = NoExtField-type instance XXHsDecl    (GhcPass _) = NoExtCon--{--Note [Top-level fixity signatures in an HsGroup]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-An `HsGroup p` stores every top-level fixity declarations in one of two places:--1. hs_fixds :: [LFixitySig p]--   This stores fixity signatures for top-level declarations (e.g., functions,-   data constructors, classes, type families, etc.) as well as fixity-   signatures for class methods written outside of the class, as in this-   example:--     infixl 4 `m1`-     class C1 a where-       m1 :: a -> a -> a--2. hs_tyclds :: [TyClGroup p]--   Each type class can be found in a TyClDecl inside a TyClGroup, and that-   TyClDecl stores the fixity signatures for its methods written inside of the-   class, as in this example:--     class C2 a where-       infixl 4 `m2`-       m2 :: a -> a -> a--The story for fixity signatures for class methods is made slightly complicated-by the fact that they can appear both inside and outside of the class itself,-and both forms of fixity signatures are considered top-level. This matters-in `GHC.Rename.Module.rnSrcDecls`, which must create a fixity environment out-of all top-level fixity signatures before doing anything else. Therefore,-`rnSrcDecls` must be aware of both (1) and (2) above. The-`hsGroupTopLevelFixitySigs` function is responsible for collecting this-information from an `HsGroup`.--One might wonder why we even bother separating top-level fixity signatures-into two places at all. That is, why not just take the fixity signatures-from `hs_tyclds` and put them into `hs_fixds` so that they are all in one-location? This ends up causing problems for `GHC.HsToCore.Quote.repTopDs`,-which translates each fixity signature in `hs_fixds` and `hs_tyclds` into a-Template Haskell `Dec`. If there are any duplicate signatures between the two-fields, this will result in an error (#17608).--}---- | Partition a list of HsDecls into function/pattern bindings, signatures,--- type family declarations, type family instances, and documentation comments.------ Panics when given a declaration that cannot be put into any of the output--- groups.------ The primary use of this function is to implement--- 'GHC.Parser.PostProcess.cvBindsAndSigs'.-partitionBindsAndSigs-  :: [LHsDecl GhcPs]-  -> (LHsBinds GhcPs, [LSig GhcPs], [LFamilyDecl GhcPs],-      [LTyFamInstDecl GhcPs], [LDataFamInstDecl GhcPs], [LDocDecl])-partitionBindsAndSigs = go-  where-    go [] = (emptyBag, [], [], [], [], [])-    go ((L l decl) : ds) =-      let (bs, ss, ts, tfis, dfis, docs) = go ds in-      case decl of-        ValD _ b-          -> (L l b `consBag` bs, ss, ts, tfis, dfis, docs)-        SigD _ s-          -> (bs, L l s : ss, ts, tfis, dfis, docs)-        TyClD _ (FamDecl _ t)-          -> (bs, ss, L l t : ts, tfis, dfis, docs)-        InstD _ (TyFamInstD { tfid_inst = tfi })-          -> (bs, ss, ts, L l tfi : tfis, dfis, docs)-        InstD _ (DataFamInstD { dfid_inst = dfi })-          -> (bs, ss, ts, tfis, L l dfi : dfis, docs)-        DocD _ d-          -> (bs, ss, ts, tfis, dfis, L l d : docs)-        _ -> pprPanic "partitionBindsAndSigs" (ppr decl)---- | Haskell Group------ A 'HsDecl' is categorised into a 'HsGroup' before being--- fed to the renamer.-data HsGroup p-  = HsGroup {-        hs_ext    :: XCHsGroup p,-        hs_valds  :: HsValBinds p,-        hs_splcds :: [LSpliceDecl p],--        hs_tyclds :: [TyClGroup p],-                -- A list of mutually-recursive groups;-                -- This includes `InstDecl`s as well;-                -- Parser generates a singleton list;-                -- renamer does dependency analysis--        hs_derivds :: [LDerivDecl p],--        hs_fixds  :: [LFixitySig p],-                -- A list of fixity signatures defined for top-level-                -- declarations and class methods (defined outside of the class-                -- itself).-                -- See Note [Top-level fixity signatures in an HsGroup]--        hs_defds  :: [LDefaultDecl p],-        hs_fords  :: [LForeignDecl p],-        hs_warnds :: [LWarnDecls p],-        hs_annds  :: [LAnnDecl p],-        hs_ruleds :: [LRuleDecls p],--        hs_docs   :: [LDocDecl]-    }-  | XHsGroup !(XXHsGroup p)--type instance XCHsGroup (GhcPass _) = NoExtField-type instance XXHsGroup (GhcPass _) = NoExtCon---emptyGroup, emptyRdrGroup, emptyRnGroup :: HsGroup (GhcPass p)-emptyRdrGroup = emptyGroup { hs_valds = emptyValBindsIn }-emptyRnGroup  = emptyGroup { hs_valds = emptyValBindsOut }--hsGroupInstDecls :: HsGroup id -> [LInstDecl id]-hsGroupInstDecls = (=<<) group_instds . hs_tyclds--emptyGroup = HsGroup { hs_ext = noExtField,-                       hs_tyclds = [],-                       hs_derivds = [],-                       hs_fixds = [], hs_defds = [], hs_annds = [],-                       hs_fords = [], hs_warnds = [], hs_ruleds = [],-                       hs_valds = error "emptyGroup hs_valds: Can't happen",-                       hs_splcds = [],-                       hs_docs = [] }---- | The fixity signatures for each top-level declaration and class method--- in an 'HsGroup'.--- See Note [Top-level fixity signatures in an HsGroup]-hsGroupTopLevelFixitySigs :: HsGroup (GhcPass p) -> [LFixitySig (GhcPass p)]-hsGroupTopLevelFixitySigs (HsGroup{ hs_fixds = fixds, hs_tyclds = tyclds }) =-    fixds ++ cls_fixds-  where-    cls_fixds = [ L loc sig-                | L _ ClassDecl{tcdSigs = sigs} <- tyClGroupTyClDecls tyclds-                , L loc (FixSig _ sig) <- sigs-                ]--appendGroups :: HsGroup (GhcPass p) -> HsGroup (GhcPass p)-             -> HsGroup (GhcPass p)-appendGroups-    HsGroup {-        hs_valds  = val_groups1,-        hs_splcds = spliceds1,-        hs_tyclds = tyclds1,-        hs_derivds = derivds1,-        hs_fixds  = fixds1,-        hs_defds  = defds1,-        hs_annds  = annds1,-        hs_fords  = fords1,-        hs_warnds = warnds1,-        hs_ruleds = rulds1,-        hs_docs   = docs1 }-    HsGroup {-        hs_valds  = val_groups2,-        hs_splcds = spliceds2,-        hs_tyclds = tyclds2,-        hs_derivds = derivds2,-        hs_fixds  = fixds2,-        hs_defds  = defds2,-        hs_annds  = annds2,-        hs_fords  = fords2,-        hs_warnds = warnds2,-        hs_ruleds = rulds2,-        hs_docs   = docs2 }-  =-    HsGroup {-        hs_ext    = noExtField,-        hs_valds  = val_groups1 `plusHsValBinds` val_groups2,-        hs_splcds = spliceds1 ++ spliceds2,-        hs_tyclds = tyclds1 ++ tyclds2,-        hs_derivds = derivds1 ++ derivds2,-        hs_fixds  = fixds1 ++ fixds2,-        hs_annds  = annds1 ++ annds2,-        hs_defds  = defds1 ++ defds2,-        hs_fords  = fords1 ++ fords2,-        hs_warnds = warnds1 ++ warnds2,-        hs_ruleds = rulds1 ++ rulds2,-        hs_docs   = docs1  ++ docs2 }--instance (OutputableBndrId p) => Outputable (HsDecl (GhcPass p)) where-    ppr (TyClD _ dcl)             = ppr dcl-    ppr (ValD _ binds)            = ppr binds-    ppr (DefD _ def)              = ppr def-    ppr (InstD _ inst)            = ppr inst-    ppr (DerivD _ deriv)          = ppr deriv-    ppr (ForD _ fd)               = ppr fd-    ppr (SigD _ sd)               = ppr sd-    ppr (KindSigD _ ksd)          = ppr ksd-    ppr (RuleD _ rd)              = ppr rd-    ppr (WarningD _ wd)           = ppr wd-    ppr (AnnD _ ad)               = ppr ad-    ppr (SpliceD _ dd)            = ppr dd-    ppr (DocD _ doc)              = ppr doc-    ppr (RoleAnnotD _ ra)         = ppr ra--instance (OutputableBndrId p) => Outputable (HsGroup (GhcPass p)) where-    ppr (HsGroup { hs_valds  = val_decls,-                   hs_tyclds = tycl_decls,-                   hs_derivds = deriv_decls,-                   hs_fixds  = fix_decls,-                   hs_warnds = deprec_decls,-                   hs_annds  = ann_decls,-                   hs_fords  = foreign_decls,-                   hs_defds  = default_decls,-                   hs_ruleds = rule_decls })-        = vcat_mb empty-            [ppr_ds fix_decls, ppr_ds default_decls,-             ppr_ds deprec_decls, ppr_ds ann_decls,-             ppr_ds rule_decls,-             if isEmptyValBinds val_decls-                then Nothing-                else Just (ppr val_decls),-             ppr_ds (tyClGroupRoleDecls tycl_decls),-             ppr_ds (tyClGroupKindSigs  tycl_decls),-             ppr_ds (tyClGroupTyClDecls tycl_decls),-             ppr_ds (tyClGroupInstDecls tycl_decls),-             ppr_ds deriv_decls,-             ppr_ds foreign_decls]-        where-          ppr_ds :: Outputable a => [a] -> Maybe SDoc-          ppr_ds [] = Nothing-          ppr_ds ds = Just (vcat (map ppr ds))--          vcat_mb :: SDoc -> [Maybe SDoc] -> SDoc-          -- Concatenate vertically with white-space between non-blanks-          vcat_mb _    []             = empty-          vcat_mb gap (Nothing : ds) = vcat_mb gap ds-          vcat_mb gap (Just d  : ds) = gap $$ d $$ vcat_mb blankLine ds---- | Located Splice Declaration-type LSpliceDecl pass = XRec pass (SpliceDecl pass)---- | Splice Declaration-data SpliceDecl p-  = SpliceDecl                  -- Top level splice-        (XSpliceDecl p)-        (XRec p (HsSplice p))-        SpliceExplicitFlag-  | XSpliceDecl !(XXSpliceDecl p)--type instance XSpliceDecl      (GhcPass _) = NoExtField-type instance XXSpliceDecl     (GhcPass _) = NoExtCon--instance OutputableBndrId p-       => Outputable (SpliceDecl (GhcPass p)) where-   ppr (SpliceDecl _ (L _ e) f) = pprSpliceDecl e f--{--************************************************************************-*                                                                      *-            Type and class declarations-*                                                                      *-************************************************************************--Note [The Naming story]-~~~~~~~~~~~~~~~~~~~~~~~-Here is the story about the implicit names that go with type, class,-and instance decls.  It's a bit tricky, so pay attention!--"Implicit" (or "system") binders-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-  Each data type decl defines-        a worker name for each constructor-        to-T and from-T convertors-  Each class decl defines-        a tycon for the class-        a data constructor for that tycon-        the worker for that constructor-        a selector for each superclass--All have occurrence names that are derived uniquely from their parent-declaration.--None of these get separate definitions in an interface file; they are-fully defined by the data or class decl.  But they may *occur* in-interface files, of course.  Any such occurrence must haul in the-relevant type or class decl.--Plan of attack:- - Ensure they "point to" the parent data/class decl-   when loading that decl from an interface file-   (See RnHiFiles.getSysBinders)-- - When typechecking the decl, we build the implicit TyCons and Ids.-   When doing so we look them up in the name cache (GHC.Rename.Env.lookupSysName),-   to ensure correct module and provenance is set--These are the two places that we have to conjure up the magic derived-names.  (The actual magic is in GHC.Types.Name.Occurrence.mkWorkerOcc, etc.)--Default methods-~~~~~~~~~~~~~~~- - Occurrence name is derived uniquely from the method name-   E.g. $dmmax-- - If there is a default method name at all, it's recorded in-   the ClassOpSig (in GHC.Hs.Binds), in the DefMethInfo field.-   (DefMethInfo is defined in GHC.Core.Class)--Source-code class decls and interface-code class decls are treated subtly-differently, which has given me a great deal of confusion over the years.-Here's the deal.  (We distinguish the two cases because source-code decls-have (Just binds) in the tcdMeths field, whereas interface decls have Nothing.--In *source-code* class declarations:-- - When parsing, every ClassOpSig gets a DefMeth with a suitable RdrName-   This is done by GHC.Parser.PostProcess.mkClassOpSigDM-- - The renamer renames it to a Name-- - During typechecking, we generate a binding for each $dm for-   which there's a programmer-supplied default method:-        class Foo a where-          op1 :: <type>-          op2 :: <type>-          op1 = ...-   We generate a binding for $dmop1 but not for $dmop2.-   The Class for Foo has a Nothing for op2 and-                         a Just ($dm_op1, VanillaDM) for op1.-   The Name for $dmop2 is simply discarded.--In *interface-file* class declarations:-  - When parsing, we see if there's an explicit programmer-supplied default method-    because there's an '=' sign to indicate it:-        class Foo a where-          op1 = :: <type>       -- NB the '='-          op2   :: <type>-    We use this info to generate a DefMeth with a suitable RdrName for op1,-    and a NoDefMeth for op2-  - The interface file has a separate definition for $dmop1, with unfolding etc.-  - The renamer renames it to a Name.-  - The renamer treats $dmop1 as a free variable of the declaration, so that-    the binding for $dmop1 will be sucked in.  (See RnHsSyn.tyClDeclFVs)-    This doesn't happen for source code class decls, because they *bind* the default method.--Dictionary functions-~~~~~~~~~~~~~~~~~~~~-Each instance declaration gives rise to one dictionary function binding.--The type checker makes up new source-code instance declarations-(e.g. from 'deriving' or generic default methods --- see-GHC.Tc.TyCl.Instance.tcInstDecls1).  So we can't generate the names for-dictionary functions in advance (we don't know how many we need).--On the other hand for interface-file instance declarations, the decl-specifies the name of the dictionary function, and it has a binding elsewhere-in the interface file:-        instance {Eq Int} = dEqInt-        dEqInt :: {Eq Int} <pragma info>--So again we treat source code and interface file code slightly differently.--Source code:-  - Source code instance decls have a Nothing in the (Maybe name) field-    (see data InstDecl below)--  - The typechecker makes up a Local name for the dict fun for any source-code-    instance decl, whether it comes from a source-code instance decl, or whether-    the instance decl is derived from some other construct (e.g. 'deriving').--  - The occurrence name it chooses is derived from the instance decl (just for-    documentation really) --- e.g. dNumInt.  Two dict funs may share a common-    occurrence name, but will have different uniques.  E.g.-        instance Foo [Int]  where ...-        instance Foo [Bool] where ...-    These might both be dFooList--  - The CoreTidy phase externalises the name, and ensures the occurrence name is-    unique (this isn't special to dict funs).  So we'd get dFooList and dFooList1.--  - We can take this relaxed approach (changing the occurrence name later)-    because dict fun Ids are not captured in a TyCon or Class (unlike default-    methods, say).  Instead, they are kept separately in the InstEnv.  This-    makes it easy to adjust them after compiling a module.  (Once we've finished-    compiling that module, they don't change any more.)---Interface file code:-  - The instance decl gives the dict fun name, so the InstDecl has a (Just name)-    in the (Maybe name) field.--  - RnHsSyn.instDeclFVs treats the dict fun name as free in the decl, so that we-    suck in the dfun binding--}---- | Located Declaration of a Type or Class-type LTyClDecl pass = XRec pass (TyClDecl pass)---- | A type or class declaration.-data TyClDecl pass-  = -- | @type/data family T :: *->*@-    ---    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnType',-    --             'GHC.Parser.Annotation.AnnData',-    --             'GHC.Parser.Annotation.AnnFamily','GHC.Parser.Annotation.AnnDcolon',-    --             'GHC.Parser.Annotation.AnnWhere','GHC.Parser.Annotation.AnnOpenP',-    --             'GHC.Parser.Annotation.AnnDcolon','GHC.Parser.Annotation.AnnCloseP',-    --             'GHC.Parser.Annotation.AnnEqual','GHC.Parser.Annotation.AnnRarrow',-    --             'GHC.Parser.Annotation.AnnVbar'--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation-    FamDecl { tcdFExt :: XFamDecl pass, tcdFam :: FamilyDecl pass }--  | -- | @type@ declaration-    ---    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnType',-    --             'GHC.Parser.Annotation.AnnEqual',--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation-    SynDecl { tcdSExt   :: XSynDecl pass          -- ^ Post renameer, FVs-            , tcdLName  :: LIdP pass              -- ^ Type constructor-            , tcdTyVars :: LHsQTyVars pass        -- ^ Type variables; for an-                                                  -- associated type these-                                                  -- include outer binders-            , tcdFixity :: LexicalFixity          -- ^ Fixity used in the declaration-            , tcdRhs    :: LHsType pass }         -- ^ RHS of type declaration--  | -- | @data@ declaration-    ---    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnData',-    --              'GHC.Parser.Annotation.AnnFamily',-    --              'GHC.Parser.Annotation.AnnNewType',-    --              'GHC.Parser.Annotation.AnnNewType','GHC.Parser.Annotation.AnnDcolon'-    --              'GHC.Parser.Annotation.AnnWhere',--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation-    DataDecl { tcdDExt     :: XDataDecl pass       -- ^ Post renamer, CUSK flag, FVs-             , tcdLName    :: LIdP pass             -- ^ Type constructor-             , tcdTyVars   :: LHsQTyVars pass      -- ^ Type variables-                              -- See Note [TyVar binders for associated declarations]-             , tcdFixity   :: LexicalFixity        -- ^ Fixity used in the declaration-             , tcdDataDefn :: HsDataDefn pass }--  | ClassDecl { tcdCExt    :: XClassDecl pass,         -- ^ Post renamer, FVs-                tcdCtxt    :: LHsContext pass,         -- ^ Context...-                tcdLName   :: LIdP pass,               -- ^ Name of the class-                tcdTyVars  :: LHsQTyVars pass,         -- ^ Class type variables-                tcdFixity  :: LexicalFixity, -- ^ Fixity used in the declaration-                tcdFDs     :: [LHsFunDep pass],         -- ^ Functional deps-                tcdSigs    :: [LSig pass],              -- ^ Methods' signatures-                tcdMeths   :: LHsBinds pass,            -- ^ Default methods-                tcdATs     :: [LFamilyDecl pass],       -- ^ Associated types;-                tcdATDefs  :: [LTyFamDefltDecl pass],   -- ^ Associated type defaults-                tcdDocs    :: [LDocDecl]                -- ^ Haddock docs-    }-        -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnClass',-        --           'GHC.Parser.Annotation.AnnWhere','GHC.Parser.Annotation.AnnOpen',-        --           'GHC.Parser.Annotation.AnnClose'-        --   - The tcdFDs will have 'GHC.Parser.Annotation.AnnVbar',-        --                          'GHC.Parser.Annotation.AnnComma'-        --                          'GHC.Parser.Annotation.AnnRarrow'--        -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | XTyClDecl !(XXTyClDecl pass)--type LHsFunDep pass = XRec pass (FunDep (LIdP pass))--data DataDeclRn = DataDeclRn-             { tcdDataCusk :: Bool    -- ^ does this have a CUSK?-                 -- See Note [CUSKs: complete user-supplied kind signatures]-             , tcdFVs      :: NameSet }-  deriving Data--{- Note [TyVar binders for associated decls]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-For an /associated/ data, newtype, or type-family decl, the LHsQTyVars-/includes/ outer binders.  For example-    class T a where-       data D a c-       type F a b :: *-       type F a b = a -> a-Here the data decl for 'D', and type-family decl for 'F', both include 'a'-in their LHsQTyVars (tcdTyVars and fdTyVars resp).--Ditto any implicit binders in the hsq_implicit field of the LHSQTyVars.--The idea is that the associated type is really a top-level decl in its-own right.  However we are careful to use the same name 'a', so that-we can match things up.--c.f. Note [Associated type tyvar names] in GHC.Core.Class-     Note [Family instance declaration binders]--}--type instance XFamDecl      (GhcPass _) = NoExtField--type instance XSynDecl      GhcPs = NoExtField-type instance XSynDecl      GhcRn = NameSet -- FVs-type instance XSynDecl      GhcTc = NameSet -- FVs--type instance XDataDecl     GhcPs = NoExtField-type instance XDataDecl     GhcRn = DataDeclRn-type instance XDataDecl     GhcTc = DataDeclRn--type instance XClassDecl    GhcPs = LayoutInfo  -- See Note [Class LayoutInfo]-type instance XClassDecl    GhcRn = NameSet -- FVs-type instance XClassDecl    GhcTc = NameSet -- FVs--{- Note [Class LayoutInfo]-~~~~~~~~~~~~~~~~~~~~~~~~~~-The LayoutInfo is used to associate Haddock comments with parts of the declaration.-Compare the following examples:--    class C a where-      f :: a -> Int-      -- ^ comment on f--    class C a where-      f :: a -> Int-    -- ^ comment on C--Notice how "comment on f" and "comment on C" differ only by indentation level.-Thus we have to record the indentation level of the class declarations.--See also Note [Adding Haddock comments to the syntax tree] in GHC.Parser.PostProcess.Haddock--}--type instance XXTyClDecl    (GhcPass _) = NoExtCon---- Simple classifiers for TyClDecl--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~---- | @True@ <=> argument is a @data@\/@newtype@--- declaration.-isDataDecl :: TyClDecl pass -> Bool-isDataDecl (DataDecl {}) = True-isDataDecl _other        = False---- | type or type instance declaration-isSynDecl :: TyClDecl pass -> Bool-isSynDecl (SynDecl {})   = True-isSynDecl _other        = False---- | type class-isClassDecl :: TyClDecl pass -> Bool-isClassDecl (ClassDecl {}) = True-isClassDecl _              = False---- | type/data family declaration-isFamilyDecl :: TyClDecl pass -> Bool-isFamilyDecl (FamDecl {})  = True-isFamilyDecl _other        = False---- | type family declaration-isTypeFamilyDecl :: TyClDecl pass -> Bool-isTypeFamilyDecl (FamDecl _ (FamilyDecl { fdInfo = info })) = case info of-  OpenTypeFamily      -> True-  ClosedTypeFamily {} -> True-  _                   -> False-isTypeFamilyDecl _ = False---- | open type family info-isOpenTypeFamilyInfo :: FamilyInfo pass -> Bool-isOpenTypeFamilyInfo OpenTypeFamily = True-isOpenTypeFamilyInfo _              = False---- | closed type family info-isClosedTypeFamilyInfo :: FamilyInfo pass -> Bool-isClosedTypeFamilyInfo (ClosedTypeFamily {}) = True-isClosedTypeFamilyInfo _                     = False---- | data family declaration-isDataFamilyDecl :: TyClDecl pass -> Bool-isDataFamilyDecl (FamDecl _ (FamilyDecl { fdInfo = DataFamily })) = True-isDataFamilyDecl _other      = False---- Dealing with names--tyFamInstDeclName :: TyFamInstDecl (GhcPass p) -> IdP (GhcPass p)-tyFamInstDeclName = unLoc . tyFamInstDeclLName--tyFamInstDeclLName :: TyFamInstDecl (GhcPass p) -> Located (IdP (GhcPass p))-tyFamInstDeclLName (TyFamInstDecl { tfid_eqn = FamEqn { feqn_tycon = ln }})-  = ln--tyClDeclLName :: TyClDecl (GhcPass p) -> Located (IdP (GhcPass p))-tyClDeclLName (FamDecl { tcdFam = fd })     = familyDeclLName fd-tyClDeclLName (SynDecl { tcdLName = ln })   = ln-tyClDeclLName (DataDecl { tcdLName = ln })  = ln-tyClDeclLName (ClassDecl { tcdLName = ln }) = ln---- FIXME: tcdName is commonly used by both GHC and third-party tools, so it--- needs to be polymorphic in the pass-tcdName :: TyClDecl (GhcPass p) -> IdP (GhcPass p)-tcdName = unLoc . tyClDeclLName--tyClDeclTyVars :: TyClDecl pass -> LHsQTyVars pass-tyClDeclTyVars (FamDecl { tcdFam = FamilyDecl { fdTyVars = tvs } }) = tvs-tyClDeclTyVars d = tcdTyVars d--countTyClDecls :: [TyClDecl pass] -> (Int, Int, Int, Int, Int)-        -- class, synonym decls, data, newtype, family decls-countTyClDecls decls- = (count isClassDecl    decls,-    count isSynDecl      decls,  -- excluding...-    count isDataTy       decls,  -- ...family...-    count isNewTy        decls,  -- ...instances-    count isFamilyDecl   decls)- where-   isDataTy DataDecl{ tcdDataDefn = HsDataDefn { dd_ND = DataType } } = True-   isDataTy _                                                       = False--   isNewTy DataDecl{ tcdDataDefn = HsDataDefn { dd_ND = NewType } } = True-   isNewTy _                                                      = False---- | Does this declaration have a complete, user-supplied kind signature?--- See Note [CUSKs: complete user-supplied kind signatures]-hsDeclHasCusk :: TyClDecl GhcRn -> Bool-hsDeclHasCusk (FamDecl { tcdFam =-    FamilyDecl { fdInfo      = fam_info-               , fdTyVars    = tyvars-               , fdResultSig = L _ resultSig } }) =-    case fam_info of-      ClosedTypeFamily {} -> hsTvbAllKinded tyvars-                          && isJust (famResultKindSignature resultSig)-      _ -> True -- Un-associated open type/data families have CUSKs-hsDeclHasCusk (SynDecl { tcdTyVars = tyvars, tcdRhs = rhs })-  = hsTvbAllKinded tyvars && isJust (hsTyKindSig rhs)-hsDeclHasCusk (DataDecl { tcdDExt = DataDeclRn { tcdDataCusk = cusk }}) = cusk-hsDeclHasCusk (ClassDecl { tcdTyVars = tyvars }) = hsTvbAllKinded tyvars---- Pretty-printing TyClDecl--- ~~~~~~~~~~~~~~~~~~~~~~~~--instance (OutputableBndrId p) => Outputable (TyClDecl (GhcPass p)) where--    ppr (FamDecl { tcdFam = decl }) = ppr decl-    ppr (SynDecl { tcdLName = ltycon, tcdTyVars = tyvars, tcdFixity = fixity-                 , tcdRhs = rhs })-      = hang (text "type" <+>-              pp_vanilla_decl_head ltycon tyvars fixity noLHsContext <+> equals)-          4 (ppr rhs)--    ppr (DataDecl { tcdLName = ltycon, tcdTyVars = tyvars, tcdFixity = fixity-                  , tcdDataDefn = defn })-      = pp_data_defn (pp_vanilla_decl_head ltycon tyvars fixity) defn--    ppr (ClassDecl {tcdCtxt = context, tcdLName = lclas, tcdTyVars = tyvars,-                    tcdFixity = fixity,-                    tcdFDs  = fds,-                    tcdSigs = sigs, tcdMeths = methods,-                    tcdATs = ats, tcdATDefs = at_defs})-      | null sigs && isEmptyBag methods && null ats && null at_defs -- No "where" part-      = top_matter--      | otherwise       -- Laid out-      = vcat [ top_matter <+> text "where"-             , nest 2 $ pprDeclList (map (pprFamilyDecl NotTopLevel . unLoc) ats ++-                                     map (pprTyFamDefltDecl . unLoc) at_defs ++-                                     pprLHsBindsForUser methods sigs) ]-      where-        top_matter = text "class"-                    <+> pp_vanilla_decl_head lclas tyvars fixity context-                    <+> pprFundeps (map unLoc fds)--instance OutputableBndrId p-       => Outputable (TyClGroup (GhcPass p)) where-  ppr (TyClGroup { group_tyclds = tyclds-                 , group_roles = roles-                 , group_kisigs = kisigs-                 , group_instds = instds-                 }-      )-    = hang (text "TyClGroup") 2 $-      ppr kisigs $$-      ppr tyclds $$-      ppr roles $$-      ppr instds--pp_vanilla_decl_head :: (OutputableBndrId p)-   => Located (IdP (GhcPass p))-   -> LHsQTyVars (GhcPass p)-   -> LexicalFixity-   -> LHsContext (GhcPass p)-   -> SDoc-pp_vanilla_decl_head thing (HsQTvs { hsq_explicit = tyvars }) fixity context- = hsep [pprLHsContext context, pp_tyvars tyvars]-  where-    pp_tyvars (varl:varsr)-      | fixity == Infix && length varsr > 1-         = hsep [char '(',ppr (unLoc varl), pprInfixOcc (unLoc thing)-                , (ppr.unLoc) (head varsr), char ')'-                , hsep (map (ppr.unLoc) (tail varsr))]-      | fixity == Infix-         = hsep [ppr (unLoc varl), pprInfixOcc (unLoc thing)-         , hsep (map (ppr.unLoc) varsr)]-      | otherwise = hsep [ pprPrefixOcc (unLoc thing)-                  , hsep (map (ppr.unLoc) (varl:varsr))]-    pp_tyvars [] = pprPrefixOcc (unLoc thing)--pprTyClDeclFlavour :: TyClDecl (GhcPass p) -> SDoc-pprTyClDeclFlavour (ClassDecl {})   = text "class"-pprTyClDeclFlavour (SynDecl {})     = text "type"-pprTyClDeclFlavour (FamDecl { tcdFam = FamilyDecl { fdInfo = info }})-  = pprFlavour info <+> text "family"-pprTyClDeclFlavour (DataDecl { tcdDataDefn = HsDataDefn { dd_ND = nd } })-  = ppr nd---{- Note [CUSKs: complete user-supplied kind signatures]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-We kind-check declarations differently if they have a complete, user-supplied-kind signature (CUSK). This is because we can safely generalise a CUSKed-declaration before checking all of the others, supporting polymorphic recursion.-See https://gitlab.haskell.org/ghc/ghc/wikis/ghc-kinds/kind-inference#proposed-new-strategy-and #9200 for lots of discussion of how we got here.--The detection of CUSKs is enabled by the -XCUSKs extension, switched on by default.-Under -XNoCUSKs, all declarations are treated as if they have no CUSK.-See https://github.com/ghc-proposals/ghc-proposals/blob/master/proposals/0036-kind-signatures.rst--PRINCIPLE:-  a type declaration has a CUSK iff we could produce a separate kind signature-  for it, just like a type signature for a function,-  looking only at the header of the declaration.--Examples:-  * data T1 (a :: *->*) (b :: *) = ....-    -- Has CUSK; equivalant to   T1 :: (*->*) -> * -> *-- * data T2 a b = ...-   -- No CUSK; we do not want to guess T2 :: * -> * -> *-   -- because the full decl might be   data T a b = MkT (a b)--  * data T3 (a :: k -> *) (b :: *) = ...-    -- CUSK; equivalent to   T3 :: (k -> *) -> * -> *-    -- We lexically generalise over k to get-    --    T3 :: forall k. (k -> *) -> * -> *-    -- The generalisation is here is purely lexical, just like-    --    f3 :: a -> a-    -- means-    --    f3 :: forall a. a -> a--  * data T4 (a :: j k) = ...-     -- CUSK; equivalent to   T4 :: j k -> *-     -- which we lexically generalise to  T4 :: forall j k. j k -> *-     -- and then, if PolyKinds is on, we further generalise to-     --   T4 :: forall kk (j :: kk -> *) (k :: kk). j k -> *-     -- Again this is exactly like what happens as the term level-     -- when you write-     --    f4 :: forall a b. a b -> Int--NOTE THAT-  * A CUSK does /not/ mean that everything about the kind signature is-    fully specified by the user.  Look at T4 and f4: we had to do kind-    inference to figure out the kind-quantification.  But in both cases-    (T4 and f4) that inference is done looking /only/ at the header of T4-    (or signature for f4), not at the definition thereof.--  * The CUSK completely fixes the kind of the type constructor, forever.--  * The precise rules, for each declaration form, for whether a declaration-    has a CUSK are given in the user manual section "Complete user-supplied-    kind signatures and polymorphic recursion".  But they simply implement-    PRINCIPLE above.--  * Open type families are interesting:-      type family T5 a b :: *-    There simply /is/ no accompanying declaration, so that info is all-    we'll ever get.  So we it has a CUSK by definition, and we default-    any un-fixed kind variables to *.--  * Associated types are a bit tricker:-      class C6 a where-         type family T6 a b :: *-         op :: a Int -> Int-    Here C6 does not have a CUSK (in fact we ultimately discover that-    a :: * -> *).  And hence neither does T6, the associated family,-    because we can't fix its kind until we have settled C6.  Another-    way to say it: unlike a top-level, we /may/ discover more about-    a's kind from C6's definition.--  * A data definition with a top-level :: must explicitly bind all-    kind variables to the right of the ::. See test-    dependent/should_compile/KindLevels, which requires this-    case. (Naturally, any kind variable mentioned before the :: should-    not be bound after it.)--    This last point is much more debatable than the others; see-    #15142 comment:22--    Because this is fiddly to check, there is a field in the DataDeclRn-    structure (included in a DataDecl after the renamer) that stores whether-    or not the declaration has a CUSK.--}---{- *********************************************************************-*                                                                      *-                         TyClGroup-        Strongly connected components of-      type, class, instance, and role declarations-*                                                                      *-********************************************************************* -}--{- Note [TyClGroups and dependency analysis]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-A TyClGroup represents a strongly connected components of type/class/instance-decls, together with the role annotations for the type/class declarations.--The hs_tyclds :: [TyClGroup] field of a HsGroup is a dependency-order-sequence of strongly-connected components.--Invariants- * The type and class declarations, group_tyclds, may depend on each-   other, or earlier TyClGroups, but not on later ones-- * The role annotations, group_roles, are role-annotations for some or-   all of the types and classes in group_tyclds (only).-- * The instance declarations, group_instds, may (and usually will)-   depend on group_tyclds, or on earlier TyClGroups, but not on later-   ones.--See Note [Dependency analysis of type, class, and instance decls]-in GHC.Rename.Module for more info.--}---- | Type or Class Group-data TyClGroup pass  -- See Note [TyClGroups and dependency analysis]-  = TyClGroup { group_ext    :: XCTyClGroup pass-              , group_tyclds :: [LTyClDecl pass]-              , group_roles  :: [LRoleAnnotDecl pass]-              , group_kisigs :: [LStandaloneKindSig pass]-              , group_instds :: [LInstDecl pass] }-  | XTyClGroup !(XXTyClGroup pass)--type instance XCTyClGroup (GhcPass _) = NoExtField-type instance XXTyClGroup (GhcPass _) = NoExtCon---tyClGroupTyClDecls :: [TyClGroup pass] -> [LTyClDecl pass]-tyClGroupTyClDecls = concatMap group_tyclds--tyClGroupInstDecls :: [TyClGroup pass] -> [LInstDecl pass]-tyClGroupInstDecls = concatMap group_instds--tyClGroupRoleDecls :: [TyClGroup pass] -> [LRoleAnnotDecl pass]-tyClGroupRoleDecls = concatMap group_roles--tyClGroupKindSigs :: [TyClGroup pass] -> [LStandaloneKindSig pass]-tyClGroupKindSigs = concatMap group_kisigs---{- *********************************************************************-*                                                                      *-               Data and type family declarations-*                                                                      *-********************************************************************* -}--{- Note [FamilyResultSig]-~~~~~~~~~~~~~~~~~~~~~~~~~--This data type represents the return signature of a type family.  Possible-values are:-- * NoSig - the user supplied no return signature:-      type family Id a where ...-- * KindSig - the user supplied the return kind:-      type family Id a :: * where ...-- * TyVarSig - user named the result with a type variable and possibly-   provided a kind signature for that variable:-      type family Id a = r where ...-      type family Id a = (r :: *) where ...--   Naming result of a type family is required if we want to provide-   injectivity annotation for a type family:-      type family Id a = r | r -> a where ...--See also: Note [Injectivity annotation]--Note [Injectivity annotation]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~--A user can declare a type family to be injective:--   type family Id a = r | r -> a where ...-- * The part after the "|" is called "injectivity annotation".- * "r -> a" part is called "injectivity condition"; at the moment terms-   "injectivity annotation" and "injectivity condition" are synonymous-   because we only allow a single injectivity condition.- * "r" is the "LHS of injectivity condition". LHS can only contain the-   variable naming the result of a type family.-- * "a" is the "RHS of injectivity condition". RHS contains space-separated-   type and kind variables representing the arguments of a type-   family. Variables can be omitted if a type family is not injective in-   these arguments. Example:-         type family Foo a b c = d | d -> a c where ...--Note that:- (a) naming of type family result is required to provide injectivity-     annotation- (b) for associated types if the result was named then injectivity annotation-     is mandatory. Otherwise result type variable is indistinguishable from-     associated type default.--It is possible that in the future this syntax will be extended to support-more complicated injectivity annotations. For example we could declare that-if we know the result of Plus and one of its arguments we can determine the-other argument:--   type family Plus a b = (r :: Nat) | r a -> b, r b -> a where ...--Here injectivity annotation would consist of two comma-separated injectivity-conditions.--See also Note [Injective type families] in GHC.Core.TyCon--}---- | Located type Family Result Signature-type LFamilyResultSig pass = XRec pass (FamilyResultSig pass)---- | type Family Result Signature-data FamilyResultSig pass = -- see Note [FamilyResultSig]-    NoSig (XNoSig pass)-  -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' :--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | KindSig  (XCKindSig pass) (LHsKind pass)-  -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' :-  --             'GHC.Parser.Annotation.AnnOpenP','GHC.Parser.Annotation.AnnDcolon',-  --             'GHC.Parser.Annotation.AnnCloseP'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | TyVarSig (XTyVarSig pass) (LHsTyVarBndr () pass)-  -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' :-  --             'GHC.Parser.Annotation.AnnOpenP','GHC.Parser.Annotation.AnnDcolon',-  --             'GHC.Parser.Annotation.AnnCloseP', 'GHC.Parser.Annotation.AnnEqual'-  | XFamilyResultSig !(XXFamilyResultSig pass)--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation--type instance XNoSig            (GhcPass _) = NoExtField-type instance XCKindSig         (GhcPass _) = NoExtField--type instance XTyVarSig         (GhcPass _) = NoExtField-type instance XXFamilyResultSig (GhcPass _) = NoExtCon----- | Located type Family Declaration-type LFamilyDecl pass = XRec pass (FamilyDecl pass)---- | type Family Declaration-data FamilyDecl pass = FamilyDecl-  { fdExt            :: XCFamilyDecl pass-  , fdInfo           :: FamilyInfo pass              -- type/data, closed/open-  , fdLName          :: LIdP pass                    -- type constructor-  , fdTyVars         :: LHsQTyVars pass              -- type variables-                       -- See Note [TyVar binders for associated declarations]-  , fdFixity         :: LexicalFixity                -- Fixity used in the declaration-  , fdResultSig      :: LFamilyResultSig pass        -- result signature-  , fdInjectivityAnn :: Maybe (LInjectivityAnn pass) -- optional injectivity ann-  }-  | XFamilyDecl !(XXFamilyDecl pass)-  -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnType',-  --             'GHC.Parser.Annotation.AnnData', 'GHC.Parser.Annotation.AnnFamily',-  --             'GHC.Parser.Annotation.AnnWhere', 'GHC.Parser.Annotation.AnnOpenP',-  --             'GHC.Parser.Annotation.AnnDcolon', 'GHC.Parser.Annotation.AnnCloseP',-  --             'GHC.Parser.Annotation.AnnEqual', 'GHC.Parser.Annotation.AnnRarrow',-  --             'GHC.Parser.Annotation.AnnVbar'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation--type instance XCFamilyDecl    (GhcPass _) = NoExtField-type instance XXFamilyDecl    (GhcPass _) = NoExtCon----- | Located Injectivity Annotation-type LInjectivityAnn pass = XRec pass (InjectivityAnn pass)---- | If the user supplied an injectivity annotation it is represented using--- InjectivityAnn. At the moment this is a single injectivity condition - see--- Note [Injectivity annotation]. `Located name` stores the LHS of injectivity--- condition. `[Located name]` stores the RHS of injectivity condition. Example:------   type family Foo a b c = r | r -> a c where ...------ This will be represented as "InjectivityAnn `r` [`a`, `c`]"-data InjectivityAnn pass-  = InjectivityAnn (LIdP pass) [LIdP pass]-  -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' :-  --             'GHC.Parser.Annotation.AnnRarrow', 'GHC.Parser.Annotation.AnnVbar'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation--data FamilyInfo pass-  = DataFamily-  | OpenTypeFamily-     -- | 'Nothing' if we're in an hs-boot file and the user-     -- said "type family Foo x where .."-  | ClosedTypeFamily (Maybe [LTyFamInstEqn pass])---------------- Functions over FamilyDecls -------------familyDeclLName :: FamilyDecl (GhcPass p) -> Located (IdP (GhcPass p))-familyDeclLName (FamilyDecl { fdLName = n }) = n--familyDeclName :: FamilyDecl (GhcPass p) -> IdP (GhcPass p)-familyDeclName = unLoc . familyDeclLName--famResultKindSignature :: FamilyResultSig (GhcPass p) -> Maybe (LHsKind (GhcPass p))-famResultKindSignature (NoSig _) = Nothing-famResultKindSignature (KindSig _ ki) = Just ki-famResultKindSignature (TyVarSig _ bndr) =-  case unLoc bndr of-    UserTyVar _ _ _ -> Nothing-    KindedTyVar _ _ _ ki -> Just ki---- | Maybe return name of the result type variable-resultVariableName :: FamilyResultSig (GhcPass a) -> Maybe (IdP (GhcPass a))-resultVariableName (TyVarSig _ sig) = Just $ hsLTyVarName sig-resultVariableName _                = Nothing--------------- Pretty printing FamilyDecls -------------instance OutputableBndrId p-       => Outputable (FamilyDecl (GhcPass p)) where-  ppr = pprFamilyDecl TopLevel--pprFamilyDecl :: (OutputableBndrId p)-              => TopLevelFlag -> FamilyDecl (GhcPass p) -> SDoc-pprFamilyDecl top_level (FamilyDecl { fdInfo = info, fdLName = ltycon-                                    , fdTyVars = tyvars-                                    , fdFixity = fixity-                                    , fdResultSig = L _ result-                                    , fdInjectivityAnn = mb_inj })-  = vcat [ pprFlavour info <+> pp_top_level <+>-           pp_vanilla_decl_head ltycon tyvars fixity noLHsContext <+>-           pp_kind <+> pp_inj <+> pp_where-         , nest 2 $ pp_eqns ]-  where-    pp_top_level = case top_level of-                     TopLevel    -> text "family"-                     NotTopLevel -> empty--    pp_kind = case result of-                NoSig    _         -> empty-                KindSig  _ kind    -> dcolon <+> ppr kind-                TyVarSig _ tv_bndr -> text "=" <+> ppr tv_bndr-    pp_inj = case mb_inj of-               Just (L _ (InjectivityAnn lhs rhs)) ->-                 hsep [ vbar, ppr lhs, text "->", hsep (map ppr rhs) ]-               Nothing -> empty-    (pp_where, pp_eqns) = case info of-      ClosedTypeFamily mb_eqns ->-        ( text "where"-        , case mb_eqns of-            Nothing   -> text ".."-            Just eqns -> vcat $ map (ppr_fam_inst_eqn . unLoc) eqns )-      _ -> (empty, empty)--pprFlavour :: FamilyInfo pass -> SDoc-pprFlavour DataFamily            = text "data"-pprFlavour OpenTypeFamily        = text "type"-pprFlavour (ClosedTypeFamily {}) = text "type"--instance Outputable (FamilyInfo pass) where-  ppr info = pprFlavour info <+> text "family"----{- *********************************************************************-*                                                                      *-               Data types and data constructors-*                                                                      *-********************************************************************* -}---- | Haskell Data type Definition-data HsDataDefn pass   -- The payload of a data type defn-                       -- Used *both* for vanilla data declarations,-                       --       *and* for data family instances-  = -- | Declares a data type or newtype, giving its constructors-    -- @-    --  data/newtype T a = <constrs>-    --  data/newtype instance T [a] = <constrs>-    -- @-    HsDataDefn { dd_ext    :: XCHsDataDefn pass,-                 dd_ND     :: NewOrData,-                 dd_ctxt   :: LHsContext pass,           -- ^ Context-                 dd_cType  :: Maybe (XRec pass CType),-                 dd_kindSig:: Maybe (LHsKind pass),-                     -- ^ Optional kind signature.-                     ---                     -- @(Just k)@ for a GADT-style @data@,-                     -- or @data instance@ decl, with explicit kind sig-                     ---                     -- Always @Nothing@ for H98-syntax decls--                 dd_cons   :: [LConDecl pass],-                     -- ^ Data constructors-                     ---                     -- For @data T a = T1 | T2 a@-                     --   the 'LConDecl's all have 'ConDeclH98'.-                     -- For @data T a where { T1 :: T a }@-                     --   the 'LConDecls' all have 'ConDeclGADT'.--                 dd_derivs :: HsDeriving pass  -- ^ Optional 'deriving' clause--             -- For details on above see note [Api annotations] in GHC.Parser.Annotation-   }-  | XHsDataDefn !(XXHsDataDefn pass)--type instance XCHsDataDefn    (GhcPass _) = NoExtField--type instance XXHsDataDefn    (GhcPass _) = NoExtCon---- | Haskell Deriving clause-type HsDeriving pass = XRec pass [LHsDerivingClause pass]-  -- ^ The optional @deriving@ clauses of a data declaration. "Clauses" is-  -- plural because one can specify multiple deriving clauses using the-  -- @-XDerivingStrategies@ language extension.-  ---  -- The list of 'LHsDerivingClause's corresponds to exactly what the user-  -- requested to derive, in order. If no deriving clauses were specified,-  -- the list is empty.--type LHsDerivingClause pass = XRec pass (HsDerivingClause pass)---- | A single @deriving@ clause of a data declaration.------  - 'GHC.Parser.Annotation.AnnKeywordId' :---       'GHC.Parser.Annotation.AnnDeriving', 'GHC.Parser.Annotation.AnnStock',---       'GHC.Parser.Annotation.AnnAnyClass', 'Api.AnnNewtype',---       'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose'-data HsDerivingClause pass-  -- See Note [Deriving strategies] in GHC.Tc.Deriv-  = HsDerivingClause-    { deriv_clause_ext :: XCHsDerivingClause pass-    , deriv_clause_strategy :: Maybe (LDerivStrategy pass)-      -- ^ The user-specified strategy (if any) to use when deriving-      -- 'deriv_clause_tys'.-    , deriv_clause_tys :: LDerivClauseTys pass-      -- ^ The types to derive.-    }-  | XHsDerivingClause !(XXHsDerivingClause pass)--type instance XCHsDerivingClause    (GhcPass _) = NoExtField-type instance XXHsDerivingClause    (GhcPass _) = NoExtCon--instance OutputableBndrId p-       => Outputable (HsDerivingClause (GhcPass p)) where-  ppr (HsDerivingClause { deriv_clause_strategy = dcs-                        , deriv_clause_tys      = L _ dct })-    = hsep [ text "deriving"-           , pp_strat_before-           , ppr dct-           , pp_strat_after ]-      where-        -- @via@ is unique in that in comes /after/ the class being derived,-        -- so we must special-case it.-        (pp_strat_before, pp_strat_after) =-          case dcs of-            Just (L _ via@ViaStrategy{}) -> (empty, ppr via)-            _                            -> (ppDerivStrategy dcs, empty)--type LDerivClauseTys pass = XRec pass (DerivClauseTys pass)---- | The types mentioned in a single @deriving@ clause. This can come in two--- forms, 'DctSingle' or 'DctMulti', depending on whether the types are--- surrounded by enclosing parentheses or not. These parentheses are--- semantically differnt than 'HsParTy'. For example, @deriving ()@ means--- \"derive zero classes\" rather than \"derive an instance of the 0-tuple\".------ 'DerivClauseTys' use 'LHsSigType' because @deriving@ clauses can mention--- type variables that aren't bound by the datatype, e.g.------ > data T b = ... deriving (C [a])------ should produce a derived instance for @C [a] (T b)@.-data DerivClauseTys pass-  = -- | A @deriving@ clause with a single type. Moreover, that type can only-    -- be a type constructor without any arguments.-    ---    -- Example: @deriving Eq@-    DctSingle (XDctSingle pass) (LHsSigType pass)--    -- | A @deriving@ clause with a comma-separated list of types, surrounded-    -- by enclosing parentheses.-    ---    -- Example: @deriving (Eq, C a)@-  | DctMulti (XDctMulti pass) [LHsSigType pass]--  | XDerivClauseTys !(XXDerivClauseTys pass)--type instance XDctSingle (GhcPass _) = NoExtField-type instance XDctMulti  (GhcPass _) = NoExtField-type instance XXDerivClauseTys (GhcPass _) = NoExtCon--instance OutputableBndrId p => Outputable (DerivClauseTys (GhcPass p)) where-  ppr (DctSingle _ ty) = ppr ty-  ppr (DctMulti _ tys) = parens (interpp'SP tys)---- | Located Standalone Kind Signature-type LStandaloneKindSig pass = XRec pass (StandaloneKindSig pass)--data StandaloneKindSig pass-  = StandaloneKindSig (XStandaloneKindSig pass)-      (LIdP pass)           -- Why a single binder? See #16754-      (LHsSigType pass)     -- Why not LHsSigWcType? See Note [Wildcards in standalone kind signatures]-  | XStandaloneKindSig !(XXStandaloneKindSig pass)--type instance XStandaloneKindSig (GhcPass p) = NoExtField-type instance XXStandaloneKindSig (GhcPass p) = NoExtCon--standaloneKindSigName :: StandaloneKindSig (GhcPass p) -> IdP (GhcPass p)-standaloneKindSigName (StandaloneKindSig _ lname _) = unLoc lname--{- Note [Wildcards in standalone kind signatures]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-Standalone kind signatures enable polymorphic recursion, and it is unclear how-to reconcile this with partial type signatures, so we disallow wildcards in-them.--We reject wildcards in 'rnStandaloneKindSignature' by returning False for-'StandaloneKindSigCtx' in 'wildCardsAllowed'.--The alternative design is to have special treatment for partial standalone kind-signatures, much like we have special treatment for partial type signatures in-terms. However, partial standalone kind signatures are not a proper replacement-for CUSKs, so this would be a separate feature.--}--data NewOrData-  = NewType                     -- ^ @newtype Blah ...@-  | DataType                    -- ^ @data Blah ...@-  deriving( Eq, Data )                -- Needed because Demand derives Eq---- | Convert a 'NewOrData' to a 'TyConFlavour'-newOrDataToFlavour :: NewOrData -> TyConFlavour-newOrDataToFlavour NewType  = NewtypeFlavour-newOrDataToFlavour DataType = DataTypeFlavour----- | Located data Constructor Declaration-type LConDecl pass = XRec pass (ConDecl pass)-      -- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnSemi' when-      --   in a GADT constructor list--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation---- |------ @--- data T b = forall a. Eq a => MkT a b---   MkT :: forall b a. Eq a => MkT a b------ data T b where---      MkT1 :: Int -> T Int------ data T = Int `MkT` Int---        | MkT2------ data T a where---      Int `MkT` Int :: T Int--- @------ - 'GHC.Parser.Annotation.AnnKeywordId's : 'GHC.Parser.Annotation.AnnOpen',---            'GHC.Parser.Annotation.AnnDotdot','GHC.Parser.Annotation.AnnCLose',---            'GHC.Parser.Annotation.AnnEqual','GHC.Parser.Annotation.AnnVbar',---            'GHC.Parser.Annotation.AnnDarrow','GHC.Parser.Annotation.AnnDarrow',---            'GHC.Parser.Annotation.AnnForall','GHC.Parser.Annotation.AnnDot'---- For details on above see note [Api annotations] in GHC.Parser.Annotation---- | data Constructor Declaration-data ConDecl pass-  = ConDeclGADT-      { con_g_ext   :: XConDeclGADT pass-      , con_names   :: [LIdP pass]--      -- The following fields describe the type after the '::'-      -- See Note [GADT abstract syntax]-      , con_bndrs   :: XRec pass (HsOuterSigTyVarBndrs pass)-        -- ^ The outermost type variable binders, be they explicit or implicit.-        --   The 'XRec' is used to anchor API annotations, AnnForall and AnnDot.-      , con_mb_cxt  :: Maybe (LHsContext pass)   -- ^ User-written context (if any)-      , con_g_args  :: HsConDeclGADTDetails pass -- ^ Arguments; never infix-      , con_res_ty  :: LHsType pass              -- ^ Result type--      , con_doc     :: Maybe LHsDocString-          -- ^ A possible Haddock comment.-      }--  | ConDeclH98-      { con_ext     :: XConDeclH98 pass-      , con_name    :: LIdP pass--      , con_forall  :: XRec pass Bool-                              -- ^ True <=> explicit user-written forall-                              --     e.g. data T a = forall b. MkT b (b->a)-                              --     con_ex_tvs = {b}-                              -- False => con_ex_tvs is empty-      , con_ex_tvs :: [LHsTyVarBndr Specificity pass] -- ^ Existentials only-      , con_mb_cxt :: Maybe (LHsContext pass)         -- ^ User-written context (if any)-      , con_args   :: HsConDeclH98Details pass        -- ^ Arguments; can be infix--      , con_doc       :: Maybe LHsDocString-          -- ^ A possible Haddock comment.-      }-  | XConDecl !(XXConDecl pass)--type instance XConDeclGADT (GhcPass _) = NoExtField-type instance XConDeclH98  (GhcPass _) = NoExtField--type instance XXConDecl (GhcPass _) = NoExtCon--{- Note [GADT abstract syntax]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-The types of both forms of GADT constructors are very structured, as they-must consist of the quantified type variables (if provided), followed by the-context (if provided), followed by the argument types (if provided), followed-by the result type. (See "Wrinkle: No nested foralls or contexts" below for-more discussion on the restrictions imposed here.) As a result, instead of-storing the type of a GADT constructor as a single LHsType, we split it up-into its constituent components for easier access.--There are two broad ways to classify GADT constructors:--* Record-syntax constructors. For example:--    data T a where-      K :: forall a. Ord a => { x :: [a], ... } -> T a--* Prefix constructors, which do not use record syntax. For example:--    data T a where-      K :: forall a. Ord a => [a] -> ... -> T a--This distinction is recorded in the `con_args :: HsConDetails pass`, which-tracks if we're dealing with a RecCon or PrefixCon. It is easy to distinguish-the two in the AST since record GADT constructors use HsRecTy. This distinction-is made in GHC.Parser.PostProcess.mkGadtDecl.--It is worth elaborating a bit more on the process of splitting the argument-types of a GADT constructor, since there are some non-obvious details involved.-While splitting the argument types of a record GADT constructor is easy (they-are stored in an HsRecTy), splitting the arguments of a prefix GADT constructor-is trickier. The basic idea is that we must split along the outermost function-arrows ((->) and (%1 ->)) in the type, which GHC.Hs.Type.splitHsFunType-accomplishes. But what about type operators? Consider:--  C :: a :*: b -> a :*: b -> a :+: b--This could parse in many different ways depending on the precedences of each-type operator. In particular, if (:*:) were to have lower precedence than (->),-then it could very well parse like this:--  a :*: ((b -> a) :*: ((b -> a) :+: b)))--This would give the false impression that the whole type is part of one large-return type, with no arguments. Note that we do not fully resolve the exact-precedences of each user-defined type operator until the renamer, so this a-more difficult task for the parser.--Fortunately, there is no risk of the above happening. GHC's parser gives-special treatment to function arrows, and as a result, they are always parsed-with a lower precedence than any other type operator. As a result, the type-above is actually parsed like this:--  (a :*: b) -> ((a :*: b) -> (a :+: b))--While we won't know the exact precedences of (:*:) and (:+:) until the renamer,-all we are concerned about in the parser is identifying the overall shape of-the argument and result types, which we can accomplish by piggybacking on the-special treatment given to function arrows. In a future where function arrows-aren't given special status in the parser, we will likely have to modify-GHC.Parser.PostProcess.mkHsOpTyPV to preserve this trick.---------- Wrinkle: No nested foralls or contexts--------GADT constructors provide some freedom to change the order of foralls in their-types (see Note [DataCon user type variable binders] in GHC.Core.DataCon), but-this freedom is still limited. GADTs still require that all quantification-occurs "prenex". That is, any explicitly quantified type variables must occur-at the front of the GADT type, followed by any contexts, followed by the body of-the GADT type, in precisely that order. For instance:--  data T where-    MkT1 :: forall a b. (Eq a, Eq b) => a -> b -> T-      -- OK-    MkT2 :: forall a. Eq a => forall b. a -> b -> T-      -- Rejected, `forall b` is nested-    MkT3 :: forall a b. Eq a => Eq b => a -> b -> T-      -- Rejected, `Eq b` is nested-    MkT4 :: Int -> forall a. a -> T-      -- Rejected, `forall a` is nested-    MkT5 :: forall a. Int -> Eq a => a -> T-      -- Rejected, `Eq a` is nested-    MkT6 :: (forall a. a -> T)-      -- Rejected, `forall a` is nested due to the surrounding parentheses-    MkT7 :: (Eq a => a -> t)-      -- Rejected, `Eq a` is nested due to the surrounding parentheses--For the full details, see the "Formal syntax for GADTs" section of the GHC-User's Guide. GHC enforces that GADT constructors do not have nested `forall`s-or contexts in two parts:--1. GHC, in the process of splitting apart a GADT's type,-   extracts out the leading `forall` and context (if they are provided). To-   accomplish this splitting, the renamer uses the-   GHC.Hs.Type.splitLHsGADTPrefixTy function, which is careful not to remove-   parentheses surrounding the leading `forall` or context (as these-   parentheses can be syntactically significant). If the third result returned-   by splitLHsGADTPrefixTy contains any `forall`s or contexts, then they must-   be nested, so they will be rejected.--   Note that this step applies to both prefix and record GADTs alike, as they-   both have syntax which permits `forall`s and contexts. The difference is-   where this step happens:--   * For prefix GADTs, this happens in the renamer (in rnConDecl), as we cannot-     split until after the type operator fixities have been resolved.-   * For record GADTs, this happens in the parser (in mkGadtDecl).-2. If the GADT type is prefix, the renamer (in the ConDeclGADTPrefixPs case of-   rnConDecl) will then check for nested `forall`s/contexts in the body of a-   prefix GADT type, after it has determined what all of the argument types are.-   This step is necessary to catch examples like MkT4 above, where the nested-   quantification occurs after a visible argument type.--}---- | The arguments in a Haskell98-style data constructor.-type HsConDeclH98Details pass-   = HsConDetails Void (HsScaled pass (LBangType pass)) (XRec pass [LConDeclField pass])--- The Void argument to HsConDetails here is a reflection of the fact that--- type applications are not allowed in data constructor declarations.---- | The arguments in a GADT constructor. Unlike Haskell98-style constructors,--- GADT constructors cannot be declared with infix syntax. As a result, we do--- not use 'HsConDetails' here, as 'InfixCon' would be an unrepresentable--- state. (There is a notion of infix GADT constructors for the purposes of--- derived Show instances—see Note [Infix GADT constructors] in--- GHC.Tc.TyCl—but that is an orthogonal concern.)-data HsConDeclGADTDetails pass-   = PrefixConGADT [HsScaled pass (LBangType pass)]-   | RecConGADT (XRec pass [LConDeclField pass])--getConNames :: ConDecl GhcRn -> [Located Name]-getConNames ConDeclH98  {con_name  = name}  = [name]-getConNames ConDeclGADT {con_names = names} = names---- | Return @'Just' fields@ if a data constructor declaration uses record--- syntax (i.e., 'RecCon'), where @fields@ are the field selectors.--- Otherwise, return 'Nothing'.-getRecConArgs_maybe :: ConDecl GhcRn -> Maybe (Located [LConDeclField GhcRn])-getRecConArgs_maybe (ConDeclH98{con_args = args}) = case args of-  PrefixCon{} -> Nothing-  RecCon flds -> Just flds-  InfixCon{}  -> Nothing-getRecConArgs_maybe (ConDeclGADT{con_g_args = args}) = case args of-  PrefixConGADT{} -> Nothing-  RecConGADT flds -> Just flds--hsConDeclTheta :: Maybe (LHsContext (GhcPass p)) -> [LHsType (GhcPass p)]-hsConDeclTheta Nothing            = []-hsConDeclTheta (Just (L _ theta)) = theta--pp_data_defn :: (OutputableBndrId p)-                  => (LHsContext (GhcPass p) -> SDoc)   -- Printing the header-                  -> HsDataDefn (GhcPass p)-                  -> SDoc-pp_data_defn pp_hdr (HsDataDefn { dd_ND = new_or_data, dd_ctxt = context-                                , dd_cType = mb_ct-                                , dd_kindSig = mb_sig-                                , dd_cons = condecls, dd_derivs = derivings })-  | null condecls-  = ppr new_or_data <+> pp_ct <+> pp_hdr context <+> pp_sig-    <+> pp_derivings derivings--  | otherwise-  = hang (ppr new_or_data <+> pp_ct  <+> pp_hdr context <+> pp_sig)-       2 (pp_condecls condecls $$ pp_derivings derivings)-  where-    pp_ct = case mb_ct of-               Nothing   -> empty-               Just ct -> ppr ct-    pp_sig = case mb_sig of-               Nothing   -> empty-               Just kind -> dcolon <+> ppr kind-    pp_derivings (L _ ds) = vcat (map ppr ds)--instance OutputableBndrId p-       => Outputable (HsDataDefn (GhcPass p)) where-   ppr d = pp_data_defn (\_ -> text "Naked HsDataDefn") d--instance OutputableBndrId p-       => Outputable (StandaloneKindSig (GhcPass p)) where-  ppr (StandaloneKindSig _ v ki)-    = text "type" <+> pprPrefixOcc (unLoc v) <+> text "::" <+> ppr ki--instance Outputable NewOrData where-  ppr NewType  = text "newtype"-  ppr DataType = text "data"--pp_condecls :: forall p. OutputableBndrId p => [LConDecl (GhcPass p)] -> SDoc-pp_condecls cs-  | gadt_syntax                  -- In GADT syntax-  = hang (text "where") 2 (vcat (map ppr cs))-  | otherwise                    -- In H98 syntax-  = equals <+> sep (punctuate (text " |") (map ppr cs))-  where-    gadt_syntax = case cs of-      []                      -> False-      (L _ ConDeclH98{}  : _) -> False-      (L _ ConDeclGADT{} : _) -> True--instance (OutputableBndrId p) => Outputable (ConDecl (GhcPass p)) where-    ppr = pprConDecl--pprConDecl :: forall p. OutputableBndrId p => ConDecl (GhcPass p) -> SDoc-pprConDecl (ConDeclH98 { con_name = L _ con-                       , con_ex_tvs = ex_tvs-                       , con_mb_cxt = mcxt-                       , con_args = args-                       , con_doc = doc })-  = sep [ ppr_mbDoc doc-        , pprHsForAll (mkHsForAllInvisTele ex_tvs) cxt-        , ppr_details args ]-  where-    -- In ppr_details: let's not print the multiplicities (they are always 1, by-    -- definition) as they do not appear in an actual declaration.-    ppr_details (InfixCon t1 t2) = hsep [ppr (hsScaledThing t1),-                                         pprInfixOcc con,-                                         ppr (hsScaledThing t2)]-    ppr_details (PrefixCon _ tys) = hsep (pprPrefixOcc con-                                    : map (pprHsType . unLoc . hsScaledThing) tys)-    ppr_details (RecCon fields)  = pprPrefixOcc con-                                 <+> pprConDeclFields (unLoc fields)-    cxt = fromMaybe noLHsContext mcxt--pprConDecl (ConDeclGADT { con_names = cons, con_bndrs = L _ outer_bndrs-                        , con_mb_cxt = mcxt, con_g_args = args-                        , con_res_ty = res_ty, con_doc = doc })-  = ppr_mbDoc doc <+> ppr_con_names cons <+> dcolon-    <+> (sep [pprHsOuterSigTyVarBndrs outer_bndrs <+> pprLHsContext cxt,-              ppr_arrow_chain (get_args args ++ [ppr res_ty]) ])-  where-    get_args (PrefixConGADT args) = map ppr args-    get_args (RecConGADT fields)  = [pprConDeclFields (unLoc fields)]--    cxt = fromMaybe noLHsContext mcxt--    ppr_arrow_chain (a:as) = sep (a : map (arrow <+>) as)-    ppr_arrow_chain []     = empty--ppr_con_names :: (OutputableBndr a) => [Located a] -> SDoc-ppr_con_names = pprWithCommas (pprPrefixOcc . unLoc)--{--************************************************************************-*                                                                      *-                Instance declarations-*                                                                      *-************************************************************************--Note [Type family instance declarations in HsSyn]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-The data type FamEqn represents one equation of a type family instance.-Aside from the pass, it is also parameterised over another field, feqn_rhs.-feqn_rhs is either an HsDataDefn (for data family instances) or an LHsType-(for type family instances).--Type family instances also include associated type family default equations.-That is because a default for a type family looks like this:--  class C a where-    type family F a b :: Type-    type F c d = (c,d)   -- Default instance--The default declaration is really just a `type instance` declaration, but one-with particularly simple patterns: they must all be distinct type variables.-That's because we will instantiate it (in an instance declaration for `C`) if-we don't give an explicit instance for `F`. Note that the names of the-variables don't need to match those of the class: it really is like a-free-standing `type instance` declaration.--}------------------- Type synonym family instances ----------------- | Located Type Family Instance Equation-type LTyFamInstEqn pass = XRec pass (TyFamInstEqn pass)-  -- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnSemi'-  --   when in a list---- For details on above see note [Api annotations] in GHC.Parser.Annotation---- | Haskell Type Patterns-type HsTyPats pass = [LHsTypeArg pass]--{- Note [Family instance declaration binders]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-The feqn_pats field of FamEqn (family instance equation) stores the LHS type-(and kind) patterns. Any type (and kind) variables contained-in these type patterns are bound in the feqn_bndrs field.-Note that in particular:--* The feqn_bndrs *include* any anonymous wildcards.  For example-     type instance F a _ = a-  The feqn_bndrs will be HsOuterImplicit {a, _}.  Remember that each separate-  wildcard '_' gets its own unique.  In this context wildcards behave just like-  an ordinary type variable, only anonymous.--* The feqn_bndrs *include* type variables that are already in scope--   Eg   class C s t where-          type F t p :: *-        instance C w (a,b) where-          type F (a,b) x = x->a-   The feqn_bndrs of the F decl is HsOuterImplicit {a,b,x}, even though the-   F decl is nested inside the 'instance' decl.--   However after the renamer, the uniques will match up:-        instance C w7 (a8,b9) where-          type F (a8,b9) x10 = x10->a8-   so that we can compare the type pattern in the 'instance' decl and-   in the associated 'type' decl--c.f. Note [TyVar binders for associated decls]--}---- | Type Family Instance Equation-type TyFamInstEqn pass = FamEqn pass (LHsType pass)-            -- Here, the @pats@ are type patterns (with kind and type bndrs).-            -- See Note [Family instance declaration binders]---- | Type family default declarations.--- A convenient synonym for 'TyFamInstDecl'.--- See @Note [Type family instance declarations in HsSyn]@.-type TyFamDefltDecl = TyFamInstDecl---- | Located type family default declarations.-type LTyFamDefltDecl pass = XRec pass (TyFamDefltDecl pass)---- | Located Type Family Instance Declaration-type LTyFamInstDecl pass = XRec pass (TyFamInstDecl pass)---- | Type Family Instance Declaration-newtype TyFamInstDecl pass = TyFamInstDecl { tfid_eqn :: TyFamInstEqn pass }-    -- ^-    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnType',-    --           'GHC.Parser.Annotation.AnnInstance',--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation------------------- Data family instances ----------------- | Located Data Family Instance Declaration-type LDataFamInstDecl pass = XRec pass (DataFamInstDecl pass)---- | Data Family Instance Declaration-newtype DataFamInstDecl pass-  = DataFamInstDecl { dfid_eqn :: FamEqn pass (HsDataDefn pass) }-    -- ^-    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnData',-    --           'GHC.Parser.Annotation.AnnNewType','GHC.Parser.Annotation.AnnInstance',-    --           'GHC.Parser.Annotation.AnnDcolon'-    --           'GHC.Parser.Annotation.AnnWhere','GHC.Parser.Annotation.AnnOpen',-    --           'GHC.Parser.Annotation.AnnClose'--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation------------------- Family instances (common types) ----------------- | Family Equation------ One equation in a type family instance declaration, data family instance--- declaration, or type family default.--- See Note [Type family instance declarations in HsSyn]--- See Note [Family instance declaration binders]-data FamEqn pass rhs-  = FamEqn-       { feqn_ext    :: XCFamEqn pass rhs-       , feqn_tycon  :: LIdP pass-       , feqn_bndrs  :: HsOuterFamEqnTyVarBndrs pass -- ^ Optional quantified type vars-       , feqn_pats   :: HsTyPats pass-       , feqn_fixity :: LexicalFixity -- ^ Fixity used in the declaration-       , feqn_rhs    :: rhs-       }-    -- ^-    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnEqual'-  | XFamEqn !(XXFamEqn pass rhs)--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--type instance XCFamEqn    (GhcPass _) r = NoExtField-type instance XXFamEqn    (GhcPass _) r = NoExtCon------------------- Class instances ----------------- | Located Class Instance Declaration-type LClsInstDecl pass = XRec pass (ClsInstDecl pass)---- | Class Instance Declaration-data ClsInstDecl pass-  = ClsInstDecl-      { cid_ext     :: XCClsInstDecl pass-      , cid_poly_ty :: LHsSigType pass    -- Context => Class Instance-type-                                          -- Using a polytype means that the renamer conveniently-                                          -- figures out the quantified type variables for us.-      , cid_binds         :: LHsBinds pass       -- Class methods-      , cid_sigs          :: [LSig pass]         -- User-supplied pragmatic info-      , cid_tyfam_insts   :: [LTyFamInstDecl pass]   -- Type family instances-      , cid_datafam_insts :: [LDataFamInstDecl pass] -- Data family instances-      , cid_overlap_mode  :: Maybe (XRec pass OverlapMode)-         -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',-         --                                    'GHC.Parser.Annotation.AnnClose',--        -- For details on above see note [Api annotations] in GHC.Parser.Annotation-      }-    -- ^-    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnInstance',-    --           'GHC.Parser.Annotation.AnnWhere',-    --           'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose',--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | XClsInstDecl !(XXClsInstDecl pass)--type instance XCClsInstDecl    (GhcPass _) = NoExtField-type instance XXClsInstDecl    (GhcPass _) = NoExtCon------------------- Instances of all kinds ----------------- | Located Instance Declaration-type LInstDecl pass = XRec pass (InstDecl pass)---- | Instance Declaration-data InstDecl pass  -- Both class and family instances-  = ClsInstD-      { cid_d_ext :: XClsInstD pass-      , cid_inst  :: ClsInstDecl pass }-  | DataFamInstD              -- data family instance-      { dfid_ext  :: XDataFamInstD pass-      , dfid_inst :: DataFamInstDecl pass }-  | TyFamInstD              -- type family instance-      { tfid_ext  :: XTyFamInstD pass-      , tfid_inst :: TyFamInstDecl pass }-  | XInstDecl !(XXInstDecl pass)--type instance XClsInstD     (GhcPass _) = NoExtField-type instance XDataFamInstD (GhcPass _) = NoExtField-type instance XTyFamInstD   (GhcPass _) = NoExtField-type instance XXInstDecl    (GhcPass _) = NoExtCon--instance OutputableBndrId p-       => Outputable (TyFamInstDecl (GhcPass p)) where-  ppr = pprTyFamInstDecl TopLevel--pprTyFamInstDecl :: (OutputableBndrId p)-                 => TopLevelFlag -> TyFamInstDecl (GhcPass p) -> SDoc-pprTyFamInstDecl top_lvl (TyFamInstDecl { tfid_eqn = eqn })-   = text "type" <+> ppr_instance_keyword top_lvl <+> ppr_fam_inst_eqn eqn--ppr_instance_keyword :: TopLevelFlag -> SDoc-ppr_instance_keyword TopLevel    = text "instance"-ppr_instance_keyword NotTopLevel = empty--pprTyFamDefltDecl :: (OutputableBndrId p)-                  => TyFamDefltDecl (GhcPass p) -> SDoc-pprTyFamDefltDecl = pprTyFamInstDecl NotTopLevel--ppr_fam_inst_eqn :: (OutputableBndrId p)-                 => TyFamInstEqn (GhcPass p) -> SDoc-ppr_fam_inst_eqn (FamEqn { feqn_tycon  = L _ tycon-                         , feqn_bndrs  = bndrs-                         , feqn_pats   = pats-                         , feqn_fixity = fixity-                         , feqn_rhs    = rhs })-    = pprHsFamInstLHS tycon bndrs pats fixity noLHsContext <+> equals <+> ppr rhs--instance OutputableBndrId p-       => Outputable (DataFamInstDecl (GhcPass p)) where-  ppr = pprDataFamInstDecl TopLevel--pprDataFamInstDecl :: (OutputableBndrId p)-                   => TopLevelFlag -> DataFamInstDecl (GhcPass p) -> SDoc-pprDataFamInstDecl top_lvl (DataFamInstDecl { dfid_eqn =-                            (FamEqn { feqn_tycon  = L _ tycon-                                    , feqn_bndrs  = bndrs-                                    , feqn_pats   = pats-                                    , feqn_fixity = fixity-                                    , feqn_rhs    = defn })})-  = pp_data_defn pp_hdr defn-  where-    pp_hdr ctxt = ppr_instance_keyword top_lvl-              <+> pprHsFamInstLHS tycon bndrs pats fixity ctxt-                  -- pp_data_defn pretty-prints the kind sig. See #14817.--pprDataFamInstFlavour :: DataFamInstDecl (GhcPass p) -> SDoc-pprDataFamInstFlavour (DataFamInstDecl { dfid_eqn =-                       (FamEqn { feqn_rhs = HsDataDefn { dd_ND = nd }})})-  = ppr nd--pprHsFamInstLHS :: (OutputableBndrId p)-   => IdP (GhcPass p)-   -> HsOuterFamEqnTyVarBndrs (GhcPass p)-   -> HsTyPats (GhcPass p)-   -> LexicalFixity-   -> LHsContext (GhcPass p)-   -> SDoc-pprHsFamInstLHS thing bndrs typats fixity mb_ctxt-   = hsep [ pprHsOuterFamEqnTyVarBndrs bndrs-          , pprLHsContext mb_ctxt-          , pp_pats typats ]-   where-     pp_pats (patl:patr:pats)-       | Infix <- fixity-       = let pp_op_app = hsep [ ppr patl, pprInfixOcc thing, ppr patr ] in-         case pats of-           [] -> pp_op_app-           _  -> hsep (parens pp_op_app : map ppr pats)--     pp_pats pats = hsep [ pprPrefixOcc thing-                         , hsep (map ppr pats)]--instance OutputableBndrId p-       => Outputable (ClsInstDecl (GhcPass p)) where-    ppr (ClsInstDecl { cid_poly_ty = inst_ty, cid_binds = binds-                     , cid_sigs = sigs, cid_tyfam_insts = ats-                     , cid_overlap_mode = mbOverlap-                     , cid_datafam_insts = adts })-      | null sigs, null ats, null adts, isEmptyBag binds  -- No "where" part-      = top_matter--      | otherwise       -- Laid out-      = vcat [ top_matter <+> text "where"-             , nest 2 $ pprDeclList $-               map (pprTyFamInstDecl NotTopLevel . unLoc)   ats ++-               map (pprDataFamInstDecl NotTopLevel . unLoc) adts ++-               pprLHsBindsForUser binds sigs ]-      where-        top_matter = text "instance" <+> ppOverlapPragma mbOverlap-                                             <+> ppr inst_ty--ppDerivStrategy :: OutputableBndrId p-                => Maybe (LDerivStrategy (GhcPass p)) -> SDoc-ppDerivStrategy mb =-  case mb of-    Nothing       -> empty-    Just (L _ ds) -> ppr ds--ppOverlapPragma :: Maybe (Located OverlapMode) -> SDoc-ppOverlapPragma mb =-  case mb of-    Nothing           -> empty-    Just (L _ (NoOverlap s))    -> maybe_stext s "{-# NO_OVERLAP #-}"-    Just (L _ (Overlappable s)) -> maybe_stext s "{-# OVERLAPPABLE #-}"-    Just (L _ (Overlapping s))  -> maybe_stext s "{-# OVERLAPPING #-}"-    Just (L _ (Overlaps s))     -> maybe_stext s "{-# OVERLAPS #-}"-    Just (L _ (Incoherent s))   -> maybe_stext s "{-# INCOHERENT #-}"-  where-    maybe_stext NoSourceText     alt = text alt-    maybe_stext (SourceText src) _   = text src <+> text "#-}"---instance (OutputableBndrId p) => Outputable (InstDecl (GhcPass p)) where-    ppr (ClsInstD     { cid_inst  = decl }) = ppr decl-    ppr (TyFamInstD   { tfid_inst = decl }) = ppr decl-    ppr (DataFamInstD { dfid_inst = decl }) = ppr decl---- Extract the declarations of associated data types from an instance--instDeclDataFamInsts :: [LInstDecl (GhcPass p)] -> [DataFamInstDecl (GhcPass p)]-instDeclDataFamInsts inst_decls-  = concatMap do_one inst_decls-  where-    do_one :: LInstDecl (GhcPass p) -> [DataFamInstDecl (GhcPass p)]-    do_one (L _ (ClsInstD { cid_inst = ClsInstDecl { cid_datafam_insts = fam_insts } }))-      = map unLoc fam_insts-    do_one (L _ (DataFamInstD { dfid_inst = fam_inst }))      = [fam_inst]-    do_one (L _ (TyFamInstD {}))                              = []--{--************************************************************************-*                                                                      *-\subsection[DerivDecl]{A stand-alone instance deriving declaration}-*                                                                      *-************************************************************************--}---- | Located stand-alone 'deriving instance' declaration-type LDerivDecl pass = XRec pass (DerivDecl pass)---- | Stand-alone 'deriving instance' declaration-data DerivDecl pass = DerivDecl-        { deriv_ext          :: XCDerivDecl pass-        , deriv_type         :: LHsSigWcType pass-          -- ^ The instance type to derive.-          ---          -- It uses an 'LHsSigWcType' because the context is allowed to be a-          -- single wildcard:-          ---          -- > deriving instance _ => Eq (Foo a)-          ---          -- Which signifies that the context should be inferred.--          -- See Note [Inferring the instance context] in GHC.Tc.Deriv.Infer.--        , deriv_strategy     :: Maybe (LDerivStrategy pass)-        , deriv_overlap_mode :: Maybe (XRec pass OverlapMode)-         -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDeriving',-         --        'GHC.Parser.Annotation.AnnInstance', 'GHC.Parser.Annotation.AnnStock',-         --        'GHC.Parser.Annotation.AnnAnyClass', 'Api.AnnNewtype',-         --        'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-        }-  | XDerivDecl !(XXDerivDecl pass)--type instance XCDerivDecl    (GhcPass _) = NoExtField-type instance XXDerivDecl    (GhcPass _) = NoExtCon--instance OutputableBndrId p-       => Outputable (DerivDecl (GhcPass p)) where-    ppr (DerivDecl { deriv_type = ty-                   , deriv_strategy = ds-                   , deriv_overlap_mode = o })-        = hsep [ text "deriving"-               , ppDerivStrategy ds-               , text "instance"-               , ppOverlapPragma o-               , ppr ty ]--{--************************************************************************-*                                                                      *-                Deriving strategies-*                                                                      *-************************************************************************--}---- | A 'Located' 'DerivStrategy'.-type LDerivStrategy pass = XRec pass (DerivStrategy pass)---- | Which technique the user explicitly requested when deriving an instance.-data DerivStrategy pass-  -- See Note [Deriving strategies] in GHC.Tc.Deriv-  = StockStrategy    -- ^ GHC's \"standard\" strategy, which is to implement a-                     --   custom instance for the data type. This only works-                     --   for certain types that GHC knows about (e.g., 'Eq',-                     --   'Show', 'Functor' when @-XDeriveFunctor@ is enabled,-                     --   etc.)-  | AnyclassStrategy -- ^ @-XDeriveAnyClass@-  | NewtypeStrategy  -- ^ @-XGeneralizedNewtypeDeriving@-  | ViaStrategy (XViaStrategy pass)-                     -- ^ @-XDerivingVia@--type instance XViaStrategy GhcPs = LHsSigType GhcPs-type instance XViaStrategy GhcRn = LHsSigType GhcRn-type instance XViaStrategy GhcTc = Type--instance OutputableBndrId p-        => Outputable (DerivStrategy (GhcPass p)) where-    ppr StockStrategy    = text "stock"-    ppr AnyclassStrategy = text "anyclass"-    ppr NewtypeStrategy  = text "newtype"-    ppr (ViaStrategy ty) = text "via" <+> case ghcPass @p of-                                            GhcPs -> ppr ty-                                            GhcRn -> ppr ty-                                            GhcTc -> ppr ty---- | A short description of a @DerivStrategy'@.-derivStrategyName :: DerivStrategy a -> SDoc-derivStrategyName = text . go-  where-    go StockStrategy    = "stock"-    go AnyclassStrategy = "anyclass"-    go NewtypeStrategy  = "newtype"-    go (ViaStrategy {}) = "via"---- | Eliminate a 'DerivStrategy'.-foldDerivStrategy :: (p ~ GhcPass pass)-                  => r -> (XViaStrategy p -> r) -> DerivStrategy p -> r-foldDerivStrategy other _   StockStrategy    = other-foldDerivStrategy other _   AnyclassStrategy = other-foldDerivStrategy other _   NewtypeStrategy  = other-foldDerivStrategy _     via (ViaStrategy t)  = via t---- | Map over the @via@ type if dealing with 'ViaStrategy'. Otherwise,--- return the 'DerivStrategy' unchanged.-mapDerivStrategy :: (p ~ GhcPass pass)-                 => (XViaStrategy p -> XViaStrategy p)-                 -> DerivStrategy p -> DerivStrategy p-mapDerivStrategy f ds = foldDerivStrategy ds (ViaStrategy . f) ds--{--************************************************************************-*                                                                      *-\subsection[DefaultDecl]{A @default@ declaration}-*                                                                      *-************************************************************************--There can only be one default declaration per module, but it is hard-for the parser to check that; we pass them all through in the abstract-syntax, and that restriction must be checked in the front end.--}---- | Located Default Declaration-type LDefaultDecl pass = XRec pass (DefaultDecl pass)---- | Default Declaration-data DefaultDecl pass-  = DefaultDecl (XCDefaultDecl pass) [LHsType pass]-        -- ^ - 'GHC.Parser.Annotation.AnnKeywordId's : 'GHC.Parser.Annotation.AnnDefault',-        --          'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose'--        -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | XDefaultDecl !(XXDefaultDecl pass)--type instance XCDefaultDecl    (GhcPass _) = NoExtField-type instance XXDefaultDecl    (GhcPass _) = NoExtCon--instance OutputableBndrId p-       => Outputable (DefaultDecl (GhcPass p)) where-    ppr (DefaultDecl _ tys)-      = text "default" <+> parens (interpp'SP tys)--{--************************************************************************-*                                                                      *-\subsection{Foreign function interface declaration}-*                                                                      *-************************************************************************--}---- foreign declarations are distinguished as to whether they define or use a--- Haskell name------  * the Boolean value indicates whether the pre-standard deprecated syntax---   has been used---- | Located Foreign Declaration-type LForeignDecl pass = XRec pass (ForeignDecl pass)---- | Foreign Declaration-data ForeignDecl pass-  = ForeignImport-      { fd_i_ext  :: XForeignImport pass   -- Post typechecker, rep_ty ~ sig_ty-      , fd_name   :: LIdP pass             -- defines this name-      , fd_sig_ty :: LHsSigType pass       -- sig_ty-      , fd_fi     :: ForeignImport }--  | ForeignExport-      { fd_e_ext  :: XForeignExport pass   -- Post typechecker, rep_ty ~ sig_ty-      , fd_name   :: LIdP pass             -- uses this name-      , fd_sig_ty :: LHsSigType pass       -- sig_ty-      , fd_fe     :: ForeignExport }-        -- ^-        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnForeign',-        --           'GHC.Parser.Annotation.AnnImport','GHC.Parser.Annotation.AnnExport',-        --           'GHC.Parser.Annotation.AnnDcolon'--        -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | XForeignDecl !(XXForeignDecl pass)--{--    In both ForeignImport and ForeignExport:-        sig_ty is the type given in the Haskell code-        rep_ty is the representation for this type, i.e. with newtypes-               coerced away and type functions evaluated.-    Thus if the declaration is valid, then rep_ty will only use types-    such as Int and IO that we know how to make foreign calls with.--}--type instance XForeignImport   GhcPs = NoExtField-type instance XForeignImport   GhcRn = NoExtField-type instance XForeignImport   GhcTc = Coercion--type instance XForeignExport   GhcPs = NoExtField-type instance XForeignExport   GhcRn = NoExtField-type instance XForeignExport   GhcTc = Coercion--type instance XXForeignDecl    (GhcPass _) = NoExtCon---- Specification Of an imported external entity in dependence on the calling--- convention----data ForeignImport = -- import of a C entity-                     ---                     --  * the two strings specifying a header file or library-                     --   may be empty, which indicates the absence of a-                     --   header or object specification (both are not used-                     --   in the case of `CWrapper' and when `CFunction'-                     --   has a dynamic target)-                     ---                     --  * the calling convention is irrelevant for code-                     --   generation in the case of `CLabel', but is needed-                     --   for pretty printing-                     ---                     --  * `Safety' is irrelevant for `CLabel' and `CWrapper'-                     ---                     CImport  (Located CCallConv) -- ccall or stdcall-                              (Located Safety)  -- interruptible, safe or unsafe-                              (Maybe Header)       -- name of C header-                              CImportSpec          -- details of the C entity-                              (Located SourceText) -- original source text for-                                                   -- the C entity-  deriving Data---- details of an external C entity----data CImportSpec = CLabel    CLabelString     -- import address of a C label-                 | CFunction CCallTarget      -- static or dynamic function-                 | CWrapper                   -- wrapper to expose closures-                                              -- (former f.e.d.)-  deriving Data---- specification of an externally exported entity in dependence on the calling--- convention----data ForeignExport = CExport  (Located CExportSpec) -- contains the calling-                                                    -- convention-                              (Located SourceText)  -- original source text for-                                                    -- the C entity-  deriving Data---- pretty printing of foreign declarations-----instance OutputableBndrId p-       => Outputable (ForeignDecl (GhcPass p)) where-  ppr (ForeignImport { fd_name = n, fd_sig_ty = ty, fd_fi = fimport })-    = hang (text "foreign import" <+> ppr fimport <+> ppr n)-         2 (dcolon <+> ppr ty)-  ppr (ForeignExport { fd_name = n, fd_sig_ty = ty, fd_fe = fexport }) =-    hang (text "foreign export" <+> ppr fexport <+> ppr n)-       2 (dcolon <+> ppr ty)--instance Outputable ForeignImport where-  ppr (CImport  cconv safety mHeader spec (L _ srcText)) =-    ppr cconv <+> ppr safety-      <+> pprWithSourceText srcText (pprCEntity spec "")-    where-      pp_hdr = case mHeader of-               Nothing -> empty-               Just (Header _ header) -> ftext header--      pprCEntity (CLabel lbl) _ =-        doubleQuotes $ text "static" <+> pp_hdr <+> char '&' <> ppr lbl-      pprCEntity (CFunction (StaticTarget st _lbl _ isFun)) src =-        if dqNeeded then doubleQuotes ce else empty-          where-            dqNeeded = (take 6 src == "static")-                    || isJust mHeader-                    || not isFun-                    || st /= NoSourceText-            ce =-                  -- We may need to drop leading spaces first-                  (if take 6 src == "static" then text "static" else empty)-              <+> pp_hdr-              <+> (if isFun then empty else text "value")-              <+> (pprWithSourceText st empty)-      pprCEntity (CFunction DynamicTarget) _ =-        doubleQuotes $ text "dynamic"-      pprCEntity CWrapper _ = doubleQuotes $ text "wrapper"--instance Outputable ForeignExport where-  ppr (CExport  (L _ (CExportStatic _ lbl cconv)) _) =-    ppr cconv <+> char '"' <> ppr lbl <> char '"'--{--************************************************************************-*                                                                      *-\subsection{Rewrite rules}-*                                                                      *-************************************************************************--}---- | Located Rule Declarations-type LRuleDecls pass = XRec pass (RuleDecls pass)--  -- Note [Pragma source text] in GHC.Types.SourceText--- | Rule Declarations-data RuleDecls pass = HsRules { rds_ext   :: XCRuleDecls pass-                              , rds_src   :: SourceText-                              , rds_rules :: [LRuleDecl pass] }-  | XRuleDecls !(XXRuleDecls pass)--type instance XCRuleDecls    (GhcPass _) = NoExtField-type instance XXRuleDecls    (GhcPass _) = NoExtCon---- | Located Rule Declaration-type LRuleDecl pass = XRec pass (RuleDecl pass)---- | Rule Declaration-data RuleDecl pass-  = HsRule -- Source rule-       { rd_ext  :: XHsRule pass-           -- ^ After renamer, free-vars from the LHS and RHS-       , rd_name :: XRec pass (SourceText,RuleName)-           -- ^ Note [Pragma source text] in "GHC.Types.Basic"-       , rd_act  :: Activation-       , rd_tyvs :: Maybe [LHsTyVarBndr () (NoGhcTc pass)]-           -- ^ Forall'd type vars-       , rd_tmvs :: [LRuleBndr pass]-           -- ^ Forall'd term vars, before typechecking; after typechecking-           --    this includes all forall'd vars-       , rd_lhs  :: XRec pass (HsExpr pass)-       , rd_rhs  :: XRec pass (HsExpr pass)-       }-    -- ^-    --  - 'GHC.Parser.Annotation.AnnKeywordId' :-    --           'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnTilde',-    --           'GHC.Parser.Annotation.AnnVal',-    --           'GHC.Parser.Annotation.AnnClose',-    --           'GHC.Parser.Annotation.AnnForall','GHC.Parser.Annotation.AnnDot',-    --           'GHC.Parser.Annotation.AnnEqual',-  | XRuleDecl !(XXRuleDecl pass)--data HsRuleRn = HsRuleRn NameSet NameSet -- Free-vars from the LHS and RHS-  deriving Data--type instance XHsRule       GhcPs = NoExtField-type instance XHsRule       GhcRn = HsRuleRn-type instance XHsRule       GhcTc = HsRuleRn--type instance XXRuleDecl    (GhcPass _) = NoExtCon--flattenRuleDecls :: [LRuleDecls (GhcPass p)] -> [LRuleDecl (GhcPass p)]-flattenRuleDecls decls = concatMap (rds_rules . unLoc) decls---- | Located Rule Binder-type LRuleBndr pass = XRec pass (RuleBndr pass)---- | Rule Binder-data RuleBndr pass-  = RuleBndr (XCRuleBndr pass)  (LIdP pass)-  | RuleBndrSig (XRuleBndrSig pass) (LIdP pass) (HsPatSigType pass)-  | XRuleBndr !(XXRuleBndr pass)-        -- ^-        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',-        --     'GHC.Parser.Annotation.AnnDcolon','GHC.Parser.Annotation.AnnClose'--        -- For details on above see note [Api annotations] in GHC.Parser.Annotation--type instance XCRuleBndr    (GhcPass _) = NoExtField-type instance XRuleBndrSig  (GhcPass _) = NoExtField-type instance XXRuleBndr    (GhcPass _) = NoExtCon--collectRuleBndrSigTys :: [RuleBndr pass] -> [HsPatSigType pass]-collectRuleBndrSigTys bndrs = [ty | RuleBndrSig _ _ ty <- bndrs]--pprFullRuleName :: Located (SourceText, RuleName) -> SDoc-pprFullRuleName (L _ (st, n)) = pprWithSourceText st (doubleQuotes $ ftext n)--instance (OutputableBndrId p) => Outputable (RuleDecls (GhcPass p)) where-  ppr (HsRules { rds_src = st-               , rds_rules = rules })-    = pprWithSourceText st (text "{-# RULES")-          <+> vcat (punctuate semi (map ppr rules)) <+> text "#-}"--instance (OutputableBndrId p) => Outputable (RuleDecl (GhcPass p)) where-  ppr (HsRule { rd_name = name-              , rd_act  = act-              , rd_tyvs = tys-              , rd_tmvs = tms-              , rd_lhs  = lhs-              , rd_rhs  = rhs })-        = sep [pprFullRuleName name <+> ppr act,-               nest 4 (pp_forall_ty tys <+> pp_forall_tm tys-                                        <+> pprExpr (unLoc lhs)),-               nest 6 (equals <+> pprExpr (unLoc rhs)) ]-        where-          pp_forall_ty Nothing     = empty-          pp_forall_ty (Just qtvs) = forAllLit <+> fsep (map ppr qtvs) <> dot-          pp_forall_tm Nothing | null tms = empty-          pp_forall_tm _ = forAllLit <+> fsep (map ppr tms) <> dot--instance (OutputableBndrId p) => Outputable (RuleBndr (GhcPass p)) where-   ppr (RuleBndr _ name) = ppr name-   ppr (RuleBndrSig _ name ty) = parens (ppr name <> dcolon <> ppr ty)--{--************************************************************************-*                                                                      *-\subsection[DocDecl]{Document comments}-*                                                                      *-************************************************************************--}---- | Located Documentation comment Declaration-type LDocDecl = Located (DocDecl)---- | Documentation comment Declaration-data DocDecl-  = DocCommentNext HsDocString-  | DocCommentPrev HsDocString-  | DocCommentNamed String HsDocString-  | DocGroup Int HsDocString-  deriving Data---- Okay, I need to reconstruct the document comments, but for now:-instance Outputable DocDecl where-  ppr _ = text "<document comment>"--docDeclDoc :: DocDecl -> HsDocString-docDeclDoc (DocCommentNext d) = d-docDeclDoc (DocCommentPrev d) = d-docDeclDoc (DocCommentNamed _ d) = d-docDeclDoc (DocGroup _ d) = d--{--************************************************************************-*                                                                      *-\subsection[DeprecDecl]{Deprecations}-*                                                                      *-************************************************************************--We use exported entities for things to deprecate.--}---- | Located Warning Declarations-type LWarnDecls pass = XRec pass (WarnDecls pass)-- -- Note [Pragma source text] in GHC.Types.SourceText--- | Warning pragma Declarations-data WarnDecls pass = Warnings { wd_ext      :: XWarnings pass-                               , wd_src      :: SourceText-                               , wd_warnings :: [LWarnDecl pass]-                               }-  | XWarnDecls !(XXWarnDecls pass)--type instance XWarnings      (GhcPass _) = NoExtField-type instance XXWarnDecls    (GhcPass _) = NoExtCon---- | Located Warning pragma Declaration-type LWarnDecl pass = XRec pass (WarnDecl pass)---- | Warning pragma Declaration-data WarnDecl pass = Warning (XWarning pass) [LIdP pass] WarningTxt-                   | XWarnDecl !(XXWarnDecl pass)--type instance XWarning      (GhcPass _) = NoExtField-type instance XXWarnDecl    (GhcPass _) = NoExtCon---instance OutputableBndr (IdP (GhcPass p))-        => Outputable (WarnDecls (GhcPass p)) where-    ppr (Warnings _ (SourceText src) decls)-      = text src <+> vcat (punctuate comma (map ppr decls)) <+> text "#-}"-    ppr (Warnings _ NoSourceText _decls) = panic "WarnDecls"--instance OutputableBndr (IdP (GhcPass p))-       => Outputable (WarnDecl (GhcPass p)) where-    ppr (Warning _ thing txt)-      = hsep ( punctuate comma (map ppr thing))-              <+> ppr txt--{--************************************************************************-*                                                                      *-\subsection[AnnDecl]{Annotations}-*                                                                      *-************************************************************************--}---- | Located Annotation Declaration-type LAnnDecl pass = XRec pass (AnnDecl pass)---- | Annotation Declaration-data AnnDecl pass = HsAnnotation-                      (XHsAnnotation pass)-                      SourceText -- Note [Pragma source text] in GHC.Types.SourceText-                      (AnnProvenance (IdP pass)) (XRec pass (HsExpr pass))-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',-      --           'GHC.Parser.Annotation.AnnType'-      --           'GHC.Parser.Annotation.AnnModule'-      --           'GHC.Parser.Annotation.AnnClose'--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | XAnnDecl !(XXAnnDecl pass)--type instance XHsAnnotation (GhcPass _) = NoExtField-type instance XXAnnDecl     (GhcPass _) = NoExtCon--instance (OutputableBndrId p) => Outputable (AnnDecl (GhcPass p)) where-    ppr (HsAnnotation _ _ provenance expr)-      = hsep [text "{-#", pprAnnProvenance provenance, pprExpr (unLoc expr), text "#-}"]---- | Annotation Provenance-data AnnProvenance name = ValueAnnProvenance (Located name)-                        | TypeAnnProvenance (Located name)-                        | ModuleAnnProvenance-deriving instance Functor     AnnProvenance-deriving instance Foldable    AnnProvenance-deriving instance Traversable AnnProvenance-deriving instance (Data pass) => Data (AnnProvenance pass)--annProvenanceName_maybe :: AnnProvenance name -> Maybe name-annProvenanceName_maybe (ValueAnnProvenance (L _ name)) = Just name-annProvenanceName_maybe (TypeAnnProvenance (L _ name))  = Just name-annProvenanceName_maybe ModuleAnnProvenance       = Nothing--pprAnnProvenance :: OutputableBndr name => AnnProvenance name -> SDoc-pprAnnProvenance ModuleAnnProvenance       = text "ANN module"-pprAnnProvenance (ValueAnnProvenance (L _ name))-  = text "ANN" <+> ppr name-pprAnnProvenance (TypeAnnProvenance (L _ name))-  = text "ANN type" <+> ppr name--{--************************************************************************-*                                                                      *-\subsection[RoleAnnot]{Role annotations}-*                                                                      *-************************************************************************--}---- | Located Role Annotation Declaration-type LRoleAnnotDecl pass = XRec pass (RoleAnnotDecl pass)---- See #8185 for more info about why role annotations are--- top-level declarations--- | Role Annotation Declaration-data RoleAnnotDecl pass-  = RoleAnnotDecl (XCRoleAnnotDecl pass)-                  (LIdP pass)              -- type constructor-                  [XRec pass (Maybe Role)] -- optional annotations-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnType',-      --           'GHC.Parser.Annotation.AnnRole'--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | XRoleAnnotDecl !(XXRoleAnnotDecl pass)+                                      -- in module Language.Haskell.Syntax.Extension++{-# OPTIONS_GHC -Wno-orphans     #-} -- Outputable++{-+(c) The University of Glasgow 2006+(c) The GRASP/AQUA Project, Glasgow University, 1992-1998+-}+++{-# OPTIONS_GHC -Wno-incomplete-record-updates #-}++-- | Abstract syntax of global declarations.+--+-- Definitions for: @SynDecl@ and @ConDecl@, @ClassDecl@,+-- @InstDecl@, @DefaultDecl@ and @ForeignDecl@.+module GHC.Hs.Decls (+  -- * Toplevel declarations+  HsDecl(..), LHsDecl, HsDataDefn(..), HsDeriving, LHsFunDep,+  HsDerivingClause(..), LHsDerivingClause, DerivClauseTys(..), LDerivClauseTys,+  NewOrData(..), newOrDataToFlavour,+  StandaloneKindSig(..), LStandaloneKindSig, standaloneKindSigName,++  -- ** Class or type declarations+  TyClDecl(..), LTyClDecl, DataDeclRn(..),+  TyClGroup(..),+  tyClGroupTyClDecls, tyClGroupInstDecls, tyClGroupRoleDecls,+  tyClGroupKindSigs,+  isClassDecl, isDataDecl, isSynDecl, tcdName,+  isFamilyDecl, isTypeFamilyDecl, isDataFamilyDecl,+  isOpenTypeFamilyInfo, isClosedTypeFamilyInfo,+  tyFamInstDeclName, tyFamInstDeclLName,+  countTyClDecls, pprTyClDeclFlavour,+  tyClDeclLName, tyClDeclTyVars,+  hsDeclHasCusk, famResultKindSignature,+  FamilyDecl(..), LFamilyDecl,++  -- ** Instance declarations+  InstDecl(..), LInstDecl, FamilyInfo(..),+  TyFamInstDecl(..), LTyFamInstDecl, instDeclDataFamInsts,+  TyFamDefltDecl, LTyFamDefltDecl,+  DataFamInstDecl(..), LDataFamInstDecl,+  pprDataFamInstFlavour, pprTyFamInstDecl, pprHsFamInstLHS,+  FamEqn(..), TyFamInstEqn, LTyFamInstEqn, HsTyPats,+  LClsInstDecl, ClsInstDecl(..),++  -- ** Standalone deriving declarations+  DerivDecl(..), LDerivDecl,+  -- ** Deriving strategies+  DerivStrategy(..), LDerivStrategy,+  derivStrategyName, foldDerivStrategy, mapDerivStrategy,+  -- ** @RULE@ declarations+  LRuleDecls,RuleDecls(..),RuleDecl(..),LRuleDecl,HsRuleRn(..),+  RuleBndr(..),LRuleBndr,+  collectRuleBndrSigTys,+  flattenRuleDecls, pprFullRuleName,+  -- ** @default@ declarations+  DefaultDecl(..), LDefaultDecl,+  -- ** Template haskell declaration splice+  SpliceExplicitFlag(..),+  SpliceDecl(..), LSpliceDecl,+  -- ** Foreign function interface declarations+  ForeignDecl(..), LForeignDecl, ForeignImport(..), ForeignExport(..),+  CImportSpec(..),+  -- ** Data-constructor declarations+  ConDecl(..), LConDecl,+  HsConDeclH98Details, HsConDeclGADTDetails(..), hsConDeclTheta,+  getConNames, getRecConArgs_maybe,+  -- ** Document comments+  DocDecl(..), LDocDecl, docDeclDoc,+  -- ** Deprecations+  WarnDecl(..),  LWarnDecl,+  WarnDecls(..), LWarnDecls,+  -- ** Annotations+  AnnDecl(..), LAnnDecl,+  AnnProvenance(..), annProvenanceName_maybe,+  -- ** Role annotations+  RoleAnnotDecl(..), LRoleAnnotDecl, roleAnnotDeclName,+  -- ** Injective type families+  FamilyResultSig(..), LFamilyResultSig, InjectivityAnn(..), LInjectivityAnn,+  resultVariableName, familyDeclLName, familyDeclName,++  -- * Grouping+  HsGroup(..),  emptyRdrGroup, emptyRnGroup, appendGroups, hsGroupInstDecls,+  hsGroupTopLevelFixitySigs,++  partitionBindsAndSigs,+    ) where++-- friends:+import GHC.Prelude++import Language.Haskell.Syntax.Decls++import {-# SOURCE #-} GHC.Hs.Expr ( pprExpr, pprSpliceDecl )+        -- Because Expr imports Decls via HsBracket++import GHC.Hs.Binds+import GHC.Hs.Type+import GHC.Hs.Doc+import GHC.Types.Basic+import GHC.Core.Coercion+import Language.Haskell.Syntax.Extension+import GHC.Hs.Extension+import GHC.Types.Name+import GHC.Types.Name.Set+import GHC.Types.Fixity++-- others:+import GHC.Core.Class+import GHC.Utils.Outputable+import GHC.Utils.Panic+import GHC.Types.SrcLoc+import GHC.Types.SourceText+import GHC.Core.Type++import GHC.Data.Bag+import GHC.Data.Maybe++{-+************************************************************************+*                                                                      *+\subsection[HsDecl]{Declarations}+*                                                                      *+************************************************************************+-}++type instance XTyClD      (GhcPass _) = NoExtField+type instance XInstD      (GhcPass _) = NoExtField+type instance XDerivD     (GhcPass _) = NoExtField+type instance XValD       (GhcPass _) = NoExtField+type instance XSigD       (GhcPass _) = NoExtField+type instance XKindSigD   (GhcPass _) = NoExtField+type instance XDefD       (GhcPass _) = NoExtField+type instance XForD       (GhcPass _) = NoExtField+type instance XWarningD   (GhcPass _) = NoExtField+type instance XAnnD       (GhcPass _) = NoExtField+type instance XRuleD      (GhcPass _) = NoExtField+type instance XSpliceD    (GhcPass _) = NoExtField+type instance XDocD       (GhcPass _) = NoExtField+type instance XRoleAnnotD (GhcPass _) = NoExtField+type instance XXHsDecl    (GhcPass _) = NoExtCon++-- | Partition a list of HsDecls into function/pattern bindings, signatures,+-- type family declarations, type family instances, and documentation comments.+--+-- Panics when given a declaration that cannot be put into any of the output+-- groups.+--+-- The primary use of this function is to implement+-- 'GHC.Parser.PostProcess.cvBindsAndSigs'.+partitionBindsAndSigs+  :: [LHsDecl GhcPs]+  -> (LHsBinds GhcPs, [LSig GhcPs], [LFamilyDecl GhcPs],+      [LTyFamInstDecl GhcPs], [LDataFamInstDecl GhcPs], [LDocDecl])+partitionBindsAndSigs = go+  where+    go [] = (emptyBag, [], [], [], [], [])+    go ((L l decl) : ds) =+      let (bs, ss, ts, tfis, dfis, docs) = go ds in+      case decl of+        ValD _ b+          -> (L l b `consBag` bs, ss, ts, tfis, dfis, docs)+        SigD _ s+          -> (bs, L l s : ss, ts, tfis, dfis, docs)+        TyClD _ (FamDecl _ t)+          -> (bs, ss, L l t : ts, tfis, dfis, docs)+        InstD _ (TyFamInstD { tfid_inst = tfi })+          -> (bs, ss, ts, L l tfi : tfis, dfis, docs)+        InstD _ (DataFamInstD { dfid_inst = dfi })+          -> (bs, ss, ts, tfis, L l dfi : dfis, docs)+        DocD _ d+          -> (bs, ss, ts, tfis, dfis, L l d : docs)+        _ -> pprPanic "partitionBindsAndSigs" (ppr decl)++type instance XCHsGroup (GhcPass _) = NoExtField+type instance XXHsGroup (GhcPass _) = NoExtCon+++emptyGroup, emptyRdrGroup, emptyRnGroup :: HsGroup (GhcPass p)+emptyRdrGroup = emptyGroup { hs_valds = emptyValBindsIn }+emptyRnGroup  = emptyGroup { hs_valds = emptyValBindsOut }++emptyGroup = HsGroup { hs_ext = noExtField,+                       hs_tyclds = [],+                       hs_derivds = [],+                       hs_fixds = [], hs_defds = [], hs_annds = [],+                       hs_fords = [], hs_warnds = [], hs_ruleds = [],+                       hs_valds = error "emptyGroup hs_valds: Can't happen",+                       hs_splcds = [],+                       hs_docs = [] }++-- | The fixity signatures for each top-level declaration and class method+-- in an 'HsGroup'.+-- See Note [Top-level fixity signatures in an HsGroup]+hsGroupTopLevelFixitySigs :: HsGroup (GhcPass p) -> [LFixitySig (GhcPass p)]+hsGroupTopLevelFixitySigs (HsGroup{ hs_fixds = fixds, hs_tyclds = tyclds }) =+    fixds ++ cls_fixds+  where+    cls_fixds = [ L loc sig+                | L _ ClassDecl{tcdSigs = sigs} <- tyClGroupTyClDecls tyclds+                , L loc (FixSig _ sig) <- sigs+                ]++appendGroups :: HsGroup (GhcPass p) -> HsGroup (GhcPass p)+             -> HsGroup (GhcPass p)+appendGroups+    HsGroup {+        hs_valds  = val_groups1,+        hs_splcds = spliceds1,+        hs_tyclds = tyclds1,+        hs_derivds = derivds1,+        hs_fixds  = fixds1,+        hs_defds  = defds1,+        hs_annds  = annds1,+        hs_fords  = fords1,+        hs_warnds = warnds1,+        hs_ruleds = rulds1,+        hs_docs   = docs1 }+    HsGroup {+        hs_valds  = val_groups2,+        hs_splcds = spliceds2,+        hs_tyclds = tyclds2,+        hs_derivds = derivds2,+        hs_fixds  = fixds2,+        hs_defds  = defds2,+        hs_annds  = annds2,+        hs_fords  = fords2,+        hs_warnds = warnds2,+        hs_ruleds = rulds2,+        hs_docs   = docs2 }+  =+    HsGroup {+        hs_ext    = noExtField,+        hs_valds  = val_groups1 `plusHsValBinds` val_groups2,+        hs_splcds = spliceds1 ++ spliceds2,+        hs_tyclds = tyclds1 ++ tyclds2,+        hs_derivds = derivds1 ++ derivds2,+        hs_fixds  = fixds1 ++ fixds2,+        hs_annds  = annds1 ++ annds2,+        hs_defds  = defds1 ++ defds2,+        hs_fords  = fords1 ++ fords2,+        hs_warnds = warnds1 ++ warnds2,+        hs_ruleds = rulds1 ++ rulds2,+        hs_docs   = docs1  ++ docs2 }++instance (OutputableBndrId p) => Outputable (HsDecl (GhcPass p)) where+    ppr (TyClD _ dcl)             = ppr dcl+    ppr (ValD _ binds)            = ppr binds+    ppr (DefD _ def)              = ppr def+    ppr (InstD _ inst)            = ppr inst+    ppr (DerivD _ deriv)          = ppr deriv+    ppr (ForD _ fd)               = ppr fd+    ppr (SigD _ sd)               = ppr sd+    ppr (KindSigD _ ksd)          = ppr ksd+    ppr (RuleD _ rd)              = ppr rd+    ppr (WarningD _ wd)           = ppr wd+    ppr (AnnD _ ad)               = ppr ad+    ppr (SpliceD _ dd)            = ppr dd+    ppr (DocD _ doc)              = ppr doc+    ppr (RoleAnnotD _ ra)         = ppr ra++instance (OutputableBndrId p) => Outputable (HsGroup (GhcPass p)) where+    ppr (HsGroup { hs_valds  = val_decls,+                   hs_tyclds = tycl_decls,+                   hs_derivds = deriv_decls,+                   hs_fixds  = fix_decls,+                   hs_warnds = deprec_decls,+                   hs_annds  = ann_decls,+                   hs_fords  = foreign_decls,+                   hs_defds  = default_decls,+                   hs_ruleds = rule_decls })+        = vcat_mb empty+            [ppr_ds fix_decls, ppr_ds default_decls,+             ppr_ds deprec_decls, ppr_ds ann_decls,+             ppr_ds rule_decls,+             if isEmptyValBinds val_decls+                then Nothing+                else Just (ppr val_decls),+             ppr_ds (tyClGroupRoleDecls tycl_decls),+             ppr_ds (tyClGroupKindSigs  tycl_decls),+             ppr_ds (tyClGroupTyClDecls tycl_decls),+             ppr_ds (tyClGroupInstDecls tycl_decls),+             ppr_ds deriv_decls,+             ppr_ds foreign_decls]+        where+          ppr_ds :: Outputable a => [a] -> Maybe SDoc+          ppr_ds [] = Nothing+          ppr_ds ds = Just (vcat (map ppr ds))++          vcat_mb :: SDoc -> [Maybe SDoc] -> SDoc+          -- Concatenate vertically with white-space between non-blanks+          vcat_mb _    []             = empty+          vcat_mb gap (Nothing : ds) = vcat_mb gap ds+          vcat_mb gap (Just d  : ds) = gap $$ d $$ vcat_mb blankLine ds++type instance XSpliceDecl      (GhcPass _) = NoExtField+type instance XXSpliceDecl     (GhcPass _) = NoExtCon++instance OutputableBndrId p+       => Outputable (SpliceDecl (GhcPass p)) where+   ppr (SpliceDecl _ (L _ e) f) = pprSpliceDecl e f++{-+************************************************************************+*                                                                      *+            Type and class declarations+*                                                                      *+************************************************************************+-}++type instance XFamDecl      (GhcPass _) = NoExtField++type instance XSynDecl      GhcPs = NoExtField+type instance XSynDecl      GhcRn = NameSet -- FVs+type instance XSynDecl      GhcTc = NameSet -- FVs++type instance XDataDecl     GhcPs = NoExtField+type instance XDataDecl     GhcRn = DataDeclRn+type instance XDataDecl     GhcTc = DataDeclRn++type instance XClassDecl    GhcPs = LayoutInfo  -- See Note [Class LayoutInfo]+type instance XClassDecl    GhcRn = NameSet -- FVs+type instance XClassDecl    GhcTc = NameSet -- FVs++type instance XXTyClDecl    (GhcPass _) = NoExtCon++-- Dealing with names++tyFamInstDeclName :: TyFamInstDecl (GhcPass p) -> IdP (GhcPass p)+tyFamInstDeclName = unLoc . tyFamInstDeclLName++tyFamInstDeclLName :: TyFamInstDecl (GhcPass p) -> Located (IdP (GhcPass p))+tyFamInstDeclLName (TyFamInstDecl { tfid_eqn = FamEqn { feqn_tycon = ln }})+  = ln++tyClDeclLName :: TyClDecl (GhcPass p) -> Located (IdP (GhcPass p))+tyClDeclLName (FamDecl { tcdFam = fd })     = familyDeclLName fd+tyClDeclLName (SynDecl { tcdLName = ln })   = ln+tyClDeclLName (DataDecl { tcdLName = ln })  = ln+tyClDeclLName (ClassDecl { tcdLName = ln }) = ln++-- FIXME: tcdName is commonly used by both GHC and third-party tools, so it+-- needs to be polymorphic in the pass+tcdName :: TyClDecl (GhcPass p) -> IdP (GhcPass p)+tcdName = unLoc . tyClDeclLName++-- | Does this declaration have a complete, user-supplied kind signature?+-- See Note [CUSKs: complete user-supplied kind signatures]+hsDeclHasCusk :: TyClDecl GhcRn -> Bool+hsDeclHasCusk (FamDecl { tcdFam =+    FamilyDecl { fdInfo      = fam_info+               , fdTyVars    = tyvars+               , fdResultSig = L _ resultSig } }) =+    case fam_info of+      ClosedTypeFamily {} -> hsTvbAllKinded tyvars+                          && isJust (famResultKindSignature resultSig)+      _ -> True -- Un-associated open type/data families have CUSKs+hsDeclHasCusk (SynDecl { tcdTyVars = tyvars, tcdRhs = rhs })+  = hsTvbAllKinded tyvars && isJust (hsTyKindSig rhs)+hsDeclHasCusk (DataDecl { tcdDExt = DataDeclRn { tcdDataCusk = cusk }}) = cusk+hsDeclHasCusk (ClassDecl { tcdTyVars = tyvars }) = hsTvbAllKinded tyvars++-- Pretty-printing TyClDecl+-- ~~~~~~~~~~~~~~~~~~~~~~~~++instance (OutputableBndrId p) => Outputable (TyClDecl (GhcPass p)) where++    ppr (FamDecl { tcdFam = decl }) = ppr decl+    ppr (SynDecl { tcdLName = ltycon, tcdTyVars = tyvars, tcdFixity = fixity+                 , tcdRhs = rhs })+      = hang (text "type" <+>+              pp_vanilla_decl_head ltycon tyvars fixity noLHsContext <+> equals)+          4 (ppr rhs)++    ppr (DataDecl { tcdLName = ltycon, tcdTyVars = tyvars, tcdFixity = fixity+                  , tcdDataDefn = defn })+      = pp_data_defn (pp_vanilla_decl_head ltycon tyvars fixity) defn++    ppr (ClassDecl {tcdCtxt = context, tcdLName = lclas, tcdTyVars = tyvars,+                    tcdFixity = fixity,+                    tcdFDs  = fds,+                    tcdSigs = sigs, tcdMeths = methods,+                    tcdATs = ats, tcdATDefs = at_defs})+      | null sigs && isEmptyBag methods && null ats && null at_defs -- No "where" part+      = top_matter++      | otherwise       -- Laid out+      = vcat [ top_matter <+> text "where"+             , nest 2 $ pprDeclList (map (pprFamilyDecl NotTopLevel . unLoc) ats +++                                     map (pprTyFamDefltDecl . unLoc) at_defs +++                                     pprLHsBindsForUser methods sigs) ]+      where+        top_matter = text "class"+                    <+> pp_vanilla_decl_head lclas tyvars fixity context+                    <+> pprFundeps (map unLoc fds)++instance OutputableBndrId p+       => Outputable (TyClGroup (GhcPass p)) where+  ppr (TyClGroup { group_tyclds = tyclds+                 , group_roles = roles+                 , group_kisigs = kisigs+                 , group_instds = instds+                 }+      )+    = hang (text "TyClGroup") 2 $+      ppr kisigs $$+      ppr tyclds $$+      ppr roles $$+      ppr instds++pp_vanilla_decl_head :: (OutputableBndrId p)+   => Located (IdP (GhcPass p))+   -> LHsQTyVars (GhcPass p)+   -> LexicalFixity+   -> LHsContext (GhcPass p)+   -> SDoc+pp_vanilla_decl_head thing (HsQTvs { hsq_explicit = tyvars }) fixity context+ = hsep [pprLHsContext context, pp_tyvars tyvars]+  where+    pp_tyvars (varl:varsr)+      | fixity == Infix && length varsr > 1+         = hsep [char '(',ppr (unLoc varl), pprInfixOcc (unLoc thing)+                , (ppr.unLoc) (head varsr), char ')'+                , hsep (map (ppr.unLoc) (tail varsr))]+      | fixity == Infix+         = hsep [ppr (unLoc varl), pprInfixOcc (unLoc thing)+         , hsep (map (ppr.unLoc) varsr)]+      | otherwise = hsep [ pprPrefixOcc (unLoc thing)+                  , hsep (map (ppr.unLoc) (varl:varsr))]+    pp_tyvars [] = pprPrefixOcc (unLoc thing)++pprTyClDeclFlavour :: TyClDecl (GhcPass p) -> SDoc+pprTyClDeclFlavour (ClassDecl {})   = text "class"+pprTyClDeclFlavour (SynDecl {})     = text "type"+pprTyClDeclFlavour (FamDecl { tcdFam = FamilyDecl { fdInfo = info }})+  = pprFlavour info <+> text "family"+pprTyClDeclFlavour (DataDecl { tcdDataDefn = HsDataDefn { dd_ND = nd } })+  = ppr nd++{- *********************************************************************+*                                                                      *+                         TyClGroup+        Strongly connected components of+      type, class, instance, and role declarations+*                                                                      *+********************************************************************* -}++type instance XCTyClGroup (GhcPass _) = NoExtField+type instance XXTyClGroup (GhcPass _) = NoExtCon+++{- *********************************************************************+*                                                                      *+               Data and type family declarations+*                                                                      *+********************************************************************* -}++type instance XNoSig            (GhcPass _) = NoExtField+type instance XCKindSig         (GhcPass _) = NoExtField++type instance XTyVarSig         (GhcPass _) = NoExtField+type instance XXFamilyResultSig (GhcPass _) = NoExtCon++type instance XCFamilyDecl    (GhcPass _) = NoExtField+type instance XXFamilyDecl    (GhcPass _) = NoExtCon+++------------- Functions over FamilyDecls -----------++familyDeclLName :: FamilyDecl (GhcPass p) -> Located (IdP (GhcPass p))+familyDeclLName (FamilyDecl { fdLName = n }) = n++familyDeclName :: FamilyDecl (GhcPass p) -> IdP (GhcPass p)+familyDeclName = unLoc . familyDeclLName++famResultKindSignature :: FamilyResultSig (GhcPass p) -> Maybe (LHsKind (GhcPass p))+famResultKindSignature (NoSig _) = Nothing+famResultKindSignature (KindSig _ ki) = Just ki+famResultKindSignature (TyVarSig _ bndr) =+  case unLoc bndr of+    UserTyVar _ _ _ -> Nothing+    KindedTyVar _ _ _ ki -> Just ki++-- | Maybe return name of the result type variable+resultVariableName :: FamilyResultSig (GhcPass a) -> Maybe (IdP (GhcPass a))+resultVariableName (TyVarSig _ sig) = Just $ hsLTyVarName sig+resultVariableName _                = Nothing++------------- Pretty printing FamilyDecls -----------++instance OutputableBndrId p+       => Outputable (FamilyDecl (GhcPass p)) where+  ppr = pprFamilyDecl TopLevel++pprFamilyDecl :: (OutputableBndrId p)+              => TopLevelFlag -> FamilyDecl (GhcPass p) -> SDoc+pprFamilyDecl top_level (FamilyDecl { fdInfo = info, fdLName = ltycon+                                    , fdTyVars = tyvars+                                    , fdFixity = fixity+                                    , fdResultSig = L _ result+                                    , fdInjectivityAnn = mb_inj })+  = vcat [ pprFlavour info <+> pp_top_level <+>+           pp_vanilla_decl_head ltycon tyvars fixity noLHsContext <+>+           pp_kind <+> pp_inj <+> pp_where+         , nest 2 $ pp_eqns ]+  where+    pp_top_level = case top_level of+                     TopLevel    -> text "family"+                     NotTopLevel -> empty++    pp_kind = case result of+                NoSig    _         -> empty+                KindSig  _ kind    -> dcolon <+> ppr kind+                TyVarSig _ tv_bndr -> text "=" <+> ppr tv_bndr+    pp_inj = case mb_inj of+               Just (L _ (InjectivityAnn lhs rhs)) ->+                 hsep [ vbar, ppr lhs, text "->", hsep (map ppr rhs) ]+               Nothing -> empty+    (pp_where, pp_eqns) = case info of+      ClosedTypeFamily mb_eqns ->+        ( text "where"+        , case mb_eqns of+            Nothing   -> text ".."+            Just eqns -> vcat $ map (ppr_fam_inst_eqn . unLoc) eqns )+      _ -> (empty, empty)++++{- *********************************************************************+*                                                                      *+               Data types and data constructors+*                                                                      *+********************************************************************* -}++type instance XCHsDataDefn    (GhcPass _) = NoExtField++type instance XXHsDataDefn    (GhcPass _) = NoExtCon++type instance XCHsDerivingClause    (GhcPass _) = NoExtField+type instance XXHsDerivingClause    (GhcPass _) = NoExtCon++instance OutputableBndrId p+       => Outputable (HsDerivingClause (GhcPass p)) where+  ppr (HsDerivingClause { deriv_clause_strategy = dcs+                        , deriv_clause_tys      = L _ dct })+    = hsep [ text "deriving"+           , pp_strat_before+           , ppr dct+           , pp_strat_after ]+      where+        -- @via@ is unique in that in comes /after/ the class being derived,+        -- so we must special-case it.+        (pp_strat_before, pp_strat_after) =+          case dcs of+            Just (L _ via@ViaStrategy{}) -> (empty, ppr via)+            _                            -> (ppDerivStrategy dcs, empty)++type instance XDctSingle (GhcPass _) = NoExtField+type instance XDctMulti  (GhcPass _) = NoExtField+type instance XXDerivClauseTys (GhcPass _) = NoExtCon++instance OutputableBndrId p => Outputable (DerivClauseTys (GhcPass p)) where+  ppr (DctSingle _ ty) = ppr ty+  ppr (DctMulti _ tys) = parens (interpp'SP tys)++type instance XStandaloneKindSig (GhcPass p) = NoExtField+type instance XXStandaloneKindSig (GhcPass p) = NoExtCon++standaloneKindSigName :: StandaloneKindSig (GhcPass p) -> IdP (GhcPass p)+standaloneKindSigName (StandaloneKindSig _ lname _) = unLoc lname++type instance XConDeclGADT (GhcPass _) = NoExtField+type instance XConDeclH98  (GhcPass _) = NoExtField++type instance XXConDecl (GhcPass _) = NoExtCon++getConNames :: ConDecl GhcRn -> [Located Name]+getConNames ConDeclH98  {con_name  = name}  = [name]+getConNames ConDeclGADT {con_names = names} = names++-- | Return @'Just' fields@ if a data constructor declaration uses record+-- syntax (i.e., 'RecCon'), where @fields@ are the field selectors.+-- Otherwise, return 'Nothing'.+getRecConArgs_maybe :: ConDecl GhcRn -> Maybe (Located [LConDeclField GhcRn])+getRecConArgs_maybe (ConDeclH98{con_args = args}) = case args of+  PrefixCon{} -> Nothing+  RecCon flds -> Just flds+  InfixCon{}  -> Nothing+getRecConArgs_maybe (ConDeclGADT{con_g_args = args}) = case args of+  PrefixConGADT{} -> Nothing+  RecConGADT flds -> Just flds++hsConDeclTheta :: Maybe (LHsContext (GhcPass p)) -> [LHsType (GhcPass p)]+hsConDeclTheta Nothing            = []+hsConDeclTheta (Just (L _ theta)) = theta++pp_data_defn :: (OutputableBndrId p)+                  => (LHsContext (GhcPass p) -> SDoc)   -- Printing the header+                  -> HsDataDefn (GhcPass p)+                  -> SDoc+pp_data_defn pp_hdr (HsDataDefn { dd_ND = new_or_data, dd_ctxt = context+                                , dd_cType = mb_ct+                                , dd_kindSig = mb_sig+                                , dd_cons = condecls, dd_derivs = derivings })+  | null condecls+  = ppr new_or_data <+> pp_ct <+> pp_hdr context <+> pp_sig+    <+> pp_derivings derivings++  | otherwise+  = hang (ppr new_or_data <+> pp_ct  <+> pp_hdr context <+> pp_sig)+       2 (pp_condecls condecls $$ pp_derivings derivings)+  where+    pp_ct = case mb_ct of+               Nothing   -> empty+               Just ct -> ppr ct+    pp_sig = case mb_sig of+               Nothing   -> empty+               Just kind -> dcolon <+> ppr kind+    pp_derivings (L _ ds) = vcat (map ppr ds)++instance OutputableBndrId p+       => Outputable (HsDataDefn (GhcPass p)) where+   ppr d = pp_data_defn (\_ -> text "Naked HsDataDefn") d++instance OutputableBndrId p+       => Outputable (StandaloneKindSig (GhcPass p)) where+  ppr (StandaloneKindSig _ v ki)+    = text "type" <+> pprPrefixOcc (unLoc v) <+> text "::" <+> ppr ki++pp_condecls :: forall p. OutputableBndrId p => [LConDecl (GhcPass p)] -> SDoc+pp_condecls cs+  | gadt_syntax                  -- In GADT syntax+  = hang (text "where") 2 (vcat (map ppr cs))+  | otherwise                    -- In H98 syntax+  = equals <+> sep (punctuate (text " |") (map ppr cs))+  where+    gadt_syntax = case cs of+      []                      -> False+      (L _ ConDeclH98{}  : _) -> False+      (L _ ConDeclGADT{} : _) -> True++instance (OutputableBndrId p) => Outputable (ConDecl (GhcPass p)) where+    ppr = pprConDecl++pprConDecl :: forall p. OutputableBndrId p => ConDecl (GhcPass p) -> SDoc+pprConDecl (ConDeclH98 { con_name = L _ con+                       , con_ex_tvs = ex_tvs+                       , con_mb_cxt = mcxt+                       , con_args = args+                       , con_doc = doc })+  = sep [ ppr_mbDoc doc+        , pprHsForAll (mkHsForAllInvisTele ex_tvs) cxt+        , ppr_details args ]+  where+    -- In ppr_details: let's not print the multiplicities (they are always 1, by+    -- definition) as they do not appear in an actual declaration.+    ppr_details (InfixCon t1 t2) = hsep [ppr (hsScaledThing t1),+                                         pprInfixOcc con,+                                         ppr (hsScaledThing t2)]+    ppr_details (PrefixCon _ tys) = hsep (pprPrefixOcc con+                                    : map (pprHsType . unLoc . hsScaledThing) tys)+    ppr_details (RecCon fields)  = pprPrefixOcc con+                                 <+> pprConDeclFields (unLoc fields)+    cxt = fromMaybe noLHsContext mcxt++pprConDecl (ConDeclGADT { con_names = cons, con_bndrs = L _ outer_bndrs+                        , con_mb_cxt = mcxt, con_g_args = args+                        , con_res_ty = res_ty, con_doc = doc })+  = ppr_mbDoc doc <+> ppr_con_names cons <+> dcolon+    <+> (sep [pprHsOuterSigTyVarBndrs outer_bndrs <+> pprLHsContext cxt,+              ppr_arrow_chain (get_args args ++ [ppr res_ty]) ])+  where+    get_args (PrefixConGADT args) = map ppr args+    get_args (RecConGADT fields)  = [pprConDeclFields (unLoc fields)]++    cxt = fromMaybe noLHsContext mcxt++    ppr_arrow_chain (a:as) = sep (a : map (arrow <+>) as)+    ppr_arrow_chain []     = empty++ppr_con_names :: (OutputableBndr a) => [Located a] -> SDoc+ppr_con_names = pprWithCommas (pprPrefixOcc . unLoc)++{-+************************************************************************+*                                                                      *+                Instance declarations+*                                                                      *+************************************************************************+-}++type instance XCFamEqn    (GhcPass _) r = NoExtField+type instance XXFamEqn    (GhcPass _) r = NoExtCon++----------------- Class instances -------------++type instance XCClsInstDecl    (GhcPass _) = NoExtField+type instance XXClsInstDecl    (GhcPass _) = NoExtCon++----------------- Instances of all kinds -------------++type instance XClsInstD     (GhcPass _) = NoExtField+type instance XDataFamInstD (GhcPass _) = NoExtField+type instance XTyFamInstD   (GhcPass _) = NoExtField+type instance XXInstDecl    (GhcPass _) = NoExtCon++instance OutputableBndrId p+       => Outputable (TyFamInstDecl (GhcPass p)) where+  ppr = pprTyFamInstDecl TopLevel++pprTyFamInstDecl :: (OutputableBndrId p)+                 => TopLevelFlag -> TyFamInstDecl (GhcPass p) -> SDoc+pprTyFamInstDecl top_lvl (TyFamInstDecl { tfid_eqn = eqn })+   = text "type" <+> ppr_instance_keyword top_lvl <+> ppr_fam_inst_eqn eqn++ppr_instance_keyword :: TopLevelFlag -> SDoc+ppr_instance_keyword TopLevel    = text "instance"+ppr_instance_keyword NotTopLevel = empty++pprTyFamDefltDecl :: (OutputableBndrId p)+                  => TyFamDefltDecl (GhcPass p) -> SDoc+pprTyFamDefltDecl = pprTyFamInstDecl NotTopLevel++ppr_fam_inst_eqn :: (OutputableBndrId p)+                 => TyFamInstEqn (GhcPass p) -> SDoc+ppr_fam_inst_eqn (FamEqn { feqn_tycon  = L _ tycon+                         , feqn_bndrs  = bndrs+                         , feqn_pats   = pats+                         , feqn_fixity = fixity+                         , feqn_rhs    = rhs })+    = pprHsFamInstLHS tycon bndrs pats fixity noLHsContext <+> equals <+> ppr rhs++instance OutputableBndrId p+       => Outputable (DataFamInstDecl (GhcPass p)) where+  ppr = pprDataFamInstDecl TopLevel++pprDataFamInstDecl :: (OutputableBndrId p)+                   => TopLevelFlag -> DataFamInstDecl (GhcPass p) -> SDoc+pprDataFamInstDecl top_lvl (DataFamInstDecl { dfid_eqn =+                            (FamEqn { feqn_tycon  = L _ tycon+                                    , feqn_bndrs  = bndrs+                                    , feqn_pats   = pats+                                    , feqn_fixity = fixity+                                    , feqn_rhs    = defn })})+  = pp_data_defn pp_hdr defn+  where+    pp_hdr ctxt = ppr_instance_keyword top_lvl+              <+> pprHsFamInstLHS tycon bndrs pats fixity ctxt+                  -- pp_data_defn pretty-prints the kind sig. See #14817.++pprDataFamInstFlavour :: DataFamInstDecl (GhcPass p) -> SDoc+pprDataFamInstFlavour (DataFamInstDecl { dfid_eqn =+                       (FamEqn { feqn_rhs = HsDataDefn { dd_ND = nd }})})+  = ppr nd++pprHsFamInstLHS :: (OutputableBndrId p)+   => IdP (GhcPass p)+   -> HsOuterFamEqnTyVarBndrs (GhcPass p)+   -> HsTyPats (GhcPass p)+   -> LexicalFixity+   -> LHsContext (GhcPass p)+   -> SDoc+pprHsFamInstLHS thing bndrs typats fixity mb_ctxt+   = hsep [ pprHsOuterFamEqnTyVarBndrs bndrs+          , pprLHsContext mb_ctxt+          , pp_pats typats ]+   where+     pp_pats (patl:patr:pats)+       | Infix <- fixity+       = let pp_op_app = hsep [ ppr patl, pprInfixOcc thing, ppr patr ] in+         case pats of+           [] -> pp_op_app+           _  -> hsep (parens pp_op_app : map ppr pats)++     pp_pats pats = hsep [ pprPrefixOcc thing+                         , hsep (map ppr pats)]++instance OutputableBndrId p+       => Outputable (ClsInstDecl (GhcPass p)) where+    ppr (ClsInstDecl { cid_poly_ty = inst_ty, cid_binds = binds+                     , cid_sigs = sigs, cid_tyfam_insts = ats+                     , cid_overlap_mode = mbOverlap+                     , cid_datafam_insts = adts })+      | null sigs, null ats, null adts, isEmptyBag binds  -- No "where" part+      = top_matter++      | otherwise       -- Laid out+      = vcat [ top_matter <+> text "where"+             , nest 2 $ pprDeclList $+               map (pprTyFamInstDecl NotTopLevel . unLoc)   ats +++               map (pprDataFamInstDecl NotTopLevel . unLoc) adts +++               pprLHsBindsForUser binds sigs ]+      where+        top_matter = text "instance" <+> ppOverlapPragma mbOverlap+                                             <+> ppr inst_ty++ppDerivStrategy :: OutputableBndrId p+                => Maybe (LDerivStrategy (GhcPass p)) -> SDoc+ppDerivStrategy mb =+  case mb of+    Nothing       -> empty+    Just (L _ ds) -> ppr ds++ppOverlapPragma :: Maybe (Located OverlapMode) -> SDoc+ppOverlapPragma mb =+  case mb of+    Nothing           -> empty+    Just (L _ (NoOverlap s))    -> maybe_stext s "{-# NO_OVERLAP #-}"+    Just (L _ (Overlappable s)) -> maybe_stext s "{-# OVERLAPPABLE #-}"+    Just (L _ (Overlapping s))  -> maybe_stext s "{-# OVERLAPPING #-}"+    Just (L _ (Overlaps s))     -> maybe_stext s "{-# OVERLAPS #-}"+    Just (L _ (Incoherent s))   -> maybe_stext s "{-# INCOHERENT #-}"+  where+    maybe_stext NoSourceText     alt = text alt+    maybe_stext (SourceText src) _   = text src <+> text "#-}"+++instance (OutputableBndrId p) => Outputable (InstDecl (GhcPass p)) where+    ppr (ClsInstD     { cid_inst  = decl }) = ppr decl+    ppr (TyFamInstD   { tfid_inst = decl }) = ppr decl+    ppr (DataFamInstD { dfid_inst = decl }) = ppr decl++-- Extract the declarations of associated data types from an instance++instDeclDataFamInsts :: [LInstDecl (GhcPass p)] -> [DataFamInstDecl (GhcPass p)]+instDeclDataFamInsts inst_decls+  = concatMap do_one inst_decls+  where+    do_one :: LInstDecl (GhcPass p) -> [DataFamInstDecl (GhcPass p)]+    do_one (L _ (ClsInstD { cid_inst = ClsInstDecl { cid_datafam_insts = fam_insts } }))+      = map unLoc fam_insts+    do_one (L _ (DataFamInstD { dfid_inst = fam_inst }))      = [fam_inst]+    do_one (L _ (TyFamInstD {}))                              = []++{-+************************************************************************+*                                                                      *+\subsection[DerivDecl]{A stand-alone instance deriving declaration}+*                                                                      *+************************************************************************+-}++type instance XCDerivDecl    (GhcPass _) = NoExtField+type instance XXDerivDecl    (GhcPass _) = NoExtCon++instance OutputableBndrId p+       => Outputable (DerivDecl (GhcPass p)) where+    ppr (DerivDecl { deriv_type = ty+                   , deriv_strategy = ds+                   , deriv_overlap_mode = o })+        = hsep [ text "deriving"+               , ppDerivStrategy ds+               , text "instance"+               , ppOverlapPragma o+               , ppr ty ]++{-+************************************************************************+*                                                                      *+                Deriving strategies+*                                                                      *+************************************************************************+-}++type instance XViaStrategy GhcPs = LHsSigType GhcPs+type instance XViaStrategy GhcRn = LHsSigType GhcRn+type instance XViaStrategy GhcTc = Type++instance OutputableBndrId p+        => Outputable (DerivStrategy (GhcPass p)) where+    ppr StockStrategy    = text "stock"+    ppr AnyclassStrategy = text "anyclass"+    ppr NewtypeStrategy  = text "newtype"+    ppr (ViaStrategy ty) = text "via" <+> case ghcPass @p of+                                            GhcPs -> ppr ty+                                            GhcRn -> ppr ty+                                            GhcTc -> ppr ty++-- | Eliminate a 'DerivStrategy'.+foldDerivStrategy :: (p ~ GhcPass pass)+                  => r -> (XViaStrategy p -> r) -> DerivStrategy p -> r+foldDerivStrategy other _   StockStrategy    = other+foldDerivStrategy other _   AnyclassStrategy = other+foldDerivStrategy other _   NewtypeStrategy  = other+foldDerivStrategy _     via (ViaStrategy t)  = via t++-- | Map over the @via@ type if dealing with 'ViaStrategy'. Otherwise,+-- return the 'DerivStrategy' unchanged.+mapDerivStrategy :: (p ~ GhcPass pass)+                 => (XViaStrategy p -> XViaStrategy p)+                 -> DerivStrategy p -> DerivStrategy p+mapDerivStrategy f ds = foldDerivStrategy ds (ViaStrategy . f) ds++{-+************************************************************************+*                                                                      *+\subsection[DefaultDecl]{A @default@ declaration}+*                                                                      *+************************************************************************+-}++type instance XCDefaultDecl    (GhcPass _) = NoExtField+type instance XXDefaultDecl    (GhcPass _) = NoExtCon++instance OutputableBndrId p+       => Outputable (DefaultDecl (GhcPass p)) where+    ppr (DefaultDecl _ tys)+      = text "default" <+> parens (interpp'SP tys)++{-+************************************************************************+*                                                                      *+\subsection{Foreign function interface declaration}+*                                                                      *+************************************************************************+-}++type instance XForeignImport   GhcPs = NoExtField+type instance XForeignImport   GhcRn = NoExtField+type instance XForeignImport   GhcTc = Coercion++type instance XForeignExport   GhcPs = NoExtField+type instance XForeignExport   GhcRn = NoExtField+type instance XForeignExport   GhcTc = Coercion++type instance XXForeignDecl    (GhcPass _) = NoExtCon++instance OutputableBndrId p+       => Outputable (ForeignDecl (GhcPass p)) where+  ppr (ForeignImport { fd_name = n, fd_sig_ty = ty, fd_fi = fimport })+    = hang (text "foreign import" <+> ppr fimport <+> ppr n)+         2 (dcolon <+> ppr ty)+  ppr (ForeignExport { fd_name = n, fd_sig_ty = ty, fd_fe = fexport }) =+    hang (text "foreign export" <+> ppr fexport <+> ppr n)+       2 (dcolon <+> ppr ty)++{-+************************************************************************+*                                                                      *+\subsection{Rewrite rules}+*                                                                      *+************************************************************************+-}++type instance XCRuleDecls    (GhcPass _) = NoExtField+type instance XXRuleDecls    (GhcPass _) = NoExtCon++type instance XHsRule       GhcPs = NoExtField+type instance XHsRule       GhcRn = HsRuleRn+type instance XHsRule       GhcTc = HsRuleRn++type instance XXRuleDecl    (GhcPass _) = NoExtCon++flattenRuleDecls :: [LRuleDecls (GhcPass p)] -> [LRuleDecl (GhcPass p)]+flattenRuleDecls decls = concatMap (rds_rules . unLoc) decls++type instance XCRuleBndr    (GhcPass _) = NoExtField+type instance XRuleBndrSig  (GhcPass _) = NoExtField+type instance XXRuleBndr    (GhcPass _) = NoExtCon++instance (OutputableBndrId p) => Outputable (RuleDecls (GhcPass p)) where+  ppr (HsRules { rds_src = st+               , rds_rules = rules })+    = pprWithSourceText st (text "{-# RULES")+          <+> vcat (punctuate semi (map ppr rules)) <+> text "#-}"++instance (OutputableBndrId p) => Outputable (RuleDecl (GhcPass p)) where+  ppr (HsRule { rd_name = name+              , rd_act  = act+              , rd_tyvs = tys+              , rd_tmvs = tms+              , rd_lhs  = lhs+              , rd_rhs  = rhs })+        = sep [pprFullRuleName name <+> ppr act,+               nest 4 (pp_forall_ty tys <+> pp_forall_tm tys+                                        <+> pprExpr (unLoc lhs)),+               nest 6 (equals <+> pprExpr (unLoc rhs)) ]+        where+          pp_forall_ty Nothing     = empty+          pp_forall_ty (Just qtvs) = forAllLit <+> fsep (map ppr qtvs) <> dot+          pp_forall_tm Nothing | null tms = empty+          pp_forall_tm _ = forAllLit <+> fsep (map ppr tms) <> dot++instance (OutputableBndrId p) => Outputable (RuleBndr (GhcPass p)) where+   ppr (RuleBndr _ name) = ppr name+   ppr (RuleBndrSig _ name ty) = parens (ppr name <> dcolon <> ppr ty)++{-+************************************************************************+*                                                                      *+\subsection[DeprecDecl]{Deprecations}+*                                                                      *+************************************************************************+-}++type instance XWarnings      (GhcPass _) = NoExtField+type instance XXWarnDecls    (GhcPass _) = NoExtCon++type instance XWarning      (GhcPass _) = NoExtField+type instance XXWarnDecl    (GhcPass _) = NoExtCon+++instance OutputableBndr (IdP (GhcPass p))+        => Outputable (WarnDecls (GhcPass p)) where+    ppr (Warnings _ (SourceText src) decls)+      = text src <+> vcat (punctuate comma (map ppr decls)) <+> text "#-}"+    ppr (Warnings _ NoSourceText _decls) = panic "WarnDecls"++instance OutputableBndr (IdP (GhcPass p))+       => Outputable (WarnDecl (GhcPass p)) where+    ppr (Warning _ thing txt)+      = hsep ( punctuate comma (map ppr thing))+              <+> ppr txt++{-+************************************************************************+*                                                                      *+\subsection[AnnDecl]{Annotations}+*                                                                      *+************************************************************************+-}++type instance XHsAnnotation (GhcPass _) = NoExtField+type instance XXAnnDecl     (GhcPass _) = NoExtCon++instance (OutputableBndrId p) => Outputable (AnnDecl (GhcPass p)) where+    ppr (HsAnnotation _ _ provenance expr)+      = hsep [text "{-#", pprAnnProvenance provenance, pprExpr (unLoc expr), text "#-}"]++pprAnnProvenance :: OutputableBndr name => AnnProvenance name -> SDoc+pprAnnProvenance ModuleAnnProvenance       = text "ANN module"+pprAnnProvenance (ValueAnnProvenance (L _ name))+  = text "ANN" <+> ppr name+pprAnnProvenance (TypeAnnProvenance (L _ name))+  = text "ANN type" <+> ppr name++{-+************************************************************************+*                                                                      *+\subsection[RoleAnnot]{Role annotations}+*                                                                      *+************************************************************************+-}  type instance XCRoleAnnotDecl (GhcPass _) = NoExtField type instance XXRoleAnnotDecl (GhcPass _) = NoExtCon
compiler/GHC/Hs/Expr.hs view
@@ -11,3039 +11,1415 @@ {-# LANGUAGE TypeApplications          #-} {-# LANGUAGE TypeFamilyDependencies    #-} {-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]-                                      -- in module GHC.Hs.Extension--{-# OPTIONS_GHC -Wno-incomplete-uni-patterns #-}--{--(c) The University of Glasgow 2006-(c) The GRASP/AQUA Project, Glasgow University, 1992-1998--}---- | Abstract Haskell syntax for expressions.-module GHC.Hs.Expr where--#include "GhclibHsVersions.h"---- friends:-import GHC.Prelude--import GHC.Hs.Decls-import GHC.Hs.Pat-import GHC.Hs.Lit-import GHC.Hs.Extension-import GHC.Hs.Type-import GHC.Hs.Binds---- others:-import GHC.Tc.Types.Evidence-import GHC.Core-import GHC.Types.Name-import GHC.Types.Name.Set-import GHC.Types.Basic-import GHC.Types.Fixity-import GHC.Types.SourceText-import GHC.Types.SrcLoc-import GHC.Core.ConLike-import GHC.Unit.Module (ModuleName)-import GHC.Utils.Misc-import GHC.Utils.Outputable-import GHC.Utils.Panic-import GHC.Data.FastString-import GHC.Core.Type-import GHC.Builtin.Types (mkTupleStr)-import GHC.Tc.Utils.TcType (TcType)-import {-# SOURCE #-} GHC.Tc.Types (TcLclEnv)---- libraries:-import Data.Data hiding (Fixity(..))-import qualified Data.Data as Data (Fixity(..))-import qualified Data.Kind-import Data.Maybe (isJust)--import GHCi.RemoteTypes ( ForeignRef )-import qualified Language.Haskell.TH as TH (Q)--{--************************************************************************-*                                                                      *-\subsection{Expressions proper}-*                                                                      *-************************************************************************--}---- * Expressions proper---- | Located Haskell Expression-type LHsExpr p = XRec p (HsExpr p)-  -- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnComma' when-  --   in a list--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation------------------------------ | Post-Type checking Expression------ PostTcExpr is an evidence expression attached to the syntax tree by the--- type checker (c.f. postTcType).-type PostTcExpr  = HsExpr GhcTc---- | Post-Type checking Table------ We use a PostTcTable where there are a bunch of pieces of evidence, more--- than is convenient to keep individually.-type PostTcTable = [(Name, PostTcExpr)]----------------------------{- Note [NoSyntaxExpr]-~~~~~~~~~~~~~~~~~~~~~~-Syntax expressions can be missing (NoSyntaxExprRn or NoSyntaxExprTc)-for several reasons:-- 1. As described in Note [Rebindable if]-- 2. In order to suppress "not in scope: xyz" messages when a bit of-    rebindable syntax does not apply. For example, when using an irrefutable-    pattern in a BindStmt, we don't need a `fail` operator.-- 3. Rebindable syntax might just not make sense. For example, a BodyStmt-    contains the syntax for `guard`, but that's used only in monad comprehensions.-    If we had more of a whiz-bang type system, we might be able to rule this-    case out statically.--}---- | Syntax Expression------ SyntaxExpr is represents the function used in interpreting rebindable--- syntax. In the parser, we have no information to supply; in the renamer,--- we have the name of the function (but see--- Note [Monad fail : Rebindable syntax, overloaded strings] for a wrinkle)--- and in the type-checker we have a more elaborate structure 'SyntaxExprTc'.------ In some contexts, rebindable syntax is not implemented, and so we have--- constructors to represent that possibility in both the renamer and--- typechecker instantiations.------ E.g. @(>>=)@ is filled in before the renamer by the appropriate 'Name' for---      @(>>=)@, and then instantiated by the type checker with its type args---      etc-type family SyntaxExpr p---- Defining SyntaxExpr in two stages allows for better type inference, because--- we can declare SyntaxExprGhc to be injective (and closed). Without injectivity,--- noSyntaxExpr would be ambiguous.-type instance SyntaxExpr (GhcPass p) = SyntaxExprGhc p--type family SyntaxExprGhc (p :: Pass) = (r :: Data.Kind.Type) | r -> p where-  SyntaxExprGhc 'Parsed      = NoExtField-  SyntaxExprGhc 'Renamed     = SyntaxExprRn-  SyntaxExprGhc 'Typechecked = SyntaxExprTc---- | The function to use in rebindable syntax. See Note [NoSyntaxExpr].-data SyntaxExprRn = SyntaxExprRn (HsExpr GhcRn)-    -- Why is the payload not just a Name?-    -- See Note [Monad fail : Rebindable syntax, overloaded strings] in "GHC.Rename.Expr"-                  | NoSyntaxExprRn---- | An expression with wrappers, used for rebindable syntax------ This should desugar to------ > syn_res_wrap $ syn_expr (syn_arg_wraps[0] arg0)--- >                         (syn_arg_wraps[1] arg1) ...------ where the actual arguments come from elsewhere in the AST.-data SyntaxExprTc = SyntaxExprTc { syn_expr      :: HsExpr GhcTc-                                 , syn_arg_wraps :: [HsWrapper]-                                 , syn_res_wrap  :: HsWrapper }-                  | NoSyntaxExprTc  -- See Note [NoSyntaxExpr]---- | This is used for rebindable-syntax pieces that are too polymorphic--- for tcSyntaxOp (trS_fmap and the mzip in ParStmt)-noExpr :: HsExpr (GhcPass p)-noExpr = HsLit noExtField (HsString (SourceText  "noExpr") (fsLit "noExpr"))--noSyntaxExpr :: forall p. IsPass p => SyntaxExpr (GhcPass p)-                              -- Before renaming, and sometimes after-                              -- See Note [NoSyntaxExpr]-noSyntaxExpr = case ghcPass @p of-  GhcPs -> noExtField-  GhcRn -> NoSyntaxExprRn-  GhcTc -> NoSyntaxExprTc---- | Make a 'SyntaxExpr GhcRn' from an expression--- Used only in getMonadFailOp.--- See Note [Monad fail : Rebindable syntax, overloaded strings] in "GHC.Rename.Expr"-mkSyntaxExpr :: HsExpr GhcRn -> SyntaxExprRn-mkSyntaxExpr = SyntaxExprRn---- | Make a 'SyntaxExpr' from a 'Name' (the "rn" is because this is used in the--- renamer).-mkRnSyntaxExpr :: Name -> SyntaxExprRn-mkRnSyntaxExpr name = SyntaxExprRn $ HsVar noExtField $ noLoc name--instance Outputable SyntaxExprRn where-  ppr (SyntaxExprRn expr) = ppr expr-  ppr NoSyntaxExprRn      = text "<no syntax expr>"--instance Outputable SyntaxExprTc where-  ppr (SyntaxExprTc { syn_expr      = expr-                    , syn_arg_wraps = arg_wraps-                    , syn_res_wrap  = res_wrap })-    = sdocOption sdocPrintExplicitCoercions $ \print_co ->-      getPprDebug $ \debug ->-      if debug || print_co-      then ppr expr <> braces (pprWithCommas ppr arg_wraps)-                    <> braces (ppr res_wrap)-      else ppr expr--  ppr NoSyntaxExprTc = text "<no syntax expr>"---- | Command Syntax Table (for Arrow syntax)-type CmdSyntaxTable p = [(Name, HsExpr p)]--- See Note [CmdSyntaxTable]--{--Note [CmdSyntaxTable]-~~~~~~~~~~~~~~~~~~~~~-Used only for arrow-syntax stuff (HsCmdTop), the CmdSyntaxTable keeps-track of the methods needed for a Cmd.--* Before the renamer, this list is an empty list--* After the renamer, it takes the form @[(std_name, HsVar actual_name)]@-  For example, for the 'arr' method-   * normal case:            (GHC.Control.Arrow.arr, HsVar GHC.Control.Arrow.arr)-   * with rebindable syntax: (GHC.Control.Arrow.arr, arr_22)-             where @arr_22@ is whatever 'arr' is in scope--* After the type checker, it takes the form [(std_name, <expression>)]-  where <expression> is the evidence for the method.  This evidence is-  instantiated with the class, but is still polymorphic in everything-  else.  For example, in the case of 'arr', the evidence has type-         forall b c. (b->c) -> a b c-  where 'a' is the ambient type of the arrow.  This polymorphism is-  important because the desugarer uses the same evidence at multiple-  different types.--This is Less Cool than what we normally do for rebindable syntax, which is to-make fully-instantiated piece of evidence at every use site.  The Cmd way-is Less Cool because-  * The renamer has to predict which methods are needed.-    See the tedious GHC.Rename.Expr.methodNamesCmd.--  * The desugarer has to know the polymorphic type of the instantiated-    method. This is checked by Inst.tcSyntaxName, but is less flexible-    than the rest of rebindable syntax, where the type is less-    pre-ordained.  (And this flexibility is useful; for example we can-    typecheck do-notation with (>>=) :: m1 a -> (a -> m2 b) -> m2 b.)--}---- | A Haskell expression.-data HsExpr p-  = HsVar     (XVar p)-              (LIdP p) -- ^ Variable-                       -- See Note [Located RdrNames]--  | HsUnboundVar (XUnboundVar p)-                 OccName     -- ^ Unbound variable; also used for "holes"-                             --   (_ or _x).-                             -- Turned from HsVar to HsUnboundVar by the-                             --   renamer, when it finds an out-of-scope-                             --   variable or hole.-                             -- The (XUnboundVar p) field becomes an HoleExprRef-                             --   after typechecking; this is where the-                             --   erroring expression will be written after-                             --   solving. See Note [Holes] in GHC.Tc.Types.Constraint.--  | HsConLikeOut (XConLikeOut p)-                 ConLike     -- ^ After typechecker only; must be different-                             -- HsVar for pretty printing--  | HsRecFld  (XRecFld p)-              (AmbiguousFieldOcc p) -- ^ Variable pointing to record selector-              -- The parser produces HsVars-              -- The renamer renames record-field selectors to HsRecFld-              -- The typechecker preserves HsRecFld--  | HsOverLabel (XOverLabel p)-                (Maybe (IdP p)) FastString-     -- ^ Overloaded label (Note [Overloaded labels] in GHC.OverloadedLabels)-     --   @Just id@ means @RebindableSyntax@ is in use, and gives the id of the-     --   in-scope 'fromLabel'.-     --   NB: Not in use after typechecking--  | HsIPVar   (XIPVar p)-              HsIPName   -- ^ Implicit parameter (not in use after typechecking)-  | HsOverLit (XOverLitE p)-              (HsOverLit p)  -- ^ Overloaded literals--  | HsLit     (XLitE p)-              (HsLit p)      -- ^ Simple (non-overloaded) literals--  | HsLam     (XLam p)-              (MatchGroup p (LHsExpr p))-                       -- ^ Lambda abstraction. Currently always a single match-       ---       -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLam',-       --       'GHC.Parser.Annotation.AnnRarrow',--       -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsLamCase (XLamCase p) (MatchGroup p (LHsExpr p)) -- ^ Lambda-case-       ---       -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLam',-       --           'GHC.Parser.Annotation.AnnCase','GHC.Parser.Annotation.AnnOpen',-       --           'GHC.Parser.Annotation.AnnClose'--       -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsApp     (XApp p) (LHsExpr p) (LHsExpr p) -- ^ Application--  | HsAppType (XAppTypeE p) -- After typechecking: the type argument-              (LHsExpr p)-              (LHsWcType (NoGhcTc p))  -- ^ Visible type application-       ---       -- Explicit type argument; e.g  f @Int x y-       -- NB: Has wildcards, but no implicit quantification-       ---       -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnAt',--  -- | Operator applications:-  -- NB Bracketed ops such as (+) come out as Vars.--  -- NB We need an expr for the operator in an OpApp/Section since-  -- the typechecker may need to apply the operator to a few types.--  | OpApp       (XOpApp p)-                (LHsExpr p)       -- left operand-                (LHsExpr p)       -- operator-                (LHsExpr p)       -- right operand--  -- | Negation operator. Contains the negated expression and the name-  -- of 'negate'-  ---  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnMinus'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | NegApp      (XNegApp p)-                (LHsExpr p)-                (SyntaxExpr p)--  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'('@,-  --             'GHC.Parser.Annotation.AnnClose' @')'@--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | HsPar       (XPar p)-                (LHsExpr p)  -- ^ Parenthesised expr; see Note [Parens in HsSyn]--  | SectionL    (XSectionL p)-                (LHsExpr p)    -- operand; see Note [Sections in HsSyn]-                (LHsExpr p)    -- operator-  | SectionR    (XSectionR p)-                (LHsExpr p)    -- operator; see Note [Sections in HsSyn]-                (LHsExpr p)    -- operand--  -- | Used for explicit tuples and sections thereof-  ---  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',-  --         'GHC.Parser.Annotation.AnnClose'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  -- Note [ExplicitTuple]-  | ExplicitTuple-        (XExplicitTuple p)-        [LHsTupArg p]-        Boxity--  -- | Used for unboxed sum types-  ---  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'(#'@,-  --          'GHC.Parser.Annotation.AnnVbar', 'GHC.Parser.Annotation.AnnClose' @'#)'@,-  ---  --  There will be multiple 'GHC.Parser.Annotation.AnnVbar', (1 - alternative) before-  --  the expression, (arity - alternative) after it-  | ExplicitSum-          (XExplicitSum p)-          ConTag --  Alternative (one-based)-          Arity  --  Sum arity-          (LHsExpr p)--  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnCase',-  --       'GHC.Parser.Annotation.AnnOf','GHC.Parser.Annotation.AnnOpen' @'{'@,-  --       'GHC.Parser.Annotation.AnnClose' @'}'@--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | HsCase      (XCase p)-                (LHsExpr p)-                (MatchGroup p (LHsExpr p))--  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnIf',-  --       'GHC.Parser.Annotation.AnnSemi',-  --       'GHC.Parser.Annotation.AnnThen','GHC.Parser.Annotation.AnnSemi',-  --       'GHC.Parser.Annotation.AnnElse',--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | HsIf        (XIf p)        -- GhcPs: this is a Bool; False <=> do not use-                               --  rebindable syntax-                (LHsExpr p)    --  predicate-                (LHsExpr p)    --  then part-                (LHsExpr p)    --  else part--  -- | Multi-way if-  ---  -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnIf'-  --       'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose',--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | HsMultiIf   (XMultiIf p) [LGRHS p (LHsExpr p)]--  -- | let(rec)-  ---  -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLet',-  --       'GHC.Parser.Annotation.AnnOpen' @'{'@,-  --       'GHC.Parser.Annotation.AnnClose' @'}'@,'GHC.Parser.Annotation.AnnIn'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | HsLet       (XLet p)-                (LHsLocalBinds p)-                (LHsExpr  p)--  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDo',-  --             'GHC.Parser.Annotation.AnnOpen', 'GHC.Parser.Annotation.AnnSemi',-  --             'GHC.Parser.Annotation.AnnVbar',-  --             'GHC.Parser.Annotation.AnnClose'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | HsDo        (XDo p)                  -- Type of the whole expression-                (HsStmtContext GhcRn)    -- The parameterisation is unimportant-                                         -- because in this context we never use-                                         -- the PatGuard or ParStmt variant-                (XRec p [ExprLStmt p])   -- "do":one or more stmts--  -- | Syntactic list: [a,b,c,...]-  ---  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'['@,-  --              'GHC.Parser.Annotation.AnnClose' @']'@--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  -- See Note [Empty lists]-  | ExplicitList-                (XExplicitList p)  -- Gives type of components of list-                (Maybe (SyntaxExpr p))-                                   -- For OverloadedLists, the fromListN witness-                [LHsExpr p]--  -- | Record construction-  ---  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'{'@,-  --         'GHC.Parser.Annotation.AnnDotdot','GHC.Parser.Annotation.AnnClose' @'}'@--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | RecordCon-      { rcon_ext      :: XRecordCon p-      , rcon_con_name :: LIdP p             -- The constructor name;-                                            --  not used after type checking-      , rcon_flds     :: HsRecordBinds p }  -- The fields--  -- | Record update-  ---  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'{'@,-  --         'GHC.Parser.Annotation.AnnDotdot','GHC.Parser.Annotation.AnnClose' @'}'@--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | RecordUpd-      { rupd_ext  :: XRecordUpd p-      , rupd_expr :: LHsExpr p-      , rupd_flds :: [LHsRecUpdField p]-      }-  -- For a type family, the arg types are of the *instance* tycon,-  -- not the family tycon--  -- | Expression with an explicit type signature. @e :: type@-  ---  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDcolon'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | ExprWithTySig-                (XExprWithTySig p)--                (LHsExpr p)-                (LHsSigWcType (NoGhcTc p))--  -- | Arithmetic sequence-  ---  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'['@,-  --              'GHC.Parser.Annotation.AnnComma','GHC.Parser.Annotation.AnnDotdot',-  --              'GHC.Parser.Annotation.AnnClose' @']'@--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | ArithSeq-                (XArithSeq p)-                (Maybe (SyntaxExpr p))-                                  -- For OverloadedLists, the fromList witness-                (ArithSeqInfo p)--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  ------------------------------------------------------------  -- MetaHaskell Extensions--  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',-  --         'GHC.Parser.Annotation.AnnOpenE','GHC.Parser.Annotation.AnnOpenEQ',-  --         'GHC.Parser.Annotation.AnnClose','GHC.Parser.Annotation.AnnCloseQ'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | HsBracket    (XBracket p) (HsBracket p)--    -- See Note [Pending Splices]-  | HsRnBracketOut-      (XRnBracketOut p)-      (HsBracket GhcRn)    -- Output of the renamer is the *original* renamed-                           -- expression, plus-      [PendingRnSplice]    -- _renamed_ splices to be type checked--  | HsTcBracketOut-      (XTcBracketOut p)-      (Maybe QuoteWrapper) -- The wrapper to apply type and dictionary argument-                           -- to the quote.-      (HsBracket GhcRn)    -- Output of the type checker is the *original*-                           -- renamed expression, plus-      [PendingTcSplice]    -- _typechecked_ splices to be-                           -- pasted back in by the desugarer--  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',-  --         'GHC.Parser.Annotation.AnnClose'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | HsSpliceE  (XSpliceE p) (HsSplice p)--  ------------------------------------------------------------  -- Arrow notation extension--  -- | @proc@ notation for Arrows-  ---  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnProc',-  --          'GHC.Parser.Annotation.AnnRarrow'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | HsProc      (XProc p)-                (LPat p)               -- arrow abstraction, proc-                (LHsCmdTop p)          -- body of the abstraction-                                       -- always has an empty stack--  ----------------------------------------  -- static pointers extension-  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnStatic',--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | HsStatic (XStatic p) -- Free variables of the body-             (LHsExpr p)        -- Body--  ----------------------------------------  -- Haskell program coverage (Hpc) Support--  | HsTick-     (XTick p)-     (Tickish (IdP p))-     (LHsExpr p)                       -- sub-expression--  | HsBinTick-     (XBinTick p)-     Int                                -- module-local tick number for True-     Int                                -- module-local tick number for False-     (LHsExpr p)                        -- sub-expression--  ----------------------------------------  -- Expressions annotated with pragmas, written as {-# ... #-}-  | HsPragE (XPragE p) (HsPragE p) (LHsExpr p)--  | XExpr       !(XXExpr p)-  -- Note [Trees that Grow] extension constructor for the-  -- general idea, and Note [Rebindable syntax and HsExpansion]-  -- for an example of how we use it.---- | Extra data fields for a 'RecordCon', added by the type checker-data RecordConTc = RecordConTc-      { rcon_con_like :: ConLike      -- The data constructor or pattern synonym-      , rcon_con_expr :: PostTcExpr   -- Instantiated constructor function-      }---- | Extra data fields for a 'RecordUpd', added by the type checker-data RecordUpdTc = RecordUpdTc-      { rupd_cons :: [ConLike]-                -- Filled in by the type checker to the-                -- _non-empty_ list of DataCons that have-                -- all the upd'd fields--      , rupd_in_tys  :: [Type]  -- Argument types of *input* record type-      , rupd_out_tys :: [Type]  --             and  *output* record type-                -- For a data family, these are the type args of the-                -- /representation/ type constructor--      , rupd_wrap :: HsWrapper  -- See note [Record Update HsWrapper]-      }---- | HsWrap appears only in typechecker output--- Invariant: The contained Expr is *NOT* itself an HsWrap.--- See Note [Detecting forced eta expansion] in "GHC.HsToCore.Expr".--- This invariant is maintained by 'GHC.Hs.Utils.mkHsWrap'.--- hs_syn is something like HsExpr or HsCmd-data HsWrap hs_syn = HsWrap HsWrapper      -- the wrapper-                            (hs_syn GhcTc) -- the thing that is wrapped--deriving instance (Data (hs_syn GhcTc), Typeable hs_syn) => Data (HsWrap hs_syn)---- -----------------------------------------------------------------------type instance XVar           (GhcPass _) = NoExtField-type instance XConLikeOut    (GhcPass _) = NoExtField-type instance XRecFld        (GhcPass _) = NoExtField-type instance XOverLabel     (GhcPass _) = NoExtField-type instance XIPVar         (GhcPass _) = NoExtField-type instance XOverLitE      (GhcPass _) = NoExtField-type instance XLitE          (GhcPass _) = NoExtField-type instance XLam           (GhcPass _) = NoExtField-type instance XLamCase       (GhcPass _) = NoExtField-type instance XApp           (GhcPass _) = NoExtField--type instance XUnboundVar    GhcPs = NoExtField-type instance XUnboundVar    GhcRn = NoExtField-type instance XUnboundVar    GhcTc = HoleExprRef-  -- We really don't need the whole HoleExprRef; just the IORef EvTerm-  -- would be enough. But then deriving a Data instance becomes impossible.-  -- Much, much easier just to define HoleExprRef with a Data instance and-  -- store the whole structure.--type instance XAppTypeE      GhcPs = NoExtField-type instance XAppTypeE      GhcRn = NoExtField-type instance XAppTypeE      GhcTc = Type--type instance XOpApp         GhcPs = NoExtField-type instance XOpApp         GhcRn = Fixity-type instance XOpApp         GhcTc = Fixity--type instance XNegApp        (GhcPass _) = NoExtField-type instance XPar           (GhcPass _) = NoExtField-type instance XSectionL      (GhcPass _) = NoExtField-type instance XSectionR      (GhcPass _) = NoExtField-type instance XExplicitTuple (GhcPass _) = NoExtField--type instance XExplicitSum   GhcPs = NoExtField-type instance XExplicitSum   GhcRn = NoExtField-type instance XExplicitSum   GhcTc = [Type]--type instance XCase          (GhcPass _) = NoExtField--type instance XIf            (GhcPass _) = NoExtField--type instance XMultiIf       GhcPs = NoExtField-type instance XMultiIf       GhcRn = NoExtField-type instance XMultiIf       GhcTc = Type--type instance XLet           (GhcPass _) = NoExtField--type instance XDo            GhcPs = NoExtField-type instance XDo            GhcRn = NoExtField-type instance XDo            GhcTc = Type--type instance XExplicitList  GhcPs = NoExtField-type instance XExplicitList  GhcRn = NoExtField-type instance XExplicitList  GhcTc = Type--type instance XRecordCon     GhcPs = NoExtField-type instance XRecordCon     GhcRn = NoExtField-type instance XRecordCon     GhcTc = RecordConTc--type instance XRecordUpd     GhcPs = NoExtField-type instance XRecordUpd     GhcRn = NoExtField-type instance XRecordUpd     GhcTc = RecordUpdTc--type instance XExprWithTySig (GhcPass _) = NoExtField--type instance XArithSeq      GhcPs = NoExtField-type instance XArithSeq      GhcRn = NoExtField-type instance XArithSeq      GhcTc = PostTcExpr--type instance XBracket       (GhcPass _) = NoExtField--type instance XRnBracketOut  (GhcPass _) = NoExtField-type instance XTcBracketOut  (GhcPass _) = NoExtField--type instance XSpliceE       (GhcPass _) = NoExtField-type instance XProc          (GhcPass _) = NoExtField--type instance XStatic        GhcPs = NoExtField-type instance XStatic        GhcRn = NameSet-type instance XStatic        GhcTc = NameSet--type instance XTick          (GhcPass _) = NoExtField-type instance XBinTick       (GhcPass _) = NoExtField--type instance XPragE         (GhcPass _) = NoExtField--type instance XXExpr         GhcPs       = NoExtCon---- See Note [Rebindable syntax and HsExpansion] below-type instance XXExpr         GhcRn       = HsExpansion (HsExpr GhcRn)-                                                       (HsExpr GhcRn)-type instance XXExpr         GhcTc       = XXExprGhcTc--data XXExprGhcTc-  = WrapExpr {-# UNPACK #-} !(HsWrap HsExpr)-  | ExpansionExpr {-# UNPACK #-} !(HsExpansion (HsExpr GhcRn) (HsExpr GhcTc))---{--Note [Rebindable syntax and HsExpansion]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~--We implement rebindable syntax (RS) support by performing a desugaring-in the renamer. We transform GhcPs expressions affected by RS into the-appropriate desugared form, but **annotated with the original expression**.--Let us consider a piece of code like:--    {-# LANGUAGE RebindableSyntax #-}-    ifThenElse :: Char -> () -> () -> ()-    ifThenElse _ _ _ = ()-    x = if 'a' then () else True--The parsed AST for the RHS of x would look something like (slightly simplified):--    L locif (HsIf (L loca 'a') (L loctrue ()) (L locfalse True))--Upon seeing such an AST with RS on, we could transform it into a-mere function call, as per the RS rules, equivalent to the-following function application:--    ifThenElse 'a' () True--which doesn't typecheck. But GHC would report an error about-not being able to match the third argument's type (Bool) with the-expected type: (), in the expression _as desugared_, i.e in-the aforementioned function application. But the user never-wrote a function application! This would be pretty bad.--To remedy this, instead of transforming the original HsIf-node into mere applications of 'ifThenElse', we keep the-original 'if' expression around too, using the TTG-XExpr extension point to allow GHC to construct an-'HsExpansion' value that will keep track of the original-expression in its first field, and the desugared one in the-second field. The resulting renamed AST would look like:--    L locif (XExpr-      (HsExpanded-        (HsIf (L loca 'a')-              (L loctrue ())-              (L locfalse True)-        )-        (App (L generatedSrcSpan-                (App (L generatedSrcSpan-                        (App (L generatedSrcSpan (Var ifThenElse))-                             (L loca 'a')-                        )-                     )-                     (L loctrue ())-                )-             )-             (L locfalse True)-        )-      )-    )--When comes the time to typecheck the program, we end up calling-tcMonoExpr on the AST above. If this expression gives rise to-a type error, then it will appear in a context line and GHC-will pretty-print it using the 'Outputable (HsExpansion a b)'-instance defined below, which *only prints the original-expression*. This is the gist of the idea, but is not quite-enough to recover the error messages that we had with the-SyntaxExpr-based, typechecking/desugaring-to-core time-implementation of rebindable syntax. The key idea is to decorate-some elements of the desugared expression so as to be able to-give them a special treatment when typechecking the desugared-expression, to print a different context line or skip one-altogether.--Whenever we 'setSrcSpan' a 'generatedSrcSpan', we update a field in-TcLclEnv called 'tcl_in_gen_code', setting it to True, which indicates that we-entered generated code, i.e code fabricated by the compiler when rebinding some-syntax. If someone tries to push some error context line while that field is set-to True, the pushing won't actually happen and the context line is just dropped.-Once we 'setSrcSpan' a real span (for an expression that was in the original-source code), we set 'tcl_in_gen_code' back to False, indicating that we-"emerged from the generated code tunnel", and that the expressions we will be-processing are relevant to report in context lines again.--You might wonder why we store a RealSrcSpan in addition to a Bool in-the TcLclEnv: could we not store a Maybe RealSrcSpan? The problem is-that we still generate constraints when processing generated code,-and a CtLoc must contain a RealSrcSpan -- otherwise, error messages-might appear without source locations. So we keep the RealSrcSpan of-the last location spotted that wasn't generated; it's as good as-we're going to get in generated code. Once we get to sub-trees that-are not generated, then we update the RealSrcSpan appropriately, and-set the tcl_in_gen_code Bool to False.-------A general recipe to follow this approach for new constructs could go as follows:--- Remove any GhcRn-time SyntaxExpr extensions to the relevant constructor for your-  construct, in HsExpr or related syntax data types.-- At renaming-time:-    - take your original node of interest (HsIf above)-    - rename its subexpressions (condition, true branch, false branch above)-    - construct the suitable "rebound"-and-renamed result (ifThenElse call-      above), where the 'SrcSpan' attached to any _fabricated node_ (the-      HsVar/HsApp nodes, above) is set to 'generatedSrcSpan'-    - take both the original node and that rebound-and-renamed result and wrap-      them in an XExpr: XExpr (HsExpanded <original node> <desugared>)- - At typechecking-time:-    - remove any logic that was previously dealing with your rebindable-      construct, typically involving [tc]SyntaxOp, SyntaxExpr and friends.-    - the XExpr (HsExpanded ... ...) case in tcExpr already makes sure that we-      typecheck the desugared expression while reporting the original one in-      errors---}---- See Note [Rebindable syntax and HsExpansion] just above.-data HsExpansion a b-  = HsExpanded a b-  deriving Data---- | Build a "wrapped" 'HsExpansion' out of an extension constructor,---   and the two components of the expansion: original and desugared---   expressions.------   See Note [Rebindable Syntax and HsExpansion] above for more details.-mkExpanded-  :: (HsExpansion a b -> b) -- ^ XExpr, XCmd, ...-  -> a                      -- ^ source expression ('GhcPs')-  -> b                      -- ^ "desugared" expression-                            --   ('GhcRn')-  -> b                      -- ^ suitably wrapped-                            --   'HsExpansion'-mkExpanded xwrap a b = xwrap (HsExpanded a b)---- | Just print the original expression (the @a@).-instance (Outputable a, Outputable b) => Outputable (HsExpansion a b) where-  ppr (HsExpanded a b) = ifPprDebug (vcat [ppr a, ppr b]) (ppr a)---- ------------------------------------------------------------------------- | A pragma, written as {-# ... #-}, that may appear within an expression.-data HsPragE p-  = HsPragSCC   (XSCC p)-                SourceText            -- Note [Pragma source text] in GHC.Types.SourceText-                StringLiteral         -- "set cost centre" SCC pragma--  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',-  --       'GHC.Parser.Annotation.AnnOpen' @'{-\# GENERATED'@,-  --       'GHC.Parser.Annotation.AnnVal','GHC.Parser.Annotation.AnnVal',-  --       'GHC.Parser.Annotation.AnnColon','GHC.Parser.Annotation.AnnVal',-  --       'GHC.Parser.Annotation.AnnMinus',-  --       'GHC.Parser.Annotation.AnnVal','GHC.Parser.Annotation.AnnColon',-  --       'GHC.Parser.Annotation.AnnVal',-  --       'GHC.Parser.Annotation.AnnClose' @'\#-}'@--  | XHsPragE !(XXPragE p)--type instance XSCC           (GhcPass _) = NoExtField-type instance XXPragE        (GhcPass _) = NoExtCon---- | Located Haskell Tuple Argument------ 'HsTupArg' is used for tuple sections--- @(,a,)@ is represented by--- @ExplicitTuple [Missing ty1, Present a, Missing ty3]@--- Which in turn stands for @(\x:ty1 \y:ty2. (x,a,y))@-type LHsTupArg id = XRec id (HsTupArg id)--- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnComma'---- For details on above see note [Api annotations] in GHC.Parser.Annotation---- | Haskell Tuple Argument-data HsTupArg id-  = Present (XPresent id) (LHsExpr id)     -- ^ The argument-  | Missing (XMissing id)    -- ^ The argument is missing, but this is its type-  | XTupArg !(XXTupArg id)   -- ^ Note [Trees that Grow] extension point--type instance XPresent         (GhcPass _) = NoExtField--type instance XMissing         GhcPs = NoExtField-type instance XMissing         GhcRn = NoExtField-type instance XMissing         GhcTc = Scaled Type--type instance XXTupArg         (GhcPass _) = NoExtCon--tupArgPresent :: LHsTupArg (GhcPass p) -> Bool-tupArgPresent (L _ (Present {})) = True-tupArgPresent (L _ (Missing {})) = False--{--Note [Parens in HsSyn]-~~~~~~~~~~~~~~~~~~~~~~-HsPar (and ParPat in patterns, HsParTy in types) is used as follows--  * HsPar is required; the pretty printer does not add parens.--  * HsPars are respected when rearranging operator fixities.-    So   a * (b + c)  means what it says (where the parens are an HsPar)--  * For ParPat and HsParTy the pretty printer does add parens but this should be-    a no-op for ParsedSource, based on the pretty printer round trip feature-    introduced in-    https://phabricator.haskell.org/rGHC499e43824bda967546ebf95ee33ec1f84a114a7c--  * ParPat and HsParTy are pretty printed as '( .. )' regardless of whether or-    not they are strictly necessary. This should be addressed when #13238 is-    completed, to be treated the same as HsPar.---Note [Sections in HsSyn]-~~~~~~~~~~~~~~~~~~~~~~~~-Sections should always appear wrapped in an HsPar, thus-         HsPar (SectionR ...)-The parser parses sections in a wider variety of situations-(See Note [Parsing sections]), but the renamer checks for those-parens.  This invariant makes pretty-printing easier; we don't need-a special case for adding the parens round sections.--Note [Rebindable if]-~~~~~~~~~~~~~~~~~~~~-The rebindable syntax for 'if' is a bit special, because when-rebindable syntax is *off* we do not want to treat-   (if c then t else e)-as if it was an application (ifThenElse c t e).  Why not?-Because we allow an 'if' to return *unboxed* results, thus-  if blah then 3# else 4#-whereas that would not be possible using a all to a polymorphic function-(because you can't call a polymorphic function at an unboxed type).--So we use NoSyntaxExpr to mean "use the old built-in typing rule".--A further complication is that, in the `deriving` code, we never want-to use rebindable syntax. So, even in GhcPs, we want to denote whether-to use rebindable syntax or not. This is done via the type instance-for XIf GhcPs.--Note [Record Update HsWrapper]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-There is a wrapper in RecordUpd which is used for the *required*-constraints for pattern synonyms. This wrapper is created in the-typechecking and is then directly used in the desugaring without-modification.--For example, if we have the record pattern synonym P,-  pattern P :: (Show a) => a -> Maybe a-  pattern P{x} = Just x--  foo = (Just True) { x = False }-then `foo` desugars to something like-  foo = case Just True of-          P x -> P False-hence we need to provide the correct dictionaries to P's matcher on-the RHS so that we can build the expression.--Note [Located RdrNames]-~~~~~~~~~~~~~~~~~~~~~~~-A number of syntax elements have seemingly redundant locations attached to them.-This is deliberate, to allow transformations making use of the API Annotations-to easily correlate a Located Name in the RenamedSource with a Located RdrName-in the ParsedSource.--There are unfortunately enough differences between the ParsedSource and the-RenamedSource that the API Annotations cannot be used directly with-RenamedSource, so this allows a simple mapping to be used based on the location.--Note [ExplicitTuple]-~~~~~~~~~~~~~~~~~~~~-An ExplicitTuple is never just a data constructor like (,,,).-That is, the `[LHsTupArg p]` argument of `ExplicitTuple` has at least-one `Present` member (and is thus never empty).--A tuple data constructor like () or (,,,) is parsed as an `HsVar`, not an-`ExplicitTuple`, and stays that way. This is important for two reasons:--  1. We don't need -XTupleSections for (,,,)-  2. The type variables in (,,,) can be instantiated with visible type application.-     That is,--       (,,)     :: forall a b c. a -> b -> c -> (a,b,c)-       (True,,) :: forall {b} {c}. b -> c -> (Bool,b,c)--     Note that the tuple section has *inferred* arguments, while the data-     constructor has *specified* ones.-     (See Note [Required, Specified, and Inferred for types] in GHC.Tc.TyCl-     for background.)--Sadly, the grammar for this is actually ambiguous, and it's only thanks to the-preference of a shift in a shift/reduce conflict that the parser works as this-Note details. Search for a reference to this Note in GHC.Parser for further-explanation.--Note [Empty lists]-~~~~~~~~~~~~~~~~~~-An empty list could be considered either a data constructor (stored with-HsVar) or an ExplicitList. This Note describes how empty lists flow through the-various phases and why.--Parsing---------An empty list is parsed by the sysdcon nonterminal. It thus comes to life via-HsVar nilDataCon (defined in GHC.Builtin.Types). A freshly-parsed (HsExpr GhcPs) empty list-is never a ExplicitList.--Renaming----------If -XOverloadedLists is enabled, we must type-check the empty list as if it-were a call to fromListN. (This is true regardless of the setting of--XRebindableSyntax.) This is very easy if the empty list is an ExplicitList,-but an annoying special case if it's an HsVar. So the renamer changes a-HsVar nilDataCon to an ExplicitList [], but only if -XOverloadedLists is on.-(Why not always? Read on, dear friend.) This happens in the HsVar case of rnExpr.--Type-checking---------------We want to accept an expression like [] @Int. To do this, we must infer that-[] :: forall a. [a]. This is easy if [] is a HsVar with the right DataCon inside.-However, the type-checking for explicit lists works differently: [x,y,z] is never-polymorphic. Instead, we unify the types of x, y, and z together, and use the-unified type as the argument to the cons and nil constructors. Thus, treating-[] as an empty ExplicitList in the type-checker would prevent [] @Int from working.--However, if -XOverloadedLists is on, then [] @Int really shouldn't be allowed:-it's just like fromListN 0 [] @Int. Since-  fromListN :: forall list. IsList list => Int -> [Item list] -> list-that expression really should be rejected. Thus, the renamer's behaviour is-exactly what we want: treat [] as a datacon when -XNoOverloadedLists, and as-an empty ExplicitList when -XOverloadedLists.--See also #13680, which requested [] @Int to work.--}--instance (OutputableBndrId p) => Outputable (HsExpr (GhcPass p)) where-    ppr expr = pprExpr expr---------------------------- pprExpr, pprLExpr, pprBinds call pprDeeper;--- the underscore versions do not-pprLExpr :: (OutputableBndrId p) => LHsExpr (GhcPass p) -> SDoc-pprLExpr (L _ e) = pprExpr e--pprExpr :: (OutputableBndrId p) => HsExpr (GhcPass p) -> SDoc-pprExpr e | isAtomicHsExpr e || isQuietHsExpr e =            ppr_expr e-          | otherwise                           = pprDeeper (ppr_expr e)--isQuietHsExpr :: HsExpr id -> Bool--- Parentheses do display something, but it gives little info and--- if we go deeper when we go inside them then we get ugly things--- like (...)-isQuietHsExpr (HsPar {})        = True--- applications don't display anything themselves-isQuietHsExpr (HsApp {})        = True-isQuietHsExpr (HsAppType {})    = True-isQuietHsExpr (OpApp {})        = True-isQuietHsExpr _ = False--pprBinds :: (OutputableBndrId idL, OutputableBndrId idR)-         => HsLocalBindsLR (GhcPass idL) (GhcPass idR) -> SDoc-pprBinds b = pprDeeper (ppr b)--------------------------ppr_lexpr :: (OutputableBndrId p) => LHsExpr (GhcPass p) -> SDoc-ppr_lexpr e = ppr_expr (unLoc e)--ppr_expr :: forall p. (OutputableBndrId p)-         => HsExpr (GhcPass p) -> SDoc-ppr_expr (HsVar _ (L _ v))   = pprPrefixOcc v-ppr_expr (HsUnboundVar _ uv) = pprPrefixOcc uv-ppr_expr (HsConLikeOut _ c)  = pprPrefixOcc c-ppr_expr (HsRecFld _ f)      = pprPrefixOcc f-ppr_expr (HsIPVar _ v)       = ppr v-ppr_expr (HsOverLabel _ _ l) = char '#' <> ppr l-ppr_expr (HsLit _ lit)       = ppr lit-ppr_expr (HsOverLit _ lit)   = ppr lit-ppr_expr (HsPar _ e)         = parens (ppr_lexpr e)--ppr_expr (HsPragE _ prag e) = sep [ppr prag, ppr_lexpr e]--ppr_expr e@(HsApp {})        = ppr_apps e []-ppr_expr e@(HsAppType {})    = ppr_apps e []--ppr_expr (OpApp _ e1 op e2)-  | Just pp_op <- ppr_infix_expr (unLoc op)-  = pp_infixly pp_op-  | otherwise-  = pp_prefixly--  where-    pp_e1 = pprDebugParendExpr opPrec e1   -- In debug mode, add parens-    pp_e2 = pprDebugParendExpr opPrec e2   -- to make precedence clear--    pp_prefixly-      = hang (ppr op) 2 (sep [pp_e1, pp_e2])--    pp_infixly pp_op-      = hang pp_e1 2 (sep [pp_op, nest 2 pp_e2])--ppr_expr (NegApp _ e _) = char '-' <+> pprDebugParendExpr appPrec e--ppr_expr (SectionL _ expr op)-  | Just pp_op <- ppr_infix_expr (unLoc op)-  = pp_infixly pp_op-  | otherwise-  = pp_prefixly-  where-    pp_expr = pprDebugParendExpr opPrec expr--    pp_prefixly = hang (hsep [text " \\ x_ ->", ppr op])-                       4 (hsep [pp_expr, text "x_ )"])--    pp_infixly v = (sep [pp_expr, v])--ppr_expr (SectionR _ op expr)-  | Just pp_op <- ppr_infix_expr (unLoc op)-  = pp_infixly pp_op-  | otherwise-  = pp_prefixly-  where-    pp_expr = pprDebugParendExpr opPrec expr--    pp_prefixly = hang (hsep [text "( \\ x_ ->", ppr op, text "x_"])-                       4 (pp_expr <> rparen)--    pp_infixly v = sep [v, pp_expr]--ppr_expr (ExplicitTuple _ exprs boxity)-    -- Special-case unary boxed tuples so that they are pretty-printed as-    -- `Solo x`, not `(x)`-  | [L _ (Present _ expr)] <- exprs-  , Boxed <- boxity-  = hsep [text (mkTupleStr Boxed 1), ppr expr]-  | otherwise-  = tupleParens (boxityTupleSort boxity) (fcat (ppr_tup_args $ map unLoc exprs))-  where-    ppr_tup_args []               = []-    ppr_tup_args (Present _ e : es) = (ppr_lexpr e <> punc es) : ppr_tup_args es-    ppr_tup_args (Missing _   : es) = punc es : ppr_tup_args es--    punc (Present {} : _) = comma <> space-    punc (Missing {} : _) = comma-    punc (XTupArg {} : _) = comma <> space-    punc []               = empty--ppr_expr (ExplicitSum _ alt arity expr)-  = text "(#" <+> ppr_bars (alt - 1) <+> ppr expr <+> ppr_bars (arity - alt) <+> text "#)"-  where-    ppr_bars n = hsep (replicate n (char '|'))--ppr_expr (HsLam _ matches)-  = pprMatches matches--ppr_expr (HsLamCase _ matches)-  = sep [ sep [text "\\case"],-          nest 2 (pprMatches matches) ]--ppr_expr (HsCase _ expr matches@(MG { mg_alts = L _ [_] }))-  = sep [ sep [text "case", nest 4 (ppr expr), ptext (sLit "of {")],-          nest 2 (pprMatches matches) <+> char '}']-ppr_expr (HsCase _ expr matches)-  = sep [ sep [text "case", nest 4 (ppr expr), ptext (sLit "of")],-          nest 2 (pprMatches matches) ]--ppr_expr (HsIf _ e1 e2 e3)-  = sep [hsep [text "if", nest 2 (ppr e1), ptext (sLit "then")],-         nest 4 (ppr e2),-         text "else",-         nest 4 (ppr e3)]--ppr_expr (HsMultiIf _ alts)-  = hang (text "if") 3  (vcat (map ppr_alt alts))-  where ppr_alt (L _ (GRHS _ guards expr)) =-          hang vbar 2 (ppr_one one_alt)-          where-            ppr_one [] = panic "ppr_exp HsMultiIf"-            ppr_one (h:t) = hang h 2 (sep t)-            one_alt = [ interpp'SP guards-                      , text "->" <+> pprDeeper (ppr expr) ]-        ppr_alt (L _ (XGRHS x)) = ppr x---- special case: let ... in let ...-ppr_expr (HsLet _ (L _ binds) expr@(L _ (HsLet _ _ _)))-  = sep [hang (text "let") 2 (hsep [pprBinds binds, ptext (sLit "in")]),-         ppr_lexpr expr]--ppr_expr (HsLet _ (L _ binds) expr)-  = sep [hang (text "let") 2 (pprBinds binds),-         hang (text "in")  2 (ppr expr)]--ppr_expr (HsDo _ do_or_list_comp (L _ stmts)) = pprDo do_or_list_comp stmts--ppr_expr (ExplicitList _ _ exprs)-  = brackets (pprDeeperList fsep (punctuate comma (map ppr_lexpr exprs)))--ppr_expr (RecordCon { rcon_con_name = con_id, rcon_flds = rbinds })-  = hang (ppr con_id) 2 (ppr rbinds)--ppr_expr (RecordUpd { rupd_expr = L _ aexp, rupd_flds = rbinds })-  = hang (ppr aexp) 2 (braces (fsep (punctuate comma (map ppr rbinds))))--ppr_expr (ExprWithTySig _ expr sig)-  = hang (nest 2 (ppr_lexpr expr) <+> dcolon)-         4 (ppr sig)--ppr_expr (ArithSeq _ _ info) = brackets (ppr info)--ppr_expr (HsSpliceE _ s)         = pprSplice s-ppr_expr (HsBracket _ b)         = pprHsBracket b-ppr_expr (HsRnBracketOut _ e []) = ppr e-ppr_expr (HsRnBracketOut _ e ps) = ppr e $$ text "pending(rn)" <+> ppr ps-ppr_expr (HsTcBracketOut _ _wrap e []) = ppr e-ppr_expr (HsTcBracketOut _ _wrap e ps) = ppr e $$ text "pending(tc)" <+> pprIfTc @p (ppr ps)--ppr_expr (HsProc _ pat (L _ (HsCmdTop _ cmd)))-  = hsep [text "proc", ppr pat, ptext (sLit "->"), ppr cmd]--ppr_expr (HsStatic _ e)-  = hsep [text "static", ppr e]--ppr_expr (HsTick _ tickish exp)-  = pprTicks (ppr exp) $-    ppr tickish <+> ppr_lexpr exp-ppr_expr (HsBinTick _ tickIdTrue tickIdFalse exp)-  = pprTicks (ppr exp) $-    hcat [text "bintick<",-          ppr tickIdTrue,-          text ",",-          ppr tickIdFalse,-          text ">(",-          ppr exp, text ")"]--ppr_expr (XExpr x) = case ghcPass @p of-#if __GLASGOW_HASKELL__ < 811-  GhcPs -> ppr x-#endif-  GhcRn -> ppr x-  GhcTc -> case x of-    WrapExpr (HsWrap co_fn e) -> pprHsWrapper co_fn-      (\parens -> if parens then pprExpr e else pprExpr e)-    ExpansionExpr e -> ppr e -- e is an HsExpansion, we print the original-                             -- expression (LHsExpr GhcPs), not the-                             -- desugared one (LHsExpr GhcT).--ppr_infix_expr :: forall p. (OutputableBndrId p) => HsExpr (GhcPass p) -> Maybe SDoc-ppr_infix_expr (HsVar _ (L _ v))    = Just (pprInfixOcc v)-ppr_infix_expr (HsConLikeOut _ c)   = Just (pprInfixOcc (conLikeName c))-ppr_infix_expr (HsRecFld _ f)       = Just (pprInfixOcc f)-ppr_infix_expr (HsUnboundVar _ occ) = Just (pprInfixOcc occ)-ppr_infix_expr (XExpr x)            = case (ghcPass @p, x) of-#if __GLASGOW_HASKELL__ <= 810-  (GhcPs, _)                              -> Nothing-#endif-  (GhcRn, HsExpanded a _)                 -> ppr_infix_expr a-  (GhcTc, WrapExpr (HsWrap _ e))          -> ppr_infix_expr e-  (GhcTc, ExpansionExpr (HsExpanded a _)) -> ppr_infix_expr a-ppr_infix_expr _ = Nothing--ppr_apps :: (OutputableBndrId p)-         => HsExpr (GhcPass p)-         -> [Either (LHsExpr (GhcPass p)) (LHsWcType (NoGhcTc (GhcPass p)))]-         -> SDoc-ppr_apps (HsApp _ (L _ fun) arg)        args-  = ppr_apps fun (Left arg : args)-ppr_apps (HsAppType _ (L _ fun) arg)    args-  = ppr_apps fun (Right arg : args)-ppr_apps fun args = hang (ppr_expr fun) 2 (fsep (map pp args))-  where-    pp (Left arg)                             = ppr arg-    -- pp (Right (LHsWcTypeX (HsWC { hswc_body = L _ arg })))-    --   = char '@' <> pprHsType arg-    pp (Right arg)-      = text "@" <> ppr arg--pprExternalSrcLoc :: (StringLiteral,(Int,Int),(Int,Int)) -> SDoc-pprExternalSrcLoc (StringLiteral _ src,(n1,n2),(n3,n4))-  = ppr (src,(n1,n2),(n3,n4))--{--HsSyn records exactly where the user put parens, with HsPar.-So generally speaking we print without adding any parens.-However, some code is internally generated, and in some places-parens are absolutely required; so for these places we use-pprParendLExpr (but don't print double parens of course).--For operator applications we don't add parens, because the operator-fixities should do the job, except in debug mode (-dppr-debug) so we-can see the structure of the parse tree.--}--pprDebugParendExpr :: (OutputableBndrId p)-                   => PprPrec -> LHsExpr (GhcPass p) -> SDoc-pprDebugParendExpr p expr-  = getPprDebug $ \case-      True  -> pprParendLExpr p expr-      False -> pprLExpr         expr--pprParendLExpr :: (OutputableBndrId p)-               => PprPrec -> LHsExpr (GhcPass p) -> SDoc-pprParendLExpr p (L _ e) = pprParendExpr p e--pprParendExpr :: (OutputableBndrId p)-              => PprPrec -> HsExpr (GhcPass p) -> SDoc-pprParendExpr p expr-  | hsExprNeedsParens p expr = parens (pprExpr expr)-  | otherwise                = pprExpr expr-        -- Using pprLExpr makes sure that we go 'deeper'-        -- I think that is usually (always?) right---- | @'hsExprNeedsParens' p e@ returns 'True' if the expression @e@ needs--- parentheses under precedence @p@.-hsExprNeedsParens :: forall p. IsPass p => PprPrec -> HsExpr (GhcPass p) -> Bool-hsExprNeedsParens p = go-  where-    go (HsVar{})                      = False-    go (HsUnboundVar{})               = False-    go (HsConLikeOut{})               = False-    go (HsIPVar{})                    = False-    go (HsOverLabel{})                = False-    go (HsLit _ l)                    = hsLitNeedsParens p l-    go (HsOverLit _ ol)               = hsOverLitNeedsParens p ol-    go (HsPar{})                      = False-    go (HsApp{})                      = p >= appPrec-    go (HsAppType {})                 = p >= appPrec-    go (OpApp{})                      = p >= opPrec-    go (NegApp{})                     = p > topPrec-    go (SectionL{})                   = True-    go (SectionR{})                   = True-    -- Special-case unary boxed tuple applications so that they are-    -- parenthesized as `Identity (Solo x)`, not `Identity Solo x` (#18612)-    -- See Note [One-tuples] in GHC.Builtin.Types-    go (ExplicitTuple _ [L _ Present{}] Boxed)-                                      = p >= appPrec-    go (ExplicitTuple{})              = False-    go (ExplicitSum{})                = False-    go (HsLam{})                      = p > topPrec-    go (HsLamCase{})                  = p > topPrec-    go (HsCase{})                     = p > topPrec-    go (HsIf{})                       = p > topPrec-    go (HsMultiIf{})                  = p > topPrec-    go (HsLet{})                      = p > topPrec-    go (HsDo _ sc _)-      | isComprehensionContext sc     = False-      | otherwise                     = p > topPrec-    go (ExplicitList{})               = False-    go (RecordUpd{})                  = False-    go (ExprWithTySig{})              = p >= sigPrec-    go (ArithSeq{})                   = False-    go (HsPragE{})                    = p >= appPrec-    go (HsSpliceE{})                  = False-    go (HsBracket{})                  = False-    go (HsRnBracketOut{})             = False-    go (HsTcBracketOut{})             = False-    go (HsProc{})                     = p > topPrec-    go (HsStatic{})                   = p >= appPrec-    go (HsTick _ _ (L _ e))           = go e-    go (HsBinTick _ _ _ (L _ e))      = go e-    go (RecordCon{})                  = False-    go (HsRecFld{})                   = False-    go (XExpr x)-      | GhcTc <- ghcPass @p-      = case x of-          WrapExpr      (HsWrap _ e)     -> go e-          ExpansionExpr (HsExpanded a _) -> hsExprNeedsParens p a-      | GhcRn <- ghcPass @p-      = case x of HsExpanded a _ -> hsExprNeedsParens p a-#if __GLASGOW_HASKELL__ <= 900-      | otherwise-      = True-#endif----- | @'parenthesizeHsExpr' p e@ checks if @'hsExprNeedsParens' p e@ is true,--- and if so, surrounds @e@ with an 'HsPar'. Otherwise, it simply returns @e@.-parenthesizeHsExpr :: IsPass p => PprPrec -> LHsExpr (GhcPass p) -> LHsExpr (GhcPass p)-parenthesizeHsExpr p le@(L loc e)-  | hsExprNeedsParens p e = L loc (HsPar noExtField le)-  | otherwise             = le--stripParensLHsExpr :: LHsExpr (GhcPass p) -> LHsExpr (GhcPass p)-stripParensLHsExpr (L _ (HsPar _ e)) = stripParensLHsExpr e-stripParensLHsExpr e = e--stripParensHsExpr :: HsExpr (GhcPass p) -> HsExpr (GhcPass p)-stripParensHsExpr (HsPar _ (L _ e)) = stripParensHsExpr e-stripParensHsExpr e = e--isAtomicHsExpr :: forall p. IsPass p => HsExpr (GhcPass p) -> Bool--- True of a single token-isAtomicHsExpr (HsVar {})        = True-isAtomicHsExpr (HsConLikeOut {}) = True-isAtomicHsExpr (HsLit {})        = True-isAtomicHsExpr (HsOverLit {})    = True-isAtomicHsExpr (HsIPVar {})      = True-isAtomicHsExpr (HsOverLabel {})  = True-isAtomicHsExpr (HsUnboundVar {}) = True-isAtomicHsExpr (HsRecFld{})      = True-isAtomicHsExpr (XExpr x)-  | GhcTc <- ghcPass @p          = case x of-      WrapExpr      (HsWrap _ e)     -> isAtomicHsExpr e-      ExpansionExpr (HsExpanded a _) -> isAtomicHsExpr a-  | GhcRn <- ghcPass @p          = case x of-      HsExpanded a _         -> isAtomicHsExpr a-isAtomicHsExpr _                 = False--instance Outputable (HsPragE (GhcPass p)) where-  ppr (HsPragSCC _ st (StringLiteral stl lbl)) =-    pprWithSourceText st (text "{-# SCC")-     -- no doublequotes if stl empty, for the case where the SCC was written-     -- without quotes.-    <+> pprWithSourceText stl (ftext lbl) <+> text "#-}"--{--************************************************************************-*                                                                      *-\subsection{Commands (in arrow abstractions)}-*                                                                      *-************************************************************************--We re-use HsExpr to represent these.--}---- | Located Haskell Command (for arrow syntax)-type LHsCmd id = XRec id (HsCmd id)---- | Haskell Command (e.g. a "statement" in an Arrow proc block)-data HsCmd id-  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.Annlarrowtail',-  --          'GHC.Parser.Annotation.Annrarrowtail','GHC.Parser.Annotation.AnnLarrowtail',-  --          'GHC.Parser.Annotation.AnnRarrowtail'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  = HsCmdArrApp          -- Arrow tail, or arrow application (f -< arg)-        (XCmdArrApp id)  -- type of the arrow expressions f,-                         -- of the form a t t', where arg :: t-        (LHsExpr id)     -- arrow expression, f-        (LHsExpr id)     -- input expression, arg-        HsArrAppType     -- higher-order (-<<) or first-order (-<)-        Bool             -- True => right-to-left (f -< arg)-                         -- False => left-to-right (arg >- f)--  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpenB' @'(|'@,-  --         'GHC.Parser.Annotation.AnnCloseB' @'|)'@--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | HsCmdArrForm         -- Command formation,  (| e cmd1 .. cmdn |)-        (XCmdArrForm id)-        (LHsExpr id)     -- The operator.-                         -- After type-checking, a type abstraction to be-                         -- applied to the type of the local environment tuple-        LexicalFixity    -- Whether the operator appeared prefix or infix when-                         -- parsed.-        (Maybe Fixity)   -- fixity (filled in by the renamer), for forms that-                         -- were converted from OpApp's by the renamer-        [LHsCmdTop id]   -- argument commands--  | HsCmdApp    (XCmdApp id)-                (LHsCmd id)-                (LHsExpr id)--  | HsCmdLam    (XCmdLam id)-                (MatchGroup id (LHsCmd id))     -- kappa-       -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLam',-       --       'GHC.Parser.Annotation.AnnRarrow',--       -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsCmdPar    (XCmdPar id)-                (LHsCmd id)                     -- parenthesised command-    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'('@,-    --             'GHC.Parser.Annotation.AnnClose' @')'@--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsCmdCase   (XCmdCase id)-                (LHsExpr id)-                (MatchGroup id (LHsCmd id))     -- bodies are HsCmd's-    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnCase',-    --       'GHC.Parser.Annotation.AnnOf','GHC.Parser.Annotation.AnnOpen' @'{'@,-    --       'GHC.Parser.Annotation.AnnClose' @'}'@--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsCmdLamCase (XCmdLamCase id)-                 (MatchGroup id (LHsCmd id))    -- bodies are HsCmd's-    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLam',-    --       'GHC.Parser.Annotation.AnnCase','GHC.Parser.Annotation.AnnOpen' @'{'@,-    --       'GHC.Parser.Annotation.AnnClose' @'}'@--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsCmdIf     (XCmdIf id)-                (SyntaxExpr id)         -- cond function-                (LHsExpr id)            -- predicate-                (LHsCmd id)             -- then part-                (LHsCmd id)             -- else part-    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnIf',-    --       'GHC.Parser.Annotation.AnnSemi',-    --       'GHC.Parser.Annotation.AnnThen','GHC.Parser.Annotation.AnnSemi',-    --       'GHC.Parser.Annotation.AnnElse',--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsCmdLet    (XCmdLet id)-                (LHsLocalBinds id)      -- let(rec)-                (LHsCmd  id)-    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLet',-    --       'GHC.Parser.Annotation.AnnOpen' @'{'@,-    --       'GHC.Parser.Annotation.AnnClose' @'}'@,'GHC.Parser.Annotation.AnnIn'--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsCmdDo     (XCmdDo id)                     -- Type of the whole expression-                (XRec id [CmdLStmt id])-    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDo',-    --             'GHC.Parser.Annotation.AnnOpen', 'GHC.Parser.Annotation.AnnSemi',-    --             'GHC.Parser.Annotation.AnnVbar',-    --             'GHC.Parser.Annotation.AnnClose'--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | XCmd        !(XXCmd id)     -- Note [Trees that Grow] extension point--type instance XCmdArrApp  GhcPs = NoExtField-type instance XCmdArrApp  GhcRn = NoExtField-type instance XCmdArrApp  GhcTc = Type--type instance XCmdArrForm (GhcPass _) = NoExtField-type instance XCmdApp     (GhcPass _) = NoExtField-type instance XCmdLam     (GhcPass _) = NoExtField-type instance XCmdPar     (GhcPass _) = NoExtField-type instance XCmdCase    (GhcPass _) = NoExtField-type instance XCmdLamCase (GhcPass _) = NoExtField-type instance XCmdIf      (GhcPass _) = NoExtField-type instance XCmdLet     (GhcPass _) = NoExtField--type instance XCmdDo      GhcPs = NoExtField-type instance XCmdDo      GhcRn = NoExtField-type instance XCmdDo      GhcTc = Type--type instance XCmdWrap    (GhcPass _) = NoExtField--type instance XXCmd       GhcPs = NoExtCon-type instance XXCmd       GhcRn = NoExtCon-type instance XXCmd       GhcTc = HsWrap HsCmd-    -- If   cmd :: arg1 --> res-    --      wrap :: arg1 "->" arg2-    -- Then (XCmd (HsWrap wrap cmd)) :: arg2 --> res---- | Haskell Array Application Type-data HsArrAppType = HsHigherOrderApp | HsFirstOrderApp-  deriving Data---{- | Top-level command, introducing a new arrow.-This may occur inside a proc (where the stack is empty) or as an-argument of a command-forming operator.--}---- | Located Haskell Top-level Command-type LHsCmdTop p = XRec p (HsCmdTop p)---- | Haskell Top-level Command-data HsCmdTop p-  = HsCmdTop (XCmdTop p)-             (LHsCmd p)-  | XCmdTop !(XXCmdTop p)        -- Note [Trees that Grow] extension point--data CmdTopTc-  = CmdTopTc Type    -- Nested tuple of inputs on the command's stack-             Type    -- return type of the command-             (CmdSyntaxTable GhcTc) -- See Note [CmdSyntaxTable]--type instance XCmdTop  GhcPs = NoExtField-type instance XCmdTop  GhcRn = CmdSyntaxTable GhcRn -- See Note [CmdSyntaxTable]-type instance XCmdTop  GhcTc = CmdTopTc--type instance XXCmdTop (GhcPass _) = NoExtCon--instance (OutputableBndrId p) => Outputable (HsCmd (GhcPass p)) where-    ppr cmd = pprCmd cmd---------------------------- pprCmd and pprLCmd call pprDeeper;--- the underscore versions do not-pprLCmd :: (OutputableBndrId p) => LHsCmd (GhcPass p) -> SDoc-pprLCmd (L _ c) = pprCmd c--pprCmd :: (OutputableBndrId p) => HsCmd (GhcPass p) -> SDoc-pprCmd c | isQuietHsCmd c =            ppr_cmd c-         | otherwise      = pprDeeper (ppr_cmd c)--isQuietHsCmd :: HsCmd id -> Bool--- Parentheses do display something, but it gives little info and--- if we go deeper when we go inside them then we get ugly things--- like (...)-isQuietHsCmd (HsCmdPar {}) = True--- applications don't display anything themselves-isQuietHsCmd (HsCmdApp {}) = True-isQuietHsCmd _ = False--------------------------ppr_lcmd :: (OutputableBndrId p) => LHsCmd (GhcPass p) -> SDoc-ppr_lcmd c = ppr_cmd (unLoc c)--ppr_cmd :: forall p. (OutputableBndrId p) => HsCmd (GhcPass p) -> SDoc-ppr_cmd (HsCmdPar _ c) = parens (ppr_lcmd c)--ppr_cmd (HsCmdApp _ c e)-  = let (fun, args) = collect_args c [e] in-    hang (ppr_lcmd fun) 2 (sep (map ppr args))-  where-    collect_args (L _ (HsCmdApp _ fun arg)) args = collect_args fun (arg:args)-    collect_args fun args = (fun, args)--ppr_cmd (HsCmdLam _ matches)-  = pprMatches matches--ppr_cmd (HsCmdCase _ expr matches)-  = sep [ sep [text "case", nest 4 (ppr expr), ptext (sLit "of")],-          nest 2 (pprMatches matches) ]--ppr_cmd (HsCmdLamCase _ matches)-  = sep [ text "\\case", nest 2 (pprMatches matches) ]--ppr_cmd (HsCmdIf _ _ e ct ce)-  = sep [hsep [text "if", nest 2 (ppr e), ptext (sLit "then")],-         nest 4 (ppr ct),-         text "else",-         nest 4 (ppr ce)]---- special case: let ... in let ...-ppr_cmd (HsCmdLet _ (L _ binds) cmd@(L _ (HsCmdLet {})))-  = sep [hang (text "let") 2 (hsep [pprBinds binds, ptext (sLit "in")]),-         ppr_lcmd cmd]--ppr_cmd (HsCmdLet _ (L _ binds) cmd)-  = sep [hang (text "let") 2 (pprBinds binds),-         hang (text "in")  2 (ppr cmd)]--ppr_cmd (HsCmdDo _ (L _ stmts))  = pprDo ArrowExpr stmts--ppr_cmd (HsCmdArrApp _ arrow arg HsFirstOrderApp True)-  = hsep [ppr_lexpr arrow, larrowt, ppr_lexpr arg]-ppr_cmd (HsCmdArrApp _ arrow arg HsFirstOrderApp False)-  = hsep [ppr_lexpr arg, arrowt, ppr_lexpr arrow]-ppr_cmd (HsCmdArrApp _ arrow arg HsHigherOrderApp True)-  = hsep [ppr_lexpr arrow, larrowtt, ppr_lexpr arg]-ppr_cmd (HsCmdArrApp _ arrow arg HsHigherOrderApp False)-  = hsep [ppr_lexpr arg, arrowtt, ppr_lexpr arrow]--ppr_cmd (HsCmdArrForm _ (L _ (HsVar _ (L _ v))) _ (Just _) [arg1, arg2])-  = hang (pprCmdArg (unLoc arg1)) 4 (sep [ pprInfixOcc v-                                         , pprCmdArg (unLoc arg2)])-ppr_cmd (HsCmdArrForm _ (L _ (HsVar _ (L _ v))) Infix _    [arg1, arg2])-  = hang (pprCmdArg (unLoc arg1)) 4 (sep [ pprInfixOcc v-                                         , pprCmdArg (unLoc arg2)])-ppr_cmd (HsCmdArrForm _ (L _ (HsConLikeOut _ c)) _ (Just _) [arg1, arg2])-  = hang (pprCmdArg (unLoc arg1)) 4 (sep [ pprInfixOcc (conLikeName c)-                                         , pprCmdArg (unLoc arg2)])-ppr_cmd (HsCmdArrForm _ (L _ (HsConLikeOut _ c)) Infix _    [arg1, arg2])-  = hang (pprCmdArg (unLoc arg1)) 4 (sep [ pprInfixOcc (conLikeName c)-                                         , pprCmdArg (unLoc arg2)])-ppr_cmd (HsCmdArrForm _ op _ _ args)-  = hang (text "(|" <+> ppr_lexpr op)-         4 (sep (map (pprCmdArg.unLoc) args) <+> text "|)")-ppr_cmd (XCmd x) = case ghcPass @p of-#if __GLASGOW_HASKELL__ < 811-  GhcPs -> ppr x-  GhcRn -> ppr x-#endif-  GhcTc -> case x of-    HsWrap w cmd -> pprHsWrapper w (\_ -> parens (ppr_cmd cmd))--pprCmdArg :: (OutputableBndrId p) => HsCmdTop (GhcPass p) -> SDoc-pprCmdArg (HsCmdTop _ cmd)-  = ppr_lcmd cmd--instance (OutputableBndrId p) => Outputable (HsCmdTop (GhcPass p)) where-    ppr = pprCmdArg--{--************************************************************************-*                                                                      *-\subsection{Record binds}-*                                                                      *-************************************************************************--}---- | Haskell Record Bindings-type HsRecordBinds p = HsRecFields p (LHsExpr p)--{--************************************************************************-*                                                                      *-\subsection{@Match@, @GRHSs@, and @GRHS@ datatypes}-*                                                                      *-************************************************************************--@Match@es are sets of pattern bindings and right hand sides for-functions, patterns or case branches. For example, if a function @g@-is defined as:-\begin{verbatim}-g (x,y) = y-g ((x:ys),y) = y+1,-\end{verbatim}-then \tr{g} has two @Match@es: @(x,y) = y@ and @((x:ys),y) = y+1@.--It is always the case that each element of an @[Match]@ list has the-same number of @pats@s inside it.  This corresponds to saying that-a function defined by pattern matching must have the same number of-patterns in each equation.--}--data MatchGroup p body-  = MG { mg_ext     :: XMG p body -- Post-typechecker, types of args and result-       , mg_alts    :: XRec p [LMatch p body]  -- The alternatives-       , mg_origin  :: Origin }-     -- The type is the type of the entire group-     --      t1 -> ... -> tn -> tr-     -- where there are n patterns-  | XMatchGroup !(XXMatchGroup p body)--data MatchGroupTc-  = MatchGroupTc-       { mg_arg_tys :: [Scaled Type]  -- Types of the arguments, t1..tn-       , mg_res_ty  :: Type    -- Type of the result, tr-       } deriving Data--type instance XMG         GhcPs b = NoExtField-type instance XMG         GhcRn b = NoExtField-type instance XMG         GhcTc b = MatchGroupTc--type instance XXMatchGroup (GhcPass _) b = NoExtCon---- | Located Match-type LMatch id body = XRec id (Match id body)--- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnSemi' when in a---   list---- For details on above see note [Api annotations] in GHC.Parser.Annotation-data Match p body-  = Match {-        m_ext :: XCMatch p body,-        m_ctxt :: HsMatchContext (NoGhcTc p),-          -- See note [m_ctxt in Match]-        m_pats :: [LPat p], -- The patterns-        m_grhss :: (GRHSs p body)-  }-  | XMatch !(XXMatch p body)--type instance XCMatch (GhcPass _) b = NoExtField-type instance XXMatch (GhcPass _) b = NoExtCon--instance (OutputableBndrId pr, Outputable body)-            => Outputable (Match (GhcPass pr) body) where-  ppr = pprMatch--{--Note [m_ctxt in Match]-~~~~~~~~~~~~~~~~~~~~~~--A Match can occur in a number of contexts, such as a FunBind, HsCase, HsLam and-so on.--In order to simplify tooling processing and pretty print output, the provenance-is captured in an HsMatchContext.--This is particularly important for the API Annotations for a multi-equation-FunBind.--The parser initially creates a FunBind with a single Match in it for-every function definition it sees.--These are then grouped together by getMonoBind into a single FunBind,-where all the Matches are combined.--In the process, all the original FunBind fun_id's bar one are-discarded, including the locations.--This causes a problem for source to source conversions via API-Annotations, so the original fun_ids and infix flags are preserved in-the Match, when it originates from a FunBind.--Example infix function definition requiring individual API Annotations--    (&&&  ) [] [] =  []-    xs    &&&   [] =  xs-    (  &&&  ) [] ys =  ys-----}---isInfixMatch :: Match id body -> Bool-isInfixMatch match = case m_ctxt match of-  FunRhs {mc_fixity = Infix} -> True-  _                          -> False--isEmptyMatchGroup :: MatchGroup (GhcPass p) body -> Bool-isEmptyMatchGroup (MG { mg_alts = ms }) = null $ unLoc ms---- | Is there only one RHS in this list of matches?-isSingletonMatchGroup :: [LMatch (GhcPass p) body] -> Bool-isSingletonMatchGroup matches-  | [L _ match] <- matches-  , Match { m_grhss = GRHSs { grhssGRHSs = [_] } } <- match-  = True-  | otherwise-  = False--matchGroupArity :: MatchGroup (GhcPass id) body -> Arity--- Precondition: MatchGroup is non-empty--- This is called before type checking, when mg_arg_tys is not set-matchGroupArity (MG { mg_alts = alts })-  | L _ (alt1:_) <- alts = length (hsLMatchPats alt1)-  | otherwise        = panic "matchGroupArity"--hsLMatchPats :: LMatch (GhcPass id) body -> [LPat (GhcPass id)]-hsLMatchPats (L _ (Match { m_pats = pats })) = pats---- | Guarded Right-Hand Sides------ GRHSs are used both for pattern bindings and for Matches------  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnVbar',---        'GHC.Parser.Annotation.AnnEqual','GHC.Parser.Annotation.AnnWhere',---        'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose'---        'GHC.Parser.Annotation.AnnRarrow','GHC.Parser.Annotation.AnnSemi'---- For details on above see note [Api annotations] in GHC.Parser.Annotation-data GRHSs p body-  = GRHSs {-      grhssExt :: XCGRHSs p body,-      grhssGRHSs :: [LGRHS p body],      -- ^ Guarded RHSs-      grhssLocalBinds :: LHsLocalBinds p -- ^ The where clause-    }-  | XGRHSs !(XXGRHSs p body)--type instance XCGRHSs (GhcPass _) b = NoExtField-type instance XXGRHSs (GhcPass _) b = NoExtCon---- | Located Guarded Right-Hand Side-type LGRHS id body = XRec id (GRHS id body)---- | Guarded Right Hand Side.-data GRHS p body = GRHS (XCGRHS p body)-                        [GuardLStmt p] -- Guards-                        body           -- Right hand side-                  | XGRHS !(XXGRHS p body)--type instance XCGRHS (GhcPass _) b = NoExtField-type instance XXGRHS (GhcPass _) b = NoExtCon---- We know the list must have at least one @Match@ in it.--pprMatches :: (OutputableBndrId idR, Outputable body)-           => MatchGroup (GhcPass idR) body -> SDoc-pprMatches MG { mg_alts = matches }-    = vcat (map pprMatch (map unLoc (unLoc matches)))-      -- Don't print the type; it's only a place-holder before typechecking---- Exported to GHC.Hs.Binds, which can't see the defn of HsMatchContext-pprFunBind :: (OutputableBndrId idR, Outputable body)-           => MatchGroup (GhcPass idR) body -> SDoc-pprFunBind matches = pprMatches matches---- Exported to GHC.Hs.Binds, which can't see the defn of HsMatchContext-pprPatBind :: forall bndr p body. (OutputableBndrId bndr,-                                   OutputableBndrId p,-                                   Outputable body)-           => LPat (GhcPass bndr) -> GRHSs (GhcPass p) body -> SDoc-pprPatBind pat (grhss)- = sep [ppr pat,-       nest 2 (pprGRHSs (PatBindRhs :: HsMatchContext (GhcPass p)) grhss)]--pprMatch :: (OutputableBndrId idR, Outputable body)-         => Match (GhcPass idR) body -> SDoc-pprMatch (Match { m_pats = pats, m_ctxt = ctxt, m_grhss = grhss })-  = sep [ sep (herald : map (nest 2 . pprParendLPat appPrec) other_pats)-        , nest 2 (pprGRHSs ctxt grhss) ]-  where-    (herald, other_pats)-        = case ctxt of-            FunRhs {mc_fun=L _ fun, mc_fixity=fixity, mc_strictness=strictness}-                | SrcStrict <- strictness-                -> ASSERT(null pats)     -- A strict variable binding-                   (char '!'<>pprPrefixOcc fun, pats)--                | Prefix <- fixity-                -> (pprPrefixOcc fun, pats) -- f x y z = e-                                            -- Not pprBndr; the AbsBinds will-                                            -- have printed the signature-                | otherwise-                -> case pats of-                     (p1:p2:rest)-                        | null rest -> (pp_infix, [])           -- x &&& y = e-                        | otherwise -> (parens pp_infix, rest)  -- (x &&& y) z = e-                        where-                          pp_infix = pprParendLPat opPrec p1-                                     <+> pprInfixOcc fun-                                     <+> pprParendLPat opPrec p2-                     _ -> pprPanic "pprMatch" (ppr ctxt $$ ppr pats)--            LambdaExpr -> (char '\\', pats)--            _ -> case pats of-                   []    -> (empty, [])-                   [pat] -> (ppr pat, [])  -- No parens around the single pat in a case-                   _     -> pprPanic "pprMatch" (ppr ctxt $$ ppr pats)--pprGRHSs :: (OutputableBndrId idR, Outputable body)-         => HsMatchContext passL -> GRHSs (GhcPass idR) body -> SDoc-pprGRHSs ctxt (GRHSs _ grhss (L _ binds))-  = vcat (map (pprGRHS ctxt . unLoc) grhss)-  -- Print the "where" even if the contents of the binds is empty. Only-  -- EmptyLocalBinds means no "where" keyword- $$ ppUnless (eqEmptyLocalBinds binds)-      (text "where" $$ nest 4 (pprBinds binds))--pprGRHS :: (OutputableBndrId idR, Outputable body)-        => HsMatchContext passL -> GRHS (GhcPass idR) body -> SDoc-pprGRHS ctxt (GRHS _ [] body)- =  pp_rhs ctxt body--pprGRHS ctxt (GRHS _ guards body)- = sep [vbar <+> interpp'SP guards, pp_rhs ctxt body]--pp_rhs :: Outputable body => HsMatchContext passL -> body -> SDoc-pp_rhs ctxt rhs = matchSeparator ctxt <+> pprDeeper (ppr rhs)--{--************************************************************************-*                                                                      *-\subsection{Do stmts and list comprehensions}-*                                                                      *-************************************************************************--}---- | Located @do@ block Statement-type LStmt id body = XRec id (StmtLR id id body)---- | Located Statement with separate Left and Right id's-type LStmtLR idL idR body = XRec idL (StmtLR idL idR body)---- | @do@ block Statement-type Stmt id body = StmtLR id id body---- | Command Located Statement-type CmdLStmt   id = LStmt id (LHsCmd  id)---- | Command Statement-type CmdStmt    id = Stmt  id (LHsCmd  id)---- | Expression Located Statement-type ExprLStmt  id = LStmt id (LHsExpr id)---- | Expression Statement-type ExprStmt   id = Stmt  id (LHsExpr id)---- | Guard Located Statement-type GuardLStmt id = LStmt id (LHsExpr id)---- | Guard Statement-type GuardStmt  id = Stmt  id (LHsExpr id)---- | Ghci Located Statement-type GhciLStmt  id = LStmt id (LHsExpr id)---- | Ghci Statement-type GhciStmt   id = Stmt  id (LHsExpr id)---- The SyntaxExprs in here are used *only* for do-notation and monad--- comprehensions, which have rebindable syntax. Otherwise they are unused.--- | API Annotations when in qualifier lists or guards---  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnVbar',---         'GHC.Parser.Annotation.AnnComma','GHC.Parser.Annotation.AnnThen',---         'GHC.Parser.Annotation.AnnBy','GHC.Parser.Annotation.AnnBy',---         'GHC.Parser.Annotation.AnnGroup','GHC.Parser.Annotation.AnnUsing'---- For details on above see note [Api annotations] in GHC.Parser.Annotation-data StmtLR idL idR body -- body should always be (LHs**** idR)-  = LastStmt  -- Always the last Stmt in ListComp, MonadComp,-              -- and (after the renamer, see GHC.Rename.Expr.checkLastStmt) DoExpr, MDoExpr-              -- Not used for GhciStmtCtxt, PatGuard, which scope over other stuff-          (XLastStmt idL idR body)-          body-          (Maybe Bool)  -- Whether return was stripped-            -- Just True <=> return with a dollar was stripped by ApplicativeDo-            -- Just False <=> return without a dollar was stripped by ApplicativeDo-            -- Nothing <=> Nothing was stripped-          (SyntaxExpr idR)   -- The return operator-            -- The return operator is used only for MonadComp-            -- For ListComp we use the baked-in 'return'-            -- For DoExpr, MDoExpr, we don't apply a 'return' at all-            -- See Note [Monad Comprehensions]-            -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLarrow'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | BindStmt (XBindStmt idL idR body)-             -- ^ Post renaming has optional fail and bind / (>>=) operator.-             -- Post typechecking, also has multiplicity of the argument-             -- and the result type of the function passed to bind;-             -- that is, (P, S) in (>>=) :: Q -> (R # P -> S) -> T-             -- See Note [The type of bind in Stmts]-             (LPat idL)-             body--  -- | 'ApplicativeStmt' represents an applicative expression built with-  -- '<$>' and '<*>'.  It is generated by the renamer, and is desugared into the-  -- appropriate applicative expression by the desugarer, but it is intended-  -- to be invisible in error messages.-  ---  -- For full details, see Note [ApplicativeDo] in "GHC.Rename.Expr"-  ---  | ApplicativeStmt-             (XApplicativeStmt idL idR body) -- Post typecheck, Type of the body-             [ ( SyntaxExpr idR-               , ApplicativeArg idL) ]-                      -- [(<$>, e1), (<*>, e2), ..., (<*>, en)]-             (Maybe (SyntaxExpr idR))  -- 'join', if necessary--  | BodyStmt (XBodyStmt idL idR body) -- Post typecheck, element type-                                      -- of the RHS (used for arrows)-             body              -- See Note [BodyStmt]-             (SyntaxExpr idR)  -- The (>>) operator-             (SyntaxExpr idR)  -- The `guard` operator; used only in MonadComp-                               -- See notes [Monad Comprehensions]--  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLet'-  --          'GHC.Parser.Annotation.AnnOpen' @'{'@,'GHC.Parser.Annotation.AnnClose' @'}'@,--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | LetStmt  (XLetStmt idL idR body) (LHsLocalBindsLR idL idR)--  -- ParStmts only occur in a list/monad comprehension-  | ParStmt  (XParStmt idL idR body)    -- Post typecheck,-                                        -- S in (>>=) :: Q -> (R -> S) -> T-             [ParStmtBlock idL idR]-             (HsExpr idR)               -- Polymorphic `mzip` for monad comprehensions-             (SyntaxExpr idR)           -- The `>>=` operator-                                        -- See notes [Monad Comprehensions]-            -- After renaming, the ids are the binders-            -- bound by the stmts and used after themp--  | TransStmt {-      trS_ext   :: XTransStmt idL idR body, -- Post typecheck,-                                            -- R in (>>=) :: Q -> (R -> S) -> T-      trS_form  :: TransForm,-      trS_stmts :: [ExprLStmt idL],   -- Stmts to the *left* of the 'group'-                                      -- which generates the tuples to be grouped--      trS_bndrs :: [(IdP idR, IdP idR)], -- See Note [TransStmt binder map]--      trS_using :: LHsExpr idR,-      trS_by :: Maybe (LHsExpr idR),  -- "by e" (optional)-        -- Invariant: if trS_form = GroupBy, then grp_by = Just e--      trS_ret :: SyntaxExpr idR,      -- The monomorphic 'return' function for-                                      -- the inner monad comprehensions-      trS_bind :: SyntaxExpr idR,     -- The '(>>=)' operator-      trS_fmap :: HsExpr idR          -- The polymorphic 'fmap' function for desugaring-                                      -- Only for 'group' forms-                                      -- Just a simple HsExpr, because it's-                                      -- too polymorphic for tcSyntaxOp-    }                                 -- See Note [Monad Comprehensions]--  -- Recursive statement (see Note [How RecStmt works] below)-  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnRec'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | RecStmt-     { recS_ext :: XRecStmt idL idR body-     , recS_stmts :: [LStmtLR idL idR body]--        -- The next two fields are only valid after renaming-     , recS_later_ids :: [IdP idR]-                         -- The ids are a subset of the variables bound by the-                         -- stmts that are used in stmts that follow the RecStmt--     , recS_rec_ids :: [IdP idR]-                         -- Ditto, but these variables are the "recursive" ones,-                         -- that are used before they are bound in the stmts of-                         -- the RecStmt.-        -- An Id can be in both groups-        -- Both sets of Ids are (now) treated monomorphically-        -- See Note [How RecStmt works] for why they are separate--        -- Rebindable syntax-     , recS_bind_fn :: SyntaxExpr idR -- The bind function-     , recS_ret_fn  :: SyntaxExpr idR -- The return function-     , recS_mfix_fn :: SyntaxExpr idR -- The mfix function-      }-  | XStmtLR !(XXStmtLR idL idR body)---- Extra fields available post typechecking for RecStmt.-data RecStmtTc =-  RecStmtTc-     { recS_bind_ty :: Type       -- S in (>>=) :: Q -> (R -> S) -> T-     , recS_later_rets :: [PostTcExpr] -- (only used in the arrow version)-     , recS_rec_rets :: [PostTcExpr] -- These expressions correspond 1-to-1-                                  -- with recS_later_ids and recS_rec_ids,-                                  -- and are the expressions that should be-                                  -- returned by the recursion.-                                  -- They may not quite be the Ids themselves,-                                  -- because the Id may be *polymorphic*, but-                                  -- the returned thing has to be *monomorphic*,-                                  -- so they may be type applications--      , recS_ret_ty :: Type        -- The type of-                                   -- do { stmts; return (a,b,c) }-                                   -- With rebindable syntax the type might not-                                   -- be quite as simple as (m (tya, tyb, tyc)).-      }---type instance XLastStmt        (GhcPass _) (GhcPass _) b = NoExtField--type instance XBindStmt        (GhcPass _) GhcPs b = NoExtField-type instance XBindStmt        (GhcPass _) GhcRn b = XBindStmtRn-type instance XBindStmt        (GhcPass _) GhcTc b = XBindStmtTc--data XBindStmtRn = XBindStmtRn-  { xbsrn_bindOp :: SyntaxExpr GhcRn-  , xbsrn_failOp :: FailOperator GhcRn-  }--data XBindStmtTc = XBindStmtTc-  { xbstc_bindOp :: SyntaxExpr GhcTc-  , xbstc_boundResultType :: Type -- If (>>=) :: Q -> (R -> S) -> T, this is S-  , xbstc_boundResultMult :: Mult -- If (>>=) :: Q -> (R -> S) -> T, this is S-  , xbstc_failOp :: FailOperator GhcTc-  }--type instance XApplicativeStmt (GhcPass _) GhcPs b = NoExtField-type instance XApplicativeStmt (GhcPass _) GhcRn b = NoExtField-type instance XApplicativeStmt (GhcPass _) GhcTc b = Type--type instance XBodyStmt        (GhcPass _) GhcPs b = NoExtField-type instance XBodyStmt        (GhcPass _) GhcRn b = NoExtField-type instance XBodyStmt        (GhcPass _) GhcTc b = Type--type instance XLetStmt         (GhcPass _) (GhcPass _) b = NoExtField--type instance XParStmt         (GhcPass _) GhcPs b = NoExtField-type instance XParStmt         (GhcPass _) GhcRn b = NoExtField-type instance XParStmt         (GhcPass _) GhcTc b = Type--type instance XTransStmt       (GhcPass _) GhcPs b = NoExtField-type instance XTransStmt       (GhcPass _) GhcRn b = NoExtField-type instance XTransStmt       (GhcPass _) GhcTc b = Type--type instance XRecStmt         (GhcPass _) GhcPs b = NoExtField-type instance XRecStmt         (GhcPass _) GhcRn b = NoExtField-type instance XRecStmt         (GhcPass _) GhcTc b = RecStmtTc--type instance XXStmtLR         (GhcPass _) (GhcPass _) b = NoExtCon--data TransForm   -- The 'f' below is the 'using' function, 'e' is the by function-  = ThenForm     -- then f               or    then f by e             (depending on trS_by)-  | GroupForm    -- then group using f   or    then group by e using f (depending on trS_by)-  deriving Data---- | Parenthesised Statement Block-data ParStmtBlock idL idR-  = ParStmtBlock-        (XParStmtBlock idL idR)-        [ExprLStmt idL]-        [IdP idR]          -- The variables to be returned-        (SyntaxExpr idR)   -- The return operator-  | XParStmtBlock !(XXParStmtBlock idL idR)--type instance XParStmtBlock  (GhcPass pL) (GhcPass pR) = NoExtField-type instance XXParStmtBlock (GhcPass pL) (GhcPass pR) = NoExtCon---- | The fail operator------ This is used for `.. <-` "bind statments" in do notation, including--- non-monadic "binds" in applicative.------ The fail operator is 'Just expr' if it potentially fail monadically. if the--- pattern match cannot fail, or shouldn't fail monadically (regular incomplete--- pattern exception), it is 'Nothing'.------ See Note [Monad fail : Rebindable syntax, overloaded strings] for the type of--- expression in the 'Just' case, and why it is so.------ See Note [Failing pattern matches in Stmts] for which contexts for--- '@BindStmt@'s should use the monadic fail and which shouldn't.-type FailOperator id = Maybe (SyntaxExpr id)---- | Applicative Argument-data ApplicativeArg idL-  = ApplicativeArgOne      -- A single statement (BindStmt or BodyStmt)-    { xarg_app_arg_one  :: XApplicativeArgOne idL-      -- ^ The fail operator, after renaming-      ---      -- The fail operator is needed if this is a BindStmt-      -- where the pattern can fail. E.g.:-      -- (Just a) <- stmt-      -- The fail operator will be invoked if the pattern-      -- match fails.-      -- It is also used for guards in MonadComprehensions.-      -- The fail operator is Nothing-      -- if the pattern match can't fail-    , app_arg_pattern   :: LPat idL -- WildPat if it was a BodyStmt (see below)-    , arg_expr          :: LHsExpr idL-    , is_body_stmt      :: Bool-      -- ^ True <=> was a BodyStmt,-      -- False <=> was a BindStmt.-      -- See Note [Applicative BodyStmt]-    }-  | ApplicativeArgMany     -- do { stmts; return vars }-    { xarg_app_arg_many :: XApplicativeArgMany idL-    , app_stmts         :: [ExprLStmt idL] -- stmts-    , final_expr        :: HsExpr idL    -- return (v1,..,vn), or just (v1,..,vn)-    , bv_pattern        :: LPat idL      -- (v1,...,vn)-    , stmt_context      :: HsStmtContext GhcRn -- context of the do expression-                                               -- used in pprArg-    }-  | XApplicativeArg !(XXApplicativeArg idL)--type instance XApplicativeArgOne GhcPs = NoExtField-type instance XApplicativeArgOne GhcRn = FailOperator GhcRn-type instance XApplicativeArgOne GhcTc = FailOperator GhcTc--type instance XApplicativeArgMany (GhcPass _) = NoExtField-type instance XXApplicativeArg    (GhcPass _) = NoExtCon--{--Note [The type of bind in Stmts]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-Some Stmts, notably BindStmt, keep the (>>=) bind operator.-We do NOT assume that it has type-    (>>=) :: m a -> (a -> m b) -> m b-In some cases (see #303, #1537) it might have a more-exotic type, such as-    (>>=) :: m i j a -> (a -> m j k b) -> m i k b-So we must be careful not to make assumptions about the type.-In particular, the monad may not be uniform throughout.--Note [TransStmt binder map]-~~~~~~~~~~~~~~~~~~~~~~~~~~~-The [(idR,idR)] in a TransStmt behaves as follows:--  * Before renaming: []--  * After renaming:-          [ (x27,x27), ..., (z35,z35) ]-    These are the variables-       bound by the stmts to the left of the 'group'-       and used either in the 'by' clause,-                or     in the stmts following the 'group'-    Each item is a pair of identical variables.--  * After typechecking:-          [ (x27:Int, x27:[Int]), ..., (z35:Bool, z35:[Bool]) ]-    Each pair has the same unique, but different *types*.--Note [BodyStmt]-~~~~~~~~~~~~~~~-BodyStmts are a bit tricky, because what they mean-depends on the context.  Consider the following contexts:--        A do expression of type (m res_ty)-        ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-        * BodyStmt E any_ty:   do { ....; E; ... }-                E :: m any_ty-          Translation: E >> ...--        A list comprehensions of type [elt_ty]-        ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-        * BodyStmt E Bool:   [ .. | .... E ]-                        [ .. | ..., E, ... ]-                        [ .. | .... | ..., E | ... ]-                E :: Bool-          Translation: if E then fail else ...--        A guard list, guarding a RHS of type rhs_ty-        ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-        * BodyStmt E BooParStmtBlockl:   f x | ..., E, ... = ...rhs...-                E :: Bool-          Translation: if E then fail else ...--        A monad comprehension of type (m res_ty)-        ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-        * BodyStmt E Bool:   [ .. | .... E ]-                E :: Bool-          Translation: guard E >> ...--Array comprehensions are handled like list comprehensions.--Note [How RecStmt works]-~~~~~~~~~~~~~~~~~~~~~~~~-Example:-   HsDo [ BindStmt x ex--        , RecStmt { recS_rec_ids   = [a, c]-                  , recS_stmts     = [ BindStmt b (return (a,c))-                                     , LetStmt a = ...b...-                                     , BindStmt c ec ]-                  , recS_later_ids = [a, b]--        , return (a b) ]--Here, the RecStmt binds a,b,c; but-  - Only a,b are used in the stmts *following* the RecStmt,-  - Only a,c are used in the stmts *inside* the RecStmt-        *before* their bindings--Why do we need *both* rec_ids and later_ids?  For monads they could be-combined into a single set of variables, but not for arrows.  That-follows from the types of the respective feedback operators:--        mfix :: MonadFix m => (a -> m a) -> m a-        loop :: ArrowLoop a => a (b,d) (c,d) -> a b c--* For mfix, the 'a' covers the union of the later_ids and the rec_ids-* For 'loop', 'c' is the later_ids and 'd' is the rec_ids--Note [Typing a RecStmt]-~~~~~~~~~~~~~~~~~~~~~~~-A (RecStmt stmts) types as if you had written--  (v1,..,vn, _, ..., _) <- mfix (\~(_, ..., _, r1, ..., rm) ->-                                 do { stmts-                                    ; return (v1,..vn, r1, ..., rm) })--where v1..vn are the later_ids-      r1..rm are the rec_ids--Note [Monad Comprehensions]-~~~~~~~~~~~~~~~~~~~~~~~~~~~-Monad comprehensions require separate functions like 'return' and-'>>=' for desugaring. These functions are stored in the statements-used in monad comprehensions. For example, the 'return' of the 'LastStmt'-expression is used to lift the body of the monad comprehension:--  [ body | stmts ]-   =>-  stmts >>= \bndrs -> return body--In transform and grouping statements ('then ..' and 'then group ..') the-'return' function is required for nested monad comprehensions, for example:--  [ body | stmts, then f, rest ]-   =>-  f [ env | stmts ] >>= \bndrs -> [ body | rest ]--BodyStmts require the 'Control.Monad.guard' function for boolean-expressions:--  [ body | exp, stmts ]-   =>-  guard exp >> [ body | stmts ]--Parallel statements require the 'Control.Monad.Zip.mzip' function:--  [ body | stmts1 | stmts2 | .. ]-   =>-  mzip stmts1 (mzip stmts2 (..)) >>= \(bndrs1, (bndrs2, ..)) -> return body--In any other context than 'MonadComp', the fields for most of these-'SyntaxExpr's stay bottom.---Note [Applicative BodyStmt]--(#12143) For the purposes of ApplicativeDo, we treat any BodyStmt-as if it was a BindStmt with a wildcard pattern.  For example,--  do-    x <- A-    B-    return x--is transformed as if it were--  do-    x <- A-    _ <- B-    return x--so it transforms to--  (\(x,_) -> x) <$> A <*> B--But we have to remember when we treat a BodyStmt like a BindStmt,-because in error messages we want to emit the original syntax the user-wrote, not our internal representation.  So ApplicativeArgOne has a-Bool flag that is True when the original statement was a BodyStmt, so-that we can pretty-print it correctly.--}--instance (Outputable (StmtLR (GhcPass idL) (GhcPass idL) (LHsExpr (GhcPass idL))),-          Outputable (XXParStmtBlock (GhcPass idL) (GhcPass idR)))-        => Outputable (ParStmtBlock (GhcPass idL) (GhcPass idR)) where-  ppr (ParStmtBlock _ stmts _ _) = interpp'SP stmts--instance (OutputableBndrId pl, OutputableBndrId pr,-          Outputable body)-         => Outputable (StmtLR (GhcPass pl) (GhcPass pr) body) where-    ppr stmt = pprStmt stmt--pprStmt :: forall idL idR body . (OutputableBndrId idL,-                                  OutputableBndrId idR,-                                  Outputable body)-        => (StmtLR (GhcPass idL) (GhcPass idR) body) -> SDoc-pprStmt (LastStmt _ expr m_dollar_stripped _)-  = whenPprDebug (text "[last]") <+>-      (case m_dollar_stripped of-        Just True -> text "return $"-        Just False -> text "return"-        Nothing -> empty) <+>-      ppr expr-pprStmt (BindStmt _ pat expr) = pprBindStmt pat expr-pprStmt (LetStmt _ (L _ binds))   = hsep [text "let", pprBinds binds]-pprStmt (BodyStmt _ expr _ _)     = ppr expr-pprStmt (ParStmt _ stmtss _ _)   = sep (punctuate (text " | ") (map ppr stmtss))--pprStmt (TransStmt { trS_stmts = stmts, trS_by = by-                   , trS_using = using, trS_form = form })-  = sep $ punctuate comma (map ppr stmts ++ [pprTransStmt by using form])--pprStmt (RecStmt { recS_stmts = segment, recS_rec_ids = rec_ids-                 , recS_later_ids = later_ids })-  = text "rec" <+>-    vcat [ ppr_do_stmts segment-         , whenPprDebug (vcat [ text "rec_ids=" <> ppr rec_ids-                            , text "later_ids=" <> ppr later_ids])]--pprStmt (ApplicativeStmt _ args mb_join)-  = getPprStyle $ \style ->-      if userStyle style-         then pp_for_user-         else pp_debug-  where-  -- make all the Applicative stuff invisible in error messages by-  -- flattening the whole ApplicativeStmt nest back to a sequence-  -- of statements.-   pp_for_user = vcat $ concatMap flattenArg args--   -- ppr directly rather than transforming here, because we need to-   -- inject a "return" which is hard when we're polymorphic in the id-   -- type.-   flattenStmt :: ExprLStmt (GhcPass idL) -> [SDoc]-   flattenStmt (L _ (ApplicativeStmt _ args _)) = concatMap flattenArg args-   flattenStmt stmt = [ppr stmt]--   flattenArg :: forall a . (a, ApplicativeArg (GhcPass idL)) -> [SDoc]-   flattenArg (_, ApplicativeArgOne _ pat expr isBody)-     | isBody =  [ppr expr] -- See Note [Applicative BodyStmt]-     | otherwise = [pprBindStmt pat expr]-   flattenArg (_, ApplicativeArgMany _ stmts _ _ _) =-     concatMap flattenStmt stmts--   pp_debug =-     let-         ap_expr = sep (punctuate (text " |") (map pp_arg args))-     in-       whenPprDebug (if isJust mb_join then text "[join]" else empty) <+>-       (if lengthAtLeast args 2 then parens else id) ap_expr--   pp_arg :: (a, ApplicativeArg (GhcPass idL)) -> SDoc-   pp_arg (_, applicativeArg) = ppr applicativeArg--pprBindStmt :: (Outputable pat, Outputable expr) => pat -> expr -> SDoc-pprBindStmt pat expr = hsep [ppr pat, larrow, ppr expr]--instance (OutputableBndrId idL)-      => Outputable (ApplicativeArg (GhcPass idL)) where-  ppr = pprArg--pprArg :: forall idL . (OutputableBndrId idL) => ApplicativeArg (GhcPass idL) -> SDoc-pprArg (ApplicativeArgOne _ pat expr isBody)-  | isBody = ppr expr -- See Note [Applicative BodyStmt]-  | otherwise = pprBindStmt pat expr-pprArg (ApplicativeArgMany _ stmts return pat ctxt) =-     ppr pat <+>-     text "<-" <+>-     pprDo ctxt (stmts ++-                   [noLoc (LastStmt noExtField (noLoc return) Nothing noSyntaxExpr)])--pprTransformStmt :: (OutputableBndrId p)-                 => [IdP (GhcPass p)] -> LHsExpr (GhcPass p)-                 -> Maybe (LHsExpr (GhcPass p)) -> SDoc-pprTransformStmt bndrs using by-  = sep [ text "then" <+> whenPprDebug (braces (ppr bndrs))-        , nest 2 (ppr using)-        , nest 2 (pprBy by)]--pprTransStmt :: Outputable body => Maybe body -> body -> TransForm -> SDoc-pprTransStmt by using ThenForm-  = sep [ text "then", nest 2 (ppr using), nest 2 (pprBy by)]-pprTransStmt by using GroupForm-  = sep [ text "then group", nest 2 (pprBy by), nest 2 (ptext (sLit "using") <+> ppr using)]--pprBy :: Outputable body => Maybe body -> SDoc-pprBy Nothing  = empty-pprBy (Just e) = text "by" <+> ppr e--pprDo :: (OutputableBndrId p, Outputable body)-      => HsStmtContext any -> [LStmt (GhcPass p) body] -> SDoc-pprDo (DoExpr m)    stmts =-  ppr_module_name_prefix m <> text "do"  <+> ppr_do_stmts stmts-pprDo GhciStmtCtxt  stmts = text "do"  <+> ppr_do_stmts stmts-pprDo ArrowExpr     stmts = text "do"  <+> ppr_do_stmts stmts-pprDo (MDoExpr m)   stmts =-  ppr_module_name_prefix m <> text "mdo"  <+> ppr_do_stmts stmts-pprDo ListComp      stmts = brackets    $ pprComp stmts-pprDo MonadComp     stmts = brackets    $ pprComp stmts-pprDo _             _     = panic "pprDo" -- PatGuard, ParStmtCxt--ppr_module_name_prefix :: Maybe ModuleName -> SDoc-ppr_module_name_prefix = \case-  Nothing -> empty-  Just module_name -> ppr module_name <> char '.'--ppr_do_stmts :: (OutputableBndrId idL, OutputableBndrId idR,-                 Outputable body)-             => [LStmtLR (GhcPass idL) (GhcPass idR) body] -> SDoc--- Print a bunch of do stmts-ppr_do_stmts stmts = pprDeeperList vcat (map ppr stmts)--pprComp :: (OutputableBndrId p, Outputable body)-        => [LStmt (GhcPass p) body] -> SDoc-pprComp quals     -- Prints:  body | qual1, ..., qualn-  | Just (initStmts, L _ (LastStmt _ body _ _)) <- snocView quals-  = if null initStmts-       -- If there are no statements in a list comprehension besides the last-       -- one, we simply treat it like a normal list. This does arise-       -- occasionally in code that GHC generates, e.g., in implementations of-       -- 'range' for derived 'Ix' instances for product datatypes with exactly-       -- one constructor (e.g., see #12583).-       then ppr body-       else hang (ppr body <+> vbar) 2 (pprQuals initStmts)-  | otherwise-  = pprPanic "pprComp" (pprQuals quals)--pprQuals :: (OutputableBndrId p, Outputable body)-         => [LStmt (GhcPass p) body] -> SDoc--- Show list comprehension qualifiers separated by commas-pprQuals quals = interpp'SP quals--{--************************************************************************-*                                                                      *-                Template Haskell quotation brackets-*                                                                      *-************************************************************************--}---- | Haskell Splice-data HsSplice id-   = HsTypedSplice       --  $$z  or $$(f 4)-        (XTypedSplice id)-        SpliceDecoration -- Whether $$( ) variant found, for pretty printing-        (IdP id)         -- A unique name to identify this splice point-        (LHsExpr id)     -- See Note [Pending Splices]--   | HsUntypedSplice     --  $z  or $(f 4)-        (XUntypedSplice id)-        SpliceDecoration -- Whether $( ) variant found, for pretty printing-        (IdP id)         -- A unique name to identify this splice point-        (LHsExpr id)     -- See Note [Pending Splices]--   | HsQuasiQuote        -- See Note [Quasi-quote overview] in GHC.Tc.Gen.Splice-        (XQuasiQuote id)-        (IdP id)         -- Splice point-        (IdP id)         -- Quoter-        SrcSpan          -- The span of the enclosed string-        FastString       -- The enclosed string--   -- AZ:TODO: use XSplice instead of HsSpliced-   | HsSpliced  -- See Note [Delaying modFinalizers in untyped splices] in-                -- GHC.Rename.Splice.-                -- This is the result of splicing a splice. It is produced by-                -- the renamer and consumed by the typechecker. It lives only-                -- between the two.-        (XSpliced id)-        ThModFinalizers     -- TH finalizers produced by the splice.-        (HsSplicedThing id) -- The result of splicing-   | XSplice !(XXSplice id) -- Note [Trees that Grow] extension point--newtype HsSplicedT = HsSplicedT DelayedSplice deriving (Data)--type instance XTypedSplice   (GhcPass _) = NoExtField-type instance XUntypedSplice (GhcPass _) = NoExtField-type instance XQuasiQuote    (GhcPass _) = NoExtField-type instance XSpliced       (GhcPass _) = NoExtField-type instance XXSplice       GhcPs       = NoExtCon-type instance XXSplice       GhcRn       = NoExtCon-type instance XXSplice       GhcTc       = HsSplicedT---- | A splice can appear with various decorations wrapped around it. This data--- type captures explicitly how it was originally written, for use in the pretty--- printer.-data SpliceDecoration-  = DollarSplice  -- ^ $splice or $$splice-  | BareSplice    -- ^ bare splice-  deriving (Data, Eq, Show)--instance Outputable SpliceDecoration where-  ppr x = text $ show x---isTypedSplice :: HsSplice id -> Bool-isTypedSplice (HsTypedSplice {}) = True-isTypedSplice _                  = False   -- Quasi-quotes are untyped splices---- | Finalizers produced by a splice with--- 'Language.Haskell.TH.Syntax.addModFinalizer'------ See Note [Delaying modFinalizers in untyped splices] in GHC.Rename.Splice. For how--- this is used.----newtype ThModFinalizers = ThModFinalizers [ForeignRef (TH.Q ())]---- A Data instance which ignores the argument of 'ThModFinalizers'.-instance Data ThModFinalizers where-  gunfold _ z _ = z $ ThModFinalizers []-  toConstr  a   = mkConstr (dataTypeOf a) "ThModFinalizers" [] Data.Prefix-  dataTypeOf a  = mkDataType "HsExpr.ThModFinalizers" [toConstr a]---- See Note [Running typed splices in the zonker]--- These are the arguments that are passed to `GHC.Tc.Gen.Splice.runTopSplice`-data DelayedSplice =-  DelayedSplice-    TcLclEnv          -- The local environment to run the splice in-    (LHsExpr GhcRn)   -- The original renamed expression-    TcType            -- The result type of running the splice, unzonked-    (LHsExpr GhcTc)   -- The typechecked expression to run and splice in the result---- A Data instance which ignores the argument of 'DelayedSplice'.-instance Data DelayedSplice where-  gunfold _ _ _ = panic "DelayedSplice"-  toConstr  a   = mkConstr (dataTypeOf a) "DelayedSplice" [] Data.Prefix-  dataTypeOf a  = mkDataType "HsExpr.DelayedSplice" [toConstr a]---- | Haskell Spliced Thing------ Values that can result from running a splice.-data HsSplicedThing id-    = HsSplicedExpr (HsExpr id) -- ^ Haskell Spliced Expression-    | HsSplicedTy   (HsType id) -- ^ Haskell Spliced Type-    | HsSplicedPat  (Pat id)    -- ^ Haskell Spliced Pattern----- See Note [Pending Splices]-type SplicePointName = Name---- | Pending Renamer Splice-data PendingRnSplice-  = PendingRnSplice UntypedSpliceFlavour SplicePointName (LHsExpr GhcRn)--data UntypedSpliceFlavour-  = UntypedExpSplice-  | UntypedPatSplice-  | UntypedTypeSplice-  | UntypedDeclSplice-  deriving Data---- | Pending Type-checker Splice-data PendingTcSplice-  = PendingTcSplice SplicePointName (LHsExpr GhcTc)--{--Note [Pending Splices]-~~~~~~~~~~~~~~~~~~~~~~-When we rename an untyped bracket, we name and lift out all the nested-splices, so that when the typechecker hits the bracket, it can-typecheck those nested splices without having to walk over the untyped-bracket code.  So for example-    [| f $(g x) |]-looks like--    HsBracket (HsApp (HsVar "f") (HsSpliceE _ (g x)))--which the renamer rewrites to--    HsRnBracketOut (HsApp (HsVar f) (HsSpliceE sn (g x)))-                   [PendingRnSplice UntypedExpSplice sn (g x)]--* The 'sn' is the Name of the splice point, the SplicePointName--* The PendingRnExpSplice gives the splice that splice-point name maps to;-  and the typechecker can now conveniently find these sub-expressions--* The other copy of the splice, in the second argument of HsSpliceE-                                in the renamed first arg of HsRnBracketOut-  is used only for pretty printing--There are four varieties of pending splices generated by the renamer,-distinguished by their UntypedSpliceFlavour-- * Pending expression splices (UntypedExpSplice), e.g.,-       [|$(f x) + 2|]--   UntypedExpSplice is also used for-     * quasi-quotes, where the pending expression expands to-          $(quoter "...blah...")-       (see GHC.Rename.Splice.makePending, HsQuasiQuote case)--     * cross-stage lifting, where the pending expression expands to-          $(lift x)-       (see GHC.Rename.Splice.checkCrossStageLifting)-- * Pending pattern splices (UntypedPatSplice), e.g.,-       [| \$(f x) -> x |]-- * Pending type splices (UntypedTypeSplice), e.g.,-       [| f :: $(g x) |]-- * Pending declaration (UntypedDeclSplice), e.g.,-       [| let $(f x) in ... |]--There is a fifth variety of pending splice, which is generated by the type-checker:--  * Pending *typed* expression splices, (PendingTcSplice), e.g.,-        [||1 + $$(f 2)||]--It would be possible to eliminate HsRnBracketOut and use HsBracketOut for the-output of the renamer. However, when pretty printing the output of the renamer,-e.g., in a type error message, we *do not* want to print out the pending-splices. In contrast, when pretty printing the output of the type checker, we-*do* want to print the pending splices. So splitting them up seems to make-sense, although I hate to add another constructor to HsExpr.--}--instance OutputableBndrId p-       => Outputable (HsSplicedThing (GhcPass p)) where-  ppr (HsSplicedExpr e) = ppr_expr e-  ppr (HsSplicedTy   t) = ppr t-  ppr (HsSplicedPat  p) = ppr p--instance (OutputableBndrId p) => Outputable (HsSplice (GhcPass p)) where-  ppr s = pprSplice s--pprPendingSplice :: (OutputableBndrId p)-                 => SplicePointName -> LHsExpr (GhcPass p) -> SDoc-pprPendingSplice n e = angleBrackets (ppr n <> comma <+> ppr (stripParensLHsExpr e))--pprSpliceDecl ::  (OutputableBndrId p)-          => HsSplice (GhcPass p) -> SpliceExplicitFlag -> SDoc-pprSpliceDecl e@HsQuasiQuote{} _ = pprSplice e-pprSpliceDecl e ExplicitSplice   = text "$" <> ppr_splice_decl e-pprSpliceDecl e ImplicitSplice   = ppr_splice_decl e--ppr_splice_decl :: (OutputableBndrId p)-                => HsSplice (GhcPass p) -> SDoc-ppr_splice_decl (HsUntypedSplice _ _ n e) = ppr_splice empty n e empty-ppr_splice_decl e = pprSplice e--pprSplice :: forall p. (OutputableBndrId p) => HsSplice (GhcPass p) -> SDoc-pprSplice (HsTypedSplice _ DollarSplice n e)-  = ppr_splice (text "$$") n e empty-pprSplice (HsTypedSplice _ BareSplice _ _ )-  = panic "Bare typed splice"  -- impossible-pprSplice (HsUntypedSplice _ DollarSplice n e)-  = ppr_splice (text "$")  n e empty-pprSplice (HsUntypedSplice _ BareSplice n e)-  = ppr_splice empty  n e empty-pprSplice (HsQuasiQuote _ n q _ s)      = ppr_quasi n q s-pprSplice (HsSpliced _ _ thing)         = ppr thing-pprSplice (XSplice x)                   = case ghcPass @p of-#if __GLASGOW_HASKELL__ < 811-                                            GhcPs -> noExtCon x-                                            GhcRn -> noExtCon x-#endif-                                            GhcTc -> case x of-                                                       HsSplicedT _ -> text "Unevaluated typed splice"--ppr_quasi :: OutputableBndr p => p -> p -> FastString -> SDoc-ppr_quasi n quoter quote = whenPprDebug (brackets (ppr n)) <>-                           char '[' <> ppr quoter <> vbar <>-                           ppr quote <> text "|]"--ppr_splice :: (OutputableBndrId p)-           => SDoc -> (IdP (GhcPass p)) -> LHsExpr (GhcPass p) -> SDoc -> SDoc-ppr_splice herald n e trail-    = herald <> whenPprDebug (brackets (ppr n)) <> ppr e <> trail---- | Haskell Bracket-data HsBracket p-  = ExpBr  (XExpBr p)   (LHsExpr p)    -- [|  expr  |]-  | PatBr  (XPatBr p)   (LPat p)      -- [p| pat   |]-  | DecBrL (XDecBrL p)  [LHsDecl p]   -- [d| decls |]; result of parser-  | DecBrG (XDecBrG p)  (HsGroup p)   -- [d| decls |]; result of renamer-  | TypBr  (XTypBr p)   (LHsType p)   -- [t| type  |]-  | VarBr  (XVarBr p)   Bool (IdP p)  -- True: 'x, False: ''T-                                -- (The Bool flag is used only in pprHsBracket)-  | TExpBr (XTExpBr p) (LHsExpr p)    -- [||  expr  ||]-  | XBracket !(XXBracket p)           -- Note [Trees that Grow] extension point--type instance XExpBr      (GhcPass _) = NoExtField-type instance XPatBr      (GhcPass _) = NoExtField-type instance XDecBrL     (GhcPass _) = NoExtField-type instance XDecBrG     (GhcPass _) = NoExtField-type instance XTypBr      (GhcPass _) = NoExtField-type instance XVarBr      (GhcPass _) = NoExtField-type instance XTExpBr     (GhcPass _) = NoExtField-type instance XXBracket   (GhcPass _) = NoExtCon--isTypedBracket :: HsBracket id -> Bool-isTypedBracket (TExpBr {}) = True-isTypedBracket _           = False--instance OutputableBndrId p-          => Outputable (HsBracket (GhcPass p)) where-  ppr = pprHsBracket---pprHsBracket :: (OutputableBndrId p) => HsBracket (GhcPass p) -> SDoc-pprHsBracket (ExpBr _ e)   = thBrackets empty (ppr e)-pprHsBracket (PatBr _ p)   = thBrackets (char 'p') (ppr p)-pprHsBracket (DecBrG _ gp) = thBrackets (char 'd') (ppr gp)-pprHsBracket (DecBrL _ ds) = thBrackets (char 'd') (vcat (map ppr ds))-pprHsBracket (TypBr _ t)   = thBrackets (char 't') (ppr t)-pprHsBracket (VarBr _ True n)-  = char '\'' <> pprPrefixOcc n-pprHsBracket (VarBr _ False n)-  = text "''" <> pprPrefixOcc n-pprHsBracket (TExpBr _ e)  = thTyBrackets (ppr e)--thBrackets :: SDoc -> SDoc -> SDoc-thBrackets pp_kind pp_body = char '[' <> pp_kind <> vbar <+>-                             pp_body <+> text "|]"--thTyBrackets :: SDoc -> SDoc-thTyBrackets pp_body = text "[||" <+> pp_body <+> ptext (sLit "||]")--instance Outputable PendingRnSplice where-  ppr (PendingRnSplice _ n e) = pprPendingSplice n e--instance Outputable PendingTcSplice where-  ppr (PendingTcSplice n e) = pprPendingSplice n e--{--************************************************************************-*                                                                      *-\subsection{Enumerations and list comprehensions}-*                                                                      *-************************************************************************--}---- | Arithmetic Sequence Information-data ArithSeqInfo id-  = From            (LHsExpr id)-  | FromThen        (LHsExpr id)-                    (LHsExpr id)-  | FromTo          (LHsExpr id)-                    (LHsExpr id)-  | FromThenTo      (LHsExpr id)-                    (LHsExpr id)-                    (LHsExpr id)--- AZ: Should ArithSeqInfo have a TTG extension?--instance OutputableBndrId p-         => Outputable (ArithSeqInfo (GhcPass p)) where-    ppr (From e1)             = hcat [ppr e1, pp_dotdot]-    ppr (FromThen e1 e2)      = hcat [ppr e1, comma, space, ppr e2, pp_dotdot]-    ppr (FromTo e1 e3)        = hcat [ppr e1, pp_dotdot, ppr e3]-    ppr (FromThenTo e1 e2 e3)-      = hcat [ppr e1, comma, space, ppr e2, pp_dotdot, ppr e3]--pp_dotdot :: SDoc-pp_dotdot = text " .. "--{--************************************************************************-*                                                                      *-\subsection{HsMatchCtxt}-*                                                                      *-************************************************************************--}---- | Haskell Match Context------ Context of a pattern match. This is more subtle than it would seem. See Note--- [Varieties of pattern matches].-data HsMatchContext p-  = FunRhs { mc_fun        :: LIdP p    -- ^ function binder of @f@-           , mc_fixity     :: LexicalFixity -- ^ fixing of @f@-           , mc_strictness :: SrcStrictness -- ^ was @f@ banged?-                                            -- See Note [FunBind vs PatBind]-           }-                                -- ^A pattern matching on an argument of a-                                -- function binding-  | LambdaExpr                  -- ^Patterns of a lambda-  | CaseAlt                     -- ^Patterns and guards on a case alternative-  | IfAlt                       -- ^Guards of a multi-way if alternative-  | ProcExpr                    -- ^Patterns of a proc-  | PatBindRhs                  -- ^A pattern binding  eg [y] <- e = e-  | PatBindGuards               -- ^Guards of pattern bindings, e.g.,-                                --    (Just b) | Just _ <- x = e-                                --             | otherwise   = e'--  | RecUpd                      -- ^Record update [used only in GHC.HsToCore.Expr to-                                --    tell matchWrapper what sort of-                                --    runtime error message to generate]--  | StmtCtxt (HsStmtContext p)  -- ^Pattern of a do-stmt, list comprehension,-                                -- pattern guard, etc--  | ThPatSplice            -- ^A Template Haskell pattern splice-  | ThPatQuote             -- ^A Template Haskell pattern quotation [p| (a,b) |]-  | PatSyn                 -- ^A pattern synonym declaration--instance OutputableBndrId p => Outputable (HsMatchContext (GhcPass p)) where-  ppr m@(FunRhs{})          = text "FunRhs" <+> ppr (mc_fun m) <+> ppr (mc_fixity m)-  ppr LambdaExpr            = text "LambdaExpr"-  ppr CaseAlt               = text "CaseAlt"-  ppr IfAlt                 = text "IfAlt"-  ppr ProcExpr              = text "ProcExpr"-  ppr PatBindRhs            = text "PatBindRhs"-  ppr PatBindGuards         = text "PatBindGuards"-  ppr RecUpd                = text "RecUpd"-  ppr (StmtCtxt _)          = text "StmtCtxt _"-  ppr ThPatSplice           = text "ThPatSplice"-  ppr ThPatQuote            = text "ThPatQuote"-  ppr PatSyn                = text "PatSyn"--isPatSynCtxt :: HsMatchContext p -> Bool-isPatSynCtxt ctxt =-  case ctxt of-    PatSyn -> True-    _      -> False---- | Haskell Statement Context.-data HsStmtContext p-  = ListComp-  | MonadComp--  | DoExpr (Maybe ModuleName)        -- ^[ModuleName.]do { ... }-  | MDoExpr (Maybe ModuleName)       -- ^[ModuleName.]mdo { ... }  ie recursive do-expression-  | ArrowExpr                        -- ^do-notation in an arrow-command context--  | GhciStmtCtxt                     -- ^A command-line Stmt in GHCi pat <- rhs-  | PatGuard (HsMatchContext p)      -- ^Pattern guard for specified thing-  | ParStmtCtxt (HsStmtContext p)    -- ^A branch of a parallel stmt-  | TransStmtCtxt (HsStmtContext p)  -- ^A branch of a transform stmt--qualifiedDoModuleName_maybe :: HsStmtContext p -> Maybe ModuleName-qualifiedDoModuleName_maybe ctxt = case ctxt of-  DoExpr m -> m-  MDoExpr m -> m-  _ -> Nothing--isComprehensionContext :: HsStmtContext id -> Bool--- Uses comprehension syntax [ e | quals ]-isComprehensionContext ListComp          = True-isComprehensionContext MonadComp         = True-isComprehensionContext (ParStmtCtxt c)   = isComprehensionContext c-isComprehensionContext (TransStmtCtxt c) = isComprehensionContext c-isComprehensionContext _ = False---- | Is this a monadic context?-isMonadStmtContext :: HsStmtContext id -> Bool-isMonadStmtContext MonadComp            = True-isMonadStmtContext DoExpr{}             = True-isMonadStmtContext MDoExpr{}            = True-isMonadStmtContext GhciStmtCtxt         = True-isMonadStmtContext (ParStmtCtxt ctxt)   = isMonadStmtContext ctxt-isMonadStmtContext (TransStmtCtxt ctxt) = isMonadStmtContext ctxt-isMonadStmtContext _ = False -- ListComp, PatGuard, ArrowExpr--isMonadCompContext :: HsStmtContext id -> Bool-isMonadCompContext MonadComp = True-isMonadCompContext _         = False--matchSeparator :: HsMatchContext p -> SDoc-matchSeparator (FunRhs {})   = text "="-matchSeparator CaseAlt       = text "->"-matchSeparator IfAlt         = text "->"-matchSeparator LambdaExpr    = text "->"-matchSeparator ProcExpr      = text "->"-matchSeparator PatBindRhs    = text "="-matchSeparator PatBindGuards = text "="-matchSeparator (StmtCtxt _)  = text "<-"-matchSeparator RecUpd        = text "=" -- This can be printed by the pattern-                                       -- match checker trace-matchSeparator ThPatSplice  = panic "unused"-matchSeparator ThPatQuote   = panic "unused"-matchSeparator PatSyn       = panic "unused"--pprMatchContext :: (Outputable (IdP p), UnXRec p)-                => HsMatchContext p -> SDoc-pprMatchContext ctxt-  | want_an ctxt = text "an" <+> pprMatchContextNoun ctxt-  | otherwise    = text "a"  <+> pprMatchContextNoun ctxt-  where-    want_an (FunRhs {}) = True  -- Use "an" in front-    want_an ProcExpr    = True-    want_an _           = False--pprMatchContextNoun :: forall p. (Outputable (IdP p), UnXRec p)-                    => HsMatchContext p -> SDoc-pprMatchContextNoun (FunRhs {mc_fun=fun})-                                    = text "equation for"-                                      <+> quotes (ppr (unXRec @p fun))-pprMatchContextNoun CaseAlt         = text "case alternative"-pprMatchContextNoun IfAlt           = text "multi-way if alternative"-pprMatchContextNoun RecUpd          = text "record-update construct"-pprMatchContextNoun ThPatSplice     = text "Template Haskell pattern splice"-pprMatchContextNoun ThPatQuote      = text "Template Haskell pattern quotation"-pprMatchContextNoun PatBindRhs      = text "pattern binding"-pprMatchContextNoun PatBindGuards   = text "pattern binding guards"-pprMatchContextNoun LambdaExpr      = text "lambda abstraction"-pprMatchContextNoun ProcExpr        = text "arrow abstraction"-pprMatchContextNoun (StmtCtxt ctxt) = text "pattern binding in"-                                      $$ pprAStmtContext ctxt-pprMatchContextNoun PatSyn          = text "pattern synonym declaration"--------------------pprAStmtContext, pprStmtContext :: (Outputable (IdP p), UnXRec p)-                                => HsStmtContext p -> SDoc-pprAStmtContext ctxt = article <+> pprStmtContext ctxt-  where-    pp_an = text "an"-    pp_a  = text "a"-    article = case ctxt of-                  MDoExpr Nothing -> pp_an-                  GhciStmtCtxt  -> pp_an-                  _             -> pp_a---------------------pprStmtContext GhciStmtCtxt    = text "interactive GHCi command"-pprStmtContext (DoExpr m)      = prependQualified m (text "'do' block")-pprStmtContext (MDoExpr m)     = prependQualified m (text "'mdo' block")-pprStmtContext ArrowExpr       = text "'do' block in an arrow command"-pprStmtContext ListComp        = text "list comprehension"-pprStmtContext MonadComp       = text "monad comprehension"-pprStmtContext (PatGuard ctxt) = text "pattern guard for" $$ pprMatchContext ctxt---- Drop the inner contexts when reporting errors, else we get---     Unexpected transform statement---     in a transformed branch of---          transformed branch of---          transformed branch of monad comprehension-pprStmtContext (ParStmtCtxt c) =-  ifPprDebug (sep [text "parallel branch of", pprAStmtContext c])-             (pprStmtContext c)-pprStmtContext (TransStmtCtxt c) =-  ifPprDebug (sep [text "transformed branch of", pprAStmtContext c])-             (pprStmtContext c)--prependQualified :: Maybe ModuleName -> SDoc -> SDoc-prependQualified Nothing  t = t-prependQualified (Just _) t = text "qualified" <+> t+                                      -- in module Language.Haskell.Syntax.Extension++{-# OPTIONS_GHC -Wno-incomplete-uni-patterns #-}+{-# OPTIONS_GHC -Wno-orphans #-} -- Outputable++{-+(c) The University of Glasgow 2006+(c) The GRASP/AQUA Project, Glasgow University, 1992-1998+-}++-- | Abstract Haskell syntax for expressions.+module GHC.Hs.Expr+  ( module Language.Haskell.Syntax.Expr+  , module GHC.Hs.Expr+  ) where++#include "GhclibHsVersions.h"++import Language.Haskell.Syntax.Expr++-- friends:+import GHC.Prelude++import GHC.Hs.Decls+import GHC.Hs.Pat+import GHC.Hs.Lit+import Language.Haskell.Syntax.Extension+import GHC.Hs.Extension+import GHC.Hs.Type+import GHC.Hs.Binds++-- others:+import GHC.Tc.Types.Evidence+import GHC.Types.Name+import GHC.Types.Name.Set+import GHC.Types.Basic+import GHC.Types.Fixity+import GHC.Types.SourceText+import GHC.Types.SrcLoc+import GHC.Core.ConLike+import GHC.Unit.Module (ModuleName)+import GHC.Utils.Misc+import GHC.Utils.Outputable+import GHC.Utils.Panic+import GHC.Data.FastString+import GHC.Core.Type+import GHC.Builtin.Types (mkTupleStr)+import GHC.Tc.Utils.TcType (TcType)+import {-# SOURCE #-} GHC.Tc.Types (TcLclEnv)++-- libraries:+import Data.Data hiding (Fixity(..))+import qualified Data.Data as Data (Fixity(..))+import qualified Data.Kind+import Data.Maybe (isJust)++{-+************************************************************************+*                                                                      *+\subsection{Expressions proper}+*                                                                      *+************************************************************************+-}++-- | Post-Type checking Expression+--+-- PostTcExpr is an evidence expression attached to the syntax tree by the+-- type checker (c.f. postTcType).+type PostTcExpr  = HsExpr GhcTc++-- | Post-Type checking Table+--+-- We use a PostTcTable where there are a bunch of pieces of evidence, more+-- than is convenient to keep individually.+type PostTcTable = [(Name, PostTcExpr)]++-------------------------++-- Defining SyntaxExpr in two stages allows for better type inference, because+-- we can declare SyntaxExprGhc to be injective (and closed). Without injectivity,+-- noSyntaxExpr would be ambiguous.+type instance SyntaxExpr (GhcPass p) = SyntaxExprGhc p++type family SyntaxExprGhc (p :: Pass) = (r :: Data.Kind.Type) | r -> p where+  SyntaxExprGhc 'Parsed      = NoExtField+  SyntaxExprGhc 'Renamed     = SyntaxExprRn+  SyntaxExprGhc 'Typechecked = SyntaxExprTc++-- | The function to use in rebindable syntax. See Note [NoSyntaxExpr].+data SyntaxExprRn = SyntaxExprRn (HsExpr GhcRn)+    -- Why is the payload not just a Name?+    -- See Note [Monad fail : Rebindable syntax, overloaded strings] in "GHC.Rename.Expr"+                  | NoSyntaxExprRn++-- | An expression with wrappers, used for rebindable syntax+--+-- This should desugar to+--+-- > syn_res_wrap $ syn_expr (syn_arg_wraps[0] arg0)+-- >                         (syn_arg_wraps[1] arg1) ...+--+-- where the actual arguments come from elsewhere in the AST.+data SyntaxExprTc = SyntaxExprTc { syn_expr      :: HsExpr GhcTc+                                 , syn_arg_wraps :: [HsWrapper]+                                 , syn_res_wrap  :: HsWrapper }+                  | NoSyntaxExprTc  -- See Note [NoSyntaxExpr]++-- | This is used for rebindable-syntax pieces that are too polymorphic+-- for tcSyntaxOp (trS_fmap and the mzip in ParStmt)+noExpr :: HsExpr (GhcPass p)+noExpr = HsLit noExtField (HsString (SourceText  "noExpr") (fsLit "noExpr"))++noSyntaxExpr :: forall p. IsPass p => SyntaxExpr (GhcPass p)+                              -- Before renaming, and sometimes after+                              -- See Note [NoSyntaxExpr]+noSyntaxExpr = case ghcPass @p of+  GhcPs -> noExtField+  GhcRn -> NoSyntaxExprRn+  GhcTc -> NoSyntaxExprTc++-- | Make a 'SyntaxExpr GhcRn' from an expression+-- Used only in getMonadFailOp.+-- See Note [Monad fail : Rebindable syntax, overloaded strings] in "GHC.Rename.Expr"+mkSyntaxExpr :: HsExpr GhcRn -> SyntaxExprRn+mkSyntaxExpr = SyntaxExprRn++-- | Make a 'SyntaxExpr' from a 'Name' (the "rn" is because this is used in the+-- renamer).+mkRnSyntaxExpr :: Name -> SyntaxExprRn+mkRnSyntaxExpr name = SyntaxExprRn $ HsVar noExtField $ noLoc name++instance Outputable SyntaxExprRn where+  ppr (SyntaxExprRn expr) = ppr expr+  ppr NoSyntaxExprRn      = text "<no syntax expr>"++instance Outputable SyntaxExprTc where+  ppr (SyntaxExprTc { syn_expr      = expr+                    , syn_arg_wraps = arg_wraps+                    , syn_res_wrap  = res_wrap })+    = sdocOption sdocPrintExplicitCoercions $ \print_co ->+      getPprDebug $ \debug ->+      if debug || print_co+      then ppr expr <> braces (pprWithCommas ppr arg_wraps)+                    <> braces (ppr res_wrap)+      else ppr expr++  ppr NoSyntaxExprTc = text "<no syntax expr>"++-- | Extra data fields for a 'RecordUpd', added by the type checker+data RecordUpdTc = RecordUpdTc+      { rupd_cons :: [ConLike]+                -- Filled in by the type checker to the+                -- _non-empty_ list of DataCons that have+                -- all the upd'd fields++      , rupd_in_tys  :: [Type]  -- Argument types of *input* record type+      , rupd_out_tys :: [Type]  --             and  *output* record type+                -- For a data family, these are the type args of the+                -- /representation/ type constructor++      , rupd_wrap :: HsWrapper  -- See note [Record Update HsWrapper]+      }++-- | HsWrap appears only in typechecker output+-- Invariant: The contained Expr is *NOT* itself an HsWrap.+-- See Note [Detecting forced eta expansion] in "GHC.HsToCore.Expr".+-- This invariant is maintained by 'GHC.Hs.Utils.mkHsWrap'.+-- hs_syn is something like HsExpr or HsCmd+data HsWrap hs_syn = HsWrap HsWrapper      -- the wrapper+                            (hs_syn GhcTc) -- the thing that is wrapped++deriving instance (Data (hs_syn GhcTc), Typeable hs_syn) => Data (HsWrap hs_syn)++type instance HsDoRn (GhcPass _) = GhcRn+type instance HsBracketRn (GhcPass _) = GhcRn+type instance PendingRnSplice' (GhcPass _) = PendingRnSplice+type instance PendingTcSplice' (GhcPass _) = PendingTcSplice++-- ---------------------------------------------------------------------++type instance XVar           (GhcPass _) = NoExtField+type instance XConLikeOut    (GhcPass _) = NoExtField+type instance XRecFld        (GhcPass _) = NoExtField+type instance XOverLabel     (GhcPass _) = NoExtField+type instance XIPVar         (GhcPass _) = NoExtField+type instance XOverLitE      (GhcPass _) = NoExtField+type instance XLitE          (GhcPass _) = NoExtField+type instance XLam           (GhcPass _) = NoExtField+type instance XLamCase       (GhcPass _) = NoExtField+type instance XApp           (GhcPass _) = NoExtField++type instance XUnboundVar    GhcPs = NoExtField+type instance XUnboundVar    GhcRn = NoExtField+type instance XUnboundVar    GhcTc = HoleExprRef+  -- We really don't need the whole HoleExprRef; just the IORef EvTerm+  -- would be enough. But then deriving a Data instance becomes impossible.+  -- Much, much easier just to define HoleExprRef with a Data instance and+  -- store the whole structure.++type instance XAppTypeE      GhcPs = NoExtField+type instance XAppTypeE      GhcRn = NoExtField+type instance XAppTypeE      GhcTc = Type++type instance XOpApp         GhcPs = NoExtField+type instance XOpApp         GhcRn = Fixity+type instance XOpApp         GhcTc = Fixity++type instance XNegApp        (GhcPass _) = NoExtField+type instance XPar           (GhcPass _) = NoExtField+type instance XSectionL      (GhcPass _) = NoExtField+type instance XSectionR      (GhcPass _) = NoExtField+type instance XExplicitTuple (GhcPass _) = NoExtField++type instance XExplicitSum   GhcPs = NoExtField+type instance XExplicitSum   GhcRn = NoExtField+type instance XExplicitSum   GhcTc = [Type]++type instance XCase          (GhcPass _) = NoExtField++type instance XIf            (GhcPass _) = NoExtField++type instance XMultiIf       GhcPs = NoExtField+type instance XMultiIf       GhcRn = NoExtField+type instance XMultiIf       GhcTc = Type++type instance XLet           (GhcPass _) = NoExtField++type instance XDo            GhcPs = NoExtField+type instance XDo            GhcRn = NoExtField+type instance XDo            GhcTc = Type++type instance XExplicitList  GhcPs = NoExtField+type instance XExplicitList  GhcRn = NoExtField+type instance XExplicitList  GhcTc = Type++type instance XRecordCon     GhcPs = NoExtField+type instance XRecordCon     GhcRn = NoExtField+type instance XRecordCon     GhcTc = PostTcExpr   -- Instantiated constructor function++type instance XRecordUpd     GhcPs = NoExtField+type instance XRecordUpd     GhcRn = NoExtField+type instance XRecordUpd     GhcTc = RecordUpdTc++type instance XExprWithTySig (GhcPass _) = NoExtField++type instance XArithSeq      GhcPs = NoExtField+type instance XArithSeq      GhcRn = NoExtField+type instance XArithSeq      GhcTc = PostTcExpr++type instance XBracket       (GhcPass _) = NoExtField++type instance XRnBracketOut  (GhcPass _) = NoExtField+type instance XTcBracketOut  (GhcPass _) = NoExtField++type instance XSpliceE       (GhcPass _) = NoExtField+type instance XProc          (GhcPass _) = NoExtField++type instance XStatic        GhcPs = NoExtField+type instance XStatic        GhcRn = NameSet+type instance XStatic        GhcTc = NameSet++type instance XTick          (GhcPass _) = NoExtField+type instance XBinTick       (GhcPass _) = NoExtField++type instance XPragE         (GhcPass _) = NoExtField++type instance XXExpr         GhcPs       = NoExtCon++-- See Note [Rebindable syntax and HsExpansion] below+type instance XXExpr         GhcRn       = HsExpansion (HsExpr GhcRn)+                                                       (HsExpr GhcRn)+type instance XXExpr         GhcTc       = XXExprGhcTc++data XXExprGhcTc+  = WrapExpr {-# UNPACK #-} !(HsWrap HsExpr)+  | ExpansionExpr {-# UNPACK #-} !(HsExpansion (HsExpr GhcRn) (HsExpr GhcTc))++++-- ---------------------------------------------------------------------++type instance XSCC           (GhcPass _) = NoExtField+type instance XXPragE        (GhcPass _) = NoExtCon++type instance XPresent         (GhcPass _) = NoExtField++type instance XMissing         GhcPs = NoExtField+type instance XMissing         GhcRn = NoExtField+type instance XMissing         GhcTc = Scaled Type++type instance XXTupArg         (GhcPass _) = NoExtCon++tupArgPresent :: LHsTupArg (GhcPass p) -> Bool+tupArgPresent (L _ (Present {})) = True+tupArgPresent (L _ (Missing {})) = False++instance (OutputableBndrId p) => Outputable (HsExpr (GhcPass p)) where+    ppr expr = pprExpr expr++-----------------------+-- pprExpr, pprLExpr, pprBinds call pprDeeper;+-- the underscore versions do not+pprLExpr :: (OutputableBndrId p) => LHsExpr (GhcPass p) -> SDoc+pprLExpr (L _ e) = pprExpr e++pprExpr :: (OutputableBndrId p) => HsExpr (GhcPass p) -> SDoc+pprExpr e | isAtomicHsExpr e || isQuietHsExpr e =            ppr_expr e+          | otherwise                           = pprDeeper (ppr_expr e)++isQuietHsExpr :: HsExpr id -> Bool+-- Parentheses do display something, but it gives little info and+-- if we go deeper when we go inside them then we get ugly things+-- like (...)+isQuietHsExpr (HsPar {})        = True+-- applications don't display anything themselves+isQuietHsExpr (HsApp {})        = True+isQuietHsExpr (HsAppType {})    = True+isQuietHsExpr (OpApp {})        = True+isQuietHsExpr _ = False++pprBinds :: (OutputableBndrId idL, OutputableBndrId idR)+         => HsLocalBindsLR (GhcPass idL) (GhcPass idR) -> SDoc+pprBinds b = pprDeeper (ppr b)++-----------------------+ppr_lexpr :: (OutputableBndrId p) => LHsExpr (GhcPass p) -> SDoc+ppr_lexpr e = ppr_expr (unLoc e)++ppr_expr :: forall p. (OutputableBndrId p)+         => HsExpr (GhcPass p) -> SDoc+ppr_expr (HsVar _ (L _ v))   = pprPrefixOcc v+ppr_expr (HsUnboundVar _ uv) = pprPrefixOcc uv+ppr_expr (HsConLikeOut _ c)  = pprPrefixOcc c+ppr_expr (HsRecFld _ f)      = pprPrefixOcc f+ppr_expr (HsIPVar _ v)       = ppr v+ppr_expr (HsOverLabel _ _ l) = char '#' <> ppr l+ppr_expr (HsLit _ lit)       = ppr lit+ppr_expr (HsOverLit _ lit)   = ppr lit+ppr_expr (HsPar _ e)         = parens (ppr_lexpr e)++ppr_expr (HsPragE _ prag e) = sep [ppr prag, ppr_lexpr e]++ppr_expr e@(HsApp {})        = ppr_apps e []+ppr_expr e@(HsAppType {})    = ppr_apps e []++ppr_expr (OpApp _ e1 op e2)+  | Just pp_op <- ppr_infix_expr (unLoc op)+  = pp_infixly pp_op+  | otherwise+  = pp_prefixly++  where+    pp_e1 = pprDebugParendExpr opPrec e1   -- In debug mode, add parens+    pp_e2 = pprDebugParendExpr opPrec e2   -- to make precedence clear++    pp_prefixly+      = hang (ppr op) 2 (sep [pp_e1, pp_e2])++    pp_infixly pp_op+      = hang pp_e1 2 (sep [pp_op, nest 2 pp_e2])++ppr_expr (NegApp _ e _) = char '-' <+> pprDebugParendExpr appPrec e++ppr_expr (SectionL _ expr op)+  | Just pp_op <- ppr_infix_expr (unLoc op)+  = pp_infixly pp_op+  | otherwise+  = pp_prefixly+  where+    pp_expr = pprDebugParendExpr opPrec expr++    pp_prefixly = hang (hsep [text " \\ x_ ->", ppr op])+                       4 (hsep [pp_expr, text "x_ )"])++    pp_infixly v = (sep [pp_expr, v])++ppr_expr (SectionR _ op expr)+  | Just pp_op <- ppr_infix_expr (unLoc op)+  = pp_infixly pp_op+  | otherwise+  = pp_prefixly+  where+    pp_expr = pprDebugParendExpr opPrec expr++    pp_prefixly = hang (hsep [text "( \\ x_ ->", ppr op, text "x_"])+                       4 (pp_expr <> rparen)++    pp_infixly v = sep [v, pp_expr]++ppr_expr (ExplicitTuple _ exprs boxity)+    -- Special-case unary boxed tuples so that they are pretty-printed as+    -- `Solo x`, not `(x)`+  | [L _ (Present _ expr)] <- exprs+  , Boxed <- boxity+  = hsep [text (mkTupleStr Boxed 1), ppr expr]+  | otherwise+  = tupleParens (boxityTupleSort boxity) (fcat (ppr_tup_args $ map unLoc exprs))+  where+    ppr_tup_args []               = []+    ppr_tup_args (Present _ e : es) = (ppr_lexpr e <> punc es) : ppr_tup_args es+    ppr_tup_args (Missing _   : es) = punc es : ppr_tup_args es++    punc (Present {} : _) = comma <> space+    punc (Missing {} : _) = comma+    punc (XTupArg {} : _) = comma <> space+    punc []               = empty++ppr_expr (ExplicitSum _ alt arity expr)+  = text "(#" <+> ppr_bars (alt - 1) <+> ppr expr <+> ppr_bars (arity - alt) <+> text "#)"+  where+    ppr_bars n = hsep (replicate n (char '|'))++ppr_expr (HsLam _ matches)+  = pprMatches matches++ppr_expr (HsLamCase _ matches)+  = sep [ sep [text "\\case"],+          nest 2 (pprMatches matches) ]++ppr_expr (HsCase _ expr matches@(MG { mg_alts = L _ [_] }))+  = sep [ sep [text "case", nest 4 (ppr expr), ptext (sLit "of {")],+          nest 2 (pprMatches matches) <+> char '}']+ppr_expr (HsCase _ expr matches)+  = sep [ sep [text "case", nest 4 (ppr expr), ptext (sLit "of")],+          nest 2 (pprMatches matches) ]++ppr_expr (HsIf _ e1 e2 e3)+  = sep [hsep [text "if", nest 2 (ppr e1), ptext (sLit "then")],+         nest 4 (ppr e2),+         text "else",+         nest 4 (ppr e3)]++ppr_expr (HsMultiIf _ alts)+  = hang (text "if") 3  (vcat (map ppr_alt alts))+  where ppr_alt (L _ (GRHS _ guards expr)) =+          hang vbar 2 (ppr_one one_alt)+          where+            ppr_one [] = panic "ppr_exp HsMultiIf"+            ppr_one (h:t) = hang h 2 (sep t)+            one_alt = [ interpp'SP guards+                      , text "->" <+> pprDeeper (ppr expr) ]+        ppr_alt (L _ (XGRHS x)) = ppr x++-- special case: let ... in let ...+ppr_expr (HsLet _ (L _ binds) expr@(L _ (HsLet _ _ _)))+  = sep [hang (text "let") 2 (hsep [pprBinds binds, ptext (sLit "in")]),+         ppr_lexpr expr]++ppr_expr (HsLet _ (L _ binds) expr)+  = sep [hang (text "let") 2 (pprBinds binds),+         hang (text "in")  2 (ppr expr)]++ppr_expr (HsDo _ do_or_list_comp (L _ stmts)) = pprDo do_or_list_comp stmts++ppr_expr (ExplicitList _ _ exprs)+  = brackets (pprDeeperList fsep (punctuate comma (map ppr_lexpr exprs)))++ppr_expr (RecordCon { rcon_con = con, rcon_flds = rbinds })+  = hang pp_con 2 (ppr rbinds)+  where+    -- con :: ConLikeP (GhcPass p)+    -- so we need case analysis to know to print it+    pp_con = case ghcPass @p of+               GhcPs -> ppr con+               GhcRn -> ppr con+               GhcTc -> ppr con++ppr_expr (RecordUpd { rupd_expr = L _ aexp, rupd_flds = rbinds })+  = hang (ppr aexp) 2 (braces (fsep (punctuate comma (map ppr rbinds))))++ppr_expr (ExprWithTySig _ expr sig)+  = hang (nest 2 (ppr_lexpr expr) <+> dcolon)+         4 (ppr sig)++ppr_expr (ArithSeq _ _ info) = brackets (ppr info)++ppr_expr (HsSpliceE _ s)         = pprSplice s+ppr_expr (HsBracket _ b)         = pprHsBracket b+ppr_expr (HsRnBracketOut _ e []) = ppr e+ppr_expr (HsRnBracketOut _ e ps) = ppr e $$ text "pending(rn)" <+> ppr ps+ppr_expr (HsTcBracketOut _ _wrap e []) = ppr e+ppr_expr (HsTcBracketOut _ _wrap e ps) = ppr e $$ text "pending(tc)" <+> pprIfTc @p (ppr ps)++ppr_expr (HsProc _ pat (L _ (HsCmdTop _ cmd)))+  = hsep [text "proc", ppr pat, ptext (sLit "->"), ppr cmd]++ppr_expr (HsStatic _ e)+  = hsep [text "static", ppr e]++ppr_expr (HsTick _ tickish exp)+  = pprTicks (ppr exp) $+    ppr tickish <+> ppr_lexpr exp+ppr_expr (HsBinTick _ tickIdTrue tickIdFalse exp)+  = pprTicks (ppr exp) $+    hcat [text "bintick<",+          ppr tickIdTrue,+          text ",",+          ppr tickIdFalse,+          text ">(",+          ppr exp, text ")"]++ppr_expr (XExpr x) = case ghcPass @p of+#if __GLASGOW_HASKELL__ < 811+  GhcPs -> ppr x+#endif+  GhcRn -> ppr x+  GhcTc -> case x of+    WrapExpr (HsWrap co_fn e) -> pprHsWrapper co_fn+      (\parens -> if parens then pprExpr e else pprExpr e)+    ExpansionExpr e -> ppr e -- e is an HsExpansion, we print the original+                             -- expression (LHsExpr GhcPs), not the+                             -- desugared one (LHsExpr GhcT).++ppr_infix_expr :: forall p. (OutputableBndrId p) => HsExpr (GhcPass p) -> Maybe SDoc+ppr_infix_expr (HsVar _ (L _ v))    = Just (pprInfixOcc v)+ppr_infix_expr (HsConLikeOut _ c)   = Just (pprInfixOcc (conLikeName c))+ppr_infix_expr (HsRecFld _ f)       = Just (pprInfixOcc f)+ppr_infix_expr (HsUnboundVar _ occ) = Just (pprInfixOcc occ)+ppr_infix_expr (XExpr x)            = case (ghcPass @p, x) of+#if __GLASGOW_HASKELL__ <= 810+  (GhcPs, _)                              -> Nothing+#endif+  (GhcRn, HsExpanded a _)                 -> ppr_infix_expr a+  (GhcTc, WrapExpr (HsWrap _ e))          -> ppr_infix_expr e+  (GhcTc, ExpansionExpr (HsExpanded a _)) -> ppr_infix_expr a+ppr_infix_expr _ = Nothing++ppr_apps :: (OutputableBndrId p)+         => HsExpr (GhcPass p)+         -> [Either (LHsExpr (GhcPass p)) (LHsWcType (NoGhcTc (GhcPass p)))]+         -> SDoc+ppr_apps (HsApp _ (L _ fun) arg)        args+  = ppr_apps fun (Left arg : args)+ppr_apps (HsAppType _ (L _ fun) arg)    args+  = ppr_apps fun (Right arg : args)+ppr_apps fun args = hang (ppr_expr fun) 2 (fsep (map pp args))+  where+    pp (Left arg)                             = ppr arg+    -- pp (Right (LHsWcTypeX (HsWC { hswc_body = L _ arg })))+    --   = char '@' <> pprHsType arg+    pp (Right arg)+      = text "@" <> ppr arg+++pprDebugParendExpr :: (OutputableBndrId p)+                   => PprPrec -> LHsExpr (GhcPass p) -> SDoc+pprDebugParendExpr p expr+  = getPprDebug $ \case+      True  -> pprParendLExpr p expr+      False -> pprLExpr         expr++pprParendLExpr :: (OutputableBndrId p)+               => PprPrec -> LHsExpr (GhcPass p) -> SDoc+pprParendLExpr p (L _ e) = pprParendExpr p e++pprParendExpr :: (OutputableBndrId p)+              => PprPrec -> HsExpr (GhcPass p) -> SDoc+pprParendExpr p expr+  | hsExprNeedsParens p expr = parens (pprExpr expr)+  | otherwise                = pprExpr expr+        -- Using pprLExpr makes sure that we go 'deeper'+        -- I think that is usually (always?) right++-- | @'hsExprNeedsParens' p e@ returns 'True' if the expression @e@ needs+-- parentheses under precedence @p@.+hsExprNeedsParens :: forall p. IsPass p => PprPrec -> HsExpr (GhcPass p) -> Bool+hsExprNeedsParens p = go+  where+    go (HsVar{})                      = False+    go (HsUnboundVar{})               = False+    go (HsConLikeOut{})               = False+    go (HsIPVar{})                    = False+    go (HsOverLabel{})                = False+    go (HsLit _ l)                    = hsLitNeedsParens p l+    go (HsOverLit _ ol)               = hsOverLitNeedsParens p ol+    go (HsPar{})                      = False+    go (HsApp{})                      = p >= appPrec+    go (HsAppType {})                 = p >= appPrec+    go (OpApp{})                      = p >= opPrec+    go (NegApp{})                     = p > topPrec+    go (SectionL{})                   = True+    go (SectionR{})                   = True+    -- Special-case unary boxed tuple applications so that they are+    -- parenthesized as `Identity (Solo x)`, not `Identity Solo x` (#18612)+    -- See Note [One-tuples] in GHC.Builtin.Types+    go (ExplicitTuple _ [L _ Present{}] Boxed)+                                      = p >= appPrec+    go (ExplicitTuple{})              = False+    go (ExplicitSum{})                = False+    go (HsLam{})                      = p > topPrec+    go (HsLamCase{})                  = p > topPrec+    go (HsCase{})                     = p > topPrec+    go (HsIf{})                       = p > topPrec+    go (HsMultiIf{})                  = p > topPrec+    go (HsLet{})                      = p > topPrec+    go (HsDo _ sc _)+      | isComprehensionContext sc     = False+      | otherwise                     = p > topPrec+    go (ExplicitList{})               = False+    go (RecordUpd{})                  = False+    go (ExprWithTySig{})              = p >= sigPrec+    go (ArithSeq{})                   = False+    go (HsPragE{})                    = p >= appPrec+    go (HsSpliceE{})                  = False+    go (HsBracket{})                  = False+    go (HsRnBracketOut{})             = False+    go (HsTcBracketOut{})             = False+    go (HsProc{})                     = p > topPrec+    go (HsStatic{})                   = p >= appPrec+    go (HsTick _ _ (L _ e))           = go e+    go (HsBinTick _ _ _ (L _ e))      = go e+    go (RecordCon{})                  = False+    go (HsRecFld{})                   = False+    go (XExpr x)+      | GhcTc <- ghcPass @p+      = case x of+          WrapExpr      (HsWrap _ e)     -> go e+          ExpansionExpr (HsExpanded a _) -> hsExprNeedsParens p a+      | GhcRn <- ghcPass @p+      = case x of HsExpanded a _ -> hsExprNeedsParens p a+#if __GLASGOW_HASKELL__ <= 900+      | otherwise+      = True+#endif+++-- | @'parenthesizeHsExpr' p e@ checks if @'hsExprNeedsParens' p e@ is true,+-- and if so, surrounds @e@ with an 'HsPar'. Otherwise, it simply returns @e@.+parenthesizeHsExpr :: IsPass p => PprPrec -> LHsExpr (GhcPass p) -> LHsExpr (GhcPass p)+parenthesizeHsExpr p le@(L loc e)+  | hsExprNeedsParens p e = L loc (HsPar noExtField le)+  | otherwise             = le++stripParensLHsExpr :: LHsExpr (GhcPass p) -> LHsExpr (GhcPass p)+stripParensLHsExpr (L _ (HsPar _ e)) = stripParensLHsExpr e+stripParensLHsExpr e = e++stripParensHsExpr :: HsExpr (GhcPass p) -> HsExpr (GhcPass p)+stripParensHsExpr (HsPar _ (L _ e)) = stripParensHsExpr e+stripParensHsExpr e = e++isAtomicHsExpr :: forall p. IsPass p => HsExpr (GhcPass p) -> Bool+-- True of a single token+isAtomicHsExpr (HsVar {})        = True+isAtomicHsExpr (HsConLikeOut {}) = True+isAtomicHsExpr (HsLit {})        = True+isAtomicHsExpr (HsOverLit {})    = True+isAtomicHsExpr (HsIPVar {})      = True+isAtomicHsExpr (HsOverLabel {})  = True+isAtomicHsExpr (HsUnboundVar {}) = True+isAtomicHsExpr (HsRecFld{})      = True+isAtomicHsExpr (XExpr x)+  | GhcTc <- ghcPass @p          = case x of+      WrapExpr      (HsWrap _ e)     -> isAtomicHsExpr e+      ExpansionExpr (HsExpanded a _) -> isAtomicHsExpr a+  | GhcRn <- ghcPass @p          = case x of+      HsExpanded a _         -> isAtomicHsExpr a+isAtomicHsExpr _                 = False++instance Outputable (HsPragE (GhcPass p)) where+  ppr (HsPragSCC _ st (StringLiteral stl lbl)) =+    pprWithSourceText st (text "{-# SCC")+     -- no doublequotes if stl empty, for the case where the SCC was written+     -- without quotes.+    <+> pprWithSourceText stl (ftext lbl) <+> text "#-}"++{-+************************************************************************+*                                                                      *+\subsection{Commands (in arrow abstractions)}+*                                                                      *+************************************************************************+-}++type instance XCmdArrApp  GhcPs = NoExtField+type instance XCmdArrApp  GhcRn = NoExtField+type instance XCmdArrApp  GhcTc = Type++type instance XCmdArrForm (GhcPass _) = NoExtField+type instance XCmdApp     (GhcPass _) = NoExtField+type instance XCmdLam     (GhcPass _) = NoExtField+type instance XCmdPar     (GhcPass _) = NoExtField+type instance XCmdCase    (GhcPass _) = NoExtField+type instance XCmdLamCase (GhcPass _) = NoExtField+type instance XCmdIf      (GhcPass _) = NoExtField+type instance XCmdLet     (GhcPass _) = NoExtField++type instance XCmdDo      GhcPs = NoExtField+type instance XCmdDo      GhcRn = NoExtField+type instance XCmdDo      GhcTc = Type++type instance XCmdWrap    (GhcPass _) = NoExtField++type instance XXCmd       GhcPs = NoExtCon+type instance XXCmd       GhcRn = NoExtCon+type instance XXCmd       GhcTc = HsWrap HsCmd+    -- If   cmd :: arg1 --> res+    --      wrap :: arg1 "->" arg2+    -- Then (XCmd (HsWrap wrap cmd)) :: arg2 --> res++data CmdTopTc+  = CmdTopTc Type    -- Nested tuple of inputs on the command's stack+             Type    -- return type of the command+             (CmdSyntaxTable GhcTc) -- See Note [CmdSyntaxTable]++type instance XCmdTop  GhcPs = NoExtField+type instance XCmdTop  GhcRn = CmdSyntaxTable GhcRn -- See Note [CmdSyntaxTable]+type instance XCmdTop  GhcTc = CmdTopTc++type instance XXCmdTop (GhcPass _) = NoExtCon++instance (OutputableBndrId p) => Outputable (HsCmd (GhcPass p)) where+    ppr cmd = pprCmd cmd++-----------------------+-- pprCmd and pprLCmd call pprDeeper;+-- the underscore versions do not+pprLCmd :: (OutputableBndrId p) => LHsCmd (GhcPass p) -> SDoc+pprLCmd (L _ c) = pprCmd c++pprCmd :: (OutputableBndrId p) => HsCmd (GhcPass p) -> SDoc+pprCmd c | isQuietHsCmd c =            ppr_cmd c+         | otherwise      = pprDeeper (ppr_cmd c)++isQuietHsCmd :: HsCmd id -> Bool+-- Parentheses do display something, but it gives little info and+-- if we go deeper when we go inside them then we get ugly things+-- like (...)+isQuietHsCmd (HsCmdPar {}) = True+-- applications don't display anything themselves+isQuietHsCmd (HsCmdApp {}) = True+isQuietHsCmd _ = False++-----------------------+ppr_lcmd :: (OutputableBndrId p) => LHsCmd (GhcPass p) -> SDoc+ppr_lcmd c = ppr_cmd (unLoc c)++ppr_cmd :: forall p. (OutputableBndrId p) => HsCmd (GhcPass p) -> SDoc+ppr_cmd (HsCmdPar _ c) = parens (ppr_lcmd c)++ppr_cmd (HsCmdApp _ c e)+  = let (fun, args) = collect_args c [e] in+    hang (ppr_lcmd fun) 2 (sep (map ppr args))+  where+    collect_args (L _ (HsCmdApp _ fun arg)) args = collect_args fun (arg:args)+    collect_args fun args = (fun, args)++ppr_cmd (HsCmdLam _ matches)+  = pprMatches matches++ppr_cmd (HsCmdCase _ expr matches)+  = sep [ sep [text "case", nest 4 (ppr expr), ptext (sLit "of")],+          nest 2 (pprMatches matches) ]++ppr_cmd (HsCmdLamCase _ matches)+  = sep [ text "\\case", nest 2 (pprMatches matches) ]++ppr_cmd (HsCmdIf _ _ e ct ce)+  = sep [hsep [text "if", nest 2 (ppr e), ptext (sLit "then")],+         nest 4 (ppr ct),+         text "else",+         nest 4 (ppr ce)]++-- special case: let ... in let ...+ppr_cmd (HsCmdLet _ (L _ binds) cmd@(L _ (HsCmdLet {})))+  = sep [hang (text "let") 2 (hsep [pprBinds binds, ptext (sLit "in")]),+         ppr_lcmd cmd]++ppr_cmd (HsCmdLet _ (L _ binds) cmd)+  = sep [hang (text "let") 2 (pprBinds binds),+         hang (text "in")  2 (ppr cmd)]++ppr_cmd (HsCmdDo _ (L _ stmts))  = pprDo ArrowExpr stmts++ppr_cmd (HsCmdArrApp _ arrow arg HsFirstOrderApp True)+  = hsep [ppr_lexpr arrow, larrowt, ppr_lexpr arg]+ppr_cmd (HsCmdArrApp _ arrow arg HsFirstOrderApp False)+  = hsep [ppr_lexpr arg, arrowt, ppr_lexpr arrow]+ppr_cmd (HsCmdArrApp _ arrow arg HsHigherOrderApp True)+  = hsep [ppr_lexpr arrow, larrowtt, ppr_lexpr arg]+ppr_cmd (HsCmdArrApp _ arrow arg HsHigherOrderApp False)+  = hsep [ppr_lexpr arg, arrowtt, ppr_lexpr arrow]++ppr_cmd (HsCmdArrForm _ (L _ (HsVar _ (L _ v))) _ (Just _) [arg1, arg2])+  = hang (pprCmdArg (unLoc arg1)) 4 (sep [ pprInfixOcc v+                                         , pprCmdArg (unLoc arg2)])+ppr_cmd (HsCmdArrForm _ (L _ (HsVar _ (L _ v))) Infix _    [arg1, arg2])+  = hang (pprCmdArg (unLoc arg1)) 4 (sep [ pprInfixOcc v+                                         , pprCmdArg (unLoc arg2)])+ppr_cmd (HsCmdArrForm _ (L _ (HsConLikeOut _ c)) _ (Just _) [arg1, arg2])+  = hang (pprCmdArg (unLoc arg1)) 4 (sep [ pprInfixOcc (conLikeName c)+                                         , pprCmdArg (unLoc arg2)])+ppr_cmd (HsCmdArrForm _ (L _ (HsConLikeOut _ c)) Infix _    [arg1, arg2])+  = hang (pprCmdArg (unLoc arg1)) 4 (sep [ pprInfixOcc (conLikeName c)+                                         , pprCmdArg (unLoc arg2)])+ppr_cmd (HsCmdArrForm _ op _ _ args)+  = hang (text "(|" <+> ppr_lexpr op)+         4 (sep (map (pprCmdArg.unLoc) args) <+> text "|)")+ppr_cmd (XCmd x) = case ghcPass @p of+#if __GLASGOW_HASKELL__ < 811+  GhcPs -> ppr x+  GhcRn -> ppr x+#endif+  GhcTc -> case x of+    HsWrap w cmd -> pprHsWrapper w (\_ -> parens (ppr_cmd cmd))++pprCmdArg :: (OutputableBndrId p) => HsCmdTop (GhcPass p) -> SDoc+pprCmdArg (HsCmdTop _ cmd)+  = ppr_lcmd cmd++instance (OutputableBndrId p) => Outputable (HsCmdTop (GhcPass p)) where+    ppr = pprCmdArg++{-+************************************************************************+*                                                                      *+\subsection{@Match@, @GRHSs@, and @GRHS@ datatypes}+*                                                                      *+************************************************************************+-}++type instance XMG         GhcPs b = NoExtField+type instance XMG         GhcRn b = NoExtField+type instance XMG         GhcTc b = MatchGroupTc++type instance XXMatchGroup (GhcPass _) b = NoExtCon++type instance XCMatch (GhcPass _) b = NoExtField+type instance XXMatch (GhcPass _) b = NoExtCon++instance (OutputableBndrId pr, Outputable body)+            => Outputable (Match (GhcPass pr) body) where+  ppr = pprMatch++isEmptyMatchGroup :: MatchGroup (GhcPass p) body -> Bool+isEmptyMatchGroup (MG { mg_alts = ms }) = null $ unLoc ms++-- | Is there only one RHS in this list of matches?+isSingletonMatchGroup :: [LMatch (GhcPass p) body] -> Bool+isSingletonMatchGroup matches+  | [L _ match] <- matches+  , Match { m_grhss = GRHSs { grhssGRHSs = [_] } } <- match+  = True+  | otherwise+  = False++matchGroupArity :: MatchGroup (GhcPass id) body -> Arity+-- Precondition: MatchGroup is non-empty+-- This is called before type checking, when mg_arg_tys is not set+matchGroupArity (MG { mg_alts = alts })+  | L _ (alt1:_) <- alts = length (hsLMatchPats alt1)+  | otherwise        = panic "matchGroupArity"++hsLMatchPats :: LMatch (GhcPass id) body -> [LPat (GhcPass id)]+hsLMatchPats (L _ (Match { m_pats = pats })) = pats++type instance XCGRHSs (GhcPass _) b = NoExtField+type instance XXGRHSs (GhcPass _) b = NoExtCon++type instance XCGRHS (GhcPass _) b = NoExtField+type instance XXGRHS (GhcPass _) b = NoExtCon++pprMatches :: (OutputableBndrId idR, Outputable body)+           => MatchGroup (GhcPass idR) body -> SDoc+pprMatches MG { mg_alts = matches }+    = vcat (map pprMatch (map unLoc (unLoc matches)))+      -- Don't print the type; it's only a place-holder before typechecking++-- Exported to GHC.Hs.Binds, which can't see the defn of HsMatchContext+pprFunBind :: (OutputableBndrId idR, Outputable body)+           => MatchGroup (GhcPass idR) body -> SDoc+pprFunBind matches = pprMatches matches++-- Exported to GHC.Hs.Binds, which can't see the defn of HsMatchContext+pprPatBind :: forall bndr p body. (OutputableBndrId bndr,+                                   OutputableBndrId p,+                                   Outputable body)+           => LPat (GhcPass bndr) -> GRHSs (GhcPass p) body -> SDoc+pprPatBind pat (grhss)+ = sep [ppr pat,+       nest 2 (pprGRHSs (PatBindRhs :: HsMatchContext (GhcPass p)) grhss)]++pprMatch :: (OutputableBndrId idR, Outputable body)+         => Match (GhcPass idR) body -> SDoc+pprMatch (Match { m_pats = pats, m_ctxt = ctxt, m_grhss = grhss })+  = sep [ sep (herald : map (nest 2 . pprParendLPat appPrec) other_pats)+        , nest 2 (pprGRHSs ctxt grhss) ]+  where+    (herald, other_pats)+        = case ctxt of+            FunRhs {mc_fun=L _ fun, mc_fixity=fixity, mc_strictness=strictness}+                | SrcStrict <- strictness+                -> ASSERT(null pats)     -- A strict variable binding+                   (char '!'<>pprPrefixOcc fun, pats)++                | Prefix <- fixity+                -> (pprPrefixOcc fun, pats) -- f x y z = e+                                            -- Not pprBndr; the AbsBinds will+                                            -- have printed the signature+                | otherwise+                -> case pats of+                     (p1:p2:rest)+                        | null rest -> (pp_infix, [])           -- x &&& y = e+                        | otherwise -> (parens pp_infix, rest)  -- (x &&& y) z = e+                        where+                          pp_infix = pprParendLPat opPrec p1+                                     <+> pprInfixOcc fun+                                     <+> pprParendLPat opPrec p2+                     _ -> pprPanic "pprMatch" (ppr ctxt $$ ppr pats)++            LambdaExpr -> (char '\\', pats)++            _ -> case pats of+                   []    -> (empty, [])+                   [pat] -> (ppr pat, [])  -- No parens around the single pat in a case+                   _     -> pprPanic "pprMatch" (ppr ctxt $$ ppr pats)++pprGRHSs :: (OutputableBndrId idR, Outputable body)+         => HsMatchContext passL -> GRHSs (GhcPass idR) body -> SDoc+pprGRHSs ctxt (GRHSs _ grhss (L _ binds))+  = vcat (map (pprGRHS ctxt . unLoc) grhss)+  -- Print the "where" even if the contents of the binds is empty. Only+  -- EmptyLocalBinds means no "where" keyword+ $$ ppUnless (eqEmptyLocalBinds binds)+      (text "where" $$ nest 4 (pprBinds binds))++pprGRHS :: (OutputableBndrId idR, Outputable body)+        => HsMatchContext passL -> GRHS (GhcPass idR) body -> SDoc+pprGRHS ctxt (GRHS _ [] body)+ =  pp_rhs ctxt body++pprGRHS ctxt (GRHS _ guards body)+ = sep [vbar <+> interpp'SP guards, pp_rhs ctxt body]++pp_rhs :: Outputable body => HsMatchContext passL -> body -> SDoc+pp_rhs ctxt rhs = matchSeparator ctxt <+> pprDeeper (ppr rhs)++{-+************************************************************************+*                                                                      *+\subsection{Do stmts and list comprehensions}+*                                                                      *+************************************************************************+-}++-- Extra fields available post typechecking for RecStmt.+data RecStmtTc =+  RecStmtTc+     { recS_bind_ty :: Type       -- S in (>>=) :: Q -> (R -> S) -> T+     , recS_later_rets :: [PostTcExpr] -- (only used in the arrow version)+     , recS_rec_rets :: [PostTcExpr] -- These expressions correspond 1-to-1+                                  -- with recS_later_ids and recS_rec_ids,+                                  -- and are the expressions that should be+                                  -- returned by the recursion.+                                  -- They may not quite be the Ids themselves,+                                  -- because the Id may be *polymorphic*, but+                                  -- the returned thing has to be *monomorphic*,+                                  -- so they may be type applications++      , recS_ret_ty :: Type        -- The type of+                                   -- do { stmts; return (a,b,c) }+                                   -- With rebindable syntax the type might not+                                   -- be quite as simple as (m (tya, tyb, tyc)).+      }+++type instance XLastStmt        (GhcPass _) (GhcPass _) b = NoExtField++type instance XBindStmt        (GhcPass _) GhcPs b = NoExtField+type instance XBindStmt        (GhcPass _) GhcRn b = XBindStmtRn+type instance XBindStmt        (GhcPass _) GhcTc b = XBindStmtTc++data XBindStmtRn = XBindStmtRn+  { xbsrn_bindOp :: SyntaxExpr GhcRn+  , xbsrn_failOp :: FailOperator GhcRn+  }++data XBindStmtTc = XBindStmtTc+  { xbstc_bindOp :: SyntaxExpr GhcTc+  , xbstc_boundResultType :: Type -- If (>>=) :: Q -> (R -> S) -> T, this is S+  , xbstc_boundResultMult :: Mult -- If (>>=) :: Q -> (R -> S) -> T, this is S+  , xbstc_failOp :: FailOperator GhcTc+  }++type instance XApplicativeStmt (GhcPass _) GhcPs b = NoExtField+type instance XApplicativeStmt (GhcPass _) GhcRn b = NoExtField+type instance XApplicativeStmt (GhcPass _) GhcTc b = Type++type instance XBodyStmt        (GhcPass _) GhcPs b = NoExtField+type instance XBodyStmt        (GhcPass _) GhcRn b = NoExtField+type instance XBodyStmt        (GhcPass _) GhcTc b = Type++type instance XLetStmt         (GhcPass _) (GhcPass _) b = NoExtField++type instance XParStmt         (GhcPass _) GhcPs b = NoExtField+type instance XParStmt         (GhcPass _) GhcRn b = NoExtField+type instance XParStmt         (GhcPass _) GhcTc b = Type++type instance XTransStmt       (GhcPass _) GhcPs b = NoExtField+type instance XTransStmt       (GhcPass _) GhcRn b = NoExtField+type instance XTransStmt       (GhcPass _) GhcTc b = Type++type instance XRecStmt         (GhcPass _) GhcPs b = NoExtField+type instance XRecStmt         (GhcPass _) GhcRn b = NoExtField+type instance XRecStmt         (GhcPass _) GhcTc b = RecStmtTc++type instance XXStmtLR         (GhcPass _) (GhcPass _) b = NoExtCon++type instance XParStmtBlock  (GhcPass pL) (GhcPass pR) = NoExtField+type instance XXParStmtBlock (GhcPass pL) (GhcPass pR) = NoExtCon++type instance XApplicativeArgOne GhcPs = NoExtField+type instance XApplicativeArgOne GhcRn = FailOperator GhcRn+type instance XApplicativeArgOne GhcTc = FailOperator GhcTc++type instance XApplicativeArgMany (GhcPass _) = NoExtField+type instance XXApplicativeArg    (GhcPass _) = NoExtCon++type instance ApplicativeArgStmCtxPass _ = GhcRn++instance (Outputable (StmtLR (GhcPass idL) (GhcPass idL) (LHsExpr (GhcPass idL))),+          Outputable (XXParStmtBlock (GhcPass idL) (GhcPass idR)))+        => Outputable (ParStmtBlock (GhcPass idL) (GhcPass idR)) where+  ppr (ParStmtBlock _ stmts _ _) = interpp'SP stmts++instance (OutputableBndrId pl, OutputableBndrId pr,+          Outputable body)+         => Outputable (StmtLR (GhcPass pl) (GhcPass pr) body) where+    ppr stmt = pprStmt stmt++pprStmt :: forall idL idR body . (OutputableBndrId idL,+                                  OutputableBndrId idR,+                                  Outputable body)+        => (StmtLR (GhcPass idL) (GhcPass idR) body) -> SDoc+pprStmt (LastStmt _ expr m_dollar_stripped _)+  = whenPprDebug (text "[last]") <+>+      (case m_dollar_stripped of+        Just True -> text "return $"+        Just False -> text "return"+        Nothing -> empty) <+>+      ppr expr+pprStmt (BindStmt _ pat expr) = pprBindStmt pat expr+pprStmt (LetStmt _ (L _ binds))   = hsep [text "let", pprBinds binds]+pprStmt (BodyStmt _ expr _ _)     = ppr expr+pprStmt (ParStmt _ stmtss _ _)   = sep (punctuate (text " | ") (map ppr stmtss))++pprStmt (TransStmt { trS_stmts = stmts, trS_by = by+                   , trS_using = using, trS_form = form })+  = sep $ punctuate comma (map ppr stmts ++ [pprTransStmt by using form])++pprStmt (RecStmt { recS_stmts = segment, recS_rec_ids = rec_ids+                 , recS_later_ids = later_ids })+  = text "rec" <+>+    vcat [ ppr_do_stmts segment+         , whenPprDebug (vcat [ text "rec_ids=" <> ppr rec_ids+                            , text "later_ids=" <> ppr later_ids])]++pprStmt (ApplicativeStmt _ args mb_join)+  = getPprStyle $ \style ->+      if userStyle style+         then pp_for_user+         else pp_debug+  where+  -- make all the Applicative stuff invisible in error messages by+  -- flattening the whole ApplicativeStmt nest back to a sequence+  -- of statements.+   pp_for_user = vcat $ concatMap flattenArg args++   -- ppr directly rather than transforming here, because we need to+   -- inject a "return" which is hard when we're polymorphic in the id+   -- type.+   flattenStmt :: ExprLStmt (GhcPass idL) -> [SDoc]+   flattenStmt (L _ (ApplicativeStmt _ args _)) = concatMap flattenArg args+   flattenStmt stmt = [ppr stmt]++   flattenArg :: forall a . (a, ApplicativeArg (GhcPass idL)) -> [SDoc]+   flattenArg (_, ApplicativeArgOne _ pat expr isBody)+     | isBody =  [ppr expr] -- See Note [Applicative BodyStmt]+     | otherwise = [pprBindStmt pat expr]+   flattenArg (_, ApplicativeArgMany _ stmts _ _ _) =+     concatMap flattenStmt stmts++   pp_debug =+     let+         ap_expr = sep (punctuate (text " |") (map pp_arg args))+     in+       whenPprDebug (if isJust mb_join then text "[join]" else empty) <+>+       (if lengthAtLeast args 2 then parens else id) ap_expr++   pp_arg :: (a, ApplicativeArg (GhcPass idL)) -> SDoc+   pp_arg (_, applicativeArg) = ppr applicativeArg++pprBindStmt :: (Outputable pat, Outputable expr) => pat -> expr -> SDoc+pprBindStmt pat expr = hsep [ppr pat, larrow, ppr expr]++instance (OutputableBndrId idL)+      => Outputable (ApplicativeArg (GhcPass idL)) where+  ppr = pprArg++pprArg :: forall idL . (OutputableBndrId idL) => ApplicativeArg (GhcPass idL) -> SDoc+pprArg (ApplicativeArgOne _ pat expr isBody)+  | isBody = ppr expr -- See Note [Applicative BodyStmt]+  | otherwise = pprBindStmt pat expr+pprArg (ApplicativeArgMany _ stmts return pat ctxt) =+     ppr pat <+>+     text "<-" <+>+     pprDo ctxt (stmts +++                   [noLoc (LastStmt noExtField (noLoc return) Nothing noSyntaxExpr)])++pprTransformStmt :: (OutputableBndrId p)+                 => [IdP (GhcPass p)] -> LHsExpr (GhcPass p)+                 -> Maybe (LHsExpr (GhcPass p)) -> SDoc+pprTransformStmt bndrs using by+  = sep [ text "then" <+> whenPprDebug (braces (ppr bndrs))+        , nest 2 (ppr using)+        , nest 2 (pprBy by)]++pprTransStmt :: Outputable body => Maybe body -> body -> TransForm -> SDoc+pprTransStmt by using ThenForm+  = sep [ text "then", nest 2 (ppr using), nest 2 (pprBy by)]+pprTransStmt by using GroupForm+  = sep [ text "then group", nest 2 (pprBy by), nest 2 (ptext (sLit "using") <+> ppr using)]++pprBy :: Outputable body => Maybe body -> SDoc+pprBy Nothing  = empty+pprBy (Just e) = text "by" <+> ppr e++pprDo :: (OutputableBndrId p, Outputable body)+      => HsStmtContext any -> [LStmt (GhcPass p) body] -> SDoc+pprDo (DoExpr m)    stmts =+  ppr_module_name_prefix m <> text "do"  <+> ppr_do_stmts stmts+pprDo GhciStmtCtxt  stmts = text "do"  <+> ppr_do_stmts stmts+pprDo ArrowExpr     stmts = text "do"  <+> ppr_do_stmts stmts+pprDo (MDoExpr m)   stmts =+  ppr_module_name_prefix m <> text "mdo"  <+> ppr_do_stmts stmts+pprDo ListComp      stmts = brackets    $ pprComp stmts+pprDo MonadComp     stmts = brackets    $ pprComp stmts+pprDo _             _     = panic "pprDo" -- PatGuard, ParStmtCxt++ppr_module_name_prefix :: Maybe ModuleName -> SDoc+ppr_module_name_prefix = \case+  Nothing -> empty+  Just module_name -> ppr module_name <> char '.'++ppr_do_stmts :: (OutputableBndrId idL, OutputableBndrId idR,+                 Outputable body)+             => [LStmtLR (GhcPass idL) (GhcPass idR) body] -> SDoc+-- Print a bunch of do stmts+ppr_do_stmts stmts = pprDeeperList vcat (map ppr stmts)++pprComp :: (OutputableBndrId p, Outputable body)+        => [LStmt (GhcPass p) body] -> SDoc+pprComp quals     -- Prints:  body | qual1, ..., qualn+  | Just (initStmts, L _ (LastStmt _ body _ _)) <- snocView quals+  = if null initStmts+       -- If there are no statements in a list comprehension besides the last+       -- one, we simply treat it like a normal list. This does arise+       -- occasionally in code that GHC generates, e.g., in implementations of+       -- 'range' for derived 'Ix' instances for product datatypes with exactly+       -- one constructor (e.g., see #12583).+       then ppr body+       else hang (ppr body <+> vbar) 2 (pprQuals initStmts)+  | otherwise+  = pprPanic "pprComp" (pprQuals quals)++pprQuals :: (OutputableBndrId p, Outputable body)+         => [LStmt (GhcPass p) body] -> SDoc+-- Show list comprehension qualifiers separated by commas+pprQuals quals = interpp'SP quals++{-+************************************************************************+*                                                                      *+                Template Haskell quotation brackets+*                                                                      *+************************************************************************+-}++newtype HsSplicedT = HsSplicedT DelayedSplice deriving (Data)++type instance XTypedSplice   (GhcPass _) = NoExtField+type instance XUntypedSplice (GhcPass _) = NoExtField+type instance XQuasiQuote    (GhcPass _) = NoExtField+type instance XSpliced       (GhcPass _) = NoExtField+type instance XXSplice       GhcPs       = NoExtCon+type instance XXSplice       GhcRn       = NoExtCon+type instance XXSplice       GhcTc       = HsSplicedT++-- See Note [Running typed splices in the zonker]+-- These are the arguments that are passed to `GHC.Tc.Gen.Splice.runTopSplice`+data DelayedSplice =+  DelayedSplice+    TcLclEnv          -- The local environment to run the splice in+    (LHsExpr GhcRn)   -- The original renamed expression+    TcType            -- The result type of running the splice, unzonked+    (LHsExpr GhcTc)   -- The typechecked expression to run and splice in the result++-- A Data instance which ignores the argument of 'DelayedSplice'.+instance Data DelayedSplice where+  gunfold _ _ _ = panic "DelayedSplice"+  toConstr  a   = mkConstr (dataTypeOf a) "DelayedSplice" [] Data.Prefix+  dataTypeOf a  = mkDataType "HsExpr.DelayedSplice" [toConstr a]++-- | Pending Renamer Splice+data PendingRnSplice+  = PendingRnSplice UntypedSpliceFlavour SplicePointName (LHsExpr GhcRn)++-- | Pending Type-checker Splice+data PendingTcSplice+  = PendingTcSplice SplicePointName (LHsExpr GhcTc)++{-+Note [Pending Splices]+~~~~~~~~~~~~~~~~~~~~~~+When we rename an untyped bracket, we name and lift out all the nested+splices, so that when the typechecker hits the bracket, it can+typecheck those nested splices without having to walk over the untyped+bracket code.  So for example+    [| f $(g x) |]+looks like++    HsBracket (HsApp (HsVar "f") (HsSpliceE _ (g x)))++which the renamer rewrites to++    HsRnBracketOut (HsApp (HsVar f) (HsSpliceE sn (g x)))+                   [PendingRnSplice UntypedExpSplice sn (g x)]++* The 'sn' is the Name of the splice point, the SplicePointName++* The PendingRnExpSplice gives the splice that splice-point name maps to;+  and the typechecker can now conveniently find these sub-expressions++* The other copy of the splice, in the second argument of HsSpliceE+                                in the renamed first arg of HsRnBracketOut+  is used only for pretty printing++There are four varieties of pending splices generated by the renamer,+distinguished by their UntypedSpliceFlavour++ * Pending expression splices (UntypedExpSplice), e.g.,+       [|$(f x) + 2|]++   UntypedExpSplice is also used for+     * quasi-quotes, where the pending expression expands to+          $(quoter "...blah...")+       (see GHC.Rename.Splice.makePending, HsQuasiQuote case)++     * cross-stage lifting, where the pending expression expands to+          $(lift x)+       (see GHC.Rename.Splice.checkCrossStageLifting)++ * Pending pattern splices (UntypedPatSplice), e.g.,+       [| \$(f x) -> x |]++ * Pending type splices (UntypedTypeSplice), e.g.,+       [| f :: $(g x) |]++ * Pending declaration (UntypedDeclSplice), e.g.,+       [| let $(f x) in ... |]++There is a fifth variety of pending splice, which is generated by the type+checker:++  * Pending *typed* expression splices, (PendingTcSplice), e.g.,+        [||1 + $$(f 2)||]++It would be possible to eliminate HsRnBracketOut and use HsBracketOut for the+output of the renamer. However, when pretty printing the output of the renamer,+e.g., in a type error message, we *do not* want to print out the pending+splices. In contrast, when pretty printing the output of the type checker, we+*do* want to print the pending splices. So splitting them up seems to make+sense, although I hate to add another constructor to HsExpr.+-}++instance OutputableBndrId p+       => Outputable (HsSplicedThing (GhcPass p)) where+  ppr (HsSplicedExpr e) = ppr_expr e+  ppr (HsSplicedTy   t) = ppr t+  ppr (HsSplicedPat  p) = ppr p++instance (OutputableBndrId p) => Outputable (HsSplice (GhcPass p)) where+  ppr s = pprSplice s++pprPendingSplice :: (OutputableBndrId p)+                 => SplicePointName -> LHsExpr (GhcPass p) -> SDoc+pprPendingSplice n e = angleBrackets (ppr n <> comma <+> ppr (stripParensLHsExpr e))++pprSpliceDecl ::  (OutputableBndrId p)+          => HsSplice (GhcPass p) -> SpliceExplicitFlag -> SDoc+pprSpliceDecl e@HsQuasiQuote{} _ = pprSplice e+pprSpliceDecl e ExplicitSplice   = text "$" <> ppr_splice_decl e+pprSpliceDecl e ImplicitSplice   = ppr_splice_decl e++ppr_splice_decl :: (OutputableBndrId p)+                => HsSplice (GhcPass p) -> SDoc+ppr_splice_decl (HsUntypedSplice _ _ n e) = ppr_splice empty n e empty+ppr_splice_decl e = pprSplice e++pprSplice :: forall p. (OutputableBndrId p) => HsSplice (GhcPass p) -> SDoc+pprSplice (HsTypedSplice _ DollarSplice n e)+  = ppr_splice (text "$$") n e empty+pprSplice (HsTypedSplice _ BareSplice _ _ )+  = panic "Bare typed splice"  -- impossible+pprSplice (HsUntypedSplice _ DollarSplice n e)+  = ppr_splice (text "$")  n e empty+pprSplice (HsUntypedSplice _ BareSplice n e)+  = ppr_splice empty  n e empty+pprSplice (HsQuasiQuote _ n q _ s)      = ppr_quasi n q s+pprSplice (HsSpliced _ _ thing)         = ppr thing+pprSplice (XSplice x)                   = case ghcPass @p of+#if __GLASGOW_HASKELL__ < 811+                                            GhcPs -> noExtCon x+                                            GhcRn -> noExtCon x+#endif+                                            GhcTc -> case x of+                                                       HsSplicedT _ -> text "Unevaluated typed splice"++ppr_quasi :: OutputableBndr p => p -> p -> FastString -> SDoc+ppr_quasi n quoter quote = whenPprDebug (brackets (ppr n)) <>+                           char '[' <> ppr quoter <> vbar <>+                           ppr quote <> text "|]"++ppr_splice :: (OutputableBndrId p)+           => SDoc -> (IdP (GhcPass p)) -> LHsExpr (GhcPass p) -> SDoc -> SDoc+ppr_splice herald n e trail+    = herald <> whenPprDebug (brackets (ppr n)) <> ppr e <> trail++type instance XExpBr      (GhcPass _) = NoExtField+type instance XPatBr      (GhcPass _) = NoExtField+type instance XDecBrL     (GhcPass _) = NoExtField+type instance XDecBrG     (GhcPass _) = NoExtField+type instance XTypBr      (GhcPass _) = NoExtField+type instance XVarBr      (GhcPass _) = NoExtField+type instance XTExpBr     (GhcPass _) = NoExtField+type instance XXBracket   (GhcPass _) = NoExtCon++instance OutputableBndrId p+          => Outputable (HsBracket (GhcPass p)) where+  ppr = pprHsBracket+++pprHsBracket :: (OutputableBndrId p) => HsBracket (GhcPass p) -> SDoc+pprHsBracket (ExpBr _ e)   = thBrackets empty (ppr e)+pprHsBracket (PatBr _ p)   = thBrackets (char 'p') (ppr p)+pprHsBracket (DecBrG _ gp) = thBrackets (char 'd') (ppr gp)+pprHsBracket (DecBrL _ ds) = thBrackets (char 'd') (vcat (map ppr ds))+pprHsBracket (TypBr _ t)   = thBrackets (char 't') (ppr t)+pprHsBracket (VarBr _ True n)+  = char '\'' <> pprPrefixOcc n+pprHsBracket (VarBr _ False n)+  = text "''" <> pprPrefixOcc n+pprHsBracket (TExpBr _ e)  = thTyBrackets (ppr e)++thBrackets :: SDoc -> SDoc -> SDoc+thBrackets pp_kind pp_body = char '[' <> pp_kind <> vbar <+>+                             pp_body <+> text "|]"++thTyBrackets :: SDoc -> SDoc+thTyBrackets pp_body = text "[||" <+> pp_body <+> ptext (sLit "||]")++instance Outputable PendingRnSplice where+  ppr (PendingRnSplice _ n e) = pprPendingSplice n e++instance Outputable PendingTcSplice where+  ppr (PendingTcSplice n e) = pprPendingSplice n e++{-+************************************************************************+*                                                                      *+\subsection{Enumerations and list comprehensions}+*                                                                      *+************************************************************************+-}++instance OutputableBndrId p+         => Outputable (ArithSeqInfo (GhcPass p)) where+    ppr (From e1)             = hcat [ppr e1, pp_dotdot]+    ppr (FromThen e1 e2)      = hcat [ppr e1, comma, space, ppr e2, pp_dotdot]+    ppr (FromTo e1 e3)        = hcat [ppr e1, pp_dotdot, ppr e3]+    ppr (FromThenTo e1 e2 e3)+      = hcat [ppr e1, comma, space, ppr e2, pp_dotdot, ppr e3]++pp_dotdot :: SDoc+pp_dotdot = text " .. "++{-+************************************************************************+*                                                                      *+\subsection{HsMatchCtxt}+*                                                                      *+************************************************************************+-}++instance OutputableBndrId p => Outputable (HsMatchContext (GhcPass p)) where+  ppr m@(FunRhs{})          = text "FunRhs" <+> ppr (mc_fun m) <+> ppr (mc_fixity m)+  ppr LambdaExpr            = text "LambdaExpr"+  ppr CaseAlt               = text "CaseAlt"+  ppr IfAlt                 = text "IfAlt"+  ppr ProcExpr              = text "ProcExpr"+  ppr PatBindRhs            = text "PatBindRhs"+  ppr PatBindGuards         = text "PatBindGuards"+  ppr RecUpd                = text "RecUpd"+  ppr (StmtCtxt _)          = text "StmtCtxt _"+  ppr ThPatSplice           = text "ThPatSplice"+  ppr ThPatQuote            = text "ThPatQuote"+  ppr PatSyn                = text "PatSyn"++-----------------  instance OutputableBndrId p       => Outputable (HsStmtContext (GhcPass p)) where
compiler/GHC/Hs/Expr.hs-boot view
@@ -1,37 +1,27 @@-{-# LANGUAGE CPP, KindSignatures #-} {-# LANGUAGE FlexibleContexts #-} {-# LANGUAGE FlexibleInstances #-} {-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]-                                      -- in module GHC.Hs.Extension-{-# LANGUAGE ConstraintKinds #-}-{-# LANGUAGE RoleAnnotations #-}-{-# LANGUAGE ExistentialQuantification #-}-{-# LANGUAGE TypeFamilies #-}+                                      -- in module Language.Haskell.Syntax.Extension +{-# OPTIONS_GHC -Wno-orphans #-} -- Outputable+ module GHC.Hs.Expr where  import GHC.Utils.Outputable ( SDoc, Outputable )-import {-# SOURCE #-} GHC.Hs.Pat  ( LPat )-import GHC.Types.Basic  ( SpliceExplicitFlag(..))-import GHC.Hs.Extension ( OutputableBndrId, GhcPass, XRec )-import Data.Kind  ( Type )--type role HsExpr nominal-type role HsCmd nominal-type role MatchGroup nominal nominal-type role GRHSs nominal nominal-type role HsSplice nominal-data HsExpr (i :: Type)-data HsCmd  (i :: Type)-data HsSplice (i :: Type)-data MatchGroup (a :: Type) (body :: Type)-data GRHSs (a :: Type) (body :: Type)-type family SyntaxExpr (i :: Type)+import Language.Haskell.Syntax.Pat ( LPat )+import {-# SOURCE #-} GHC.Hs.Pat () -- for Outputable+import GHC.Types.Basic ( SpliceExplicitFlag(..))+import Language.Haskell.Syntax.Expr+  ( HsExpr, LHsExpr+  , HsCmd+  , MatchGroup+  , GRHSs+  , HsSplice+  )+import GHC.Hs.Extension ( OutputableBndrId, GhcPass )  instance OutputableBndrId p => Outputable (HsExpr (GhcPass p)) instance OutputableBndrId p => Outputable (HsCmd (GhcPass p))--type LHsExpr a = XRec a (HsExpr a)  pprLExpr :: (OutputableBndrId p) => LHsExpr (GhcPass p) -> SDoc
compiler/GHC/Hs/Extension.hs view
@@ -14,7 +14,7 @@ {-# LANGUAGE TypeFamilyDependencies  #-} {-# LANGUAGE UndecidableSuperClasses #-} -- for IsPass; see Note [NoGhcTc] {-# LANGUAGE UndecidableInstances    #-} -- Wrinkle in Note [Trees That Grow]-                                         -- in module GHC.Hs.Extension+                                         -- in module Language.Haskell.Syntax.Extension  module GHC.Hs.Extension where @@ -24,6 +24,7 @@ import GHC.Prelude  import Data.Data hiding ( Fixity )+import Language.Haskell.Syntax.Extension import GHC.Types.Name import GHC.Types.Name.Reader import GHC.Types.Var@@ -31,40 +32,7 @@ import GHC.Types.SrcLoc (Located, unLoc, noLoc) import GHC.Utils.Panic -import Data.Kind- {--Note [Trees that grow]-~~~~~~~~~~~~~~~~~~~~~~--See https://gitlab.haskell.org/ghc/ghc/wikis/implementing-trees-that-grow--The hsSyn AST is reused across multiple compiler passes. We also have the-Template Haskell AST, and the haskell-src-exts one (outside of GHC)--Supporting multiple passes means the AST has various warts on it to cope with-the specifics for the phases, such as the 'ValBindsOut', 'ConPatOut',-'SigPatOut' etc.--The growable AST will allow each of these variants to be captured explicitly,-such that they only exist in the given compiler pass AST, as selected by the-type parameter to the AST.--In addition it will allow tool writers to define their own extensions to capture-additional information for the tool, in a natural way.--A further goal is to provide a means to harmonise the Template Haskell and-haskell-src-exts ASTs as well.--Wrinkle: In order to print out the AST, we need to know it is Outputable.-We also sometimes need to branch on the particular pass that we're in-(e.g. to print out type information once we know it). In order to allow-both of these actions, we define OutputableBndrId, which gathers the necessary-OutputableBndr and IsPass constraints. The use of this constraint in instances-generally requires UndecidableInstances.--See also Note [IsPass] and Note [NoGhcTc].- Note [IsPass] ~~~~~~~~~~~~~ One challenge with the Trees That Grow approach@@ -126,91 +94,8 @@  -} --- | A placeholder type for TTG extension points that are not currently--- unused to represent any particular value.------ This should not be confused with 'NoExtCon', which are found in unused--- extension /constructors/ and therefore should never be inhabited. In--- contrast, 'NoExtField' is used in extension /points/ (e.g., as the field of--- some constructor), so it must have an inhabitant to construct AST passes--- that manipulate fields with that extension point as their type.-data NoExtField = NoExtField-  deriving (Data,Eq,Ord)--instance Outputable NoExtField where-  ppr _ = text "NoExtField"---- | Used when constructing a term with an unused extension point.-noExtField :: NoExtField-noExtField = NoExtField---- | Used in TTG extension constructors that have yet to be extended with--- anything. If an extension constructor has 'NoExtCon' as its field, it is--- not intended to ever be constructed anywhere, and any function that consumes--- the extension constructor can eliminate it by way of 'noExtCon'.------ This should not be confused with 'NoExtField', which are found in unused--- extension /points/ (not /constructors/) and therefore can be inhabited.---- See also [NoExtCon and strict fields].-data NoExtCon-  deriving (Data,Eq,Ord)--instance Outputable NoExtCon where-  ppr = noExtCon---- | Eliminate a 'NoExtCon'. Much like 'Data.Void.absurd'.-noExtCon :: NoExtCon -> a-noExtCon x = case x of {}---- | GHC's L prefixed variants wrap their vanilla variant in this type family,--- to add 'SrcLoc' info via 'Located'. Other passes than 'GhcPass' not--- interested in location information can define this as--- @type instance XRec NoLocated a = a@.--- See Note [XRec and SrcSpans in the AST]-type family XRec p a = r | r -> a- type instance XRec (GhcPass p) a = Located a -{--Note [XRec and SrcSpans in the AST]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-XRec is meant to replace most of the uses of `Located` in the AST. It is another-extension point meant to make it easier for non-GHC applications to reuse the-AST for their own purposes, and not have to deal the hassle of (perhaps) useless-SrcSpans everywhere.--instead of `Located (HsExpr p)` or similar types, we will now have `XRec p-(HsExpr p)`--XRec allows annotating certain points in the AST with extra information. This-maybe be source spans (for GHC), nothing (for TH), types (for HIE files), api-annotations (for exactprint) or anything else.--This should hopefully bring us one step closer to sharing the AST between GHC-and TH.--We use the `UnXRec`, `MapXRec` and `WrapXRec` type classes to aid us in writing-pass-polymorphic code that deals with `XRec`s--}---- | We can strip off the XRec to access the underlying data.--- See Note [XRec and SrcSpans in the AST]-class UnXRec p where-  unXRec :: XRec p a -> a---- | We can map over the underlying type contained in an @XRec@ while preserving--- the annotation as is.--- See Note [XRec and SrcSpans in the AST]-class MapXRec p where-  mapXRec :: (a -> b) -> XRec p a -> XRec p b---- | The trivial wrapper that carries no additional information--- @noLoc@ for @GhcPass p@--- See Note [XRec and SrcSpans in the AST]-class WrapXRec p where-  wrapXRec :: a -> XRec p a- instance UnXRec (GhcPass p) where   unXRec = unLoc instance MapXRec (GhcPass p) where@@ -293,8 +178,6 @@ instance IsPass 'Typechecked where   ghcPass = GhcTc --- | Maps the "normal" id type for a given pass-type family IdP p type instance IdP (GhcPass p) = IdGhcP p  -- | Maps the "normal" id type for a given GHC pass@@ -303,529 +186,17 @@   IdGhcP 'Renamed     = Name   IdGhcP 'Typechecked = Id -type LIdP p = XRec p (IdP p)- -- | Marks that a field uses the GhcRn variant even when the pass -- parameter is GhcTc. Useful for storing HsTypes in GHC.Hs.Exprs, say, because -- HsType GhcTc should never occur. -- See Note [NoGhcTc]-type family NoGhcTc (p :: Type) where-    -- this way, GHC can figure out that the result is a GhcPass-  NoGhcTc (GhcPass pass) = GhcPass (NoGhcTcPass pass)-  NoGhcTc other          = other +-- Breaking it up this way, GHC can figure out that the result is a GhcPass+type instance NoGhcTc (GhcPass pass) = GhcPass (NoGhcTcPass pass)+ type family NoGhcTcPass (p :: Pass) :: Pass where   NoGhcTcPass 'Typechecked = 'Renamed   NoGhcTcPass other        = other---- =====================================================================--- Type families for the HsBinds extension points---- HsLocalBindsLR type families-type family XHsValBinds      x x'-type family XHsIPBinds       x x'-type family XEmptyLocalBinds x x'-type family XXHsLocalBindsLR x x'---- HsValBindsLR type families-type family XValBinds    x x'-type family XXValBindsLR x x'---- HsBindLR type families-type family XFunBind    x x'-type family XPatBind    x x'-type family XVarBind    x x'-type family XAbsBinds   x x'-type family XPatSynBind x x'-type family XXHsBindsLR x x'---- ABExport type families-type family XABE x-type family XXABExport x---- PatSynBind type families-type family XPSB x x'-type family XXPatSynBind x x'---- HsIPBinds type families-type family XIPBinds    x-type family XXHsIPBinds x---- IPBind type families-type family XCIPBind x-type family XXIPBind x---- Sig type families-type family XTypeSig          x-type family XPatSynSig        x-type family XClassOpSig       x-type family XIdSig            x-type family XFixSig           x-type family XInlineSig        x-type family XSpecSig          x-type family XSpecInstSig      x-type family XMinimalSig       x-type family XSCCFunSig        x-type family XCompleteMatchSig x-type family XXSig             x---- FixitySig type families-type family XFixitySig          x-type family XXFixitySig         x---- StandaloneKindSig type families-type family XStandaloneKindSig  x-type family XXStandaloneKindSig x---- =====================================================================--- Type families for the HsDecls extension points---- HsDecl type families-type family XTyClD       x-type family XInstD       x-type family XDerivD      x-type family XValD        x-type family XSigD        x-type family XKindSigD    x-type family XDefD        x-type family XForD        x-type family XWarningD    x-type family XAnnD        x-type family XRuleD       x-type family XSpliceD     x-type family XDocD        x-type family XRoleAnnotD  x-type family XXHsDecl     x---- ---------------------------------------- HsGroup type families-type family XCHsGroup      x-type family XXHsGroup      x---- ---------------------------------------- SpliceDecl type families-type family XSpliceDecl       x-type family XXSpliceDecl      x---- ---------------------------------------- TyClDecl type families-type family XFamDecl       x-type family XSynDecl       x-type family XDataDecl      x-type family XClassDecl     x-type family XXTyClDecl     x---- ---------------------------------------- TyClGroup type families-type family XCTyClGroup      x-type family XXTyClGroup      x---- ---------------------------------------- FamilyResultSig type families-type family XNoSig            x-type family XCKindSig         x -- Clashes with XKindSig above-type family XTyVarSig         x-type family XXFamilyResultSig x---- ---------------------------------------- FamilyDecl type families-type family XCFamilyDecl      x-type family XXFamilyDecl      x---- ---------------------------------------- HsDataDefn type families-type family XCHsDataDefn      x-type family XXHsDataDefn      x---- ---------------------------------------- HsDerivingClause type families-type family XCHsDerivingClause      x-type family XXHsDerivingClause      x---- ---------------------------------------- DerivClauseTys type families-type family XDctSingle       x-type family XDctMulti        x-type family XXDerivClauseTys x---- ---------------------------------------- ConDecl type families-type family XConDeclGADT   x-type family XConDeclH98    x-type family XXConDecl      x---- ---------------------------------------- FamEqn type families-type family XCFamEqn      x r-type family XXFamEqn      x r---- ---------------------------------------- ClsInstDecl type families-type family XCClsInstDecl      x-type family XXClsInstDecl      x---- ---------------------------------------- InstDecl type families-type family XClsInstD      x-type family XDataFamInstD  x-type family XTyFamInstD    x-type family XXInstDecl     x---- ---------------------------------------- DerivDecl type families-type family XCDerivDecl      x-type family XXDerivDecl      x---- ---------------------------------------- DerivStrategy type family-type family XViaStrategy x---- ---------------------------------------- DefaultDecl type families-type family XCDefaultDecl      x-type family XXDefaultDecl      x---- ---------------------------------------- ForeignDecl type families-type family XForeignImport     x-type family XForeignExport     x-type family XXForeignDecl      x---- ---------------------------------------- RuleDecls type families-type family XCRuleDecls      x-type family XXRuleDecls      x---- ---------------------------------------- RuleDecl type families-type family XHsRule          x-type family XXRuleDecl       x---- ---------------------------------------- RuleBndr type families-type family XCRuleBndr      x-type family XRuleBndrSig    x-type family XXRuleBndr      x---- ---------------------------------------- WarnDecls type families-type family XWarnings        x-type family XXWarnDecls      x---- ---------------------------------------- WarnDecl type families-type family XWarning        x-type family XXWarnDecl      x---- ---------------------------------------- AnnDecl type families-type family XHsAnnotation  x-type family XXAnnDecl      x---- ---------------------------------------- RoleAnnotDecl type families-type family XCRoleAnnotDecl  x-type family XXRoleAnnotDecl  x---- =====================================================================--- Type families for the HsExpr extension points--type family XVar            x-type family XUnboundVar     x-type family XConLikeOut     x-type family XRecFld         x-type family XOverLabel      x-type family XIPVar          x-type family XOverLitE       x-type family XLitE           x-type family XLam            x-type family XLamCase        x-type family XApp            x-type family XAppTypeE       x-type family XOpApp          x-type family XNegApp         x-type family XPar            x-type family XSectionL       x-type family XSectionR       x-type family XExplicitTuple  x-type family XExplicitSum    x-type family XCase           x-type family XIf             x-type family XMultiIf        x-type family XLet            x-type family XDo             x-type family XExplicitList   x-type family XRecordCon      x-type family XRecordUpd      x-type family XExprWithTySig  x-type family XArithSeq       x-type family XBracket        x-type family XRnBracketOut   x-type family XTcBracketOut   x-type family XSpliceE        x-type family XProc           x-type family XStatic         x-type family XTick           x-type family XBinTick        x-type family XPragE          x-type family XXExpr          x---- ---------------------------------------- HsPragE type families-type family XSCC            x-type family XXPragE         x----- ---------------------------------------- AmbiguousFieldOcc type families-type family XUnambiguous        x-type family XAmbiguous          x-type family XXAmbiguousFieldOcc x---- ---------------------------------------- HsTupArg type families-type family XPresent  x-type family XMissing  x-type family XXTupArg  x---- ---------------------------------------- HsSplice type families-type family XTypedSplice   x-type family XUntypedSplice x-type family XQuasiQuote    x-type family XSpliced       x-type family XXSplice       x---- ---------------------------------------- HsBracket type families-type family XExpBr      x-type family XPatBr      x-type family XDecBrL     x-type family XDecBrG     x-type family XTypBr      x-type family XVarBr      x-type family XTExpBr     x-type family XXBracket   x---- ---------------------------------------- HsCmdTop type families-type family XCmdTop  x-type family XXCmdTop x---- ---------------------------------------- MatchGroup type families-type family XMG           x b-type family XXMatchGroup  x b---- ---------------------------------------- Match type families-type family XCMatch  x b-type family XXMatch  x b---- ---------------------------------------- GRHSs type families-type family XCGRHSs  x b-type family XXGRHSs  x b---- ---------------------------------------- GRHS type families-type family XCGRHS  x b-type family XXGRHS  x b---- ---------------------------------------- StmtLR type families-type family XLastStmt        x x' b-type family XBindStmt        x x' b-type family XApplicativeStmt x x' b-type family XBodyStmt        x x' b-type family XLetStmt         x x' b-type family XParStmt         x x' b-type family XTransStmt       x x' b-type family XRecStmt         x x' b-type family XXStmtLR         x x' b---- ---------------------------------------- HsCmd type families-type family XCmdArrApp  x-type family XCmdArrForm x-type family XCmdApp     x-type family XCmdLam     x-type family XCmdPar     x-type family XCmdCase    x-type family XCmdLamCase x-type family XCmdIf      x-type family XCmdLet     x-type family XCmdDo      x-type family XCmdWrap    x-type family XXCmd       x---- ---------------------------------------- ParStmtBlock type families-type family XParStmtBlock  x x'-type family XXParStmtBlock x x'---- ---------------------------------------- ApplicativeArg type families-type family XApplicativeArgOne   x-type family XApplicativeArgMany  x-type family XXApplicativeArg     x---- =====================================================================--- Type families for the HsImpExp extension points---- TODO---- =====================================================================--- Type families for the HsLit extension points---- We define a type family for each extension point. This is based on prepending--- 'X' to the constructor name, for ease of reference.-type family XHsChar x-type family XHsCharPrim x-type family XHsString x-type family XHsStringPrim x-type family XHsInt x-type family XHsIntPrim x-type family XHsWordPrim x-type family XHsInt64Prim x-type family XHsWord64Prim x-type family XHsInteger x-type family XHsRat x-type family XHsFloatPrim x-type family XHsDoublePrim x-type family XXLit x---- ---------------------------------------- HsOverLit type families-type family XOverLit  x-type family XXOverLit x---- =====================================================================--- Type families for the HsPat extension points--type family XWildPat   x-type family XVarPat    x-type family XLazyPat   x-type family XAsPat     x-type family XParPat    x-type family XBangPat   x-type family XListPat   x-type family XTuplePat  x-type family XSumPat    x-type family XConPat    x-type family XViewPat   x-type family XSplicePat x-type family XLitPat    x-type family XNPat      x-type family XNPlusKPat x-type family XSigPat    x-type family XCoPat     x-type family XXPat      x---- =====================================================================--- Type families for the HsTypes type families----- ---------------------------------------- LHsQTyVars type families-type family XHsQTvs       x-type family XXLHsQTyVars  x---- ---------------------------------------- HsOuterTyVarBndrs type families-type family XHsOuterImplicit    x-type family XHsOuterExplicit    x flag-type family XXHsOuterTyVarBndrs x---- ---------------------------------------- HsSigType type families-type family XHsSig      x-type family XXHsSigType x---- ---------------------------------------- HsWildCardBndrs type families-type family XHsWC              x b-type family XXHsWildCardBndrs  x b---- ---------------------------------------- HsPatSigType type families-type family XHsPS x-type family XXHsPatSigType x---- ---------------------------------------- HsType type families-type family XForAllTy        x-type family XQualTy          x-type family XTyVar           x-type family XAppTy           x-type family XAppKindTy       x-type family XFunTy           x-type family XListTy          x-type family XTupleTy         x-type family XSumTy           x-type family XOpTy            x-type family XParTy           x-type family XIParamTy        x-type family XStarTy          x-type family XKindSig         x-type family XSpliceTy        x-type family XDocTy           x-type family XBangTy          x-type family XRecTy           x-type family XExplicitListTy  x-type family XExplicitTupleTy x-type family XTyLit           x-type family XWildCardTy      x-type family XXType           x---- ------------------------------------------------------------------------ HsForAllTelescope type families-type family XHsForAllVis        x-type family XHsForAllInvis      x-type family XXHsForAllTelescope x---- ------------------------------------------------------------------------ HsTyVarBndr type families-type family XUserTyVar   x-type family XKindedTyVar x-type family XXTyVarBndr  x---- ------------------------------------------------------------------------ ConDeclField type families-type family XConDeclField  x-type family XXConDeclField x---- ------------------------------------------------------------------------ FieldOcc type families-type family XCFieldOcc x-type family XXFieldOcc x---- =====================================================================--- Type families for the HsImpExp type families---- ---------------------------------------- ImportDecl type families-type family XCImportDecl       x-type family XXImportDecl       x---- ---------------------------------------- IE type families-type family XIEVar             x-type family XIEThingAbs        x-type family XIEThingAll        x-type family XIEThingWith       x-type family XIEModuleContents  x-type family XIEGroup           x-type family XIEDoc             x-type family XIEDocNamed        x-type family XXIE               x---- ------------------------------------------ =====================================================================--- End of Type family definitions--- =====================================================================  -- |Constraint type to bundle up the requirement for 'OutputableBndr' on both -- the @id@ and the 'NoGhcTc' of it. See Note [NoGhcTc].
compiler/GHC/Hs/ImpExp.hs view
@@ -5,7 +5,7 @@ {-# LANGUAGE TypeApplications     #-} {-# LANGUAGE TypeFamilies         #-} {-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]-                                      -- in module GHC.Hs.Extension+                                      -- in module Language.Haskell.Syntax.Extension {- (c) The University of Glasgow 2006 (c) The GRASP/AQUA Project, Glasgow University, 1992-1998@@ -28,6 +28,7 @@ import GHC.Utils.Panic import GHC.Data.FastString import GHC.Types.SrcLoc+import Language.Haskell.Syntax.Extension import GHC.Hs.Extension  import Data.Data
compiler/GHC/Hs/Instances.hs view
@@ -358,7 +358,6 @@ deriving instance Data (ArithSeqInfo GhcRn) deriving instance Data (ArithSeqInfo GhcTc) -deriving instance Data RecordConTc deriving instance Data RecordUpdTc deriving instance Data CmdTopTc deriving instance Data PendingRnSplice
compiler/GHC/Hs/Lit.hs view
@@ -5,8 +5,10 @@ {-# LANGUAGE FlexibleInstances    #-} {-# LANGUAGE TypeFamilies         #-} {-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]-                                      -- in module GHC.Hs.Extension+                                      -- in module Language.Haskell.Syntax.Extension +{-# OPTIONS_GHC -Wno-orphans #-} -- Outputable, OutputableBndrId+ {- (c) The University of Glasgow 2006 (c) The GRASP/AQUA Project, Glasgow University, 1992-1998@@ -14,22 +16,25 @@ -}  -- | Source-language literals-module GHC.Hs.Lit where+module GHC.Hs.Lit+  ( module Language.Haskell.Syntax.Lit+  , module GHC.Hs.Lit+  ) where  #include "GhclibHsVersions.h"  import GHC.Prelude -import {-# SOURCE #-} GHC.Hs.Expr( HsExpr, pprExpr )-import GHC.Types.Basic (PprPrec(..), topPrec )+import {-# SOURCE #-} GHC.Hs.Expr( pprExpr )++import Language.Haskell.Syntax.Lit+ import GHC.Types.SourceText import GHC.Core.Type import GHC.Utils.Outputable-import GHC.Utils.Panic-import GHC.Data.FastString+import Language.Haskell.Syntax.Extension import GHC.Hs.Extension -import Data.ByteString (ByteString) import Data.Data hiding ( Fixity )  {-@@ -40,45 +45,6 @@ ************************************************************************ -} --- Note [Literal source text] in GHC.Types.Basic for SourceText fields in--- the following--- Note [Trees that grow] in GHC.Hs.Extension for the Xxxxx fields in the following--- | Haskell Literal-data HsLit x-  = HsChar (XHsChar x) {- SourceText -} Char-      -- ^ Character-  | HsCharPrim (XHsCharPrim x) {- SourceText -} Char-      -- ^ Unboxed character-  | HsString (XHsString x) {- SourceText -} FastString-      -- ^ String-  | HsStringPrim (XHsStringPrim x) {- SourceText -} !ByteString-      -- ^ Packed bytes-  | HsInt (XHsInt x)  IntegralLit-      -- ^ Genuinely an Int; arises from-      -- "GHC.Tc.Deriv.Generate", and from TRANSLATION-  | HsIntPrim (XHsIntPrim x) {- SourceText -} Integer-      -- ^ literal @Int#@-  | HsWordPrim (XHsWordPrim x) {- SourceText -} Integer-      -- ^ literal @Word#@-  | HsInt64Prim (XHsInt64Prim x) {- SourceText -} Integer-      -- ^ literal @Int64#@-  | HsWord64Prim (XHsWord64Prim x) {- SourceText -} Integer-      -- ^ literal @Word64#@-  | HsInteger (XHsInteger x) {- SourceText -} Integer Type-      -- ^ Genuinely an integer; arises only-      -- from TRANSLATION (overloaded-      -- literals are done with HsOverLit)-  | HsRat (XHsRat x)  FractionalLit Type-      -- ^ Genuinely a rational; arises only from-      -- TRANSLATION (overloaded literals are-      -- done with HsOverLit)-  | HsFloatPrim (XHsFloatPrim x)   FractionalLit-      -- ^ Unboxed Float-  | HsDoublePrim (XHsDoublePrim x) FractionalLit-      -- ^ Unboxed Double--  | XLit !(XXLit x)- type instance XHsChar       (GhcPass _) = SourceText type instance XHsCharPrim   (GhcPass _) = SourceText type instance XHsString     (GhcPass _) = SourceText@@ -94,32 +60,6 @@ type instance XHsDoublePrim (GhcPass _) = NoExtField type instance XXLit         (GhcPass _) = NoExtCon -instance Eq (HsLit x) where-  (HsChar _ x1)       == (HsChar _ x2)       = x1==x2-  (HsCharPrim _ x1)   == (HsCharPrim _ x2)   = x1==x2-  (HsString _ x1)     == (HsString _ x2)     = x1==x2-  (HsStringPrim _ x1) == (HsStringPrim _ x2) = x1==x2-  (HsInt _ x1)        == (HsInt _ x2)        = x1==x2-  (HsIntPrim _ x1)    == (HsIntPrim _ x2)    = x1==x2-  (HsWordPrim _ x1)   == (HsWordPrim _ x2)   = x1==x2-  (HsInt64Prim _ x1)  == (HsInt64Prim _ x2)  = x1==x2-  (HsWord64Prim _ x1) == (HsWord64Prim _ x2) = x1==x2-  (HsInteger _ x1 _)  == (HsInteger _ x2 _)  = x1==x2-  (HsRat _ x1 _)      == (HsRat _ x2 _)      = x1==x2-  (HsFloatPrim _ x1)  == (HsFloatPrim _ x2)  = x1==x2-  (HsDoublePrim _ x1) == (HsDoublePrim _ x2) = x1==x2-  _                   == _                   = False---- | Haskell Overloaded Literal-data HsOverLit p-  = OverLit {-      ol_ext :: (XOverLit p),-      ol_val :: OverLitVal,-      ol_witness :: HsExpr p}         -- Note [Overloaded literal witnesses]--  | XOverLit-      !(XXOverLit p)- data OverLitTc   = OverLitTc {         ol_rebindable :: Bool, -- Note [ol_rebindable]@@ -132,20 +72,6 @@  type instance XXOverLit (GhcPass _) = NoExtCon --- Note [Literal source text] in GHC.Types.Basic for SourceText fields in--- the following--- | Overloaded Literal Value-data OverLitVal-  = HsIntegral   !IntegralLit            -- ^ Integer-looking literals;-  | HsFractional !FractionalLit          -- ^ Frac-looking literals-  | HsIsString   !SourceText !FastString -- ^ String-looking literals-  deriving Data--negateOverLitVal :: OverLitVal -> OverLitVal-negateOverLitVal (HsIntegral i) = HsIntegral (negateIntegralLit i)-negateOverLitVal (HsFractional f) = HsFractional (negateFractionalLit f)-negateOverLitVal _ = panic "negateOverLitVal: argument is not a number"- overLitType :: HsOverLit GhcTc -> Type overLitType (OverLit (OverLitTc _ ty) _ _) = ty @@ -178,52 +104,8 @@   a) RebindableSyntax is on   b) the witness for fromInteger/fromRational/fromString      that happens to be in scope isn't the standard one--Note [Overloaded literal witnesses]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-*Before* type checking, the HsExpr in an HsOverLit is the-name of the coercion function, 'fromInteger' or 'fromRational'.-*After* type checking, it is a witness for the literal, such as-        (fromInteger 3) or lit_78-This witness should replace the literal.--This dual role is unusual, because we're replacing 'fromInteger' with-a call to fromInteger.  Reason: it allows commoning up of the fromInteger-calls, which wouldn't be possible if the desugarer made the application.--The PostTcType in each branch records the type the overload literal is-found to have. -} --- Comparison operations are needed when grouping literals--- for compiling pattern-matching (module GHC.HsToCore.Match.Literal)-instance (Eq (XXOverLit p)) => Eq (HsOverLit p) where-  (OverLit _ val1 _) == (OverLit _ val2 _) = val1 == val2-  (XOverLit  val1)   == (XOverLit  val2)   = val1 == val2-  _ == _ = panic "Eq HsOverLit"--instance Eq OverLitVal where-  (HsIntegral   i1)   == (HsIntegral   i2)   = i1 == i2-  (HsFractional f1)   == (HsFractional f2)   = f1 == f2-  (HsIsString _ s1)   == (HsIsString _ s2)   = s1 == s2-  _                   == _                   = False--instance (Ord (XXOverLit p)) => Ord (HsOverLit p) where-  compare (OverLit _ val1 _) (OverLit _ val2 _) = val1 `compare` val2-  compare (XOverLit  val1)   (XOverLit  val2)   = val1 `compare` val2-  compare _ _ = panic "Ord HsOverLit"--instance Ord OverLitVal where-  compare (HsIntegral i1)     (HsIntegral i2)     = i1 `compare` i2-  compare (HsIntegral _)      (HsFractional _)    = LT-  compare (HsIntegral _)      (HsIsString _ _)    = LT-  compare (HsFractional f1)   (HsFractional f2)   = f1 `compare` f2-  compare (HsFractional _)    (HsIntegral   _)    = GT-  compare (HsFractional _)    (HsIsString _ _)    = LT-  compare (HsIsString _ s1)   (HsIsString _ s2)   = s1 `uniqCompareFS` s2-  compare (HsIsString _ _)    (HsIntegral   _)    = GT-  compare (HsIsString _ _)    (HsFractional _)    = GT- -- Instance specific to GhcPs, need the SourceText instance Outputable (HsLit (GhcPass p)) where     ppr (HsChar st c)       = pprWithSourceText st (pprHsChar c)@@ -251,11 +133,6 @@   ppr (OverLit {ol_val=val, ol_witness=witness})         = ppr val <+> (whenPprDebug (parens (pprExpr witness))) -instance Outputable OverLitVal where-  ppr (HsIntegral i)     = pprWithSourceText (il_text i) (integer (il_value i))-  ppr (HsFractional f)   = ppr f-  ppr (HsIsString st s)  = pprWithSourceText st (pprHsString s)- -- | pmPprHsLit pretty prints literals and is used when pretty printing pattern -- match warnings. All are printed the same (i.e., without hashes if they are -- primitive and not wrapped in constructors if they are boxed). This happens@@ -276,34 +153,3 @@ pmPprHsLit (HsRat _ f _)      = ppr f pmPprHsLit (HsFloatPrim _ f)  = ppr f pmPprHsLit (HsDoublePrim _ d) = ppr d---- | @'hsLitNeedsParens' p l@ returns 'True' if a literal @l@ needs--- to be parenthesized under precedence @p@.-hsLitNeedsParens :: PprPrec -> HsLit x -> Bool-hsLitNeedsParens p = go-  where-    go (HsChar {})        = False-    go (HsCharPrim {})    = False-    go (HsString {})      = False-    go (HsStringPrim {})  = False-    go (HsInt _ x)        = p > topPrec && il_neg x-    go (HsIntPrim _ x)    = p > topPrec && x < 0-    go (HsWordPrim {})    = False-    go (HsInt64Prim _ x)  = p > topPrec && x < 0-    go (HsWord64Prim {})  = False-    go (HsInteger _ x _)  = p > topPrec && x < 0-    go (HsRat _ x _)      = p > topPrec && fl_neg x-    go (HsFloatPrim _ x)  = p > topPrec && fl_neg x-    go (HsDoublePrim _ x) = p > topPrec && fl_neg x-    go (XLit _)           = False---- | @'hsOverLitNeedsParens' p ol@ returns 'True' if an overloaded literal--- @ol@ needs to be parenthesized under precedence @p@.-hsOverLitNeedsParens :: PprPrec -> HsOverLit x -> Bool-hsOverLitNeedsParens p (OverLit { ol_val = olv }) = go olv-  where-    go :: OverLitVal -> Bool-    go (HsIntegral x)   = p > topPrec && il_neg x-    go (HsFractional x) = p > topPrec && fl_neg x-    go (HsIsString {})  = False-hsOverLitNeedsParens _ (XOverLit { }) = False
compiler/GHC/Hs/Pat.hs view
@@ -10,8 +10,11 @@ {-# LANGUAGE TypeApplications     #-} {-# LANGUAGE TypeFamilies         #-} {-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]-                                      -- in module GHC.Hs.Extension+                                      -- in module Language.Haskell.Syntax.Extension {-# LANGUAGE ViewPatterns         #-}++{-# OPTIONS_GHC -Wno-orphans #-} -- Outputable+ {- (c) The University of Glasgow 2006 (c) The GRASP/AQUA Project, Glasgow University, 1992-1998@@ -48,11 +51,15 @@  import GHC.Prelude -import {-# SOURCE #-} GHC.Hs.Expr (SyntaxExpr, LHsExpr, HsSplice, pprLExpr, pprSplice)+import Language.Haskell.Syntax.Pat+import Language.Haskell.Syntax.Expr (SyntaxExpr) +import {-# SOURCE #-} GHC.Hs.Expr (pprLExpr, pprSplice)+ -- friends: import GHC.Hs.Binds import GHC.Hs.Lit+import Language.Haskell.Syntax.Extension import GHC.Hs.Extension import GHC.Hs.Type import GHC.Tc.Types.Evidence@@ -72,183 +79,10 @@ import GHC.Data.Bag -- collect ev vars from pats import GHC.Data.Maybe import GHC.Types.Name (Name)--- libraries:-import Data.Data hiding (TyCon,Fixity)--type LPat p = XRec p (Pat p)---- | Pattern------ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnBang'---- For details on above see note [Api annotations] in GHC.Parser.Annotation-data Pat p-  =     ------------ Simple patterns ----------------    WildPat     (XWildPat p)        -- ^ Wildcard Pattern-        -- The sole reason for a type on a WildPat is to-        -- support hsPatType :: Pat Id -> Type--       -- AZ:TODO above comment needs to be updated-  | VarPat      (XVarPat p)-                (LIdP p)     -- ^ Variable Pattern--                             -- See Note [Located RdrNames] in GHC.Hs.Expr-  | LazyPat     (XLazyPat p)-                (LPat p)                -- ^ Lazy Pattern-    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnTilde'--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | AsPat       (XAsPat p)-                (LIdP p) (LPat p)    -- ^ As pattern-    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnAt'--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | ParPat      (XParPat p)-                (LPat p)                -- ^ Parenthesised pattern-                                        -- See Note [Parens in HsSyn] in GHC.Hs.Expr-    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'('@,-    --                                    'GHC.Parser.Annotation.AnnClose' @')'@--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | BangPat     (XBangPat p)-                (LPat p)                -- ^ Bang pattern-    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnBang'--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--        ------------ Lists, tuples, arrays ----------------  | ListPat     (XListPat p)-                [LPat p]-                   -- For OverloadedLists a Just (ty,fn) gives-                   -- overall type of the pattern, and the toList--- function to convert the scrutinee to a list value--    -- ^ Syntactic List-    ---    -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'['@,-    --                                    'GHC.Parser.Annotation.AnnClose' @']'@--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | TuplePat    (XTuplePat p)-                  -- after typechecking, holds the types of the tuple components-                [LPat p]         -- Tuple sub-patterns-                Boxity           -- UnitPat is TuplePat []-        -- You might think that the post typechecking Type was redundant,-        -- because we can get the pattern type by getting the types of the-        -- sub-patterns.-        -- But it's essential-        --      data T a where-        --        T1 :: Int -> T Int-        --      f :: (T a, a) -> Int-        --      f (T1 x, z) = z-        -- When desugaring, we must generate-        --      f = /\a. \v::a.  case v of (t::T a, w::a) ->-        --                       case t of (T1 (x::Int)) ->-        -- Note the (w::a), NOT (w::Int), because we have not yet-        -- refined 'a' to Int.  So we must know that the second component-        -- of the tuple is of type 'a' not Int.  See selectMatchVar-        -- (June 14: I'm not sure this comment is right; the sub-patterns-        --           will be wrapped in CoPats, no?)-    -- ^ Tuple sub-patterns-    ---    -- - 'GHC.Parser.Annotation.AnnKeywordId' :-    --            'GHC.Parser.Annotation.AnnOpen' @'('@ or @'(#'@,-    --            'GHC.Parser.Annotation.AnnClose' @')'@ or  @'#)'@--  | SumPat      (XSumPat p)        -- after typechecker, types of the alternative-                (LPat p)           -- Sum sub-pattern-                ConTag             -- Alternative (one-based)-                Arity              -- Arity (INVARIANT: ≥ 2)-    -- ^ Anonymous sum pattern-    ---    -- - 'GHC.Parser.Annotation.AnnKeywordId' :-    --            'GHC.Parser.Annotation.AnnOpen' @'(#'@,-    --            'GHC.Parser.Annotation.AnnClose' @'#)'@--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--        ------------ Constructor patterns ----------------  | ConPat {-        pat_con_ext :: XConPat p,-        pat_con     :: XRec p (ConLikeP p),-        pat_args    :: HsConPatDetails p-    }-    -- ^ Constructor Pattern--        ------------ View patterns ----------------  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnRarrow'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | ViewPat       (XViewPat p)     -- The overall type of the pattern-                                   -- (= the argument type of the view function)-                                   -- for hsPatType.-                  (LHsExpr p)-                  (LPat p)-    -- ^ View Pattern--        ------------ Pattern splices ----------------  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'$('@-  --        'GHC.Parser.Annotation.AnnClose' @')'@--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | SplicePat       (XSplicePat p)-                    (HsSplice p)    -- ^ Splice Pattern (Includes quasi-quotes)--        ------------ Literal and n+k patterns ----------------  | LitPat          (XLitPat p)-                    (HsLit p)           -- ^ Literal Pattern-                                        -- Used for *non-overloaded* literal patterns:-                                        -- Int#, Char#, Int, Char, String, etc.--  | NPat                -- Natural Pattern-                        -- Used for all overloaded literals,-                        -- including overloaded strings with -XOverloadedStrings-                    (XNPat p)            -- Overall type of pattern. Might be-                                         -- different than the literal's type-                                         -- if (==) or negate changes the type-                    (XRec p (HsOverLit p))     -- ALWAYS positive-                    (Maybe (SyntaxExpr p)) -- Just (Name of 'negate') for-                                           -- negative patterns, Nothing-                                           -- otherwise-                    (SyntaxExpr p)       -- Equality checker, of type t->t->Bool--  -- ^ Natural Pattern-  ---  -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnVal' @'+'@--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | NPlusKPat       (XNPlusKPat p)           -- Type of overall pattern-                    (LIdP p)                 -- n+k pattern-                    (XRec p (HsOverLit p))   -- It'll always be an HsIntegral-                    (HsOverLit p)            -- See Note [NPlusK patterns] in GHC.Tc.Gen.Pat-                     -- NB: This could be (PostTc ...), but that induced a-                     -- a new hs-boot file. Not worth it.--                    (SyntaxExpr p)   -- (>=) function, of type t1->t2->Bool-                    (SyntaxExpr p)   -- Name of '-' (see GHC.Rename.Env.lookupSyntax)-  -- ^ n+k pattern--        ------------ Pattern type signatures ----------------  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDcolon'--  -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | SigPat          (XSigPat p)             -- After typechecker: Type-                    (LPat p)                -- Pattern with a type signature-                    (HsPatSigType (NoGhcTc p)) --  Signature can bind both-                                               --  kind and type vars--    -- ^ Pattern with a type signature--  -- | Trees that Grow extension point for new constructors-  | XPat-      !(XXPat p)+import GHC.Driver.Session+import qualified GHC.LanguageExtensions as LangExt  --- ---------------------------------------------------------------------- data ListPatTc   = ListPatTc       Type                             -- The type of the elements@@ -307,23 +141,12 @@ type instance XXPat GhcTc = CoPat   -- After typechecking, we add one extra constructor: CoPat -type family ConLikeP x- type instance ConLikeP GhcPs = RdrName -- IdP GhcPs type instance ConLikeP GhcRn = Name    -- IdP GhcRn type instance ConLikeP GhcTc = ConLike  -- --------------------------------------------------------------------- ---- | Haskell Constructor Pattern Details-type HsConPatDetails p = HsConDetails (HsPatSigType (NoGhcTc p)) (LPat p) (HsRecFields p (LPat p))--hsConPatArgs :: HsConPatDetails p -> [LPat p]-hsConPatArgs (PrefixCon _ ps) = ps-hsConPatArgs (RecCon fs)      = map (hsRecFieldArg . unLoc) (rec_flds fs)-hsConPatArgs (InfixCon p1 p2) = [p1,p2]- -- | This is the extension field for ConPat, added after typechecking -- It adds quite a few extra fields, to support elaboration of pattern matching. data ConPatTc@@ -370,123 +193,6 @@       co_pat_ty :: Type     } --- | Haskell Record Fields------ HsRecFields is used only for patterns and expressions (not data type--- declarations)-data HsRecFields p arg         -- A bunch of record fields-                                --      { x = 3, y = True }-        -- Used for both expressions and patterns-  = HsRecFields { rec_flds   :: [LHsRecField p arg],-                  rec_dotdot :: Maybe (Located Int) }  -- Note [DotDot fields]-  deriving (Functor, Foldable, Traversable)----- Note [DotDot fields]--- ~~~~~~~~~~~~~~~~~~~~--- The rec_dotdot field means this:---   Nothing => the normal case---   Just n  => the group uses ".." notation,------ In the latter case:------   *before* renamer: rec_flds are exactly the n user-written fields------   *after* renamer:  rec_flds includes *all* fields, with---                     the first 'n' being the user-written ones---                     and the remainder being 'filled in' implicitly---- | Located Haskell Record Field-type LHsRecField' p arg = Located (HsRecField' p arg)---- | Located Haskell Record Field-type LHsRecField  p arg = Located (HsRecField  p arg)---- | Located Haskell Record Update Field-type LHsRecUpdField p   = Located (HsRecUpdField p)---- | Haskell Record Field-type HsRecField    p arg = HsRecField' (FieldOcc p) arg---- | Haskell Record Update Field-type HsRecUpdField p     = HsRecField' (AmbiguousFieldOcc p) (LHsExpr p)---- | Haskell Record Field------ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnEqual',------ For details on above see note [Api annotations] in GHC.Parser.Annotation-data HsRecField' id arg = HsRecField {-        hsRecFieldLbl :: Located id,-        hsRecFieldArg :: arg,           -- ^ Filled in by renamer when punning-        hsRecPun      :: Bool           -- ^ Note [Punning]-  } deriving (Data, Functor, Foldable, Traversable)----- Note [Punning]--- ~~~~~~~~~~~~~~--- If you write T { x, y = v+1 }, the HsRecFields will be---      HsRecField x x True ...---      HsRecField y (v+1) False ...--- That is, for "punned" field x is expanded (in the renamer)--- to x=x; but with a punning flag so we can detect it later--- (e.g. when pretty printing)------ If the original field was qualified, we un-qualify it, thus---    T { A.x } means T { A.x = x }----- Note [HsRecField and HsRecUpdField]--- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~---- A HsRecField (used for record construction and pattern matching)--- contains an unambiguous occurrence of a field (i.e. a FieldOcc).--- We can't just store the Name, because thanks to--- DuplicateRecordFields this may not correspond to the label the user--- wrote.------ A HsRecUpdField (used for record update) contains a potentially--- ambiguous occurrence of a field (an AmbiguousFieldOcc).  The--- renamer will fill in the selector function if it can, but if the--- selector is ambiguous the renamer will defer to the typechecker.--- After the typechecker, a unique selector will have been determined.------ The renamer produces an Unambiguous result if it can, rather than--- just doing the lookup in the typechecker, so that completely--- unambiguous updates can be represented by 'GHC.HsToCore.Quote.repUpdFields'.------ For example, suppose we have:------     data S = MkS { x :: Int }---     data T = MkT { x :: Int }------     f z = (z { x = 3 }) :: S------ The parsed HsRecUpdField corresponding to the record update will have:------     hsRecFieldLbl = Unambiguous "x" noExtField :: AmbiguousFieldOcc RdrName------ After the renamer, this will become:------     hsRecFieldLbl = Ambiguous   "x" noExtField :: AmbiguousFieldOcc Name------ (note that the Unambiguous constructor is not type-correct here).--- The typechecker will determine the particular selector:------     hsRecFieldLbl = Unambiguous "x" $sel:x:MkS  :: AmbiguousFieldOcc Id------ See also Note [Disambiguating record fields] in GHC.Tc.Gen.Head.--hsRecFields :: HsRecFields p arg -> [XCFieldOcc p]-hsRecFields rbinds = map (unLoc . hsRecFieldSel . unLoc) (rec_flds rbinds)---- Probably won't typecheck at once, things have changed :/-hsRecFieldsArgs :: HsRecFields p arg -> [arg]-hsRecFieldsArgs rbinds = map (hsRecFieldArg . unLoc) (rec_flds rbinds)--hsRecFieldSel :: HsRecField pass arg -> Located (XCFieldOcc pass)-hsRecFieldSel = fmap extFieldOcc . hsRecFieldLbl- hsRecFieldId :: HsRecField GhcTc arg -> Located Id hsRecFieldId = hsRecFieldSel @@ -598,6 +304,7 @@   where     regular :: OutputableBndr (ConLikeP (GhcPass p)) => SDoc     regular = pprUserCon (unLoc con) details+ pprPat (XPat ext) = case ghcPass @p of #if __GLASGOW_HASKELL__ < 811   GhcPs -> noExtCon ext@@ -623,22 +330,6 @@                                      , pprParendLPat appPrec p2 ] pprConArgs (RecCon rpats)      = ppr rpats -instance (Outputable arg)-      => Outputable (HsRecFields p arg) where-  ppr (HsRecFields { rec_flds = flds, rec_dotdot = Nothing })-        = braces (fsep (punctuate comma (map ppr flds)))-  ppr (HsRecFields { rec_flds = flds, rec_dotdot = Just (unLoc -> n) })-        = braces (fsep (punctuate comma (map ppr (take n flds) ++ [dotdot])))-        where-          dotdot = text ".." <+> whenPprDebug (ppr (drop n flds))--instance (Outputable p, Outputable arg)-      => Outputable (HsRecField' p arg) where-  ppr (HsRecField { hsRecFieldLbl = f, hsRecFieldArg = arg,-                    hsRecPun = pun })-    = ppr f <+> (ppUnless pun $ equals <+> ppr arg)-- {- ************************************************************************ *                                                                      *@@ -733,7 +424,8 @@ looksLazyPat (WildPat {})  = False looksLazyPat _             = True -isIrrefutableHsPat :: forall p. (OutputableBndrId p) => LPat (GhcPass p) -> Bool+isIrrefutableHsPat :: forall p. (OutputableBndrId p)+                   => DynFlags -> LPat (GhcPass p) -> Bool -- (isIrrefutableHsPat p) is true if matching against p cannot fail, -- in the sense of falling through to the next pattern. --      (NB: this is not quite the same as the (silly) defn@@ -746,8 +438,40 @@ -- tuple patterns are considered irrefutable at the renamer stage. -- -- But if it returns True, the pattern is definitely irrefutable-isIrrefutableHsPat-  = goL+isIrrefutableHsPat dflags =+    isIrrefutableHsPat' (xopt LangExt.Strict dflags)++{-+Note [-XStrict and irrefutability]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+When -XStrict is enabled the rules for irrefutability are slightly modified.+Specifically, the pattern in a program like++    do ~(Just hi) <- expr++cannot be considered irrefutable. The ~ here merely disables the bang that+-XStrict would usually apply, rendering the program equivalent to the following+without -XStrict++    do Just hi <- expr++To achieve make this pattern irrefutable with -XStrict the user would rather+need to write++    do ~(~(Just hi)) <- expr++Failing to account for this resulted in #19027. To fix this isIrrefutableHsPat+takes care to check for two the irrefutability of the inner pattern when it+encounters a LazyPat and -XStrict is enabled.++See also Note [decideBangHood] in GHC.HsToCore.Utils.+-}++isIrrefutableHsPat' :: forall p. (OutputableBndrId p)+                    => Bool -- ^ Are we in a @-XStrict@ context?+                            -- See Note [-XStrict and irrefutability]+                    -> LPat (GhcPass p) -> Bool+isIrrefutableHsPat' is_strict = goL   where     goL :: LPat (GhcPass p) -> Bool     goL = go . unLoc@@ -755,7 +479,10 @@     go :: Pat (GhcPass p) -> Bool     go (WildPat {})        = True     go (VarPat {})         = True-    go (LazyPat {})        = True+    go (LazyPat _ p')+      | is_strict+      = isIrrefutableHsPat' False p'+      | otherwise          = True     go (BangPat _ pat)     = goL pat     go (ParPat _ pat)      = goL pat     go (AsPat _ _ pat)     = goL pat
compiler/GHC/Hs/Pat.hs-boot view
@@ -1,20 +1,15 @@-{-# LANGUAGE CPP, KindSignatures #-} {-# LANGUAGE FlexibleContexts #-} {-# LANGUAGE FlexibleInstances #-} {-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]-                                      -- in module GHC.Hs.Extension-{-# LANGUAGE ConstraintKinds #-}-{-# LANGUAGE RoleAnnotations #-}-{-# LANGUAGE TypeFamilies #-}+                                      -- in module Language.Haskell.Syntax.Extension +{-# OPTIONS_GHC -Wno-orphans #-} -- Outputable+ module GHC.Hs.Pat where  import GHC.Utils.Outputable-import GHC.Hs.Extension ( OutputableBndrId, GhcPass, XRec )-import Data.Kind+import GHC.Hs.Extension ( OutputableBndrId, GhcPass ) -type role Pat nominal-data Pat (i :: Type)-type LPat i = XRec i (Pat i)+import Language.Haskell.Syntax.Pat  instance OutputableBndrId p => Outputable (Pat (GhcPass p))
compiler/GHC/Hs/Type.hs view
@@ -9,2209 +9,1041 @@ {-# LANGUAGE TypeFamilies         #-} {-# LANGUAGE ViewPatterns         #-} {-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]-                                      -- in module GHC.Hs.Extension-{--(c) The University of Glasgow 2006-(c) The GRASP/AQUA Project, Glasgow University, 1992-1998---GHC.Hs.Type: Abstract syntax: user-defined types--}--module GHC.Hs.Type (-        Mult, HsScaled(..),-        hsMult, hsScaledThing,-        HsArrow(..), arrowToHsType,-        hsLinear, hsUnrestricted, isUnrestricted,--        HsType(..), HsCoreTy, LHsType, HsKind, LHsKind,-        HsForAllTelescope(..), HsTyVarBndr(..), LHsTyVarBndr,-        LHsQTyVars(..),-        HsOuterTyVarBndrs(..), HsOuterFamEqnTyVarBndrs, HsOuterSigTyVarBndrs,-        HsWildCardBndrs(..),-        HsPatSigType(..), HsPSRn(..),-        HsSigType(..), LHsSigType, LHsSigWcType, LHsWcType,-        HsTupleSort(..),-        HsContext, LHsContext, noLHsContext,-        HsTyLit(..),-        HsIPName(..), hsIPNameFS,-        HsArg(..), numVisibleArgs,-        LHsTypeArg, lhsTypeArgSrcSpan,-        OutputableBndrFlag,--        LBangType, BangType,-        HsSrcBang(..), HsImplBang(..),-        SrcStrictness(..), SrcUnpackedness(..),-        getBangType, getBangStrictness,--        ConDeclField(..), LConDeclField, pprConDeclFields,--        HsConDetails(..), noTypeArgs,--        FieldOcc(..), LFieldOcc, mkFieldOcc,-        AmbiguousFieldOcc(..), mkAmbiguousFieldOcc,-        rdrNameAmbiguousFieldOcc, selectorAmbiguousFieldOcc,-        unambiguousFieldOcc, ambiguousFieldOcc,--        mkAnonWildCardTy, pprAnonWildCard,--        hsOuterTyVarNames, hsOuterExplicitBndrs, mapHsOuterImplicit,-        mkHsOuterImplicit, mkHsOuterExplicit,-        mkHsImplicitSigType, mkHsExplicitSigType,-        mkHsWildCardBndrs, mkHsPatSigType,-        mkEmptyWildCardBndrs,-        mkHsForAllVisTele, mkHsForAllInvisTele,-        mkHsQTvs, hsQTvExplicit, emptyLHsQTvs,-        isHsKindedTyVar, hsTvbAllKinded,-        hsScopedTvs, hsWcScopedTvs, dropWildCards,-        hsTyVarName, hsAllLTyVarNames, hsLTyVarLocNames,-        hsLTyVarName, hsLTyVarNames, hsLTyVarLocName, hsExplicitLTyVarNames,-        splitLHsInstDeclTy, getLHsInstDeclHead, getLHsInstDeclClass_maybe,-        splitLHsPatSynTy,-        splitLHsForAllTyInvis, splitLHsForAllTyInvis_KP, splitLHsQualTy,-        splitLHsSigmaTyInvis, splitLHsGadtTy,-        splitHsFunType, hsTyGetAppHead_maybe,-        mkHsOpTy, mkHsAppTy, mkHsAppTys, mkHsAppKindTy,-        ignoreParens, hsSigWcType, hsPatSigType,-        hsTyKindSig,-        setHsTyVarBndrFlag, hsTyVarBndrFlag,--        -- Printing-        pprHsType, pprHsForAll,-        pprHsOuterFamEqnTyVarBndrs, pprHsOuterSigTyVarBndrs,-        pprLHsContext,-        hsTypeNeedsParens, parenthesizeHsType, parenthesizeHsContext-    ) where--#include "GhclibHsVersions.h"--import GHC.Prelude--import {-# SOURCE #-} GHC.Hs.Expr ( HsSplice, pprSplice )--import GHC.Hs.Extension--import GHC.Types.Id ( Id )-import GHC.Types.SourceText-import GHC.Types.Name( Name, NamedThing(getName) )-import GHC.Types.Name.Reader ( RdrName )-import GHC.Types.Var ( VarBndr )-import GHC.Core.DataCon( HsSrcBang(..), HsImplBang(..),-                         SrcStrictness(..), SrcUnpackedness(..) )-import GHC.Core.TyCo.Rep ( Type(..) )-import GHC.Builtin.Types( manyDataConName, oneDataConName, mkTupleStr )-import GHC.Core.Type-import GHC.Hs.Doc-import GHC.Types.Basic-import GHC.Types.SrcLoc-import GHC.Utils.Outputable-import GHC.Data.FastString-import GHC.Utils.Misc ( count )-import GHC.Parser.Annotation--import Data.Data hiding ( Fixity, Prefix, Infix )-import Data.Maybe-import Data.Void--{--************************************************************************-*                                                                      *-\subsection{Bang annotations}-*                                                                      *-************************************************************************--}---- | Located Bang Type-type LBangType pass = XRec pass (BangType pass)---- | Bang Type------ In the parser, strictness and packedness annotations bind more tightly--- than docstrings. This means that when consuming a 'BangType' (and looking--- for 'HsBangTy') we must be ready to peer behind a potential layer of--- 'HsDocTy'. See #15206 for motivation and 'getBangType' for an example.-type BangType pass  = HsType pass       -- Bangs are in the HsType data type--getBangType :: LHsType (GhcPass p) -> LHsType (GhcPass p)-getBangType                 (L _ (HsBangTy _ _ lty))       = lty-getBangType (L _ (HsDocTy x (L _ (HsBangTy _ _ lty)) lds)) =-  addCLoc lty lds (HsDocTy x lty lds)-getBangType lty                                            = lty--getBangStrictness :: LHsType (GhcPass p) -> HsSrcBang-getBangStrictness                 (L _ (HsBangTy _ s _))     = s-getBangStrictness (L _ (HsDocTy _ (L _ (HsBangTy _ s _)) _)) = s-getBangStrictness _ = (HsSrcBang NoSourceText NoSrcUnpack NoSrcStrict)--{--************************************************************************-*                                                                      *-\subsection{Data types}-*                                                                      *-************************************************************************--This is the syntax for types as seen in type signatures.--Note [HsBSig binder lists]-~~~~~~~~~~~~~~~~~~~~~~~~~~-Consider a binder (or pattern) decorated with a type or kind,-   \ (x :: a -> a). blah-   forall (a :: k -> *) (b :: k). blah-Then we use a LHsBndrSig on the binder, so that the-renamer can decorate it with the variables bound-by the pattern ('a' in the first example, 'k' in the second),-assuming that neither of them is in scope already-See also Note [Kind and type-variable binders] in GHC.Rename.HsType--Note [HsType binders]-~~~~~~~~~~~~~~~~~~~~~-The system for recording type and kind-variable binders in HsTypes-is a bit complicated.  Here's how it works.--* In a HsType,-     HsForAllTy   represents an /explicit, user-written/ 'forall' that-                  is nested within another HsType-                   e.g.   forall a b.   {...} or-                          forall a b -> {...}--                  Note that top-level 'forall's are represented with a-                  different AST form. See the description of HsOuterTyVarBndrs-                  below.-     HsQualTy     represents an /explicit, user-written/ context-                   e.g.   (Eq a, Show a) => ...-                  The context can be empty if that's what the user wrote-  These constructors represent what the user wrote, no more-  and no less.--* The ForAllTelescope field of HsForAllTy represents whether a forall is-  invisible (e.g., forall a b. {...}, with a dot) or visible-  (e.g., forall a b -> {...}, with an arrow).--* HsTyVarBndr describes a quantified type variable written by the-  user.  For example-     f :: forall a (b :: *).  blah-  here 'a' and '(b::*)' are each a HsTyVarBndr.  A HsForAllTy has-  a list of LHsTyVarBndrs.--* HsOuterTyVarBndrs is used to represent the outermost quantified type-  variables in a type that obeys the forall-or-nothing rule. An-  HsOuterTyVarBndrs can be one of the following:--    HsOuterImplicit (implicit quantification, added by renamer)-          f :: a -> a     -- Desugars to f :: forall {a}. a -> a-    HsOuterExplicit (explicit user quantifiation):-          f :: forall a. a -> a--  See Note [forall-or-nothing rule].--* An HsSigType is an LHsType with an accompanying HsOuterTyVarBndrs that-  represents the presence (or absence) of its outermost 'forall'.-  See Note [Representing type signatures].--* HsWildCardBndrs is a wrapper that binds the wildcard variables-  of the wrapped thing.  It is filled in by the renamer-     f :: _a -> _-  The enclosing HsWildCardBndrs binds the wildcards _a and _.--* HsSigPatType describes types that appear in pattern signatures and-  the signatures of term-level binders in RULES. Like-  HsWildCardBndrs/HsOuterTyVarBndrs, they track the names of wildcard-  variables and implicitly bound type variables. Unlike-  HsOuterTyVarBndrs, however, HsSigPatTypes do not obey the-  forall-or-nothing rule. See Note [Pattern signature binders and scoping].--* The explicit presence of these wrappers specifies, in the HsSyn,-  exactly where implicit quantification is allowed, and where-  wildcards are allowed.--* LHsQTyVars is used in data/class declarations, where the user gives-  explicit *type* variable bindings, but we need to implicitly bind-  *kind* variables.  For example-      class C (a :: k -> *) where ...-  The 'k' is implicitly bound in the hsq_tvs field of LHsQTyVars--Note [The wildcard story for types]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-Types can have wildcards in them, to support partial type signatures,-like       f :: Int -> (_ , _a) -> _a--A wildcard in a type can be--  * An anonymous wildcard,-        written '_'-    In HsType this is represented by HsWildCardTy.-    The renamer leaves it untouched, and it is later given a fresh-    meta tyvar in the typechecker.--  * A named wildcard,-        written '_a', '_foo', etc-    In HsType this is represented by (HsTyVar "_a")-    i.e. a perfectly ordinary type variable that happens-         to start with an underscore--Note carefully:--* When NamedWildCards is off, type variables that start with an-  underscore really /are/ ordinary type variables.  And indeed, even-  when NamedWildCards is on you can bind _a explicitly as an ordinary-  type variable:-        data T _a _b = MkT _b _a-  Or even:-        f :: forall _a. _a -> _b-  Here _a is an ordinary forall'd binder, but (With NamedWildCards)-  _b is a named wildcard.  (See the comments in #10982)--* Named wildcards are bound by the HsWildCardBndrs (for types that obey the-  forall-or-nothing rule) and HsPatSigType (for type signatures in patterns-  and term-level binders in RULES), which wrap types that are allowed to have-  wildcards. Unnamed wildcards, however are left unchanged until typechecking,-  where we give them fresh wild tyvars and determine whether or not to emit-  hole constraints on each wildcard (we don't if it's a visible type/kind-  argument or a type family pattern). See related notes-  Note [Wildcards in visible kind application] and-  Note [Wildcards in visible type application] in GHC.Tc.Gen.HsType.--* After type checking is done, we report what types the wildcards-  got unified with.--Note [Ordering of implicit variables]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-Since the advent of -XTypeApplications, GHC makes promises about the ordering-of implicit variable quantification. Specifically, we offer that implicitly-quantified variables (such as those in const :: a -> b -> a, without a `forall`)-will occur in left-to-right order of first occurrence. Here are a few examples:--  const :: a -> b -> a       -- forall a b. ...-  f :: Eq a => b -> a -> a   -- forall a b. ...  contexts are included--  type a <-< b = b -> a-  g :: a <-< b               -- forall a b. ...  type synonyms matter--  class Functor f where-    fmap :: (a -> b) -> f a -> f b   -- forall f a b. ...-    -- The f is quantified by the class, so only a and b are considered in fmap--This simple story is complicated by the possibility of dependency: all variables-must come after any variables mentioned in their kinds.--  typeRep :: Typeable a => TypeRep (a :: k)   -- forall k a. ...--The k comes first because a depends on k, even though the k appears later than-the a in the code. Thus, GHC does a *stable topological sort* on the variables.-By "stable", we mean that any two variables who do not depend on each other-preserve their existing left-to-right ordering.--Implicitly bound variables are collected by the extract- family of functions-(extractHsTysRdrTyVars, extractHsTyVarBndrsKVs, etc.) in GHC.Rename.HsType.-These functions thus promise to keep left-to-right ordering.-Look for pointers to this note to see the places where the action happens.--Note that we also maintain this ordering in kind signatures. Even though-there's no visible kind application (yet), having implicit variables be-quantified in left-to-right order in kind signatures is nice since:--* It's consistent with the treatment for type signatures.-* It can affect how types are displayed with -fprint-explicit-kinds (see-  #15568 for an example), which is a situation where knowing the order in-  which implicit variables are quantified can be useful.-* In the event that visible kind application is implemented, the order in-  which we would expect implicit variables to be ordered in kinds will have-  already been established.--}---- | Located Haskell Context-type LHsContext pass = XRec pass (HsContext pass)-      -- ^ 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnUnit'-      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--noLHsContext :: LHsContext (GhcPass p)--- Use this when there is no context in the original program--- It would really be more kosher to use a Maybe, to distinguish---     class () => C a where ...--- from---     class C a where ...-noLHsContext = noLoc []---- | Haskell Context-type HsContext pass = [LHsType pass]---- | Located Haskell Type-type LHsType pass = XRec pass (HsType pass)-      -- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnComma' when-      --   in a list--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation---- | Haskell Kind-type HsKind pass = HsType pass---- | Located Haskell Kind-type LHsKind pass = XRec pass (HsKind pass)-      -- ^ 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDcolon'--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation-------------------------------------------------------             LHsQTyVars---  The explicitly-quantified binders in a data/type declaration---- | The type variable binders in an 'HsForAllTy'.--- See also @Note [Variable Specificity and Forall Visibility]@ in--- "GHC.Tc.Gen.HsType".-data HsForAllTelescope pass-  = HsForAllVis -- ^ A visible @forall@ (e.g., @forall a -> {...}@).-                --   These do not have any notion of specificity, so we use-                --   '()' as a placeholder value.-    { hsf_xvis      :: XHsForAllVis pass-    , hsf_vis_bndrs :: [LHsTyVarBndr () pass]-    }-  | HsForAllInvis -- ^ An invisible @forall@ (e.g., @forall a {b} c. {...}@),-                  --   where each binder has a 'Specificity'.-    { hsf_xinvis       :: XHsForAllInvis pass-    , hsf_invis_bndrs  :: [LHsTyVarBndr Specificity pass]-    }-  | XHsForAllTelescope !(XXHsForAllTelescope pass)--type instance XHsForAllVis   (GhcPass _) = NoExtField-type instance XHsForAllInvis (GhcPass _) = NoExtField--type instance XXHsForAllTelescope (GhcPass _) = NoExtCon---- | Located Haskell Type Variable Binder-type LHsTyVarBndr flag pass = XRec pass (HsTyVarBndr flag pass)-                         -- See Note [HsType binders]---- | Located Haskell Quantified Type Variables-data LHsQTyVars pass   -- See Note [HsType binders]-  = HsQTvs { hsq_ext :: XHsQTvs pass--           , hsq_explicit :: [LHsTyVarBndr () pass]-                -- Explicit variables, written by the user-    }-  | XLHsQTyVars !(XXLHsQTyVars pass)--type HsQTvsRn = [Name]  -- Implicit variables-  -- For example, in   data T (a :: k1 -> k2) = ...-  -- the 'a' is explicit while 'k1', 'k2' are implicit--type instance XHsQTvs GhcPs = NoExtField-type instance XHsQTvs GhcRn = HsQTvsRn-type instance XHsQTvs GhcTc = HsQTvsRn--type instance XXLHsQTyVars  (GhcPass _) = NoExtCon--mkHsForAllVisTele ::-  [LHsTyVarBndr () (GhcPass p)] -> HsForAllTelescope (GhcPass p)-mkHsForAllVisTele vis_bndrs =-  HsForAllVis { hsf_xvis = noExtField, hsf_vis_bndrs = vis_bndrs }--mkHsForAllInvisTele ::-  [LHsTyVarBndr Specificity (GhcPass p)] -> HsForAllTelescope (GhcPass p)-mkHsForAllInvisTele invis_bndrs =-  HsForAllInvis { hsf_xinvis = noExtField, hsf_invis_bndrs = invis_bndrs }--mkHsQTvs :: [LHsTyVarBndr () GhcPs] -> LHsQTyVars GhcPs-mkHsQTvs tvs = HsQTvs { hsq_ext = noExtField, hsq_explicit = tvs }--hsQTvExplicit :: LHsQTyVars pass -> [LHsTyVarBndr () pass]-hsQTvExplicit = hsq_explicit--emptyLHsQTvs :: LHsQTyVars GhcRn-emptyLHsQTvs = HsQTvs { hsq_ext = [], hsq_explicit = [] }-----------------------------------------------------            HsOuterTyVarBndrs--- Used to quantify the outermost type variable binders of a type that obeys--- the forall-or-nothing rule. These are used to represent the outermost--- quantification in:---    * Type signatures (LHsSigType/LHsSigWcType)---    * Patterns in a type/data family instance (HsTyPats)------ We support two forms:---   HsOuterImplicit (implicit quantification, added by renamer)---         f :: a -> a     -- Desugars to f :: forall {a}. a -> a---         type instance F (a,b) = a->b---   HsOuterExplicit (explicit user quantifiation):---         f :: forall a. a -> a---         type instance forall a b. F (a,b) = a->b------ In constrast, when the user writes /visible/ quanitification---         T :: forall k -> k -> Type--- we use use HsOuterImplicit, wrapped around a HsForAllTy--- for the visible quantification------ See Note [forall-or-nothing] rule---- | The outermost type variables in a type that obeys the @forall@-or-nothing--- rule. See @Note [forall-or-nothing rule]@.-data HsOuterTyVarBndrs flag pass-  = HsOuterImplicit -- ^ Implicit forall, e.g.,-                    --    @f :: a -> b -> b@-    { hso_ximplicit :: XHsOuterImplicit pass-    }-  | HsOuterExplicit -- ^ Explicit forall, e.g.,-                    --    @f :: forall a b. a -> b -> b@-    { hso_xexplicit :: XHsOuterExplicit pass flag-    , hso_bndrs     :: [LHsTyVarBndr flag (NoGhcTc pass)]-    }-  | XHsOuterTyVarBndrs !(XXHsOuterTyVarBndrs pass)---- | Used for signatures, e.g.,------ @--- f :: forall a {b}. blah--- @------ We use 'Specificity' for the 'HsOuterTyVarBndrs' @flag@ to allow--- distinguishing between specified and inferred type variables.-type HsOuterSigTyVarBndrs = HsOuterTyVarBndrs Specificity---- | Used for type-family instance equations, e.g.,------ @--- type instance forall a. F [a] = Tree a--- @------ The notion of specificity is irrelevant in type family equations, so we use--- @()@ for the 'HsOuterTyVarBndrs' @flag@.-type HsOuterFamEqnTyVarBndrs = HsOuterTyVarBndrs ()--type instance XHsOuterImplicit GhcPs = NoExtField-type instance XHsOuterImplicit GhcRn = [Name]-type instance XHsOuterImplicit GhcTc = [TyVar]--type instance XHsOuterExplicit GhcPs _    = NoExtField-type instance XHsOuterExplicit GhcRn _    = NoExtField-type instance XHsOuterExplicit GhcTc flag = [VarBndr TyVar flag]--type instance XXHsOuterTyVarBndrs (GhcPass _) = NoExtCon---- | Haskell Wildcard Binders-data HsWildCardBndrs pass thing-    -- See Note [HsType binders]-    -- See Note [The wildcard story for types]-  = HsWC { hswc_ext :: XHsWC pass thing-                -- after the renamer-                -- Wild cards, only named-                -- See Note [Wildcards in visible kind application]--         , hswc_body :: thing-                -- Main payload (type or list of types)-                -- If there is an extra-constraints wildcard,-                -- it's still there in the hsc_body.-    }-  | XHsWildCardBndrs !(XXHsWildCardBndrs pass thing)--type instance XHsWC              GhcPs b = NoExtField-type instance XHsWC              GhcRn b = [Name]-type instance XHsWC              GhcTc b = [Name]--type instance XXHsWildCardBndrs (GhcPass _) _ = NoExtCon---- | Types that can appear in pattern signatures, as well as the signatures for--- term-level binders in RULES.--- See @Note [Pattern signature binders and scoping]@.------ This is very similar to 'HsSigWcType', but with--- slightly different semantics: see @Note [HsType binders]@.--- See also @Note [The wildcard story for types]@.-data HsPatSigType pass-  = HsPS { hsps_ext  :: XHsPS pass   -- ^ After renamer: 'HsPSRn'-         , hsps_body :: LHsType pass -- ^ Main payload (the type itself)-    }-  | XHsPatSigType !(XXHsPatSigType pass)---- | The extension field for 'HsPatSigType', which is only used in the--- renamer onwards. See @Note [Pattern signature binders and scoping]@.-data HsPSRn = HsPSRn-  { hsps_nwcs    :: [Name] -- ^ Wildcard names-  , hsps_imp_tvs :: [Name] -- ^ Implicitly bound variable names-  }-  deriving Data--type instance XHsPS GhcPs = NoExtField-type instance XHsPS GhcRn = HsPSRn-type instance XHsPS GhcTc = HsPSRn--type instance XXHsPatSigType (GhcPass _) = NoExtCon---- | Located Haskell Signature Type-type LHsSigType   pass = Located (HsSigType pass)               -- Implicit only---- | Located Haskell Wildcard Type-type LHsWcType    pass = HsWildCardBndrs pass (LHsType pass)    -- Wildcard only---- | Located Haskell Signature Wildcard Type-type LHsSigWcType pass = HsWildCardBndrs pass (LHsSigType pass) -- Both---- | A type signature that obeys the @forall@-or-nothing rule. In other--- words, an 'LHsType' that uses an 'HsOuterSigTyVarBndrs' to represent its--- outermost type variable quantification.--- See @Note [Representing type signatures]@.-data HsSigType pass-  = HsSig { sig_ext   :: XHsSig pass-          , sig_bndrs :: HsOuterSigTyVarBndrs pass-          , sig_body  :: LHsType pass-          }-  | XHsSigType !(XXHsSigType pass)--type instance XHsSig (GhcPass _) = NoExtField-type instance XXHsSigType (GhcPass _) = NoExtCon--hsSigWcType :: LHsSigWcType pass -> LHsType pass-hsSigWcType = sig_body . unLoc . hswc_body--hsPatSigType :: HsPatSigType pass -> LHsType pass-hsPatSigType = hsps_body--dropWildCards :: LHsSigWcType pass -> LHsSigType pass--- Drop the wildcard part of a LHsSigWcType-dropWildCards sig_ty = hswc_body sig_ty--{--Note [forall-or-nothing rule]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-Free variables in signatures are usually bound in an implicit 'forall' at the-beginning of user-written signatures. However, if the signature has an-explicit, invisible forall at the beginning, this is disabled. This is referred-to as the forall-or-nothing rule.--The idea is nested foralls express something which is only expressible-explicitly, while a top level forall could (usually) be replaced with an-implicit binding. Top-level foralls alone ("forall.") are therefore an-indication that the user is trying to be fastidious, so we don't implicitly-bind any variables.--Note that this rule only applies to outermost /in/visible 'forall's, and not-outermost visible 'forall's. See #18660 for more on this point.--Here are some concrete examples to demonstrate the forall-or-nothing rule in-action:--  type F1 :: a -> b -> b                    -- Legal; a,b are implicitly quantified.-                                            -- Equivalently: forall a b. a -> b -> b--  type F2 :: forall a b. a -> b -> b        -- Legal; explicitly quantified--  type F3 :: forall a. a -> b -> b          -- Illegal; the forall-or-nothing rule says that-                                            -- if you quantify a, you must also quantify b--  type F4 :: forall a -> b -> b             -- Legal; the top quantifier (forall a) is a /visible/-                                            -- quantifer, so the "nothing" part of the forall-or-nothing-                                            -- rule applies, and b is therefore implicitly quantified.-                                            -- Equivalently: forall b. forall a -> b -> b--  type F5 :: forall b. forall a -> b -> c   -- Illegal; the forall-or-nothing rule says that-                                            -- if you quantify b, you must also quantify c--  type F6 :: forall a -> forall b. b -> c   -- Legal: just like F4.--For a complete list of all places where the forall-or-nothing rule applies, see-"The `forall`-or-nothing rule" section of the GHC User's Guide.--Any type that obeys the forall-or-nothing rule is represented in the AST with-an HsOuterTyVarBndrs:--* If the type has an outermost, invisible 'forall', it uses HsOuterExplicit,-  which contains a list of the explicitly quantified type variable binders in-  `hso_bndrs`. After typechecking, HsOuterExplicit also stores a list of the-  explicitly quantified `InvisTVBinder`s in-  `hso_xexplicit :: XHsOuterExplicit GhcTc`.--* Otherwise, it uses HsOuterImplicit. HsOuterImplicit is used for different-  things depending on the phase:--  * After parsing, it does not store anything in particular.-  * After renaming, it stores the implicitly bound type variable `Name`s in-    `hso_ximplicit :: XHsOuterImplicit GhcRn`.-  * After typechecking, it stores the implicitly bound `TyVar`s in-    `hso_ximplicit :: XHsOuterImplicit GhcTc`.--  NB: this implicit quantification is purely lexical: we bind any-      type or kind variables that are not in scope. The type checker-      may subsequently quantify over further kind variables.-      See Note [Binding scoped type variables] in GHC.Tc.Gen.Sig.--HsOuterTyVarBndrs GhcTc is used in the typechecker as an intermediate data type-for storing the outermost TyVars/InvisTVBinders in a type.-See GHC.Tc.Gen.HsType.bindOuterTKBndrsX for an example of this.--Note [Representing type signatures]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-HsSigType is used to represent an explicit user type signature. These are-used in a variety of places. Some examples include:--* Type signatures (e.g., f :: a -> a)-* Standalone kind signatures (e.g., type G :: a -> a)-* GADT constructor types (e.g., data T where MkT :: a -> T)--A HsSigType is the combination of an HsOuterSigTyVarBndrs and an LHsType:--* The HsOuterSigTyVarBndrs binds the /explicitly/ quantified type variables-  when the type signature has an outermost, user-written 'forall' (i.e,-  the HsOuterExplicit constructor is used). If there is no outermost 'forall',-  then it binds the /implicitly/ quantified type variables instead (i.e.,-  the HsOuterImplicit constructor is used).-* The LHsType represents the rest of the type.--E.g. For a signature like-   f :: forall k (a::k). blah-we get-   HsSig { sig_bndrs = HsOuterExplicit { hso_bndrs = [k, (a :: k)] }-         , sig_body  = blah }--Note [Pattern signature binders and scoping]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-Consider the pattern signatures like those on `t` and `g` in:--   f = let h = \(t :: (b, b) ->-               \(g :: forall a. a -> b) ->-               ...(t :: (Int,Int))...-       in woggle--* The `b` in t's pattern signature is implicitly bound and scopes over-  the signature and the body of the lambda.  It stands for a type (any type);-  indeed we subsequently discover that b=Int.-  (See Note [TyVarTv] in GHC.Tc.Utils.TcMType for more on this point.)-* The `b` in g's pattern signature is an /occurrence/ of the `b` bound by-  t's pattern signature.-* The `a` in `forall a` scopes only over the type `a -> b`, not over the body-  of the lambda.-* There is no forall-or-nothing rule for pattern signatures, which is why the-  type `forall a. a -> b` is permitted in `g`'s pattern signature, even though-  `b` is not explicitly bound. See Note [forall-or-nothing rule].--Similar scoping rules apply to term variable binders in RULES, like in the-following example:--   {-# RULES "h" forall (t :: (b, b)) (g :: forall a. a -> b). h t g = ... #-}--Just like in pattern signatures, the `b` in t's signature is implicitly bound-and scopes over the remainder of the RULE. As a result, the `b` in g's-signature is an occurrence. Moreover, the `a` in `forall a` scopes only over-the type `a -> b`, and the forall-or-nothing rule does not apply.--While quite similar, RULE term binder signatures behave slightly differently-from pattern signatures in two ways:--1. Unlike in pattern signatures, where type variables can stand for any type,-   type variables in RULE term binder signatures are skolems.-   See Note [Typechecking pattern signature binders] in GHC.Tc.Gen.HsType for-   more on this point.--   In this sense, type variables in pattern signatures are quite similar to-   named wildcards, as both can refer to arbitrary types. The main difference-   lies in error reporting: if a named wildcard `_a` in a pattern signature-   stands for Int, then by default GHC will emit a warning stating as much.-   Changing `_a` to `a`, on the other hand, will cause it not to be reported.-2. In the `h` RULE above, only term variables are explicitly bound, so any free-   type variables in the term variables' signatures are implicitly bound.-   This is just like how the free type variables in pattern signatures are-   implicitly bound. If a RULE explicitly binds both term and type variables,-   however, then free type variables in term signatures are /not/ implicitly-   bound. For example, this RULE would be ill scoped:--     {-# RULES "h2" forall b. forall (t :: (b, c)) (g :: forall a. a -> b).-                    h2 t g = ... #-}--   This is because `b` and `c` occur free in the signature for `t`, but only-   `b` was explicitly bound, leaving `c` out of scope. If the RULE had started-   with `forall b c.`, then it would have been accepted.--The types in pattern signatures and RULE term binder signatures are represented-in the AST by HsSigPatType. From the renamer onward, the hsps_ext field (of-type HsPSRn) tracks the names of named wildcards and implicitly bound type-variables so that they can be brought into scope during renaming and-typechecking.--Note [Lexically scoped type variables]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-The ScopedTypeVariables extension does two things:--* It allows the use of type signatures in patterns-  (e.g., `f (x :: a -> a) = ...`). See-  Note [Pattern signature binders and scoping] for more on this point.-* It brings lexically scoped type variables into scope for certain type-  signatures with outermost invisible 'forall's.--This Note concerns the latter bullet point. Per the-"Lexically scoped type variables" section of the GHC User's Guide, the-following forms of type signatures can have lexically scoped type variables:--* In declarations with type signatures, e.g.,--    f :: forall a. a -> a-    f x = e @a--  Here, the 'forall a' brings 'a' into scope over the body of 'f'.--  Note that ScopedTypeVariables does /not/ interact with standalone kind-  signatures, only type signatures.--* In explicit type annotations in expressions, e.g.,--    id @a :: forall a. a -> a--* In instance declarations, e.g.,--    instance forall a. C [a] where-      m = e @a--  Note that unlike the examples above, the use of an outermost 'forall' isn't-  required to bring 'a' into scope. That is, the following would also work:--    instance forall a. C [a] where-      m = e @a--Note that all of the types above obey the forall-or-nothing rule. As a result,-the places in the AST that can have lexically scoped type variables are a-subset of the places that use HsOuterTyVarBndrs-(See Note [forall-or-nothing rule].)--Some other observations about lexically scoped type variables:--* Only type variables bound by an /invisible/ forall can be lexically scoped.-  See Note [hsScopedTvs and visible foralls].-* The lexically scoped type variables may be a strict subset of the type-  variables brought into scope by a type signature.-  See Note [Binding scoped type variables] in GHC.Tc.Gen.Sig.--}--hsOuterTyVarNames :: HsOuterTyVarBndrs flag GhcRn -> [Name]-hsOuterTyVarNames (HsOuterImplicit{hso_ximplicit = imp_tvs}) = imp_tvs-hsOuterTyVarNames (HsOuterExplicit{hso_bndrs = bndrs})       = hsLTyVarNames bndrs--hsOuterExplicitBndrs :: HsOuterTyVarBndrs flag (GhcPass p)-                     -> [LHsTyVarBndr flag (NoGhcTc (GhcPass p))]-hsOuterExplicitBndrs (HsOuterExplicit{hso_bndrs = bndrs}) = bndrs-hsOuterExplicitBndrs (HsOuterImplicit{})                  = []--mapHsOuterImplicit :: (XHsOuterImplicit pass -> XHsOuterImplicit pass)-                   -> HsOuterTyVarBndrs flag pass-                   -> HsOuterTyVarBndrs flag pass-mapHsOuterImplicit f (HsOuterImplicit{hso_ximplicit = imp}) =-  HsOuterImplicit{hso_ximplicit = f imp}-mapHsOuterImplicit _ hso@(HsOuterExplicit{})    = hso-mapHsOuterImplicit _ hso@(XHsOuterTyVarBndrs{}) = hso--mkHsOuterImplicit :: HsOuterTyVarBndrs flag GhcPs-mkHsOuterImplicit = HsOuterImplicit{hso_ximplicit = noExtField}--mkHsOuterExplicit :: [LHsTyVarBndr flag GhcPs] -> HsOuterTyVarBndrs flag GhcPs-mkHsOuterExplicit bndrs = HsOuterExplicit { hso_xexplicit = noExtField-                                          , hso_bndrs     = bndrs }--mkHsImplicitSigType :: LHsType GhcPs -> HsSigType GhcPs-mkHsImplicitSigType body =-  HsSig { sig_ext   = noExtField-        , sig_bndrs = mkHsOuterImplicit, sig_body = body }--mkHsExplicitSigType :: [LHsTyVarBndr Specificity GhcPs] -> LHsType GhcPs-                    -> HsSigType GhcPs-mkHsExplicitSigType bndrs body =-  HsSig { sig_ext = noExtField-        , sig_bndrs = mkHsOuterExplicit bndrs, sig_body = body }--mkHsWildCardBndrs :: thing -> HsWildCardBndrs GhcPs thing-mkHsWildCardBndrs x = HsWC { hswc_body = x-                           , hswc_ext  = noExtField }--mkHsPatSigType :: LHsType GhcPs -> HsPatSigType GhcPs-mkHsPatSigType x = HsPS { hsps_ext  = noExtField-                        , hsps_body = x }--mkEmptyWildCardBndrs :: thing -> HsWildCardBndrs GhcRn thing-mkEmptyWildCardBndrs x = HsWC { hswc_body = x-                              , hswc_ext  = [] }-------------------------------------------------------- | These names are used early on to store the names of implicit--- parameters.  They completely disappear after type-checking.-newtype HsIPName = HsIPName FastString-  deriving( Eq, Data )--hsIPNameFS :: HsIPName -> FastString-hsIPNameFS (HsIPName n) = n--instance Outputable HsIPName where-    ppr (HsIPName n) = char '?' <> ftext n -- Ordinary implicit parameters--instance OutputableBndr HsIPName where-    pprBndr _ n   = ppr n         -- Simple for now-    pprInfixOcc  n = ppr n-    pprPrefixOcc n = ppr n-------------------------------------------------------- | Haskell Type Variable Binder--- The flag annotates the binder. It is 'Specificity' in places where--- explicit specificity is allowed (e.g. x :: forall {a} b. ...) or--- '()' in other places.-data HsTyVarBndr flag pass-  = UserTyVar        -- no explicit kinding-         (XUserTyVar pass)-         flag-         (LIdP pass)-        -- See Note [Located RdrNames] in GHC.Hs.Expr--  | KindedTyVar-         (XKindedTyVar pass)-         flag-         (LIdP pass)-         (LHsKind pass)  -- The user-supplied kind signature-        -- ^-        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',-        --          'GHC.Parser.Annotation.AnnDcolon', 'GHC.Parser.Annotation.AnnClose'--        -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | XTyVarBndr-      !(XXTyVarBndr pass)--type instance XUserTyVar    (GhcPass _) = NoExtField-type instance XKindedTyVar  (GhcPass _) = NoExtField--type instance XXTyVarBndr   (GhcPass _) = NoExtCon---- | Return the attached flag-hsTyVarBndrFlag :: HsTyVarBndr flag (GhcPass pass) -> flag-hsTyVarBndrFlag (UserTyVar _ fl _)     = fl-hsTyVarBndrFlag (KindedTyVar _ fl _ _) = fl---- | Set the attached flag-setHsTyVarBndrFlag :: flag -> HsTyVarBndr flag' (GhcPass pass)-  -> HsTyVarBndr flag (GhcPass pass)-setHsTyVarBndrFlag f (UserTyVar x _ l)     = UserTyVar x f l-setHsTyVarBndrFlag f (KindedTyVar x _ l k) = KindedTyVar x f l k---- | Does this 'HsTyVarBndr' come with an explicit kind annotation?-isHsKindedTyVar :: HsTyVarBndr flag pass -> Bool-isHsKindedTyVar (UserTyVar {})   = False-isHsKindedTyVar (KindedTyVar {}) = True-isHsKindedTyVar (XTyVarBndr {})  = False---- | Do all type variables in this 'LHsQTyVars' come with kind annotations?-hsTvbAllKinded :: LHsQTyVars (GhcPass p) -> Bool-hsTvbAllKinded = all (isHsKindedTyVar . unLoc) . hsQTvExplicit--instance NamedThing (HsTyVarBndr flag GhcRn) where-  getName (UserTyVar _ _ v) = unLoc v-  getName (KindedTyVar _ _ v _) = unLoc v---- | Haskell Type-data HsType pass-  = HsForAllTy   -- See Note [HsType binders]-      { hst_xforall :: XForAllTy pass-      , hst_tele    :: HsForAllTelescope pass-                                     -- Explicit, user-supplied 'forall a {b} c'-      , hst_body    :: LHsType pass  -- body type-      }-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnForall',-      --         'GHC.Parser.Annotation.AnnDot','GHC.Parser.Annotation.AnnDarrow'-      -- For details on above see note [Api annotations] in "GHC.Parser.Annotation"--  | HsQualTy   -- See Note [HsType binders]-      { hst_xqual :: XQualTy pass-      , hst_ctxt  :: LHsContext pass       -- Context C => blah-      , hst_body  :: LHsType pass }--  | HsTyVar  (XTyVar pass)-              PromotionFlag    -- Whether explicitly promoted,-                               -- for the pretty printer-             (LIdP pass)-                  -- Type variable, type constructor, or data constructor-                  -- see Note [Promotions (HsTyVar)]-                  -- See Note [Located RdrNames] in GHC.Hs.Expr-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsAppTy             (XAppTy pass)-                        (LHsType pass)-                        (LHsType pass)-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsAppKindTy         (XAppKindTy pass) -- type level type app-                        (LHsType pass)-                        (LHsKind pass)--  | HsFunTy             (XFunTy pass)-                        (HsArrow pass)-                        (LHsType pass)   -- function type-                        (LHsType pass)-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnRarrow',--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsListTy            (XListTy pass)-                        (LHsType pass)  -- Element type-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'['@,-      --         'GHC.Parser.Annotation.AnnClose' @']'@--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsTupleTy           (XTupleTy pass)-                        HsTupleSort-                        [LHsType pass]  -- Element types (length gives arity)-    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'(' or '(#'@,-    --         'GHC.Parser.Annotation.AnnClose' @')' or '#)'@--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsSumTy             (XSumTy pass)-                        [LHsType pass]  -- Element types (length gives arity)-    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'(#'@,-    --         'GHC.Parser.Annotation.AnnClose' '#)'@--    -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsOpTy              (XOpTy pass)-                        (LHsType pass) (LIdP pass) (LHsType pass)-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsParTy             (XParTy pass)-                        (LHsType pass)   -- See Note [Parens in HsSyn] in GHC.Hs.Expr-        -- Parenthesis preserved for the precedence re-arrangement in-        -- GHC.Rename.HsType-        -- It's important that a * (b + c) doesn't get rearranged to (a*b) + c!-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'('@,-      --         'GHC.Parser.Annotation.AnnClose' @')'@--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsIParamTy          (XIParamTy pass)-                        (XRec pass HsIPName) -- (?x :: ty)-                        (LHsType pass)   -- Implicit parameters as they occur in-                                         -- contexts-      -- ^-      -- > (?x :: ty)-      ---      -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDcolon'--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsStarTy            (XStarTy pass)-                        Bool             -- Is this the Unicode variant?-                                         -- Note [HsStarTy]-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None--  | HsKindSig           (XKindSig pass)-                        (LHsType pass)  -- (ty :: kind)-                        (LHsKind pass)  -- A type with a kind signature-      -- ^-      -- > (ty :: kind)-      ---      -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'('@,-      --         'GHC.Parser.Annotation.AnnDcolon','GHC.Parser.Annotation.AnnClose' @')'@--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsSpliceTy          (XSpliceTy pass)-                        (HsSplice pass)   -- Includes quasi-quotes-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'$('@,-      --         'GHC.Parser.Annotation.AnnClose' @')'@--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsDocTy             (XDocTy pass)-                        (LHsType pass) LHsDocString -- A documented type-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsBangTy    (XBangTy pass)-                HsSrcBang (LHsType pass)   -- Bang-style type annotations-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' :-      --         'GHC.Parser.Annotation.AnnOpen' @'{-\# UNPACK' or '{-\# NOUNPACK'@,-      --         'GHC.Parser.Annotation.AnnClose' @'#-}'@-      --         'GHC.Parser.Annotation.AnnBang' @\'!\'@--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsRecTy     (XRecTy pass)-                [LConDeclField pass]    -- Only in data type declarations-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'{'@,-      --         'GHC.Parser.Annotation.AnnClose' @'}'@--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsExplicitListTy       -- A promoted explicit list-        (XExplicitListTy pass)-        PromotionFlag      -- whether explicitly promoted, for pretty printer-        [LHsType pass]-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @"'["@,-      --         'GHC.Parser.Annotation.AnnClose' @']'@--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsExplicitTupleTy      -- A promoted explicit tuple-        (XExplicitTupleTy pass)-        [LHsType pass]-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @"'("@,-      --         'GHC.Parser.Annotation.AnnClose' @')'@--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsTyLit (XTyLit pass) HsTyLit      -- A promoted numeric literal.-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  | HsWildCardTy (XWildCardTy pass)  -- A type wildcard-      -- See Note [The wildcard story for types]-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation--  -- For adding new constructors via Trees that Grow-  | XHsType-      (XXType pass)---- An escape hatch for tunnelling a Core 'Type' through 'HsType'.--- For more details on how this works, see:------ * @Note [Renaming HsCoreTys]@ in "GHC.Rename.HsType"------ * @Note [Typechecking HsCoreTys]@ in "GHC.Tc.Gen.HsType"-type HsCoreTy = Type--type instance XForAllTy        (GhcPass _) = NoExtField-type instance XQualTy          (GhcPass _) = NoExtField-type instance XTyVar           (GhcPass _) = NoExtField-type instance XAppTy           (GhcPass _) = NoExtField-type instance XFunTy           (GhcPass _) = NoExtField-type instance XListTy          (GhcPass _) = NoExtField-type instance XTupleTy         (GhcPass _) = NoExtField-type instance XSumTy           (GhcPass _) = NoExtField-type instance XOpTy            (GhcPass _) = NoExtField-type instance XParTy           (GhcPass _) = NoExtField-type instance XIParamTy        (GhcPass _) = NoExtField-type instance XStarTy          (GhcPass _) = NoExtField-type instance XKindSig         (GhcPass _) = NoExtField--type instance XAppKindTy       (GhcPass _) = SrcSpan -- Where the `@` lives--type instance XSpliceTy        GhcPs = NoExtField-type instance XSpliceTy        GhcRn = NoExtField-type instance XSpliceTy        GhcTc = Kind--type instance XDocTy           (GhcPass _) = NoExtField-type instance XBangTy          (GhcPass _) = NoExtField-type instance XRecTy           (GhcPass _) = NoExtField--type instance XExplicitListTy  GhcPs = NoExtField-type instance XExplicitListTy  GhcRn = NoExtField-type instance XExplicitListTy  GhcTc = Kind--type instance XExplicitTupleTy GhcPs = NoExtField-type instance XExplicitTupleTy GhcRn = NoExtField-type instance XExplicitTupleTy GhcTc = [Kind]--type instance XTyLit           (GhcPass _) = NoExtField--type instance XWildCardTy      (GhcPass _) = NoExtField--type instance XXType         (GhcPass _) = HsCoreTy----- Note [Literal source text] in GHC.Types.Basic for SourceText fields in--- the following--- | Haskell Type Literal-data HsTyLit-  = HsNumTy SourceText Integer-  | HsStrTy SourceText FastString-    deriving Data--oneDataConHsTy :: HsType GhcRn-oneDataConHsTy = HsTyVar noExtField NotPromoted (noLoc oneDataConName)--manyDataConHsTy :: HsType GhcRn-manyDataConHsTy = HsTyVar noExtField NotPromoted (noLoc manyDataConName)--isUnrestricted :: HsArrow GhcRn -> Bool-isUnrestricted (arrowToHsType -> L _ (HsTyVar _ _ (L _ n))) = n == manyDataConName-isUnrestricted _ = False---- | Denotes the type of arrows in the surface language-data HsArrow pass-  = HsUnrestrictedArrow IsUnicodeSyntax-    -- ^ a -> b or a → b-  | HsLinearArrow IsUnicodeSyntax-    -- ^ a %1 -> b or a %1 → b, or a ⊸ b-  | HsExplicitMult IsUnicodeSyntax (LHsType pass)-    -- ^ a %m -> b or a %m → b (very much including `a %Many -> b`!-    -- This is how the programmer wrote it). It is stored as an-    -- `HsType` so as to preserve the syntax as written in the-    -- program.---- | Convert an arrow into its corresponding multiplicity. In essence this--- erases the information of whether the programmer wrote an explicit--- multiplicity or a shorthand.-arrowToHsType :: HsArrow GhcRn -> LHsType GhcRn-arrowToHsType (HsUnrestrictedArrow _) = noLoc manyDataConHsTy-arrowToHsType (HsLinearArrow _) = noLoc oneDataConHsTy-arrowToHsType (HsExplicitMult _ p) = p---- | This is used in the syntax. In constructor declaration. It must keep the--- arrow representation.-data HsScaled pass a = HsScaled (HsArrow pass) a--hsMult :: HsScaled pass a -> HsArrow pass-hsMult (HsScaled m _) = m--hsScaledThing :: HsScaled pass a -> a-hsScaledThing (HsScaled _ t) = t---- | When creating syntax we use the shorthands. It's better for printing, also,--- the shorthands work trivially at each pass.-hsUnrestricted, hsLinear :: a -> HsScaled pass a-hsUnrestricted = HsScaled (HsUnrestrictedArrow NormalSyntax)-hsLinear = HsScaled (HsLinearArrow NormalSyntax)--instance Outputable a => Outputable (HsScaled pass a) where-   ppr (HsScaled _cnt t) = -- ppr cnt <> ppr t-                            ppr t--instance-      (OutputableBndrId pass) =>-      Outputable (HsArrow (GhcPass pass)) where-  ppr arr = parens (pprHsArrow arr)---- See #18846-pprHsArrow :: (OutputableBndrId pass) => HsArrow (GhcPass pass) -> SDoc-pprHsArrow (HsUnrestrictedArrow _) = arrow-pprHsArrow (HsLinearArrow _) = lollipop-pprHsArrow (HsExplicitMult _ p) = (mulArrow (ppr p))--{--Note [Unit tuples]-~~~~~~~~~~~~~~~~~~-Consider the type-    type instance F Int = ()-We want to parse that "()"-    as HsTupleTy HsBoxedOrConstraintTuple [],-NOT as HsTyVar unitTyCon--Why? Because F might have kind (* -> Constraint), so we when parsing we-don't know if that tuple is going to be a constraint tuple or an ordinary-unit tuple.  The HsTupleSort flag is specifically designed to deal with-that, but it has to work for unit tuples too.--Note [Promotions (HsTyVar)]-~~~~~~~~~~~~~~~~~~~~~~~~~~~-HsTyVar: A name in a type or kind.-  Here are the allowed namespaces for the name.-    In a type:-      Var: not allowed-      Data: promoted data constructor-      Tv: type variable-      TcCls before renamer: type constructor, class constructor, or promoted data constructor-      TcCls after renamer: type constructor or class constructor-    In a kind:-      Var, Data: not allowed-      Tv: kind variable-      TcCls: kind constructor or promoted type constructor--  The 'Promoted' field in an HsTyVar captures whether the type was promoted in-  the source code by prefixing an apostrophe.--Note [HsStarTy]-~~~~~~~~~~~~~~~-When the StarIsType extension is enabled, we want to treat '*' and its Unicode-variant identically to 'Data.Kind.Type'. Unfortunately, doing so in the parser-would mean that when we pretty-print it back, we don't know whether the user-wrote '*' or 'Type', and lose the parse/ppr roundtrip property.--As a workaround, we parse '*' as HsStarTy (if it stands for 'Data.Kind.Type')-and then desugar it to 'Data.Kind.Type' in the typechecker (see tc_hs_type).-When '*' is a regular type operator (StarIsType is disabled), HsStarTy is not-involved.---Note [Promoted lists and tuples]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-Notice the difference between-   HsListTy    HsExplicitListTy-   HsTupleTy   HsExplicitListTupleTy--E.g.    f :: [Int]                      HsListTy--        g3  :: T '[]                   All these use-        g2  :: T '[True]                  HsExplicitListTy-        g1  :: T '[True,False]-        g1a :: T [True,False]             (can omit ' where unambiguous)--  kind of T :: [Bool] -> *        This kind uses HsListTy!--E.g.    h :: (Int,Bool)                 HsTupleTy; f is a pair-        k :: S '(True,False)            HsExplicitTypleTy; S is indexed by-                                           a type-level pair of booleans-        kind of S :: (Bool,Bool) -> *   This kind uses HsExplicitTupleTy--Note [Distinguishing tuple kinds]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~--Apart from promotion, tuples can have one of three different kinds:--        x :: (Int, Bool)                -- Regular boxed tuples-        f :: Int# -> (# Int#, Int# #)   -- Unboxed tuples-        g :: (Eq a, Ord a) => a         -- Constraint tuples--For convenience, internally we use a single constructor for all of these,-namely HsTupleTy, but keep track of the tuple kind (in the first argument to-HsTupleTy, a HsTupleSort). We can tell if a tuple is unboxed while parsing,-because of the #. However, with -XConstraintKinds we can only distinguish-between constraint and boxed tuples during type checking, in general. Hence the-two constructors of HsTupleSort:--        HsUnboxedTuple                  -> Produced by the parser-        HsBoxedOrConstraintTuple        -> Could be a boxed or a constraint-                                        tuple. Produced by the parser only,-                                        disappears after type checking--After typechecking, we use TupleSort (which clearly distinguishes between-constraint tuples and boxed tuples) rather than HsTupleSort.--}---- | Haskell Tuple Sort-data HsTupleSort = HsUnboxedTuple-                 | HsBoxedOrConstraintTuple-                 deriving Data---- | Located Constructor Declaration Field-type LConDeclField pass = XRec pass (ConDeclField pass)-      -- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnComma' when-      --   in a list--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation---- | Constructor Declaration Field-data ConDeclField pass  -- Record fields have Haddock docs on them-  = ConDeclField { cd_fld_ext  :: XConDeclField pass,-                   cd_fld_names :: [LFieldOcc pass],-                                   -- ^ See Note [ConDeclField passs]-                   cd_fld_type :: LBangType pass,-                   cd_fld_doc  :: Maybe LHsDocString }-      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDcolon'--      -- For details on above see note [Api annotations] in GHC.Parser.Annotation-  | XConDeclField !(XXConDeclField pass)--type instance XConDeclField  (GhcPass _) = NoExtField-type instance XXConDeclField (GhcPass _) = NoExtCon--instance OutputableBndrId p-       => Outputable (ConDeclField (GhcPass p)) where-  ppr (ConDeclField _ fld_n fld_ty _) = ppr fld_n <+> dcolon <+> ppr fld_ty---- | Describes the arguments to a data constructor. This is a common--- representation for several constructor-related concepts, including:------ * The arguments in a Haskell98-style constructor declaration---   (see 'HsConDeclH98Details' in "GHC.Hs.Decls").------ * The arguments in constructor patterns in @case@/function definitions---   (see 'HsConPatDetails' in "GHC.Hs.Pat").------ * The left-hand side arguments in a pattern synonym binding---   (see 'HsPatSynDetails' in "GHC.Hs.Binds").------ One notable exception is the arguments in a GADT constructor, which uses--- a separate data type entirely (see 'HsConDeclGADTDetails' in--- "GHC.Hs.Decls"). This is because GADT constructors cannot be declared with--- infix syntax, unlike the concepts above (#18844).-data HsConDetails tyarg arg rec-  = PrefixCon [tyarg] [arg]     -- C @t1 @t2 p1 p2 p3-  | RecCon    rec               -- C { x = p1, y = p2 }-  | InfixCon  arg arg           -- p1 `C` p2-  deriving Data---- | An empty list that can be used to indicate that there are no--- type arguments allowed in cases where HsConDetails is applied to Void.-noTypeArgs :: [Void]-noTypeArgs = []--instance (Outputable tyarg, Outputable arg, Outputable rec)-         => Outputable (HsConDetails tyarg arg rec) where-  ppr (PrefixCon tyargs args) = text "PrefixCon:" <+> hsep (map (\t -> text "@" <> ppr t) tyargs) <+> ppr args-  ppr (RecCon rec)            = text "RecCon:" <+> ppr rec-  ppr (InfixCon l r)          = text "InfixCon:" <+> ppr [l, r]--{--Note [ConDeclField passs]-~~~~~~~~~~~~~~~~~~~~~~~~~--A ConDeclField contains a list of field occurrences: these always-include the field label as the user wrote it.  After the renamer, it-will additionally contain the identity of the selector function in the-second component.--Due to DuplicateRecordFields, the OccName of the selector function-may have been mangled, which is why we keep the original field label-separately.  For example, when DuplicateRecordFields is enabled--    data T = MkT { x :: Int }--gives--    ConDeclField { cd_fld_names = [L _ (FieldOcc "x" $sel:x:MkT)], ... }.--}---------------------------- A valid type must have a for-all at the top of the type, or of the fn arg--- types------------------------hsWcScopedTvs :: LHsSigWcType GhcRn -> [Name]--- Get the lexically-scoped type variables of an LHsSigWcType:---  - the explicitly-given forall'd type variables;---    see Note [Lexically scoped type variables]---  - the named wildcards; see Note [Scoping of named wildcards]--- because they scope in the same way-hsWcScopedTvs sig_wc_ty-  | HsWC { hswc_ext = nwcs, hswc_body = sig_ty }  <- sig_wc_ty-  , L _ (HsSig{sig_bndrs = outer_bndrs}) <- sig_ty-  = nwcs ++ hsLTyVarNames (hsOuterExplicitBndrs outer_bndrs)-    -- See Note [hsScopedTvs and visible foralls]--hsScopedTvs :: LHsSigType GhcRn -> [Name]--- Same as hsWcScopedTvs, but for a LHsSigType-hsScopedTvs (L _ (HsSig{sig_bndrs = outer_bndrs}))-  = hsLTyVarNames (hsOuterExplicitBndrs outer_bndrs)-    -- See Note [hsScopedTvs and visible foralls]--{- Note [Scoping of named wildcards]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-Consider-  f :: _a -> _a-  f x = let g :: _a -> _a-            g = ...-        in ...--Currently, for better or worse, the "_a" variables are all the same. So-although there is no explicit forall, the "_a" scopes over the definition.-I don't know if this is a good idea, but there it is.--}--{- Note [hsScopedTvs and visible foralls]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~--XScopedTypeVariables can be defined in terms of a desugaring to--XTypeAbstractions (GHC Proposal #50):--    fn :: forall a b c. tau(a,b,c)            fn :: forall a b c. tau(a,b,c)-    fn = defn(a,b,c)                   ==>    fn @x @y @z = defn(x,y,z)--That is, for every type variable of the leading 'forall' in the type signature,-we add an invisible binder at term level.--This model does not extend to visible forall, as discussed here:--* https://gitlab.haskell.org/ghc/ghc/issues/16734#note_203412-* https://github.com/ghc-proposals/ghc-proposals/pull/238--The conclusion of these discussions can be summarized as follows:--  > Assuming support for visible 'forall' in terms, consider this example:-  >-  >     vfn :: forall x y -> tau(x,y)-  >     vfn = \a b -> ...-  >-  > The user has written their own binders 'a' and 'b' to stand for 'x' and-  > 'y', and we definitely should not desugar this into:-  >-  >     vfn :: forall x y -> tau(x,y)-  >     vfn x y = \a b -> ...         -- bad!--This design choice is reflected in the design of HsOuterSigTyVarBndrs, which are-used in every place that ScopedTypeVariables takes effect:--  data HsOuterTyVarBndrs flag pass-    = HsOuterImplicit { ... }-    | HsOuterExplicit { ..., hso_bndrs :: [LHsTyVarBndr flag pass] }-    | ...-  type HsOuterSigTyVarBndrs = HsOuterTyVarBndrs Specificity--The HsOuterExplicit constructor is only used in type signatures with outermost,-/invisible/ 'forall's. Any other type—including those with outermost,-/visible/ 'forall's—will use HsOuterImplicit. Therefore, when we determine-which type variables to bring into scope over the body of a function-(in hsScopedTvs), we /only/ bring the type variables bound by the hso_bndrs in-an HsOuterExplicit into scope. If we have an HsOuterImplicit instead, then we-do not bring any type variables into scope over the body of a function at all.--At the moment, GHC does not support visible 'forall' in terms. Nevertheless,-it is still possible to write erroneous programs that use visible 'forall's in-terms, such as this example:--    x :: forall a -> a -> a-    x = x--Previous versions of GHC would bring `a` into scope over the body of `x` in the-hopes that the typechecker would error out later-(see `GHC.Tc.Validity.vdqAllowed`). However, this can wreak havoc in the-renamer before GHC gets to that point (see #17687 for an example of this).-Bottom line: nip problems in the bud by refraining from bringing any type-variables in an HsOuterImplicit into scope over the body of a function, even-if they correspond to a visible 'forall'.--}------------------------hsTyVarName :: HsTyVarBndr flag (GhcPass p) -> IdP (GhcPass p)-hsTyVarName (UserTyVar _ _ (L _ n))     = n-hsTyVarName (KindedTyVar _ _ (L _ n) _) = n--hsLTyVarName :: LHsTyVarBndr flag (GhcPass p) -> IdP (GhcPass p)-hsLTyVarName = hsTyVarName . unLoc--hsLTyVarNames :: [LHsTyVarBndr flag (GhcPass p)] -> [IdP (GhcPass p)]-hsLTyVarNames = map hsLTyVarName--hsExplicitLTyVarNames :: LHsQTyVars (GhcPass p) -> [IdP (GhcPass p)]--- Explicit variables only-hsExplicitLTyVarNames qtvs = map hsLTyVarName (hsQTvExplicit qtvs)--hsAllLTyVarNames :: LHsQTyVars GhcRn -> [Name]--- All variables-hsAllLTyVarNames (HsQTvs { hsq_ext = kvs-                         , hsq_explicit = tvs })-  = kvs ++ hsLTyVarNames tvs--hsLTyVarLocName :: LHsTyVarBndr flag (GhcPass p) -> Located (IdP (GhcPass p))-hsLTyVarLocName = mapLoc hsTyVarName--hsLTyVarLocNames :: LHsQTyVars (GhcPass p) -> [Located (IdP (GhcPass p))]-hsLTyVarLocNames qtvs = map hsLTyVarLocName (hsQTvExplicit qtvs)---- | Get the kind signature of a type, ignoring parentheses:------   hsTyKindSig   `Maybe                    `   =   Nothing---   hsTyKindSig   `Maybe ::   Type -> Type  `   =   Just  `Type -> Type`---   hsTyKindSig   `Maybe :: ((Type -> Type))`   =   Just  `Type -> Type`------ This is used to extract the result kind of type synonyms with a CUSK:------  type S = (F :: res_kind)---                 ^^^^^^^^----hsTyKindSig :: LHsType (GhcPass p) -> Maybe (LHsKind (GhcPass p))-hsTyKindSig lty =-  case unLoc lty of-    HsParTy _ lty'    -> hsTyKindSig lty'-    HsKindSig _ _ k   -> Just k-    _                 -> Nothing------------------------ignoreParens :: LHsType (GhcPass p) -> LHsType (GhcPass p)-ignoreParens (L _ (HsParTy _ ty)) = ignoreParens ty-ignoreParens ty                   = ty--{--************************************************************************-*                                                                      *-                Building types-*                                                                      *-************************************************************************--}--mkAnonWildCardTy :: HsType GhcPs-mkAnonWildCardTy = HsWildCardTy noExtField--mkHsOpTy :: LHsType (GhcPass p) -> Located (IdP (GhcPass p))-         -> LHsType (GhcPass p) -> HsType (GhcPass p)-mkHsOpTy ty1 op ty2 = HsOpTy noExtField ty1 op ty2--mkHsAppTy :: LHsType (GhcPass p) -> LHsType (GhcPass p) -> LHsType (GhcPass p)-mkHsAppTy t1 t2-  = addCLoc t1 t2 (HsAppTy noExtField t1 (parenthesizeHsType appPrec t2))--mkHsAppTys :: LHsType (GhcPass p) -> [LHsType (GhcPass p)]-           -> LHsType (GhcPass p)-mkHsAppTys = foldl' mkHsAppTy--mkHsAppKindTy :: XAppKindTy (GhcPass p) -> LHsType (GhcPass p) -> LHsType (GhcPass p)-              -> LHsType (GhcPass p)-mkHsAppKindTy ext ty k-  = addCLoc ty k (HsAppKindTy ext ty k)--{--************************************************************************-*                                                                      *-                Decomposing HsTypes-*                                                                      *-************************************************************************--}-------------------------------------- splitHsFunType decomposes a type (t1 -> t2 ... -> tn)--- Breaks up any parens in the result type:---      splitHsFunType (a -> (b -> c)) = ([a,b], c)--- It returns API Annotations for any parens removed-splitHsFunType ::-     LHsType (GhcPass p)-  -> ([HsScaled (GhcPass p) (LHsType (GhcPass p))], LHsType (GhcPass p), [AddAnn])-splitHsFunType ty = go ty []-  where-    go (L l (HsParTy _ ty)) anns-      = go ty (anns ++ mkParensApiAnn l)--    go (L _ (HsFunTy _ mult x y)) anns-      | (args, res, anns') <- go y anns-      = (HsScaled mult x:args, res, anns')--    go other anns = ([], other, anns)---- | Retrieve the name of the \"head\" of a nested type application.--- This is somewhat like @GHC.Tc.Gen.HsType.splitHsAppTys@, but a little more--- thorough. The purpose of this function is to examine instance heads, so it--- doesn't handle *all* cases (like lists, tuples, @(~)@, etc.).-hsTyGetAppHead_maybe :: LHsType (GhcPass p)-                     -> Maybe (Located (IdP (GhcPass p)))-hsTyGetAppHead_maybe = go-  where-    go (L _ (HsTyVar _ _ ln))          = Just ln-    go (L _ (HsAppTy _ l _))           = go l-    go (L _ (HsAppKindTy _ t _))       = go t-    go (L _ (HsOpTy _ _ (L loc n) _))  = Just (L loc n)-    go (L _ (HsParTy _ t))             = go t-    go (L _ (HsKindSig _ t _))         = go t-    go _                               = Nothing----------------------------------------------------------------- Arguments in an expression/type after splitting-data HsArg tm ty-  = HsValArg tm   -- Argument is an ordinary expression     (f arg)-  | HsTypeArg SrcSpan ty -- Argument is a visible type application (f @ty)-                         -- SrcSpan is location of the `@`-  | HsArgPar SrcSpan -- See Note [HsArgPar]--numVisibleArgs :: [HsArg tm ty] -> Arity-numVisibleArgs = count is_vis-  where is_vis (HsValArg _) = True-        is_vis _            = False---- type level equivalent-type LHsTypeArg p = HsArg (LHsType p) (LHsKind p)---- | Compute the 'SrcSpan' associated with an 'LHsTypeArg'.-lhsTypeArgSrcSpan :: LHsTypeArg (GhcPass pass) -> SrcSpan-lhsTypeArgSrcSpan arg = case arg of-  HsValArg  tm    -> getLoc tm-  HsTypeArg at ty -> at `combineSrcSpans` getLoc ty-  HsArgPar  sp    -> sp--instance (Outputable tm, Outputable ty) => Outputable (HsArg tm ty) where-  ppr (HsValArg tm)    = ppr tm-  ppr (HsTypeArg _ ty) = char '@' <> ppr ty-  ppr (HsArgPar sp)    = text "HsArgPar"  <+> ppr sp-{--Note [HsArgPar]-A HsArgPar indicates that everything to the left of this in the argument list is-enclosed in parentheses together with the function itself. It is necessary so-that we can recreate the parenthesis structure in the original source after-typechecking the arguments.--The SrcSpan is the span of the original HsPar--((f arg1) arg2 arg3) results in an input argument list of-[HsValArg arg1, HsArgPar span1, HsValArg arg2, HsValArg arg3, HsArgPar span2]---}-------------------------------------- | Decompose a pattern synonym type signature into its constituent parts.------ Note that this function looks through parentheses, so it will work on types--- such as @(forall a. <...>)@. The downside to this is that it is not--- generally possible to take the returned types and reconstruct the original--- type (parentheses and all) from them.-splitLHsPatSynTy ::-     LHsSigType (GhcPass p)-  -> ( [LHsTyVarBndr Specificity (NoGhcTc (GhcPass p))] -- universals-     , LHsContext (GhcPass p)                           -- required constraints-     , [LHsTyVarBndr Specificity (GhcPass p)]           -- existentials-     , LHsContext (GhcPass p)                           -- provided constraints-     , LHsType (GhcPass p))                             -- body type-splitLHsPatSynTy ty = (univs, reqs, exis, provs, ty4)-  where-    split_sig_ty ::-         LHsSigType (GhcPass p)-      -> ([LHsTyVarBndr Specificity (NoGhcTc (GhcPass p))], LHsType (GhcPass p))-    split_sig_ty (L _ (HsSig{sig_bndrs = outer_bndrs, sig_body = body})) =-      case outer_bndrs of-        -- NB: Use ignoreParens here in order to be consistent with the use of-        -- splitLHsForAllTyInvis below, which also looks through parentheses.-        HsOuterImplicit{}                      -> ([], ignoreParens body)-        HsOuterExplicit{hso_bndrs = exp_bndrs} -> (exp_bndrs, body)--    (univs, ty1) = split_sig_ty ty-    (reqs,  ty2) = splitLHsQualTy ty1-    (exis,  ty3) = splitLHsForAllTyInvis ty2-    (provs, ty4) = splitLHsQualTy ty3---- | Decompose a sigma type (of the form @forall <tvs>. context => body@)--- into its constituent parts.--- Only splits type variable binders that were--- quantified invisibly (e.g., @forall a.@, with a dot).------ This function is used to split apart certain types, such as instance--- declaration types, which disallow visible @forall@s. For instance, if GHC--- split apart the @forall@ in @instance forall a -> Show (Blah a)@, then that--- declaration would mistakenly be accepted!------ Note that this function looks through parentheses, so it will work on types--- such as @(forall a. <...>)@. The downside to this is that it is not--- generally possible to take the returned types and reconstruct the original--- type (parentheses and all) from them.-splitLHsSigmaTyInvis :: LHsType (GhcPass p)-                     -> ([LHsTyVarBndr Specificity (GhcPass p)], LHsContext (GhcPass p), LHsType (GhcPass p))-splitLHsSigmaTyInvis ty-  | (tvs,  ty1) <- splitLHsForAllTyInvis ty-  , (ctxt, ty2) <- splitLHsQualTy ty1-  = (tvs, ctxt, ty2)---- | Decompose a GADT type into its constituent parts.--- Returns @(outer_bndrs, mb_ctxt, body)@, where:------ * @outer_bndrs@ are 'HsOuterExplicit' if the type has explicit, outermost---   type variable binders. Otherwise, they are 'HsOuterImplicit'.------ * @mb_ctxt@ is @Just@ the context, if it is provided.---   Otherwise, it is @Nothing@.------ * @body@ is the body of the type after the optional @forall@s and context.------ This function is careful not to look through parentheses.--- See @Note [GADT abstract syntax] (Wrinkle: No nested foralls or contexts)@--- "GHC.Hs.Decls" for why this is important.-splitLHsGadtTy ::-     LHsSigType GhcPs-  -> (HsOuterSigTyVarBndrs GhcPs, Maybe (LHsContext GhcPs), LHsType GhcPs)-splitLHsGadtTy (L _ sig_ty)-  | (outer_bndrs, rho_ty) <- split_bndrs sig_ty-  , (mb_ctxt, tau_ty)     <- splitLHsQualTy_KP rho_ty-  = (outer_bndrs, mb_ctxt, tau_ty)-  where-    split_bndrs :: HsSigType GhcPs -> (HsOuterSigTyVarBndrs GhcPs, LHsType GhcPs)-    split_bndrs (HsSig{sig_bndrs = outer_bndrs, sig_body = body_ty}) =-      (outer_bndrs, body_ty)---- | Decompose a type of the form @forall <tvs>. body@ into its constituent--- parts. Only splits type variable binders that--- were quantified invisibly (e.g., @forall a.@, with a dot).------ This function is used to split apart certain types, such as instance--- declaration types, which disallow visible @forall@s. For instance, if GHC--- split apart the @forall@ in @instance forall a -> Show (Blah a)@, then that--- declaration would mistakenly be accepted!------ Note that this function looks through parentheses, so it will work on types--- such as @(forall a. <...>)@. The downside to this is that it is not--- generally possible to take the returned types and reconstruct the original--- type (parentheses and all) from them.--- Unlike 'splitLHsSigmaTyInvis', this function does not look through--- parentheses, hence the suffix @_KP@ (short for \"Keep Parentheses\").-splitLHsForAllTyInvis ::-  LHsType (GhcPass pass) -> ([LHsTyVarBndr Specificity (GhcPass pass)], LHsType (GhcPass pass))-splitLHsForAllTyInvis ty-  | (mb_tvbs, body) <- splitLHsForAllTyInvis_KP (ignoreParens ty)-  = (fromMaybe [] mb_tvbs, body)---- | Decompose a type of the form @forall <tvs>. body@ into its constituent--- parts. Only splits type variable binders that--- were quantified invisibly (e.g., @forall a.@, with a dot).------ This function is used to split apart certain types, such as instance--- declaration types, which disallow visible @forall@s. For instance, if GHC--- split apart the @forall@ in @instance forall a -> Show (Blah a)@, then that--- declaration would mistakenly be accepted!------ Unlike 'splitLHsForAllTyInvis', this function does not look through--- parentheses, hence the suffix @_KP@ (short for \"Keep Parentheses\").-splitLHsForAllTyInvis_KP ::-  LHsType (GhcPass pass) -> (Maybe [LHsTyVarBndr Specificity (GhcPass pass)], LHsType (GhcPass pass))-splitLHsForAllTyInvis_KP lty@(L _ ty) =-  case ty of-    HsForAllTy { hst_tele = HsForAllInvis { hsf_invis_bndrs = tvs }-               , hst_body = body }-      -> (Just tvs, body)-    _ -> (Nothing, lty)---- | Decompose a type of the form @context => body@ into its constituent parts.------ Note that this function looks through parentheses, so it will work on types--- such as @(context => <...>)@. The downside to this is that it is not--- generally possible to take the returned types and reconstruct the original--- type (parentheses and all) from them.-splitLHsQualTy :: LHsType (GhcPass pass) -> (LHsContext (GhcPass pass), LHsType (GhcPass pass))-splitLHsQualTy ty-  | (mb_ctxt, body) <- splitLHsQualTy_KP (ignoreParens ty)-  = (fromMaybe noLHsContext mb_ctxt, body)---- | Decompose a type of the form @context => body@ into its constituent parts.------ Unlike 'splitLHsQualTy', this function does not look through--- parentheses, hence the suffix @_KP@ (short for \"Keep Parentheses\").-splitLHsQualTy_KP :: LHsType (GhcPass pass) -> (Maybe (LHsContext (GhcPass pass)), LHsType (GhcPass pass))-splitLHsQualTy_KP (L _ (HsQualTy { hst_ctxt = ctxt, hst_body = body }))-                       = (Just ctxt, body)-splitLHsQualTy_KP body = (Nothing, body)---- | Decompose a type class instance type (of the form--- @forall <tvs>. context => instance_head@) into its constituent parts.--- Note that the @[Name]@s returned correspond to either:------ * The implicitly bound type variables (if the type lacks an outermost---   @forall@), or------ * The explicitly bound type variables (if the type has an outermost---   @forall@).------ This function is careful not to look through parentheses.--- See @Note [No nested foralls or contexts in instance types]@--- for why this is important.-splitLHsInstDeclTy :: LHsSigType GhcRn-                   -> ([Name], LHsContext GhcRn, LHsType GhcRn)-splitLHsInstDeclTy (L _ (HsSig{sig_bndrs = outer_bndrs, sig_body = inst_ty})) =-  (hsOuterTyVarNames outer_bndrs, ctxt, body_ty)-  where-    (mb_cxt, body_ty) = splitLHsQualTy_KP inst_ty-    ctxt = fromMaybe noLHsContext mb_cxt---- | Decompose a type class instance type (of the form--- @forall <tvs>. context => instance_head@) into the @instance_head@.-getLHsInstDeclHead :: LHsSigType (GhcPass p) -> LHsType (GhcPass p)-getLHsInstDeclHead (L _ (HsSig{sig_body = qual_ty}))-  | (_mb_cxt, body_ty) <- splitLHsQualTy_KP qual_ty-  = body_ty---- | Decompose a type class instance type (of the form--- @forall <tvs>. context => instance_head@) into the @instance_head@ and--- retrieve the underlying class type constructor (if it exists).-getLHsInstDeclClass_maybe :: LHsSigType (GhcPass p)-                          -> Maybe (Located (IdP (GhcPass p)))--- Works on (LHsSigType GhcPs)-getLHsInstDeclClass_maybe inst_ty-  = do { let head_ty = getLHsInstDeclHead inst_ty-       ; hsTyGetAppHead_maybe head_ty-       }--{--Note [No nested foralls or contexts in instance types]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-The type at the top of an instance declaration is one of the few places in GHC-where nested `forall`s or contexts are not permitted, even with RankNTypes-enabled. For example, the following will be rejected:--  instance forall a. forall b. Show (Either a b) where ...-  instance Eq a => Eq b => Show (Either a b) where ...-  instance (forall a. Show (Maybe a)) where ...-  instance (Eq a => Show (Maybe a)) where ...--This restriction is partly motivated by an unusual quirk of instance-declarations. Namely, if ScopedTypeVariables is enabled, then the type-variables from the top of an instance will scope over the bodies of the-instance methods, /even if the type variables are implicitly quantified/.-For example, GHC will accept the following:--  instance Monoid a => Monoid (Identity a) where-    mempty = Identity (mempty @a)--Moreover, the type in the top of an instance declaration must obey the-forall-or-nothing rule (see Note [forall-or-nothing rule]).-If instance types allowed nested `forall`s, this could-result in some strange interactions. For example, consider the following:--  class C a where-    m :: Proxy a-  instance (forall a. C (Either a b)) where-    m = Proxy @(Either a b)--Somewhat surprisingly, old versions of GHC would accept the instance above.-Even though the `forall` only quantifies `a`, the outermost parentheses mean-that the `forall` is nested, and per the forall-or-nothing rule, this means-that implicit quantification would occur. Therefore, the `a` is explicitly-bound and the `b` is implicitly bound. Moreover, ScopedTypeVariables would-bring /both/ sorts of type variables into scope over the body of `m`.-How utterly confusing!--To avoid this sort of confusion, we simply disallow nested `forall`s in-instance types, which makes things like the instance above become illegal.-For the sake of consistency, we also disallow nested contexts, even though they-don't have the same strange interaction with ScopedTypeVariables.--Just as we forbid nested `forall`s and contexts in normal instance-declarations, we also forbid them in SPECIALISE instance pragmas (#18455).-Unlike normal instance declarations, ScopedTypeVariables don't have any impact-on SPECIALISE instance pragmas, but we use the same validity checks for-SPECIALISE instance pragmas anyway to be consistent.---------- Wrinkle: Derived instances--------`deriving` clauses and standalone `deriving` declarations also permit bringing-type variables into scope, either through explicit or implicit quantification.-Unlike in the tops of instance declarations, however, one does not need to-enable ScopedTypeVariables for this to take effect.--Just as GHC forbids nested `forall`s in the top of instance declarations, it-also forbids them in types involved with `deriving`:--1. In the `via` types in DerivingVia. For example, this is rejected:--     deriving via (forall x. V x) instance C (S x)--   Just like the types in instance declarations, `via` types can also bring-   both implicitly and explicitly bound type variables into scope. As a result,-   we adopt the same no-nested-`forall`s rule in `via` types to avoid confusing-   behavior like in the example below:--     deriving via (forall x. T x y) instance W x y (Foo a b)-     -- Both x and y are brought into scope???-2. In the classes in `deriving` clauses. For example, this is rejected:--     data T = MkT deriving (C1, (forall x. C2 x y))--   This is because the generated instance would look like:--     instance forall x y. C2 x y T where ...--   So really, the same concerns as instance declarations apply here as well.--}--{--************************************************************************-*                                                                      *-                FieldOcc-*                                                                      *-************************************************************************--}---- | Located Field Occurrence-type LFieldOcc pass = XRec pass (FieldOcc pass)---- | Field Occurrence------ Represents an *occurrence* of an unambiguous field.  This may or may not be a--- binding occurrence (e.g. this type is used in 'ConDeclField' and--- 'RecordPatSynField' which bind their fields, but also in 'HsRecField' for--- record construction and patterns, which do not).------ We store both the 'RdrName' the user originally wrote, and after the renamer,--- the selector function.-data FieldOcc pass = FieldOcc { extFieldOcc     :: XCFieldOcc pass-                              , rdrNameFieldOcc :: Located RdrName-                                 -- ^ See Note [Located RdrNames] in "GHC.Hs.Expr"-                              }--  | XFieldOcc-      !(XXFieldOcc pass)-deriving instance Eq  (XCFieldOcc (GhcPass p)) => Eq  (FieldOcc (GhcPass p))--type instance XCFieldOcc GhcPs = NoExtField-type instance XCFieldOcc GhcRn = Name-type instance XCFieldOcc GhcTc = Id--type instance XXFieldOcc (GhcPass _) = NoExtCon--instance Outputable (FieldOcc pass) where-  ppr = ppr . rdrNameFieldOcc--mkFieldOcc :: Located RdrName -> FieldOcc GhcPs-mkFieldOcc rdr = FieldOcc noExtField rdr----- | Ambiguous Field Occurrence------ Represents an *occurrence* of a field that is potentially--- ambiguous after the renamer, with the ambiguity resolved by the--- typechecker.  We always store the 'RdrName' that the user--- originally wrote, and store the selector function after the renamer--- (for unambiguous occurrences) or the typechecker (for ambiguous--- occurrences).------ See Note [HsRecField and HsRecUpdField] in "GHC.Hs.Pat" and--- Note [Disambiguating record fields] in "GHC.Tc.Gen.Head".--- See Note [Located RdrNames] in "GHC.Hs.Expr"-data AmbiguousFieldOcc pass-  = Unambiguous (XUnambiguous pass) (Located RdrName)-  | Ambiguous   (XAmbiguous pass)   (Located RdrName)-  | XAmbiguousFieldOcc !(XXAmbiguousFieldOcc pass)--type instance XUnambiguous GhcPs = NoExtField-type instance XUnambiguous GhcRn = Name-type instance XUnambiguous GhcTc = Id--type instance XAmbiguous GhcPs = NoExtField-type instance XAmbiguous GhcRn = NoExtField-type instance XAmbiguous GhcTc = Id--type instance XXAmbiguousFieldOcc (GhcPass _) = NoExtCon--instance Outputable (AmbiguousFieldOcc (GhcPass p)) where-  ppr = ppr . rdrNameAmbiguousFieldOcc--instance OutputableBndr (AmbiguousFieldOcc (GhcPass p)) where-  pprInfixOcc  = pprInfixOcc . rdrNameAmbiguousFieldOcc-  pprPrefixOcc = pprPrefixOcc . rdrNameAmbiguousFieldOcc--mkAmbiguousFieldOcc :: Located RdrName -> AmbiguousFieldOcc GhcPs-mkAmbiguousFieldOcc rdr = Unambiguous noExtField rdr--rdrNameAmbiguousFieldOcc :: AmbiguousFieldOcc (GhcPass p) -> RdrName-rdrNameAmbiguousFieldOcc (Unambiguous _ (L _ rdr)) = rdr-rdrNameAmbiguousFieldOcc (Ambiguous   _ (L _ rdr)) = rdr--selectorAmbiguousFieldOcc :: AmbiguousFieldOcc GhcTc -> Id-selectorAmbiguousFieldOcc (Unambiguous sel _) = sel-selectorAmbiguousFieldOcc (Ambiguous   sel _) = sel--unambiguousFieldOcc :: AmbiguousFieldOcc GhcTc -> FieldOcc GhcTc-unambiguousFieldOcc (Unambiguous rdr sel) = FieldOcc rdr sel-unambiguousFieldOcc (Ambiguous   rdr sel) = FieldOcc rdr sel--ambiguousFieldOcc :: FieldOcc GhcTc -> AmbiguousFieldOcc GhcTc-ambiguousFieldOcc (FieldOcc sel rdr) = Unambiguous sel rdr--{--************************************************************************-*                                                                      *-\subsection{Pretty printing}-*                                                                      *-************************************************************************--}--class OutputableBndrFlag flag where-    pprTyVarBndr :: OutputableBndrId p => HsTyVarBndr flag (GhcPass p) -> SDoc--instance OutputableBndrFlag () where-    pprTyVarBndr (UserTyVar _ _ n)     = ppr n-    pprTyVarBndr (KindedTyVar _ _ n k) = parens $ hsep [ppr n, dcolon, ppr k]--instance OutputableBndrFlag Specificity where-    pprTyVarBndr (UserTyVar _ SpecifiedSpec n)     = ppr n-    pprTyVarBndr (UserTyVar _ InferredSpec n)      = braces $ ppr n-    pprTyVarBndr (KindedTyVar _ SpecifiedSpec n k) = parens $ hsep [ppr n, dcolon, ppr k]-    pprTyVarBndr (KindedTyVar _ InferredSpec n k)  = braces $ hsep [ppr n, dcolon, ppr k]--instance OutputableBndrId p => Outputable (HsSigType (GhcPass p)) where-    ppr (HsSig { sig_bndrs = outer_bndrs, sig_body = body }) =-      pprHsOuterSigTyVarBndrs outer_bndrs <+> ppr body--instance OutputableBndrId p => Outputable (HsType (GhcPass p)) where-    ppr ty = pprHsType ty--instance Outputable HsTyLit where-    ppr = ppr_tylit--instance OutputableBndrId p-       => Outputable (LHsQTyVars (GhcPass p)) where-    ppr (HsQTvs { hsq_explicit = tvs }) = interppSP tvs--instance (OutputableBndrFlag flag, OutputableBndrId p)-       => Outputable (HsOuterTyVarBndrs flag (GhcPass p)) where-    ppr (HsOuterImplicit{hso_ximplicit = imp_tvs}) =-      text "HsOuterImplicit:" <+> case ghcPass @p of-        GhcPs -> ppr imp_tvs-        GhcRn -> ppr imp_tvs-        GhcTc -> ppr imp_tvs-    ppr (HsOuterExplicit{hso_bndrs = exp_tvs}) =-      text "HsOuterExplicit:" <+> ppr exp_tvs--instance OutputableBndrId p-       => Outputable (HsForAllTelescope (GhcPass p)) where-    ppr (HsForAllVis { hsf_vis_bndrs = bndrs }) =-      text "HsForAllVis:" <+> ppr bndrs-    ppr (HsForAllInvis { hsf_invis_bndrs = bndrs }) =-      text "HsForAllInvis:" <+> ppr bndrs--instance (OutputableBndrId p, OutputableBndrFlag flag)-       => Outputable (HsTyVarBndr flag (GhcPass p)) where-    ppr = pprTyVarBndr--instance Outputable thing-       => Outputable (HsWildCardBndrs (GhcPass p) thing) where-    ppr (HsWC { hswc_body = ty }) = ppr ty--instance OutputableBndrId p-       => Outputable (HsPatSigType (GhcPass p)) where-    ppr (HsPS { hsps_body = ty }) = ppr ty--pprAnonWildCard :: SDoc-pprAnonWildCard = char '_'---- | Prints the explicit @forall@ in a type family equation if one is written.--- If there is no explicit @forall@, nothing is printed.-pprHsOuterFamEqnTyVarBndrs :: OutputableBndrId p-                           => HsOuterFamEqnTyVarBndrs (GhcPass p) -> SDoc-pprHsOuterFamEqnTyVarBndrs (HsOuterImplicit{}) = empty-pprHsOuterFamEqnTyVarBndrs (HsOuterExplicit{hso_bndrs = qtvs}) =-  forAllLit <+> interppSP qtvs <> dot---- | Prints the outermost @forall@ in a type signature if one is written.--- If there is no outermost @forall@, nothing is printed.-pprHsOuterSigTyVarBndrs :: OutputableBndrId p-                        => HsOuterSigTyVarBndrs (GhcPass p) -> SDoc-pprHsOuterSigTyVarBndrs (HsOuterImplicit{}) = empty-pprHsOuterSigTyVarBndrs (HsOuterExplicit{hso_bndrs = bndrs}) =-  pprHsForAll (mkHsForAllInvisTele bndrs) noLHsContext---- | Prints a forall; When passed an empty list, prints @forall .@/@forall ->@--- only when @-dppr-debug@ is enabled.-pprHsForAll :: forall p. OutputableBndrId p-            => HsForAllTelescope (GhcPass p)-            -> LHsContext (GhcPass p) -> SDoc-pprHsForAll tele cxt-  = pp_tele tele <+> pprLHsContext cxt-  where-    pp_tele :: HsForAllTelescope (GhcPass p) -> SDoc-    pp_tele tele = case tele of-      HsForAllVis   { hsf_vis_bndrs   = qtvs } -> pp_forall (space <> arrow) qtvs-      HsForAllInvis { hsf_invis_bndrs = qtvs } -> pp_forall dot qtvs--    pp_forall :: forall flag. OutputableBndrFlag flag =>-                 SDoc -> [LHsTyVarBndr flag (GhcPass p)] -> SDoc-    pp_forall separator qtvs-      | null qtvs = whenPprDebug (forAllLit <> separator)-      | otherwise = forAllLit <+> interppSP qtvs <> separator--pprLHsContext :: (OutputableBndrId p)-              => LHsContext (GhcPass p) -> SDoc-pprLHsContext lctxt-  | null (unLoc lctxt) = empty-  | otherwise          = pprLHsContextAlways lctxt---- For use in a HsQualTy, which always gets printed if it exists.-pprLHsContextAlways :: (OutputableBndrId p)-                    => LHsContext (GhcPass p) -> SDoc-pprLHsContextAlways (L _ ctxt)-  = case ctxt of-      []       -> parens empty             <+> darrow-      [L _ ty] -> ppr_mono_ty ty           <+> darrow-      _        -> parens (interpp'SP ctxt) <+> darrow--pprConDeclFields :: (OutputableBndrId p)-                 => [LConDeclField (GhcPass p)] -> SDoc-pprConDeclFields fields = braces (sep (punctuate comma (map ppr_fld fields)))-  where-    ppr_fld (L _ (ConDeclField { cd_fld_names = ns, cd_fld_type = ty,-                                 cd_fld_doc = doc }))-        = ppr_names ns <+> dcolon <+> ppr ty <+> ppr_mbDoc doc-    ppr_fld (L _ (XConDeclField x)) = ppr x-    ppr_names [n] = ppr n-    ppr_names ns = sep (punctuate comma (map ppr ns))--{--Note [Printing KindedTyVars]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~-#3830 reminded me that we should really only print the kind-signature on a KindedTyVar if the kind signature was put there by the-programmer.  During kind inference GHC now adds a PostTcKind to UserTyVars,-rather than converting to KindedTyVars as before.--(As it happens, the message in #3830 comes out a different way now,-and the problem doesn't show up; but having the flag on a KindedTyVar-seems like the Right Thing anyway.)--}---- Printing works more-or-less as for Types--pprHsType :: (OutputableBndrId p) => HsType (GhcPass p) -> SDoc-pprHsType ty = ppr_mono_ty ty--ppr_mono_lty :: (OutputableBndrId p) => LHsType (GhcPass p) -> SDoc-ppr_mono_lty ty = ppr_mono_ty (unLoc ty)--ppr_mono_ty :: (OutputableBndrId p) => HsType (GhcPass p) -> SDoc-ppr_mono_ty (HsForAllTy { hst_tele = tele, hst_body = ty })-  = sep [pprHsForAll tele noLHsContext, ppr_mono_lty ty]--ppr_mono_ty (HsQualTy { hst_ctxt = ctxt, hst_body = ty })-  = sep [pprLHsContextAlways ctxt, ppr_mono_lty ty]--ppr_mono_ty (HsBangTy _ b ty)   = ppr b <> ppr_mono_lty ty-ppr_mono_ty (HsRecTy _ flds)      = pprConDeclFields flds-ppr_mono_ty (HsTyVar _ prom (L _ name))-  | isPromoted prom = quote (pprPrefixOcc name)-  | otherwise       = pprPrefixOcc name-ppr_mono_ty (HsFunTy _ mult ty1 ty2)   = ppr_fun_ty mult ty1 ty2-ppr_mono_ty (HsTupleTy _ con tys)-    -- Special-case unary boxed tuples so that they are pretty-printed as-    -- `Solo x`, not `(x)`-  | [ty] <- tys-  , BoxedTuple <- std_con-  = sep [text (mkTupleStr Boxed 1), ppr_mono_lty ty]-  | otherwise-  = tupleParens std_con (pprWithCommas ppr tys)-  where std_con = case con of-                    HsUnboxedTuple -> UnboxedTuple-                    _              -> BoxedTuple-ppr_mono_ty (HsSumTy _ tys)-  = tupleParens UnboxedTuple (pprWithBars ppr tys)-ppr_mono_ty (HsKindSig _ ty kind)-  = ppr_mono_lty ty <+> dcolon <+> ppr kind-ppr_mono_ty (HsListTy _ ty)       = brackets (ppr_mono_lty ty)-ppr_mono_ty (HsIParamTy _ n ty)   = (ppr n <+> dcolon <+> ppr_mono_lty ty)-ppr_mono_ty (HsSpliceTy _ s)      = pprSplice s-ppr_mono_ty (HsExplicitListTy _ prom tys)-  | isPromoted prom = quote $ brackets (maybeAddSpace tys $ interpp'SP tys)-  | otherwise       = brackets (interpp'SP tys)-ppr_mono_ty (HsExplicitTupleTy _ tys)-    -- Special-case unary boxed tuples so that they are pretty-printed as-    -- `'Solo x`, not `'(x)`-  | [ty] <- tys-  = quote $ sep [text (mkTupleStr Boxed 1), ppr_mono_lty ty]-  | otherwise-  = quote $ parens (maybeAddSpace tys $ interpp'SP tys)-ppr_mono_ty (HsTyLit _ t)       = ppr_tylit t-ppr_mono_ty (HsWildCardTy {})   = char '_'--ppr_mono_ty (HsStarTy _ isUni)  = char (if isUni then '★' else '*')--ppr_mono_ty (HsAppTy _ fun_ty arg_ty)-  = hsep [ppr_mono_lty fun_ty, ppr_mono_lty arg_ty]-ppr_mono_ty (HsAppKindTy _ ty k)-  = ppr_mono_lty ty <+> char '@' <> ppr_mono_lty k-ppr_mono_ty (HsOpTy _ ty1 (L _ op) ty2)-  = sep [ ppr_mono_lty ty1-        , sep [pprInfixOcc op, ppr_mono_lty ty2 ] ]--ppr_mono_ty (HsParTy _ ty)-  = parens (ppr_mono_lty ty)-  -- Put the parens in where the user did-  -- But we still use the precedence stuff to add parens because-  --    toHsType doesn't put in any HsParTys, so we may still need them--ppr_mono_ty (HsDocTy _ ty doc)-  -- AZ: Should we add parens?  Should we introduce "-- ^"?-  = ppr_mono_lty ty <+> ppr (unLoc doc)-  -- we pretty print Haddock comments on types as if they were-  -- postfix operators--ppr_mono_ty (XHsType t) = ppr t-----------------------------ppr_fun_ty :: (OutputableBndrId p)-           => HsArrow (GhcPass p) -> LHsType (GhcPass p) -> LHsType (GhcPass p) -> SDoc-ppr_fun_ty mult ty1 ty2-  = let p1 = ppr_mono_lty ty1-        p2 = ppr_mono_lty ty2-        arr = pprHsArrow mult-    in-    sep [p1, arr <+> p2]-----------------------------ppr_tylit :: HsTyLit -> SDoc-ppr_tylit (HsNumTy source i) = pprWithSourceText source (integer i)-ppr_tylit (HsStrTy source s) = pprWithSourceText source (text (show s))--+                                      -- in module Language.Haskell.Syntax.Extension++{-# OPTIONS_GHC -Wno-orphans #-} -- NamedThing, Outputable, OutputableBndrId++{-+(c) The University of Glasgow 2006+(c) The GRASP/AQUA Project, Glasgow University, 1992-1998+++GHC.Hs.Type: Abstract syntax: user-defined types+-}++module GHC.Hs.Type (+        Mult, HsScaled(..),+        hsMult, hsScaledThing,+        HsArrow(..), arrowToHsType,+        hsLinear, hsUnrestricted, isUnrestricted,++        HsType(..), HsCoreTy, LHsType, HsKind, LHsKind,+        HsForAllTelescope(..), HsTyVarBndr(..), LHsTyVarBndr,+        LHsQTyVars(..),+        HsOuterTyVarBndrs(..), HsOuterFamEqnTyVarBndrs, HsOuterSigTyVarBndrs,+        HsWildCardBndrs(..),+        HsPatSigType(..), HsPSRn(..),+        HsSigType(..), LHsSigType, LHsSigWcType, LHsWcType,+        HsTupleSort(..),+        HsContext, LHsContext, noLHsContext,+        HsTyLit(..),+        HsIPName(..), hsIPNameFS,+        HsArg(..), numVisibleArgs,+        LHsTypeArg, lhsTypeArgSrcSpan,+        OutputableBndrFlag,++        LBangType, BangType,+        HsSrcBang(..), HsImplBang(..),+        SrcStrictness(..), SrcUnpackedness(..),+        getBangType, getBangStrictness,++        ConDeclField(..), LConDeclField, pprConDeclFields,++        HsConDetails(..), noTypeArgs,++        FieldOcc(..), LFieldOcc, mkFieldOcc,+        AmbiguousFieldOcc(..), mkAmbiguousFieldOcc,+        rdrNameAmbiguousFieldOcc, selectorAmbiguousFieldOcc,+        unambiguousFieldOcc, ambiguousFieldOcc,++        mkAnonWildCardTy, pprAnonWildCard,++        hsOuterTyVarNames, hsOuterExplicitBndrs, mapHsOuterImplicit,+        mkHsOuterImplicit, mkHsOuterExplicit,+        mkHsImplicitSigType, mkHsExplicitSigType,+        mkHsWildCardBndrs, mkHsPatSigType,+        mkEmptyWildCardBndrs,+        mkHsForAllVisTele, mkHsForAllInvisTele,+        mkHsQTvs, hsQTvExplicit, emptyLHsQTvs,+        isHsKindedTyVar, hsTvbAllKinded,+        hsScopedTvs, hsWcScopedTvs, dropWildCards,+        hsTyVarName, hsAllLTyVarNames, hsLTyVarLocNames,+        hsLTyVarName, hsLTyVarNames, hsLTyVarLocName, hsExplicitLTyVarNames,+        splitLHsInstDeclTy, getLHsInstDeclHead, getLHsInstDeclClass_maybe,+        splitLHsPatSynTy,+        splitLHsForAllTyInvis, splitLHsForAllTyInvis_KP, splitLHsQualTy,+        splitLHsSigmaTyInvis, splitLHsGadtTy,+        splitHsFunType, hsTyGetAppHead_maybe,+        mkHsOpTy, mkHsAppTy, mkHsAppTys, mkHsAppKindTy,+        ignoreParens, hsSigWcType, hsPatSigType,+        hsTyKindSig,+        setHsTyVarBndrFlag, hsTyVarBndrFlag,++        -- Printing+        pprHsType, pprHsForAll,+        pprHsOuterFamEqnTyVarBndrs, pprHsOuterSigTyVarBndrs,+        pprLHsContext,+        hsTypeNeedsParens, parenthesizeHsType, parenthesizeHsContext+    ) where++#include "GhclibHsVersions.h"++import GHC.Prelude++import Language.Haskell.Syntax.Type++import {-# SOURCE #-} GHC.Hs.Expr ( pprSplice )++import Language.Haskell.Syntax.Extension+import GHC.Hs.Extension++import GHC.Types.Id ( Id )+import GHC.Types.SourceText+import GHC.Types.Name( Name, NamedThing(getName) )+import GHC.Types.Name.Reader ( RdrName )+import GHC.Types.Var ( VarBndr )+import GHC.Core.TyCo.Rep ( Type(..) )+import GHC.Builtin.Types( manyDataConName, oneDataConName, mkTupleStr )+import GHC.Core.Type+import GHC.Hs.Doc+import GHC.Types.Basic+import GHC.Types.SrcLoc+import GHC.Utils.Outputable+import GHC.Parser.Annotation++import Data.Maybe++{-+************************************************************************+*                                                                      *+\subsection{Bang annotations}+*                                                                      *+************************************************************************+-}++getBangType :: LHsType (GhcPass p) -> LHsType (GhcPass p)+getBangType                 (L _ (HsBangTy _ _ lty))       = lty+getBangType (L _ (HsDocTy x (L _ (HsBangTy _ _ lty)) lds)) =+  addCLoc lty lds (HsDocTy x lty lds)+getBangType lty                                            = lty++getBangStrictness :: LHsType (GhcPass p) -> HsSrcBang+getBangStrictness                 (L _ (HsBangTy _ s _))     = s+getBangStrictness (L _ (HsDocTy _ (L _ (HsBangTy _ s _)) _)) = s+getBangStrictness _ = (HsSrcBang NoSourceText NoSrcUnpack NoSrcStrict)++{-+************************************************************************+*                                                                      *+\subsection{Data types}+*                                                                      *+************************************************************************+-}++noLHsContext :: LHsContext (GhcPass p)+-- Use this when there is no context in the original program+-- It would really be more kosher to use a Maybe, to distinguish+--     class () => C a where ...+-- from+--     class C a where ...+noLHsContext = noLoc []++type instance XHsForAllVis   (GhcPass _) = NoExtField+type instance XHsForAllInvis (GhcPass _) = NoExtField++type instance XXHsForAllTelescope (GhcPass _) = NoExtCon++type HsQTvsRn = [Name]  -- Implicit variables+  -- For example, in   data T (a :: k1 -> k2) = ...+  -- the 'a' is explicit while 'k1', 'k2' are implicit++type instance XHsQTvs GhcPs = NoExtField+type instance XHsQTvs GhcRn = HsQTvsRn+type instance XHsQTvs GhcTc = HsQTvsRn++type instance XXLHsQTyVars  (GhcPass _) = NoExtCon++mkHsForAllVisTele ::+  [LHsTyVarBndr () (GhcPass p)] -> HsForAllTelescope (GhcPass p)+mkHsForAllVisTele vis_bndrs =+  HsForAllVis { hsf_xvis = noExtField, hsf_vis_bndrs = vis_bndrs }++mkHsForAllInvisTele ::+  [LHsTyVarBndr Specificity (GhcPass p)] -> HsForAllTelescope (GhcPass p)+mkHsForAllInvisTele invis_bndrs =+  HsForAllInvis { hsf_xinvis = noExtField, hsf_invis_bndrs = invis_bndrs }++mkHsQTvs :: [LHsTyVarBndr () GhcPs] -> LHsQTyVars GhcPs+mkHsQTvs tvs = HsQTvs { hsq_ext = noExtField, hsq_explicit = tvs }++emptyLHsQTvs :: LHsQTyVars GhcRn+emptyLHsQTvs = HsQTvs { hsq_ext = [], hsq_explicit = [] }++------------------------------------------------+--            HsOuterTyVarBndrs++type instance XHsOuterImplicit GhcPs = NoExtField+type instance XHsOuterImplicit GhcRn = [Name]+type instance XHsOuterImplicit GhcTc = [TyVar]++type instance XHsOuterExplicit GhcPs _    = NoExtField+type instance XHsOuterExplicit GhcRn _    = NoExtField+type instance XHsOuterExplicit GhcTc flag = [VarBndr TyVar flag]++type instance XXHsOuterTyVarBndrs (GhcPass _) = NoExtCon++type instance XHsWC              GhcPs b = NoExtField+type instance XHsWC              GhcRn b = [Name]+type instance XHsWC              GhcTc b = [Name]++type instance XXHsWildCardBndrs (GhcPass _) _ = NoExtCon++type instance XHsPS GhcPs = NoExtField+type instance XHsPS GhcRn = HsPSRn+type instance XHsPS GhcTc = HsPSRn++type instance XXHsPatSigType (GhcPass _) = NoExtCon++type instance XHsSig (GhcPass _) = NoExtField+type instance XXHsSigType (GhcPass _) = NoExtCon++hsSigWcType :: LHsSigWcType pass -> LHsType pass+hsSigWcType = sig_body . unLoc . hswc_body++dropWildCards :: LHsSigWcType pass -> LHsSigType pass+-- Drop the wildcard part of a LHsSigWcType+dropWildCards sig_ty = hswc_body sig_ty++hsOuterTyVarNames :: HsOuterTyVarBndrs flag GhcRn -> [Name]+hsOuterTyVarNames (HsOuterImplicit{hso_ximplicit = imp_tvs}) = imp_tvs+hsOuterTyVarNames (HsOuterExplicit{hso_bndrs = bndrs})       = hsLTyVarNames bndrs++hsOuterExplicitBndrs :: HsOuterTyVarBndrs flag (GhcPass p)+                     -> [LHsTyVarBndr flag (NoGhcTc (GhcPass p))]+hsOuterExplicitBndrs (HsOuterExplicit{hso_bndrs = bndrs}) = bndrs+hsOuterExplicitBndrs (HsOuterImplicit{})                  = []++mkHsOuterImplicit :: HsOuterTyVarBndrs flag GhcPs+mkHsOuterImplicit = HsOuterImplicit{hso_ximplicit = noExtField}++mkHsOuterExplicit :: [LHsTyVarBndr flag GhcPs] -> HsOuterTyVarBndrs flag GhcPs+mkHsOuterExplicit bndrs = HsOuterExplicit { hso_xexplicit = noExtField+                                          , hso_bndrs     = bndrs }++mkHsImplicitSigType :: LHsType GhcPs -> HsSigType GhcPs+mkHsImplicitSigType body =+  HsSig { sig_ext   = noExtField+        , sig_bndrs = mkHsOuterImplicit, sig_body = body }++mkHsExplicitSigType :: [LHsTyVarBndr Specificity GhcPs] -> LHsType GhcPs+                    -> HsSigType GhcPs+mkHsExplicitSigType bndrs body =+  HsSig { sig_ext = noExtField+        , sig_bndrs = mkHsOuterExplicit bndrs, sig_body = body }++mkHsWildCardBndrs :: thing -> HsWildCardBndrs GhcPs thing+mkHsWildCardBndrs x = HsWC { hswc_body = x+                           , hswc_ext  = noExtField }++mkHsPatSigType :: LHsType GhcPs -> HsPatSigType GhcPs+mkHsPatSigType x = HsPS { hsps_ext  = noExtField+                        , hsps_body = x }++mkEmptyWildCardBndrs :: thing -> HsWildCardBndrs GhcRn thing+mkEmptyWildCardBndrs x = HsWC { hswc_body = x+                              , hswc_ext  = [] }++--------------------------------------------------++type instance XUserTyVar    (GhcPass _) = NoExtField+type instance XKindedTyVar  (GhcPass _) = NoExtField++type instance XXTyVarBndr   (GhcPass _) = NoExtCon++-- | Return the attached flag+hsTyVarBndrFlag :: HsTyVarBndr flag (GhcPass pass) -> flag+hsTyVarBndrFlag (UserTyVar _ fl _)     = fl+hsTyVarBndrFlag (KindedTyVar _ fl _ _) = fl++-- | Set the attached flag+setHsTyVarBndrFlag :: flag -> HsTyVarBndr flag' (GhcPass pass)+  -> HsTyVarBndr flag (GhcPass pass)+setHsTyVarBndrFlag f (UserTyVar x _ l)     = UserTyVar x f l+setHsTyVarBndrFlag f (KindedTyVar x _ l k) = KindedTyVar x f l k++-- | Do all type variables in this 'LHsQTyVars' come with kind annotations?+hsTvbAllKinded :: LHsQTyVars (GhcPass p) -> Bool+hsTvbAllKinded = all (isHsKindedTyVar . unLoc) . hsQTvExplicit++instance NamedThing (HsTyVarBndr flag GhcRn) where+  getName (UserTyVar _ _ v) = unLoc v+  getName (KindedTyVar _ _ v _) = unLoc v++type instance XForAllTy        (GhcPass _) = NoExtField+type instance XQualTy          (GhcPass _) = NoExtField+type instance XTyVar           (GhcPass _) = NoExtField+type instance XAppTy           (GhcPass _) = NoExtField+type instance XFunTy           (GhcPass _) = NoExtField+type instance XListTy          (GhcPass _) = NoExtField+type instance XTupleTy         (GhcPass _) = NoExtField+type instance XSumTy           (GhcPass _) = NoExtField+type instance XOpTy            (GhcPass _) = NoExtField+type instance XParTy           (GhcPass _) = NoExtField+type instance XIParamTy        (GhcPass _) = NoExtField+type instance XStarTy          (GhcPass _) = NoExtField+type instance XKindSig         (GhcPass _) = NoExtField++type instance XAppKindTy       (GhcPass _) = SrcSpan -- Where the `@` lives++type instance XSpliceTy        GhcPs = NoExtField+type instance XSpliceTy        GhcRn = NoExtField+type instance XSpliceTy        GhcTc = Kind++type instance XDocTy           (GhcPass _) = NoExtField+type instance XBangTy          (GhcPass _) = NoExtField+type instance XRecTy           (GhcPass _) = NoExtField++type instance XExplicitListTy  GhcPs = NoExtField+type instance XExplicitListTy  GhcRn = NoExtField+type instance XExplicitListTy  GhcTc = Kind++type instance XExplicitTupleTy GhcPs = NoExtField+type instance XExplicitTupleTy GhcRn = NoExtField+type instance XExplicitTupleTy GhcTc = [Kind]++type instance XTyLit           (GhcPass _) = NoExtField++type instance XWildCardTy      (GhcPass _) = NoExtField++type instance XXType         (GhcPass _) = HsCoreTy+++oneDataConHsTy :: HsType GhcRn+oneDataConHsTy = HsTyVar noExtField NotPromoted (noLoc oneDataConName)++manyDataConHsTy :: HsType GhcRn+manyDataConHsTy = HsTyVar noExtField NotPromoted (noLoc manyDataConName)++isUnrestricted :: HsArrow GhcRn -> Bool+isUnrestricted (arrowToHsType -> L _ (HsTyVar _ _ (L _ n))) = n == manyDataConName+isUnrestricted _ = False++-- | Convert an arrow into its corresponding multiplicity. In essence this+-- erases the information of whether the programmer wrote an explicit+-- multiplicity or a shorthand.+arrowToHsType :: HsArrow GhcRn -> LHsType GhcRn+arrowToHsType (HsUnrestrictedArrow _) = noLoc manyDataConHsTy+arrowToHsType (HsLinearArrow _) = noLoc oneDataConHsTy+arrowToHsType (HsExplicitMult _ p) = p++instance+      (OutputableBndrId pass) =>+      Outputable (HsArrow (GhcPass pass)) where+  ppr arr = parens (pprHsArrow arr)++-- See #18846+pprHsArrow :: (OutputableBndrId pass) => HsArrow (GhcPass pass) -> SDoc+pprHsArrow (HsUnrestrictedArrow _) = arrow+pprHsArrow (HsLinearArrow _) = lollipop+pprHsArrow (HsExplicitMult _ p) = (mulArrow (ppr p))++type instance XConDeclField  (GhcPass _) = NoExtField+type instance XXConDeclField (GhcPass _) = NoExtCon++instance OutputableBndrId p+       => Outputable (ConDeclField (GhcPass p)) where+  ppr (ConDeclField _ fld_n fld_ty _) = ppr fld_n <+> dcolon <+> ppr fld_ty++---------------------+hsWcScopedTvs :: LHsSigWcType GhcRn -> [Name]+-- Get the lexically-scoped type variables of an LHsSigWcType:+--  - the explicitly-given forall'd type variables;+--    see Note [Lexically scoped type variables]+--  - the named wildcards; see Note [Scoping of named wildcards]+-- because they scope in the same way+hsWcScopedTvs sig_wc_ty+  | HsWC { hswc_ext = nwcs, hswc_body = sig_ty }  <- sig_wc_ty+  , L _ (HsSig{sig_bndrs = outer_bndrs}) <- sig_ty+  = nwcs ++ hsLTyVarNames (hsOuterExplicitBndrs outer_bndrs)+    -- See Note [hsScopedTvs and visible foralls]++hsScopedTvs :: LHsSigType GhcRn -> [Name]+-- Same as hsWcScopedTvs, but for a LHsSigType+hsScopedTvs (L _ (HsSig{sig_bndrs = outer_bndrs}))+  = hsLTyVarNames (hsOuterExplicitBndrs outer_bndrs)+    -- See Note [hsScopedTvs and visible foralls]++---------------------+hsTyVarName :: HsTyVarBndr flag (GhcPass p) -> IdP (GhcPass p)+hsTyVarName (UserTyVar _ _ (L _ n))     = n+hsTyVarName (KindedTyVar _ _ (L _ n) _) = n++hsLTyVarName :: LHsTyVarBndr flag (GhcPass p) -> IdP (GhcPass p)+hsLTyVarName = hsTyVarName . unLoc++hsLTyVarNames :: [LHsTyVarBndr flag (GhcPass p)] -> [IdP (GhcPass p)]+hsLTyVarNames = map hsLTyVarName++hsExplicitLTyVarNames :: LHsQTyVars (GhcPass p) -> [IdP (GhcPass p)]+-- Explicit variables only+hsExplicitLTyVarNames qtvs = map hsLTyVarName (hsQTvExplicit qtvs)++hsAllLTyVarNames :: LHsQTyVars GhcRn -> [Name]+-- All variables+hsAllLTyVarNames (HsQTvs { hsq_ext = kvs+                         , hsq_explicit = tvs })+  = kvs ++ hsLTyVarNames tvs++hsLTyVarLocName :: LHsTyVarBndr flag (GhcPass p) -> Located (IdP (GhcPass p))+hsLTyVarLocName = mapLoc hsTyVarName++hsLTyVarLocNames :: LHsQTyVars (GhcPass p) -> [Located (IdP (GhcPass p))]+hsLTyVarLocNames qtvs = map hsLTyVarLocName (hsQTvExplicit qtvs)++-- | Get the kind signature of a type, ignoring parentheses:+--+--   hsTyKindSig   `Maybe                    `   =   Nothing+--   hsTyKindSig   `Maybe ::   Type -> Type  `   =   Just  `Type -> Type`+--   hsTyKindSig   `Maybe :: ((Type -> Type))`   =   Just  `Type -> Type`+--+-- This is used to extract the result kind of type synonyms with a CUSK:+--+--  type S = (F :: res_kind)+--                 ^^^^^^^^+--+hsTyKindSig :: LHsType (GhcPass p) -> Maybe (LHsKind (GhcPass p))+hsTyKindSig lty =+  case unLoc lty of+    HsParTy _ lty'    -> hsTyKindSig lty'+    HsKindSig _ _ k   -> Just k+    _                 -> Nothing++---------------------+ignoreParens :: LHsType (GhcPass p) -> LHsType (GhcPass p)+ignoreParens (L _ (HsParTy _ ty)) = ignoreParens ty+ignoreParens ty                   = ty++{-+************************************************************************+*                                                                      *+                Building types+*                                                                      *+************************************************************************+-}++mkAnonWildCardTy :: HsType GhcPs+mkAnonWildCardTy = HsWildCardTy noExtField++mkHsOpTy :: LHsType (GhcPass p) -> Located (IdP (GhcPass p))+         -> LHsType (GhcPass p) -> HsType (GhcPass p)+mkHsOpTy ty1 op ty2 = HsOpTy noExtField ty1 op ty2++mkHsAppTy :: LHsType (GhcPass p) -> LHsType (GhcPass p) -> LHsType (GhcPass p)+mkHsAppTy t1 t2+  = addCLoc t1 t2 (HsAppTy noExtField t1 (parenthesizeHsType appPrec t2))++mkHsAppTys :: LHsType (GhcPass p) -> [LHsType (GhcPass p)]+           -> LHsType (GhcPass p)+mkHsAppTys = foldl' mkHsAppTy++mkHsAppKindTy :: XAppKindTy (GhcPass p) -> LHsType (GhcPass p) -> LHsType (GhcPass p)+              -> LHsType (GhcPass p)+mkHsAppKindTy ext ty k+  = addCLoc ty k (HsAppKindTy ext ty k)++{-+************************************************************************+*                                                                      *+                Decomposing HsTypes+*                                                                      *+************************************************************************+-}++---------------------------------+-- splitHsFunType decomposes a type (t1 -> t2 ... -> tn)+-- Breaks up any parens in the result type:+--      splitHsFunType (a -> (b -> c)) = ([a,b], c)+-- It returns API Annotations for any parens removed+splitHsFunType ::+     LHsType (GhcPass p)+  -> ([HsScaled (GhcPass p) (LHsType (GhcPass p))], LHsType (GhcPass p), [AddAnn])+splitHsFunType ty = go ty []+  where+    go (L l (HsParTy _ ty)) anns+      = go ty (anns ++ mkParensApiAnn l)++    go (L _ (HsFunTy _ mult x y)) anns+      | (args, res, anns') <- go y anns+      = (HsScaled mult x:args, res, anns')++    go other anns = ([], other, anns)++-- | Retrieve the name of the \"head\" of a nested type application.+-- This is somewhat like @GHC.Tc.Gen.HsType.splitHsAppTys@, but a little more+-- thorough. The purpose of this function is to examine instance heads, so it+-- doesn't handle *all* cases (like lists, tuples, @(~)@, etc.).+hsTyGetAppHead_maybe :: LHsType (GhcPass p)+                     -> Maybe (Located (IdP (GhcPass p)))+hsTyGetAppHead_maybe = go+  where+    go (L _ (HsTyVar _ _ ln))          = Just ln+    go (L _ (HsAppTy _ l _))           = go l+    go (L _ (HsAppKindTy _ t _))       = go t+    go (L _ (HsOpTy _ _ (L loc n) _))  = Just (L loc n)+    go (L _ (HsParTy _ t))             = go t+    go (L _ (HsKindSig _ t _))         = go t+    go _                               = Nothing++------------------------------------------------------------++-- | Compute the 'SrcSpan' associated with an 'LHsTypeArg'.+lhsTypeArgSrcSpan :: LHsTypeArg (GhcPass pass) -> SrcSpan+lhsTypeArgSrcSpan arg = case arg of+  HsValArg  tm    -> getLoc tm+  HsTypeArg at ty -> at `combineSrcSpans` getLoc ty+  HsArgPar  sp    -> sp++--------------------------------++-- | Decompose a pattern synonym type signature into its constituent parts.+--+-- Note that this function looks through parentheses, so it will work on types+-- such as @(forall a. <...>)@. The downside to this is that it is not+-- generally possible to take the returned types and reconstruct the original+-- type (parentheses and all) from them.+splitLHsPatSynTy ::+     LHsSigType (GhcPass p)+  -> ( [LHsTyVarBndr Specificity (NoGhcTc (GhcPass p))] -- universals+     , LHsContext (GhcPass p)                           -- required constraints+     , [LHsTyVarBndr Specificity (GhcPass p)]           -- existentials+     , LHsContext (GhcPass p)                           -- provided constraints+     , LHsType (GhcPass p))                             -- body type+splitLHsPatSynTy ty = (univs, reqs, exis, provs, ty4)+  where+    split_sig_ty ::+         LHsSigType (GhcPass p)+      -> ([LHsTyVarBndr Specificity (NoGhcTc (GhcPass p))], LHsType (GhcPass p))+    split_sig_ty (L _ (HsSig{sig_bndrs = outer_bndrs, sig_body = body})) =+      case outer_bndrs of+        -- NB: Use ignoreParens here in order to be consistent with the use of+        -- splitLHsForAllTyInvis below, which also looks through parentheses.+        HsOuterImplicit{}                      -> ([], ignoreParens body)+        HsOuterExplicit{hso_bndrs = exp_bndrs} -> (exp_bndrs, body)++    (univs, ty1) = split_sig_ty ty+    (reqs,  ty2) = splitLHsQualTy ty1+    (exis,  ty3) = splitLHsForAllTyInvis ty2+    (provs, ty4) = splitLHsQualTy ty3++-- | Decompose a sigma type (of the form @forall <tvs>. context => body@)+-- into its constituent parts.+-- Only splits type variable binders that were+-- quantified invisibly (e.g., @forall a.@, with a dot).+--+-- This function is used to split apart certain types, such as instance+-- declaration types, which disallow visible @forall@s. For instance, if GHC+-- split apart the @forall@ in @instance forall a -> Show (Blah a)@, then that+-- declaration would mistakenly be accepted!+--+-- Note that this function looks through parentheses, so it will work on types+-- such as @(forall a. <...>)@. The downside to this is that it is not+-- generally possible to take the returned types and reconstruct the original+-- type (parentheses and all) from them.+splitLHsSigmaTyInvis :: LHsType (GhcPass p)+                     -> ([LHsTyVarBndr Specificity (GhcPass p)], LHsContext (GhcPass p), LHsType (GhcPass p))+splitLHsSigmaTyInvis ty+  | (tvs,  ty1) <- splitLHsForAllTyInvis ty+  , (ctxt, ty2) <- splitLHsQualTy ty1+  = (tvs, ctxt, ty2)++-- | Decompose a GADT type into its constituent parts.+-- Returns @(outer_bndrs, mb_ctxt, body)@, where:+--+-- * @outer_bndrs@ are 'HsOuterExplicit' if the type has explicit, outermost+--   type variable binders. Otherwise, they are 'HsOuterImplicit'.+--+-- * @mb_ctxt@ is @Just@ the context, if it is provided.+--   Otherwise, it is @Nothing@.+--+-- * @body@ is the body of the type after the optional @forall@s and context.+--+-- This function is careful not to look through parentheses.+-- See @Note [GADT abstract syntax] (Wrinkle: No nested foralls or contexts)@+-- "GHC.Hs.Decls" for why this is important.+splitLHsGadtTy ::+     LHsSigType GhcPs+  -> (HsOuterSigTyVarBndrs GhcPs, Maybe (LHsContext GhcPs), LHsType GhcPs)+splitLHsGadtTy (L _ sig_ty)+  | (outer_bndrs, rho_ty) <- split_bndrs sig_ty+  , (mb_ctxt, tau_ty)     <- splitLHsQualTy_KP rho_ty+  = (outer_bndrs, mb_ctxt, tau_ty)+  where+    split_bndrs :: HsSigType GhcPs -> (HsOuterSigTyVarBndrs GhcPs, LHsType GhcPs)+    split_bndrs (HsSig{sig_bndrs = outer_bndrs, sig_body = body_ty}) =+      (outer_bndrs, body_ty)++-- | Decompose a type of the form @forall <tvs>. body@ into its constituent+-- parts. Only splits type variable binders that+-- were quantified invisibly (e.g., @forall a.@, with a dot).+--+-- This function is used to split apart certain types, such as instance+-- declaration types, which disallow visible @forall@s. For instance, if GHC+-- split apart the @forall@ in @instance forall a -> Show (Blah a)@, then that+-- declaration would mistakenly be accepted!+--+-- Note that this function looks through parentheses, so it will work on types+-- such as @(forall a. <...>)@. The downside to this is that it is not+-- generally possible to take the returned types and reconstruct the original+-- type (parentheses and all) from them.+-- Unlike 'splitLHsSigmaTyInvis', this function does not look through+-- parentheses, hence the suffix @_KP@ (short for \"Keep Parentheses\").+splitLHsForAllTyInvis ::+  LHsType (GhcPass pass) -> ([LHsTyVarBndr Specificity (GhcPass pass)], LHsType (GhcPass pass))+splitLHsForAllTyInvis ty+  | (mb_tvbs, body) <- splitLHsForAllTyInvis_KP (ignoreParens ty)+  = (fromMaybe [] mb_tvbs, body)++-- | Decompose a type of the form @forall <tvs>. body@ into its constituent+-- parts. Only splits type variable binders that+-- were quantified invisibly (e.g., @forall a.@, with a dot).+--+-- This function is used to split apart certain types, such as instance+-- declaration types, which disallow visible @forall@s. For instance, if GHC+-- split apart the @forall@ in @instance forall a -> Show (Blah a)@, then that+-- declaration would mistakenly be accepted!+--+-- Unlike 'splitLHsForAllTyInvis', this function does not look through+-- parentheses, hence the suffix @_KP@ (short for \"Keep Parentheses\").+splitLHsForAllTyInvis_KP ::+  LHsType (GhcPass pass) -> (Maybe [LHsTyVarBndr Specificity (GhcPass pass)], LHsType (GhcPass pass))+splitLHsForAllTyInvis_KP lty@(L _ ty) =+  case ty of+    HsForAllTy { hst_tele = HsForAllInvis { hsf_invis_bndrs = tvs }+               , hst_body = body }+      -> (Just tvs, body)+    _ -> (Nothing, lty)++-- | Decompose a type of the form @context => body@ into its constituent parts.+--+-- Note that this function looks through parentheses, so it will work on types+-- such as @(context => <...>)@. The downside to this is that it is not+-- generally possible to take the returned types and reconstruct the original+-- type (parentheses and all) from them.+splitLHsQualTy :: LHsType (GhcPass pass) -> (LHsContext (GhcPass pass), LHsType (GhcPass pass))+splitLHsQualTy ty+  | (mb_ctxt, body) <- splitLHsQualTy_KP (ignoreParens ty)+  = (fromMaybe noLHsContext mb_ctxt, body)++-- | Decompose a type of the form @context => body@ into its constituent parts.+--+-- Unlike 'splitLHsQualTy', this function does not look through+-- parentheses, hence the suffix @_KP@ (short for \"Keep Parentheses\").+splitLHsQualTy_KP :: LHsType (GhcPass pass) -> (Maybe (LHsContext (GhcPass pass)), LHsType (GhcPass pass))+splitLHsQualTy_KP (L _ (HsQualTy { hst_ctxt = ctxt, hst_body = body }))+                       = (Just ctxt, body)+splitLHsQualTy_KP body = (Nothing, body)++-- | Decompose a type class instance type (of the form+-- @forall <tvs>. context => instance_head@) into its constituent parts.+-- Note that the @[Name]@s returned correspond to either:+--+-- * The implicitly bound type variables (if the type lacks an outermost+--   @forall@), or+--+-- * The explicitly bound type variables (if the type has an outermost+--   @forall@).+--+-- This function is careful not to look through parentheses.+-- See @Note [No nested foralls or contexts in instance types]@+-- for why this is important.+splitLHsInstDeclTy :: LHsSigType GhcRn+                   -> ([Name], LHsContext GhcRn, LHsType GhcRn)+splitLHsInstDeclTy (L _ (HsSig{sig_bndrs = outer_bndrs, sig_body = inst_ty})) =+  (hsOuterTyVarNames outer_bndrs, ctxt, body_ty)+  where+    (mb_cxt, body_ty) = splitLHsQualTy_KP inst_ty+    ctxt = fromMaybe noLHsContext mb_cxt++-- | Decompose a type class instance type (of the form+-- @forall <tvs>. context => instance_head@) into the @instance_head@.+getLHsInstDeclHead :: LHsSigType (GhcPass p) -> LHsType (GhcPass p)+getLHsInstDeclHead (L _ (HsSig{sig_body = qual_ty}))+  | (_mb_cxt, body_ty) <- splitLHsQualTy_KP qual_ty+  = body_ty++-- | Decompose a type class instance type (of the form+-- @forall <tvs>. context => instance_head@) into the @instance_head@ and+-- retrieve the underlying class type constructor (if it exists).+getLHsInstDeclClass_maybe :: LHsSigType (GhcPass p)+                          -> Maybe (Located (IdP (GhcPass p)))+-- Works on (LHsSigType GhcPs)+getLHsInstDeclClass_maybe inst_ty+  = do { let head_ty = getLHsInstDeclHead inst_ty+       ; hsTyGetAppHead_maybe head_ty+       }++{-+Note [No nested foralls or contexts in instance types]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+The type at the top of an instance declaration is one of the few places in GHC+where nested `forall`s or contexts are not permitted, even with RankNTypes+enabled. For example, the following will be rejected:++  instance forall a. forall b. Show (Either a b) where ...+  instance Eq a => Eq b => Show (Either a b) where ...+  instance (forall a. Show (Maybe a)) where ...+  instance (Eq a => Show (Maybe a)) where ...++This restriction is partly motivated by an unusual quirk of instance+declarations. Namely, if ScopedTypeVariables is enabled, then the type+variables from the top of an instance will scope over the bodies of the+instance methods, /even if the type variables are implicitly quantified/.+For example, GHC will accept the following:++  instance Monoid a => Monoid (Identity a) where+    mempty = Identity (mempty @a)++Moreover, the type in the top of an instance declaration must obey the+forall-or-nothing rule (see Note [forall-or-nothing rule]).+If instance types allowed nested `forall`s, this could+result in some strange interactions. For example, consider the following:++  class C a where+    m :: Proxy a+  instance (forall a. C (Either a b)) where+    m = Proxy @(Either a b)++Somewhat surprisingly, old versions of GHC would accept the instance above.+Even though the `forall` only quantifies `a`, the outermost parentheses mean+that the `forall` is nested, and per the forall-or-nothing rule, this means+that implicit quantification would occur. Therefore, the `a` is explicitly+bound and the `b` is implicitly bound. Moreover, ScopedTypeVariables would+bring /both/ sorts of type variables into scope over the body of `m`.+How utterly confusing!++To avoid this sort of confusion, we simply disallow nested `forall`s in+instance types, which makes things like the instance above become illegal.+For the sake of consistency, we also disallow nested contexts, even though they+don't have the same strange interaction with ScopedTypeVariables.++Just as we forbid nested `forall`s and contexts in normal instance+declarations, we also forbid them in SPECIALISE instance pragmas (#18455).+Unlike normal instance declarations, ScopedTypeVariables don't have any impact+on SPECIALISE instance pragmas, but we use the same validity checks for+SPECIALISE instance pragmas anyway to be consistent.++-----+-- Wrinkle: Derived instances+-----++`deriving` clauses and standalone `deriving` declarations also permit bringing+type variables into scope, either through explicit or implicit quantification.+Unlike in the tops of instance declarations, however, one does not need to+enable ScopedTypeVariables for this to take effect.++Just as GHC forbids nested `forall`s in the top of instance declarations, it+also forbids them in types involved with `deriving`:++1. In the `via` types in DerivingVia. For example, this is rejected:++     deriving via (forall x. V x) instance C (S x)++   Just like the types in instance declarations, `via` types can also bring+   both implicitly and explicitly bound type variables into scope. As a result,+   we adopt the same no-nested-`forall`s rule in `via` types to avoid confusing+   behavior like in the example below:++     deriving via (forall x. T x y) instance W x y (Foo a b)+     -- Both x and y are brought into scope???+2. In the classes in `deriving` clauses. For example, this is rejected:++     data T = MkT deriving (C1, (forall x. C2 x y))++   This is because the generated instance would look like:++     instance forall x y. C2 x y T where ...++   So really, the same concerns as instance declarations apply here as well.+-}++{-+************************************************************************+*                                                                      *+                FieldOcc+*                                                                      *+************************************************************************+-}++type instance XCFieldOcc GhcPs = NoExtField+type instance XCFieldOcc GhcRn = Name+type instance XCFieldOcc GhcTc = Id++type instance XXFieldOcc (GhcPass _) = NoExtCon++mkFieldOcc :: Located RdrName -> FieldOcc GhcPs+mkFieldOcc rdr = FieldOcc noExtField rdr+++type instance XUnambiguous GhcPs = NoExtField+type instance XUnambiguous GhcRn = Name+type instance XUnambiguous GhcTc = Id++type instance XAmbiguous GhcPs = NoExtField+type instance XAmbiguous GhcRn = NoExtField+type instance XAmbiguous GhcTc = Id++type instance XXAmbiguousFieldOcc (GhcPass _) = NoExtCon++instance Outputable (AmbiguousFieldOcc (GhcPass p)) where+  ppr = ppr . rdrNameAmbiguousFieldOcc++instance OutputableBndr (AmbiguousFieldOcc (GhcPass p)) where+  pprInfixOcc  = pprInfixOcc . rdrNameAmbiguousFieldOcc+  pprPrefixOcc = pprPrefixOcc . rdrNameAmbiguousFieldOcc++mkAmbiguousFieldOcc :: Located RdrName -> AmbiguousFieldOcc GhcPs+mkAmbiguousFieldOcc rdr = Unambiguous noExtField rdr++rdrNameAmbiguousFieldOcc :: AmbiguousFieldOcc (GhcPass p) -> RdrName+rdrNameAmbiguousFieldOcc (Unambiguous _ (L _ rdr)) = rdr+rdrNameAmbiguousFieldOcc (Ambiguous   _ (L _ rdr)) = rdr++selectorAmbiguousFieldOcc :: AmbiguousFieldOcc GhcTc -> Id+selectorAmbiguousFieldOcc (Unambiguous sel _) = sel+selectorAmbiguousFieldOcc (Ambiguous   sel _) = sel++unambiguousFieldOcc :: AmbiguousFieldOcc GhcTc -> FieldOcc GhcTc+unambiguousFieldOcc (Unambiguous rdr sel) = FieldOcc rdr sel+unambiguousFieldOcc (Ambiguous   rdr sel) = FieldOcc rdr sel++ambiguousFieldOcc :: FieldOcc GhcTc -> AmbiguousFieldOcc GhcTc+ambiguousFieldOcc (FieldOcc sel rdr) = Unambiguous sel rdr++{-+************************************************************************+*                                                                      *+\subsection{Pretty printing}+*                                                                      *+************************************************************************+-}++class OutputableBndrFlag flag where+    pprTyVarBndr :: OutputableBndrId p => HsTyVarBndr flag (GhcPass p) -> SDoc++instance OutputableBndrFlag () where+    pprTyVarBndr (UserTyVar _ _ n)     = ppr n+    pprTyVarBndr (KindedTyVar _ _ n k) = parens $ hsep [ppr n, dcolon, ppr k]++instance OutputableBndrFlag Specificity where+    pprTyVarBndr (UserTyVar _ SpecifiedSpec n)     = ppr n+    pprTyVarBndr (UserTyVar _ InferredSpec n)      = braces $ ppr n+    pprTyVarBndr (KindedTyVar _ SpecifiedSpec n k) = parens $ hsep [ppr n, dcolon, ppr k]+    pprTyVarBndr (KindedTyVar _ InferredSpec n k)  = braces $ hsep [ppr n, dcolon, ppr k]++instance OutputableBndrId p => Outputable (HsSigType (GhcPass p)) where+    ppr (HsSig { sig_bndrs = outer_bndrs, sig_body = body }) =+      pprHsOuterSigTyVarBndrs outer_bndrs <+> ppr body++instance OutputableBndrId p => Outputable (HsType (GhcPass p)) where+    ppr ty = pprHsType ty++instance OutputableBndrId p+       => Outputable (LHsQTyVars (GhcPass p)) where+    ppr (HsQTvs { hsq_explicit = tvs }) = interppSP tvs++instance (OutputableBndrFlag flag, OutputableBndrId p)+       => Outputable (HsOuterTyVarBndrs flag (GhcPass p)) where+    ppr (HsOuterImplicit{hso_ximplicit = imp_tvs}) =+      text "HsOuterImplicit:" <+> case ghcPass @p of+        GhcPs -> ppr imp_tvs+        GhcRn -> ppr imp_tvs+        GhcTc -> ppr imp_tvs+    ppr (HsOuterExplicit{hso_bndrs = exp_tvs}) =+      text "HsOuterExplicit:" <+> ppr exp_tvs++instance OutputableBndrId p+       => Outputable (HsForAllTelescope (GhcPass p)) where+    ppr (HsForAllVis { hsf_vis_bndrs = bndrs }) =+      text "HsForAllVis:" <+> ppr bndrs+    ppr (HsForAllInvis { hsf_invis_bndrs = bndrs }) =+      text "HsForAllInvis:" <+> ppr bndrs++instance (OutputableBndrId p, OutputableBndrFlag flag)+       => Outputable (HsTyVarBndr flag (GhcPass p)) where+    ppr = pprTyVarBndr++instance Outputable thing+       => Outputable (HsWildCardBndrs (GhcPass p) thing) where+    ppr (HsWC { hswc_body = ty }) = ppr ty++instance OutputableBndrId p+       => Outputable (HsPatSigType (GhcPass p)) where+    ppr (HsPS { hsps_body = ty }) = ppr ty++pprAnonWildCard :: SDoc+pprAnonWildCard = char '_'++-- | Prints the explicit @forall@ in a type family equation if one is written.+-- If there is no explicit @forall@, nothing is printed.+pprHsOuterFamEqnTyVarBndrs :: OutputableBndrId p+                           => HsOuterFamEqnTyVarBndrs (GhcPass p) -> SDoc+pprHsOuterFamEqnTyVarBndrs (HsOuterImplicit{}) = empty+pprHsOuterFamEqnTyVarBndrs (HsOuterExplicit{hso_bndrs = qtvs}) =+  forAllLit <+> interppSP qtvs <> dot++-- | Prints the outermost @forall@ in a type signature if one is written.+-- If there is no outermost @forall@, nothing is printed.+pprHsOuterSigTyVarBndrs :: OutputableBndrId p+                        => HsOuterSigTyVarBndrs (GhcPass p) -> SDoc+pprHsOuterSigTyVarBndrs (HsOuterImplicit{}) = empty+pprHsOuterSigTyVarBndrs (HsOuterExplicit{hso_bndrs = bndrs}) =+  pprHsForAll (mkHsForAllInvisTele bndrs) noLHsContext++-- | Prints a forall; When passed an empty list, prints @forall .@/@forall ->@+-- only when @-dppr-debug@ is enabled.+pprHsForAll :: forall p. OutputableBndrId p+            => HsForAllTelescope (GhcPass p)+            -> LHsContext (GhcPass p) -> SDoc+pprHsForAll tele cxt+  = pp_tele tele <+> pprLHsContext cxt+  where+    pp_tele :: HsForAllTelescope (GhcPass p) -> SDoc+    pp_tele tele = case tele of+      HsForAllVis   { hsf_vis_bndrs   = qtvs } -> pp_forall (space <> arrow) qtvs+      HsForAllInvis { hsf_invis_bndrs = qtvs } -> pp_forall dot qtvs++    pp_forall :: forall flag. OutputableBndrFlag flag =>+                 SDoc -> [LHsTyVarBndr flag (GhcPass p)] -> SDoc+    pp_forall separator qtvs+      | null qtvs = whenPprDebug (forAllLit <> separator)+      | otherwise = forAllLit <+> interppSP qtvs <> separator++pprLHsContext :: (OutputableBndrId p)+              => LHsContext (GhcPass p) -> SDoc+pprLHsContext lctxt+  | null (unLoc lctxt) = empty+  | otherwise          = pprLHsContextAlways lctxt++-- For use in a HsQualTy, which always gets printed if it exists.+pprLHsContextAlways :: (OutputableBndrId p)+                    => LHsContext (GhcPass p) -> SDoc+pprLHsContextAlways (L _ ctxt)+  = case ctxt of+      []       -> parens empty             <+> darrow+      [L _ ty] -> ppr_mono_ty ty           <+> darrow+      _        -> parens (interpp'SP ctxt) <+> darrow++pprConDeclFields :: (OutputableBndrId p)+                 => [LConDeclField (GhcPass p)] -> SDoc+pprConDeclFields fields = braces (sep (punctuate comma (map ppr_fld fields)))+  where+    ppr_fld (L _ (ConDeclField { cd_fld_names = ns, cd_fld_type = ty,+                                 cd_fld_doc = doc }))+        = ppr_names ns <+> dcolon <+> ppr ty <+> ppr_mbDoc doc+    ppr_fld (L _ (XConDeclField x)) = ppr x+    ppr_names [n] = ppr n+    ppr_names ns = sep (punctuate comma (map ppr ns))++{-+Note [Printing KindedTyVars]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~+#3830 reminded me that we should really only print the kind+signature on a KindedTyVar if the kind signature was put there by the+programmer.  During kind inference GHC now adds a PostTcKind to UserTyVars,+rather than converting to KindedTyVars as before.++(As it happens, the message in #3830 comes out a different way now,+and the problem doesn't show up; but having the flag on a KindedTyVar+seems like the Right Thing anyway.)+-}++-- Printing works more-or-less as for Types++pprHsType :: (OutputableBndrId p) => HsType (GhcPass p) -> SDoc+pprHsType ty = ppr_mono_ty ty++ppr_mono_lty :: (OutputableBndrId p) => LHsType (GhcPass p) -> SDoc+ppr_mono_lty ty = ppr_mono_ty (unLoc ty)++ppr_mono_ty :: (OutputableBndrId p) => HsType (GhcPass p) -> SDoc+ppr_mono_ty (HsForAllTy { hst_tele = tele, hst_body = ty })+  = sep [pprHsForAll tele noLHsContext, ppr_mono_lty ty]++ppr_mono_ty (HsQualTy { hst_ctxt = ctxt, hst_body = ty })+  = sep [pprLHsContextAlways ctxt, ppr_mono_lty ty]++ppr_mono_ty (HsBangTy _ b ty)   = ppr b <> ppr_mono_lty ty+ppr_mono_ty (HsRecTy _ flds)      = pprConDeclFields flds+ppr_mono_ty (HsTyVar _ prom (L _ name))+  | isPromoted prom = quote (pprPrefixOcc name)+  | otherwise       = pprPrefixOcc name+ppr_mono_ty (HsFunTy _ mult ty1 ty2)   = ppr_fun_ty mult ty1 ty2+ppr_mono_ty (HsTupleTy _ con tys)+    -- Special-case unary boxed tuples so that they are pretty-printed as+    -- `Solo x`, not `(x)`+  | [ty] <- tys+  , BoxedTuple <- std_con+  = sep [text (mkTupleStr Boxed 1), ppr_mono_lty ty]+  | otherwise+  = tupleParens std_con (pprWithCommas ppr tys)+  where std_con = case con of+                    HsUnboxedTuple -> UnboxedTuple+                    _              -> BoxedTuple+ppr_mono_ty (HsSumTy _ tys)+  = tupleParens UnboxedTuple (pprWithBars ppr tys)+ppr_mono_ty (HsKindSig _ ty kind)+  = ppr_mono_lty ty <+> dcolon <+> ppr kind+ppr_mono_ty (HsListTy _ ty)       = brackets (ppr_mono_lty ty)+ppr_mono_ty (HsIParamTy _ n ty)   = (ppr n <+> dcolon <+> ppr_mono_lty ty)+ppr_mono_ty (HsSpliceTy _ s)      = pprSplice s+ppr_mono_ty (HsExplicitListTy _ prom tys)+  | isPromoted prom = quote $ brackets (maybeAddSpace tys $ interpp'SP tys)+  | otherwise       = brackets (interpp'SP tys)+ppr_mono_ty (HsExplicitTupleTy _ tys)+    -- Special-case unary boxed tuples so that they are pretty-printed as+    -- `'Solo x`, not `'(x)`+  | [ty] <- tys+  = quote $ sep [text (mkTupleStr Boxed 1), ppr_mono_lty ty]+  | otherwise+  = quote $ parens (maybeAddSpace tys $ interpp'SP tys)+ppr_mono_ty (HsTyLit _ t)       = ppr t+ppr_mono_ty (HsWildCardTy {})   = char '_'++ppr_mono_ty (HsStarTy _ isUni)  = char (if isUni then '★' else '*')++ppr_mono_ty (HsAppTy _ fun_ty arg_ty)+  = hsep [ppr_mono_lty fun_ty, ppr_mono_lty arg_ty]+ppr_mono_ty (HsAppKindTy _ ty k)+  = ppr_mono_lty ty <+> char '@' <> ppr_mono_lty k+ppr_mono_ty (HsOpTy _ ty1 (L _ op) ty2)+  = sep [ ppr_mono_lty ty1+        , sep [pprInfixOcc op, ppr_mono_lty ty2 ] ]++ppr_mono_ty (HsParTy _ ty)+  = parens (ppr_mono_lty ty)+  -- Put the parens in where the user did+  -- But we still use the precedence stuff to add parens because+  --    toHsType doesn't put in any HsParTys, so we may still need them++ppr_mono_ty (HsDocTy _ ty doc)+  -- AZ: Should we add parens?  Should we introduce "-- ^"?+  = ppr_mono_lty ty <+> ppr (unLoc doc)+  -- we pretty print Haddock comments on types as if they were+  -- postfix operators++ppr_mono_ty (XHsType t) = ppr t++--------------------------+ppr_fun_ty :: (OutputableBndrId p)+           => HsArrow (GhcPass p) -> LHsType (GhcPass p) -> LHsType (GhcPass p) -> SDoc+ppr_fun_ty mult ty1 ty2+  = let p1 = ppr_mono_lty ty1+        p2 = ppr_mono_lty ty2+        arr = pprHsArrow mult+    in+    sep [p1, arr <+> p2]++-------------------------- -- | @'hsTypeNeedsParens' p t@ returns 'True' if the type @t@ needs parentheses -- under precedence @p@. hsTypeNeedsParens :: PprPrec -> HsType (GhcPass p) -> Bool
compiler/GHC/Hs/Utils.hs view
@@ -28,6 +28,8 @@ {-# LANGUAGE TypeApplications #-} {-# LANGUAGE DataKinds #-} {-# LANGUAGE FlexibleInstances #-}+{-# LANGUAGE LambdaCase #-}+{-# LANGUAGE GADTs #-}  {-# OPTIONS_GHC -Wno-incomplete-record-updates #-} @@ -90,10 +92,11 @@   collectLocalBinders, collectHsValBinders, collectHsBindListBinders,   collectHsIdBinders,   collectHsBindsBinders, collectHsBindBinders, collectMethodBinders,+   collectPatBinders, collectPatsBinders,   collectLStmtsBinders, collectStmtsBinders,   collectLStmtBinders, collectStmtBinders,-  CollectPass(..),+  CollectPass(..), CollectFlag(..),    hsLTyClDeclBinders, hsTyClForeignBinders,   hsPatSynSelectors, getPatSynBinds,@@ -113,6 +116,7 @@ import GHC.Hs.Pat import GHC.Hs.Type import GHC.Hs.Lit+import Language.Haskell.Syntax.Extension import GHC.Hs.Extension  import GHC.Tc.Types.Evidence@@ -143,7 +147,7 @@  import Data.Either import Data.Function-import Data.List+import Data.List ( partition, deleteBy ) import Data.Proxy  {-@@ -907,7 +911,7 @@     -- binding might not be: e.g. forall a. Num a => (# a, a #)    | otherwise-  = any is_unlifted_id (collectHsBindBinders bind)+  = any is_unlifted_id (collectHsBindBinders CollNoDictBinders bind)   where     is_unlifted_id id = isUnliftedType (idType id) @@ -925,80 +929,91 @@   = False  collectLocalBinders :: CollectPass (GhcPass idL)-                    => HsLocalBindsLR (GhcPass idL) (GhcPass idR)+                    => CollectFlag (GhcPass idL)+                    -> HsLocalBindsLR (GhcPass idL) (GhcPass idR)                     -> [IdP (GhcPass idL)]-collectLocalBinders (HsValBinds _ binds) = collectHsIdBinders binds-                                         -- No pattern synonyms here-collectLocalBinders (HsIPBinds {})      = []-collectLocalBinders (EmptyLocalBinds _) = []+collectLocalBinders flag = \case+    HsValBinds _ binds -> collectHsIdBinders flag binds+                          -- No pattern synonyms here+    HsIPBinds {}       -> []+    EmptyLocalBinds _  -> []  collectHsIdBinders :: CollectPass (GhcPass idL)-                   => HsValBindsLR (GhcPass idL) (GhcPass idR)+                   => CollectFlag (GhcPass idL)+                   -> HsValBindsLR (GhcPass idL) (GhcPass idR)                    -> [IdP (GhcPass idL)] -- ^ Collect 'Id' binders only, or 'Id's + pattern synonyms, respectively-collectHsIdBinders  = collect_hs_val_binders True+collectHsIdBinders flag = collect_hs_val_binders True flag  collectHsValBinders :: CollectPass (GhcPass idL)-                    => HsValBindsLR (GhcPass idL) (GhcPass idR)+                    => CollectFlag (GhcPass idL)+                    -> HsValBindsLR (GhcPass idL) (GhcPass idR)                     -> [IdP (GhcPass idL)]-collectHsValBinders = collect_hs_val_binders False+collectHsValBinders flag = collect_hs_val_binders False flag  collectHsBindBinders :: CollectPass p-                     => HsBindLR p idR+                     => CollectFlag p+                     -> HsBindLR p idR                      -> [IdP p] -- ^ Collect both 'Id's and pattern-synonym binders-collectHsBindBinders b = collect_bind False b []+collectHsBindBinders flag b = collect_bind False flag b []  collectHsBindsBinders :: CollectPass p-                      => LHsBindsLR p idR+                      => CollectFlag p+                      -> LHsBindsLR p idR                       -> [IdP p]-collectHsBindsBinders binds = collect_binds False binds []+collectHsBindsBinders flag binds = collect_binds False flag binds []  collectHsBindListBinders :: forall p idR. CollectPass p-                         => [LHsBindLR p idR]+                         => CollectFlag p+                         -> [LHsBindLR p idR]                          -> [IdP p] -- ^ Same as 'collectHsBindsBinders', but works over a list of bindings-collectHsBindListBinders = foldr (collect_bind False . unXRec @p) []+collectHsBindListBinders flag = foldr (collect_bind False flag . unXRec @p) []  collect_hs_val_binders :: CollectPass (GhcPass idL)                        => Bool+                       -> CollectFlag (GhcPass idL)                        -> HsValBindsLR (GhcPass idL) (GhcPass idR)                        -> [IdP (GhcPass idL)]-collect_hs_val_binders ps (ValBinds _ binds _) = collect_binds ps binds []-collect_hs_val_binders ps (XValBindsLR (NValBinds binds _))-  = collect_out_binds ps binds+collect_hs_val_binders ps flag = \case+    ValBinds _ binds _              -> collect_binds ps flag binds []+    XValBindsLR (NValBinds binds _) -> collect_out_binds ps flag binds  collect_out_binds :: forall p. CollectPass p                   => Bool+                  -> CollectFlag p                   -> [(RecFlag, LHsBinds p)]                   -> [IdP p]-collect_out_binds ps = foldr (collect_binds ps . snd) []+collect_out_binds ps flag = foldr (collect_binds ps flag . snd) []  collect_binds :: forall p idR. CollectPass p               => Bool+              -> CollectFlag p               -> LHsBindsLR p idR               -> [IdP p]               -> [IdP p] -- ^ Collect 'Id's, or 'Id's + pattern synonyms, depending on boolean flag-collect_binds ps binds acc = foldr (collect_bind ps . unXRec @p) acc binds+collect_binds ps flag binds acc = foldr (collect_bind ps flag . unXRec @p) acc binds  collect_bind :: forall p idR. CollectPass p              => Bool+             -> CollectFlag p              -> HsBindLR p idR              -> [IdP p]              -> [IdP p]-collect_bind _ (PatBind { pat_lhs = p })           acc = collect_lpat p acc-collect_bind _ (FunBind { fun_id = f })            acc = unXRec @p f : acc-collect_bind _ (VarBind { var_id = f })            acc = f : acc-collect_bind _ (AbsBinds { abs_exports = dbinds }) acc = map abe_poly dbinds ++ acc+collect_bind _ flag (PatBind { pat_lhs = p })           acc = collect_lpat flag p acc+collect_bind _ _ (FunBind { fun_id = f })            acc = unXRec @p f : acc+collect_bind _ _ (VarBind { var_id = f })            acc = f : acc+collect_bind _ _ (AbsBinds { abs_exports = dbinds }) acc = map abe_poly dbinds ++ acc         -- I don't think we want the binders from the abe_binds          -- binding (hence see AbsBinds) is in zonking in GHC.Tc.Utils.Zonk-collect_bind omitPatSyn (PatSynBind _ (PSB { psb_id = ps })) acc+collect_bind omitPatSyn _ (PatSynBind _ (PSB { psb_id = ps })) acc   | omitPatSyn                  = acc   | otherwise                   = unXRec @p ps : acc-collect_bind _ (PatSynBind _ (XPatSynBind _)) acc = acc-collect_bind _ (XHsBindsLR _) acc = acc+collect_bind _ _ (PatSynBind _ (XPatSynBind _)) acc = acc+collect_bind _ _ (XHsBindsLR _) acc = acc  collectMethodBinders :: forall idL idR. UnXRec idL => LHsBindsLR idL idR -> [LIdP idL] -- ^ Used exclusively for the bindings of an instance decl which are all@@ -1010,78 +1025,128 @@        -- Someone else complains about non-FunBinds  ----------------- Statements ---------------------------collectLStmtsBinders :: (CollectPass (GhcPass idL))-                     => [LStmtLR (GhcPass idL) (GhcPass idR) body]-                     -> [IdP (GhcPass idL)]-collectLStmtsBinders = concatMap collectLStmtBinders+--+collectLStmtsBinders+  :: CollectPass (GhcPass idL)+  => CollectFlag (GhcPass idL)+  -> [LStmtLR (GhcPass idL) (GhcPass idR) body]+  -> [IdP (GhcPass idL)]+collectLStmtsBinders flag = concatMap (collectLStmtBinders flag) -collectStmtsBinders :: (CollectPass (GhcPass idL))-                    => [StmtLR (GhcPass idL) (GhcPass idR) body]-                    -> [IdP (GhcPass idL)]-collectStmtsBinders = concatMap collectStmtBinders+collectStmtsBinders+  :: (CollectPass (GhcPass idL))+  => CollectFlag (GhcPass idL)+  -> [StmtLR (GhcPass idL) (GhcPass idR) body]+  -> [IdP (GhcPass idL)]+collectStmtsBinders flag = concatMap (collectStmtBinders flag) -collectLStmtBinders :: (CollectPass (GhcPass idL))-                    => LStmtLR (GhcPass idL) (GhcPass idR) body-                    -> [IdP (GhcPass idL)]-collectLStmtBinders = collectStmtBinders . unLoc+collectLStmtBinders+  :: (CollectPass (GhcPass idL))+  => CollectFlag (GhcPass idL)+  -> LStmtLR (GhcPass idL) (GhcPass idR) body+  -> [IdP (GhcPass idL)]+collectLStmtBinders flag = collectStmtBinders flag . unLoc -collectStmtBinders :: (CollectPass (GhcPass idL))-                   => StmtLR (GhcPass idL) (GhcPass idR) body-                   -> [IdP (GhcPass idL)]+collectStmtBinders+  :: CollectPass (GhcPass idL)+  => CollectFlag (GhcPass idL)+  -> StmtLR (GhcPass idL) (GhcPass idR) body+  -> [IdP (GhcPass idL)]   -- Id Binders for a Stmt... [but what about pattern-sig type vars]?-collectStmtBinders (BindStmt _ pat _)      = collectPatBinders pat-collectStmtBinders (LetStmt _  binds)      = collectLocalBinders (unLoc binds)-collectStmtBinders (BodyStmt {})           = []-collectStmtBinders (LastStmt {})           = []-collectStmtBinders (ParStmt _ xs _ _)      = collectLStmtsBinders-                                    $ [s | ParStmtBlock _ ss _ _ <- xs, s <- ss]-collectStmtBinders (TransStmt { trS_stmts = stmts }) = collectLStmtsBinders stmts-collectStmtBinders (RecStmt { recS_stmts = ss })     = collectLStmtsBinders ss-collectStmtBinders (ApplicativeStmt _ args _) = concatMap collectArgBinders args- where-  collectArgBinders (_, ApplicativeArgOne { app_arg_pattern = pat }) = collectPatBinders pat-  collectArgBinders (_, ApplicativeArgMany { bv_pattern = pat }) = collectPatBinders pat-  collectArgBinders (_, XApplicativeArg {}) = []+collectStmtBinders flag = \case+    BindStmt _ pat _ -> collectPatBinders flag pat+    LetStmt _  binds -> collectLocalBinders flag (unLoc binds)+    BodyStmt {}      -> []+    LastStmt {}      -> []+    ParStmt _ xs _ _ -> collectLStmtsBinders flag [s | ParStmtBlock _ ss _ _ <- xs, s <- ss]+    TransStmt { trS_stmts = stmts } -> collectLStmtsBinders flag stmts+    RecStmt { recS_stmts = ss }     -> collectLStmtsBinders flag ss+    ApplicativeStmt _ args _        -> concatMap collectArgBinders args+        where+         collectArgBinders = \case+            (_, ApplicativeArgOne { app_arg_pattern = pat }) -> collectPatBinders flag pat+            (_, ApplicativeArgMany { bv_pattern = pat })     -> collectPatBinders flag pat   ----------------- Patterns ---------------------------collectPatBinders :: CollectPass p => LPat p -> [IdP p]-collectPatBinders pat = collect_lpat pat [] -collectPatsBinders :: CollectPass p => [LPat p] -> [IdP p]-collectPatsBinders pats = foldr collect_lpat [] pats+collectPatBinders+    :: CollectPass p+    => CollectFlag p+    -> LPat p+    -> [IdP p]+collectPatBinders flag pat = collect_lpat flag pat [] +collectPatsBinders+    :: CollectPass p+    => CollectFlag p+    -> [LPat p]+    -> [IdP p]+collectPatsBinders flag pats = foldr (collect_lpat flag) [] pats++ --------------collect_lpat :: forall pass. (CollectPass pass)-             => LPat pass -> [IdP pass] -> [IdP pass]-collect_lpat p bndrs = collect_pat (unXRec @pass p) bndrs +-- | Indicate if evidence binders have to be collected.+--+-- This type is used as a boolean (should we collect evidence binders or not?)+-- but also to pass an evidence that the AST has been typechecked when we do+-- want to collect evidence binders, otherwise these binders are not available.+--+-- See Note [Dictionary binders in ConPatOut]+data CollectFlag p where+    -- | Don't collect evidence binders+    CollNoDictBinders   :: CollectFlag p+    -- | Collect evidence binders+    CollWithDictBinders :: CollectFlag GhcTc++collect_lpat :: forall p. (CollectPass p)+             => CollectFlag p+             -> LPat p+             -> [IdP p]+             -> [IdP p]+collect_lpat flag pat bndrs = collect_pat flag (unXRec @p pat) bndrs+ collect_pat :: forall p. CollectPass p-            => Pat p+            => CollectFlag p+            -> Pat p             -> [IdP p]             -> [IdP p]-collect_pat pat bndrs = case pat of-  (VarPat _ var)          -> unXRec @p var : bndrs-  (WildPat _)             -> bndrs-  (LazyPat _ pat)         -> collect_lpat pat bndrs-  (BangPat _ pat)         -> collect_lpat pat bndrs-  (AsPat _ a pat)         -> unXRec @p a : collect_lpat pat bndrs-  (ViewPat _ _ pat)       -> collect_lpat pat bndrs-  (ParPat _ pat)          -> collect_lpat pat bndrs-  (ListPat _ pats)        -> foldr collect_lpat bndrs pats-  (TuplePat _ pats _)     -> foldr collect_lpat bndrs pats-  (SumPat _ pat _ _)      -> collect_lpat pat bndrs-  (ConPat {pat_args=ps})  -> foldr collect_lpat bndrs (hsConPatArgs ps)+collect_pat flag pat bndrs = case pat of+  VarPat _ var          -> unXRec @p var : bndrs+  WildPat _             -> bndrs+  LazyPat _ pat         -> collect_lpat flag pat bndrs+  BangPat _ pat         -> collect_lpat flag pat bndrs+  AsPat _ a pat         -> unXRec @p a : collect_lpat flag pat bndrs+  ViewPat _ _ pat       -> collect_lpat flag pat bndrs+  ParPat _ pat          -> collect_lpat flag pat bndrs+  ListPat _ pats        -> foldr (collect_lpat flag) bndrs pats+  TuplePat _ pats _     -> foldr (collect_lpat flag) bndrs pats+  SumPat _ pat _ _      -> collect_lpat flag pat bndrs+  LitPat _ _            -> bndrs+  NPat {}               -> bndrs+  NPlusKPat _ n _ _ _ _ -> unXRec @p n : bndrs+  SigPat _ pat _        -> collect_lpat flag pat bndrs+  XPat ext              -> collectXXPat (Proxy @p) flag ext bndrs+  SplicePat _ (HsSpliced _ _ (HsSplicedPat pat))+                        -> collect_pat flag pat bndrs+  SplicePat _ _         -> bndrs   -- See Note [Dictionary binders in ConPatOut]-  (LitPat _ _)            -> bndrs-  (NPat {})               -> bndrs-  (NPlusKPat _ n _ _ _ _) -> unXRec @p n : bndrs-  (SigPat _ pat _)        -> collect_lpat pat bndrs-  (SplicePat _ (HsSpliced _ _ (HsSplicedPat pat)))-                          -> collect_pat pat bndrs-  (SplicePat _ _)         -> bndrs-  (XPat ext)              -> collectXXPat (Proxy @p) ext bndrs+  ConPat {pat_args=ps}  -> case flag of+    CollNoDictBinders   -> foldr (collect_lpat flag) bndrs (hsConPatArgs ps)+    CollWithDictBinders -> foldr (collect_lpat flag) bndrs (hsConPatArgs ps)+                           ++ collectEvBinders (cpt_binds (pat_con_ext pat)) +collectEvBinders :: TcEvBinds -> [Id]+collectEvBinders (EvBinds bs)   = foldr add_ev_bndr [] bs+collectEvBinders (TcEvBinds {}) = panic "ToDo: collectEvBinders"++add_ev_bndr :: EvBind -> [Id] -> [Id]+add_ev_bndr (EvBind { eb_lhs = b }) bs | isId b    = b:bs+                                       | otherwise = bs+  -- A worry: what about coercion variable binders??++ -- | This class specifies how to collect variable identifiers from extension patterns in the given pass. -- Consumers of the GHC API that define their own passes should feel free to implement instances in order -- to make use of functions which depend on it.@@ -1089,47 +1154,89 @@ -- In particular, Haddock already makes use of this, with an instance for its 'DocNameI' pass so that -- it can reuse the code in GHC for collecting binders. class UnXRec p => CollectPass p where-  collectXXPat :: Proxy p -> XXPat p -> [IdP p] -> [IdP p]+  collectXXPat :: Proxy p -> CollectFlag p -> XXPat p -> [IdP p] -> [IdP p]  instance IsPass p => CollectPass (GhcPass p) where-  collectXXPat _ ext =+  collectXXPat _ flag ext =     case ghcPass @p of-      GhcTc -> let CoPat _ pat _ = ext in collect_pat pat+      GhcTc -> let CoPat _ pat _ = ext in collect_pat flag pat       GhcRn -> noExtCon ext       GhcPs -> noExtCon ext  {--Note [Dictionary binders in ConPatOut] See also same Note in GHC.HsToCore.Arrows+Note [Dictionary binders in ConPatOut] ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-Do *not* gather (a) dictionary and (b) dictionary bindings as binders-of a ConPatOut pattern.  For most calls it doesn't matter, because-it's pre-typechecker and there are no ConPatOuts.  But it does matter-more in the desugarer; for example, GHC.HsToCore.Utils.mkSelectorBinds uses-collectPatBinders.  In a lazy pattern, for example f ~(C x y) = ...,-we want to generate bindings for x,y but not for dictionaries bound by-C.  (The type checker ensures they would not be used.) -Desugaring of arrow case expressions needs these bindings (see GHC.HsToCore.Arrows-and arrowcase1), but SPJ (Jan 2007) says it's safer for it to use its-own pat-binder-collector:+Should we collect dictionary binders in ConPatOut? It depends! Use CollectFlag+to choose. -Here's the problem.  Consider+1. Pre-typechecker there are no ConPatOuts. Use CollNoDictBinders flag. -data T a where-   C :: Num a => a -> Int -> T a+2. In the desugarer, most of the time we don't want to collect evidence binders,+   so we also use CollNoDictBinders flag. -f ~(C (n+1) m) = (n,m)+   Example of why it matters: -Here, the pattern (C (n+1)) binds a hidden dictionary (d::Num a),-and *also* uses that dictionary to match the (n+1) pattern.  Yet, the-variables bound by the lazy pattern are n,m, *not* the dictionary d.-So in mkSelectorBinds in GHC.HsToCore.Utils, we want just m,n as the variables bound.+   In a lazy pattern, for example f ~(C x y) = ..., we want to generate bindings+   for x,y but not for dictionaries bound by C.+   (The type checker ensures they would not be used.)++   Here's the problem.  Consider++        data T a where+           C :: Num a => a -> Int -> T a++        f ~(C (n+1) m) = (n,m)++   Here, the pattern (C (n+1)) binds a hidden dictionary (d::Num a),+   and *also* uses that dictionary to match the (n+1) pattern.  Yet, the+   variables bound by the lazy pattern are n,m, *not* the dictionary d.+   So in mkSelectorBinds in GHC.HsToCore.Utils, we want just m,n as the+   variables bound.++   So in this case, we do *not* gather (a) dictionary and (b) dictionary+   bindings as binders of a ConPatOut pattern.+++3. On the other hand, desugaring of arrows needs evidence bindings and uses+   CollWithDictBinders flag.++   Consider++        h :: (ArrowChoice a, Arrow a) => Int -> a (Int,Int) Int+        h x = proc (y,z) -> case compare x y of+                        GT -> returnA -< z+x++   The type checker turns the case into++        case compare x y of+          GT { $dNum_123 = $dNum_Int } -> returnA -< (+) $dNum_123 z x++   That is, it attaches the $dNum_123 binding to a ConPatOut in scope.++   During desugaring, evidence binders must be collected because their sets are+   intersected with free variable sets of subsequent commands to create+   (minimal) command environments.  Failing to do it properly leads to bugs+   (e.g., #18950).++   Note: attaching evidence binders to existing ConPatOut may be suboptimal for+   arrows.  In the example above we would prefer to generate:++        case compare x y of+          GT -> returnA -< let $dNum_123 = $dNum_Int in (+) $dNum_123 z x++   So that the evidence isn't passed into the command environment. This issue+   doesn't arise with desugaring of non-arrow code because the simplifier can+   freely float and inline let-expressions created for evidence binders. But+   with arrow desugaring, the simplifier would have to see through the command+   environment tuple which is more complicated.+ -}  hsGroupBinders :: HsGroup GhcRn -> [Name] hsGroupBinders (HsGroup { hs_valds = val_decls, hs_tyclds = tycl_decls,                           hs_fords = foreign_decls })-  =  collectHsValBinders val_decls+  =  collectHsValBinders CollNoDictBinders val_decls   ++ hsTyClForeignBinders tycl_decls foreign_decls  hsTyClForeignBinders :: [TyClGroup GhcRn]@@ -1398,7 +1505,7 @@     details :: Located Name -> HsConPatDetails GhcRn -> [(SrcSpan, [Name])]     details _ (PrefixCon _ ps) = hs_lpats ps     details n (RecCon fs)      =-      [(err_loc, collectPatsBinders implicit_pats) | Just{} <- [rec_dotdot fs] ]+      [(err_loc, collectPatsBinders CollNoDictBinders implicit_pats) | Just{} <- [rec_dotdot fs] ]         ++ hs_lpats explicit_pats        where implicit_pats = map (hsRecFieldArg . unLoc) implicit
compiler/GHC/Iface/Syntax.hs view
@@ -11,7 +11,7 @@          IfaceDecl(..), IfaceFamTyConFlav(..), IfaceClassOp(..), IfaceAT(..),         IfaceConDecl(..), IfaceConDecls(..), IfaceEqSpec,-        IfaceExpr(..), IfaceAlt, IfaceLetBndr(..), IfaceJoinInfo(..),+        IfaceExpr(..), IfaceAlt(..), IfaceLetBndr(..), IfaceJoinInfo(..),         IfaceBinding(..), IfaceConAlt(..),         IfaceIdInfo, IfaceIdDetails(..), IfaceUnfolding(..),         IfaceInfoItem(..), IfaceRule(..), IfaceAnnotation(..), IfaceAnnTarget,@@ -569,7 +569,7 @@   | IfaceSource  RealSrcSpan String        -- from SourceNote   -- no breakpoints: we never export these into interface files -type IfaceAlt = (IfaceConAlt, [IfLclName], IfaceExpr)+data IfaceAlt = IfaceAlt IfaceConAlt [IfLclName] IfaceExpr         -- Note: IfLclName, not IfaceBndr (and same with the case binder)         -- We reconstruct the kind/type of the thing from the context         -- thus saving bulk in interface files@@ -1385,7 +1385,7 @@                  , text "ret_ty" <+> pprParendIfaceType ty                  , text "of {}" ]) -pprIfaceExpr add_par (IfaceCase scrut bndr [(con, bs, rhs)])+pprIfaceExpr add_par (IfaceCase scrut bndr [IfaceAlt con bs rhs])   = add_par (sep [text "case"                         <+> pprIfaceExpr noParens scrut <+> text "of"                         <+> ppr bndr <+> char '{' <+> ppr_con_bs con bs <+> arrow,@@ -1395,7 +1395,7 @@   = add_par (sep [text "case"                         <+> pprIfaceExpr noParens scrut <+> text "of"                         <+> ppr bndr <+> char '{',-                  nest 2 (sep (map ppr_alt alts)) <+> char '}'])+                  nest 2 (sep (map pprIfaceAlt alts)) <+> char '}'])  pprIfaceExpr _       (IfaceCast expr co)   = sep [pprParendIfaceExpr expr,@@ -1417,9 +1417,9 @@ pprIfaceExpr add_par (IfaceTick tickish e)   = add_par (pprIfaceTickish tickish <+> pprIfaceExpr noParens e) -ppr_alt :: (IfaceConAlt, [IfLclName], IfaceExpr) -> SDoc-ppr_alt (con, bs, rhs) = sep [ppr_con_bs con bs,-                         arrow <+> pprIfaceExpr noParens rhs]+pprIfaceAlt :: IfaceAlt -> SDoc+pprIfaceAlt (IfaceAlt con bs rhs)+  = sep [ppr_con_bs con bs, arrow <+> pprIfaceExpr noParens rhs]  ppr_con_bs :: IfaceConAlt -> [IfLclName] -> SDoc ppr_con_bs con bs = ppr con <+> hsep (map ppr bs)@@ -1748,14 +1748,14 @@ freeNamesIfExpr (IfaceCase s _ alts)   = freeNamesIfExpr s &&& fnList fn_alt alts &&& fn_cons alts   where-    fn_alt (_con,_bs,r) = freeNamesIfExpr r+    fn_alt (IfaceAlt _con _bs r) = freeNamesIfExpr r      -- Depend on the data constructors.  Just one will do!     -- Note [Tracking data constructors]-    fn_cons []                            = emptyNameSet-    fn_cons ((IfaceDefault    ,_,_) : xs) = fn_cons xs-    fn_cons ((IfaceDataAlt con,_,_) : _ ) = unitNameSet con-    fn_cons (_                      : _ ) = emptyNameSet+    fn_cons []                                     = emptyNameSet+    fn_cons (IfaceAlt IfaceDefault _ _       : xs) = fn_cons xs+    fn_cons (IfaceAlt (IfaceDataAlt con) _ _ : _ ) = unitNameSet con+    fn_cons (_                               : _ ) = emptyNameSet  freeNamesIfExpr (IfaceLet (IfaceNonRec bndr rhs) body)   = freeNamesIfLetBndr bndr &&& freeNamesIfExpr rhs &&& freeNamesIfExpr body@@ -2283,6 +2283,16 @@             _ -> do e <- get bh                     return (IfCompulsory e) +instance Binary IfaceAlt where+    put_ bh (IfaceAlt a b c) = do+        put_ bh a+        put_ bh b+        put_ bh c+    get bh = do+        a <- get bh+        b <- get bh+        c <- get bh+        return (IfaceAlt a b c)  instance Binary IfaceExpr where     put_ bh (IfaceLcl aa) = do@@ -2606,6 +2616,9 @@     IfaceLit l -> l `seq` () -- FIXME     IfaceFCall fc ty -> fc `seq` rnf ty     IfaceTick tick e -> rnf tick `seq` rnf e++instance NFData IfaceAlt where+  rnf (IfaceAlt con bndrs rhs) = rnf con `seq` rnf bndrs `seq` rnf rhs  instance NFData IfaceBinding where   rnf = \case
compiler/GHC/Iface/Type.hs view
@@ -1681,8 +1681,11 @@ ppr_co ctxt_prec (IfaceSymCo co)   = ppr_special_co ctxt_prec (text "Sym") [co] ppr_co ctxt_prec (IfaceTransCo co1 co2)-  = maybeParen ctxt_prec opPrec $-    ppr_co opPrec co1 <+> semi <+> ppr_co opPrec co2+    -- chain nested TransCo+  = let ppr_trans (IfaceTransCo c1 c2) = semi <+> ppr_co topPrec c1 : ppr_trans c2+        ppr_trans c                    = [semi <+> ppr_co opPrec c]+    in maybeParen ctxt_prec opPrec $+        vcat (ppr_co topPrec co1 : ppr_trans co2) ppr_co ctxt_prec (IfaceNthCo d co)   = ppr_special_co ctxt_prec (text "Nth:" <> int d) [co] ppr_co ctxt_prec (IfaceLRCo lr co)
compiler/GHC/Parser/Errors.hs view
@@ -19,6 +19,7 @@ import GHC.Types.Name.Reader (RdrName) import GHC.Types.Name.Occurrence (OccName) import GHC.Parser.Types+import Language.Haskell.Syntax.Extension import GHC.Hs.Extension import GHC.Hs.Expr import GHC.Hs.Pat
compiler/GHC/Parser/Errors/Ppr.hs view
@@ -24,27 +24,25 @@ import GHC.Builtin.Names (allNameStrings) import GHC.Builtin.Types (filterCTuple) -mkParserErr :: SrcSpan -> SDoc -> ErrMsg+mkParserErr :: SrcSpan -> SDoc -> ErrMsg ErrDoc mkParserErr span doc = ErrMsg    { errMsgSpan        = span    , errMsgContext     = alwaysQualify-   , errMsgDoc         = ErrDoc [doc] [] []-   , errMsgShortString = renderWithContext defaultSDocContext doc+   , errMsgDiagnostic  = ErrDoc [doc] [] []    , errMsgSeverity    = SevError    , errMsgReason      = NoReason    } -mkParserWarn :: WarningFlag -> SrcSpan -> SDoc -> ErrMsg+mkParserWarn :: WarningFlag -> SrcSpan -> SDoc -> ErrMsg ErrDoc mkParserWarn flag span doc = ErrMsg    { errMsgSpan        = span    , errMsgContext     = alwaysQualify-   , errMsgDoc         = ErrDoc [doc] [] []-   , errMsgShortString = renderWithContext defaultSDocContext doc+   , errMsgDiagnostic  = ErrDoc [doc] [] []    , errMsgSeverity    = SevWarning    , errMsgReason      = Reason flag    } -pprWarning :: PsWarning -> ErrMsg+pprWarning :: PsWarning -> ErrMsg ErrDoc pprWarning = \case    PsWarnTab loc tc       -> mkParserWarn Opt_WarnTabs loc $@@ -130,7 +128,7 @@            OperatorWhitespaceOccurrence_Suffix -> mk_msg "suffix"            OperatorWhitespaceOccurrence_TightInfix -> mk_msg "tight infix" -pprError :: PsError -> ErrMsg+pprError :: PsError -> ErrMsg ErrDoc pprError err = mkParserErr (errLoc err) $ vcat    (pp_err (errDesc err) : map pp_hint (errHints err))
compiler/GHC/Parser/Header.hs view
@@ -39,11 +39,11 @@ import GHC.Unit.Module import GHC.Builtin.Names +import GHC.Types.Error hiding ( getErrorMessages, getWarningMessages ) import GHC.Types.SrcLoc import GHC.Types.SourceError import GHC.Types.SourceText -import GHC.Utils.Error import GHC.Utils.Misc import GHC.Utils.Outputable as Outputable import GHC.Utils.Panic@@ -52,13 +52,13 @@  import GHC.Data.StringBuffer import GHC.Data.Maybe-import GHC.Data.Bag         ( Bag, emptyBag, listToBag, unitBag, isEmptyBag )+import GHC.Data.Bag         ( Bag, listToBag, unitBag, isEmptyBag ) import GHC.Data.FastString  import Control.Monad import System.IO import System.IO.Unsafe-import Data.List+import Data.List (partition)  ------------------------------------------------------------------------------ @@ -259,7 +259,7 @@               | IToptions_prag str <- unLoc open               , ITclose_prag       <- unLoc close               = case toArgs str of-                  Left _err -> optionsParseError str dflags $   -- #15053+                  Left _err -> optionsParseError str $   -- #15053                                  combineSrcSpans (getLoc open) (getLoc close)                   Right args -> map (L (getLoc open)) args ++ parseToks xs           parseToks (open:close:xs)@@ -284,10 +284,10 @@                 case rest of                   (L _loc ITcomma):more -> parseLanguage more                   (L _loc ITclose_prag):more -> parseToks more-                  (L loc _):_ -> languagePragParseError dflags loc+                  (L loc _):_ -> languagePragParseError loc                   [] -> panic "getOptions'.parseLanguage(1) went past eof token"           parseLanguage (tok:_)-              = languagePragParseError dflags (getLoc tok)+              = languagePragParseError (getLoc tok)           parseLanguage []               = panic "getOptions'.parseLanguage(2) went past eof token" @@ -308,12 +308,12 @@ -- -- Throws a 'SourceError' if the input list is non-empty claiming that the -- input flags are unknown.-checkProcessArgsResult :: MonadIO m => DynFlags -> [Located String] -> m ()-checkProcessArgsResult dflags flags+checkProcessArgsResult :: MonadIO m => [Located String] -> m ()+checkProcessArgsResult flags   = when (notNull flags) $       liftIO $ throwIO $ mkSrcErr $ listToBag $ map mkMsg flags     where mkMsg (L loc flag)-              = mkPlainErrMsg dflags loc $+              = mkPlainErrMsg loc $                   (text "unknown flag in  {-# OPTIONS_GHC #-} pragma:" <+>                    text flag) @@ -330,9 +330,9 @@     ext' = unpackFS ext     supported = supportedLanguagesAndExtensions $ platformArchOS $ targetPlatform dflags -languagePragParseError :: DynFlags -> SrcSpan -> a-languagePragParseError dflags loc =-    throwErr dflags loc $+languagePragParseError :: SrcSpan -> a+languagePragParseError loc =+    throwErr loc $        vcat [ text "Cannot parse LANGUAGE pragma"             , text "Expecting comma-separated list of language options,"             , text "each starting with a capital letter"@@ -340,7 +340,7 @@  unsupportedExtnError :: DynFlags -> SrcSpan -> String -> a unsupportedExtnError dflags loc unsup =-    throwErr dflags loc $+    throwErr loc $         text "Unsupported extension: " <> text unsup $$         if null suggestions then Outputable.empty else text "Perhaps you meant" <+> quotedListWithOr (map text suggestions)   where@@ -348,26 +348,26 @@      suggestions = fuzzyMatch unsup supported  -optionsErrorMsgs :: DynFlags -> [String] -> [Located String] -> FilePath -> Messages-optionsErrorMsgs dflags unhandled_flags flags_lines _filename-  = (emptyBag, listToBag (map mkMsg unhandled_flags_lines))+optionsErrorMsgs :: [String] -> [Located String] -> FilePath -> Messages ErrDoc+optionsErrorMsgs unhandled_flags flags_lines _filename+  = mkMessages $ listToBag (map mkMsg unhandled_flags_lines)   where unhandled_flags_lines :: [Located String]         unhandled_flags_lines = [ L l f                                 | f <- unhandled_flags                                 , L l f' <- flags_lines                                 , f == f' ]         mkMsg (L flagSpan flag) =-            GHC.Utils.Error.mkPlainErrMsg dflags flagSpan $+            mkPlainErrMsg flagSpan $                     text "unknown flag in  {-# OPTIONS_GHC #-} pragma:" <+> text flag -optionsParseError :: String -> DynFlags -> SrcSpan -> a     -- #15053-optionsParseError str dflags loc =-  throwErr dflags loc $+optionsParseError :: String -> SrcSpan -> a     -- #15053+optionsParseError str loc =+  throwErr loc $       vcat [ text "Error while parsing OPTIONS_GHC pragma."            , text "Expecting whitespace-separated list of GHC options."            , text "  E.g. {-# OPTIONS_GHC -Wall -O2 #-}"            , text ("Input was: " ++ show str) ] -throwErr :: DynFlags -> SrcSpan -> SDoc -> a                -- #15053-throwErr dflags loc doc =-  throw $ mkSrcErr $ unitBag $ mkPlainErrMsg dflags loc doc+throwErr :: SrcSpan -> SDoc -> a                -- #15053+throwErr loc doc =+  throw $ mkSrcErr $ unitBag $ mkPlainErrMsg loc doc
compiler/GHC/Parser/PostProcess.hs view
@@ -135,7 +135,7 @@ import GHC.Data.Bag import GHC.Utils.Misc import GHC.Parser.Annotation-import Data.List+import Data.List (findIndex) import Data.Foldable import GHC.Driver.Flags ( WarningFlag(..) ) import GHC.Utils.Panic@@ -982,7 +982,7 @@   | not (null args) && patIsRec c =       add_hint SuggestRecursiveDo $       patFail l (ppr e)-checkPat loc (L _ (PatBuilderAppType f t)) tyargs args = do+checkPat loc (L _ (PatBuilderAppType f t)) tyargs args =   checkPat loc f (t : tyargs) args checkPat loc (L _ (PatBuilderApp f e)) [] args = do   p <- checkLPat e@@ -2156,7 +2156,7 @@  mkRdrRecordCon :: Located RdrName -> HsRecordBinds GhcPs -> HsExpr GhcPs mkRdrRecordCon con flds-  = RecordCon { rcon_ext = noExtField, rcon_con_name = con, rcon_flds = flds }+  = RecordCon { rcon_ext = noExtField, rcon_con = con, rcon_flds = flds }  mk_rec_fields :: [Located (HsRecField (GhcPass p) arg)] -> Maybe SrcSpan -> HsRecFields (GhcPass p) arg mk_rec_fields fs Nothing = HsRecFields { rec_flds = fs, rec_dotdot = Nothing }
compiler/GHC/Platform.hs view
@@ -28,6 +28,7 @@    , platformMaxWord    , platformInIntRange    , platformInWordRange+   , platformCConvNeedsExtension    , PlatformMisc(..)    , SseVersion (..)    , BmiVersion (..)@@ -74,7 +75,7 @@ data PlatformWordSize   = PW4 -- ^ A 32-bit platform   | PW8 -- ^ A 64-bit platform-  deriving (Eq)+  deriving (Eq, Ord)  instance Show PlatformWordSize where   show PW4 = "4"@@ -181,6 +182,15 @@ -- | Test if the given Integer is representable with a platform Word platformInWordRange :: Platform -> Integer -> Bool platformInWordRange platform x = x >= 0 && x <= platformMaxWord platform++-- | For some architectures the C calling convention is that any+-- integer shorter than 64 bits is replaced by its 64 bits+-- representation using sign or zero extension.+platformCConvNeedsExtension :: Platform -> Bool+platformCConvNeedsExtension platform = case platformArch platform of+  ArchPPC_64 _ -> True+  ArchS390X    -> True+  _            -> False   --------------------------------------------------
compiler/GHC/Stg/Syntax.hs view
@@ -89,8 +89,6 @@ import GHC.Utils.Misc import GHC.Utils.Panic -import Data.List.NonEmpty ( NonEmpty, toList )- {- ************************************************************************ *                                                                      *@@ -256,22 +254,6 @@ {- ************************************************************************ *                                                                      *-StgLam-*                                                                      *-************************************************************************--StgLam is used *only* during CoreToStg's work. Before CoreToStg has finished it-encodes (\x -> e) as (let f = \x -> e in f) TODO: Encode this via an extension-to GenStgExpr à la TTG.--}--  | StgLam-        (NonEmpty (BinderP pass))-        StgExpr    -- Body of lambda--{--************************************************************************-*                                                                      * GenStgExpr: case-expressions *                                                                      * ************************************************************************@@ -436,6 +418,30 @@                         -- are not allocated.         [StgArg]        -- Args +{-+Note Stg Passes+~~~~~~~~~~~~~~~+Here is a short summary of the STG pipeline and where we use the different+StgPass data type indexes:++  1. CoreToStg.Prep performs several transformations that prepare the desugared+     and simplified core to be converted to STG. One of these transformations is+     making it so that value lambdas only exist as the RHS of a binding.++  2. CoreToStg converts the prepared core to STG, specifically GenStg*+     parameterised by 'Vanilla.++  3. Stg.Pipeline does a number of passes on the generated STG. One of these is+     the lambda-lifting pass, which internally uses the 'LiftLams+     parameterisation to store information for deciding whether or not to lift+     each binding.++  4. Stg.FVs annotates closures with their free variables. To store these+     annotations we use the 'CodeGen parameterisation.++  5. Stg.StgToCmm generates Cmm from the annotated STG.+-}+ -- | Used as a data type index for the stgSyn AST data StgPass   = Vanilla@@ -709,11 +715,6 @@    StgApp func args     -> hang (ppr func) 4 (interppSP args)    StgConApp con args _ -> hsep [ ppr con, brackets (interppSP args) ]    StgOpApp op args _   -> hsep [ pprStgOp op, brackets (interppSP args)]-   StgLam bndrs body    -> let ppr_list = brackets . fsep . punctuate comma-                           in sep [ char '\\' <+> ppr_list (map (pprBndr LambdaBind) (toList bndrs))-                                      <+> text "->"-                                  , pprStgExpr opts body-                                  ]  -- special case: let v = <very specific thing> --               in
compiler/GHC/SysTools/FileCleanup.hs view
@@ -17,7 +17,7 @@ import GHC.Driver.Phases  import Control.Monad-import Data.List+import Data.List (partition) import qualified Data.Set as Set import qualified Data.Map as Map import Data.IORef
compiler/GHC/Tc/Types.hs view
@@ -748,7 +748,7 @@                                       -- and for tidying types          tcl_lie  :: TcRef WantedConstraints,    -- Place to accumulate type constraints-        tcl_errs :: TcRef Messages              -- Place to accumulate errors+        tcl_errs :: TcRef (Messages ErrDoc)     -- Place to accumulate errors     }  setLclEnvTcLevel :: TcLclEnv -> TcLevel -> TcLclEnv
compiler/GHC/Tc/Types/Constraint.hs view
@@ -1,4 +1,5 @@-{-# LANGUAGE CPP, GeneralizedNewtypeDeriving, MultiWayIf #-}+{-# LANGUAGE CPP #-}+{-# LANGUAGE GeneralizedNewtypeDeriving #-}  {-# OPTIONS_GHC -Wno-incomplete-record-updates #-} @@ -289,7 +290,7 @@ instance Outputable HoleSort where   ppr (ExprHole ref) = text "ExprHole:" <+> ppr ref   ppr TypeHole       = text "TypeHole"-  ppr ConstraintHole = text "CosntraintHole"+  ppr ConstraintHole = text "ConstraintHole"  ------------ -- | Used to indicate extra information about why a CIrredCan is irreducible
compiler/GHC/Tc/Types/Origin.hs view
@@ -257,7 +257,7 @@                                     , text "in" <+> pprMatchContext mc ] pprSkolInfo (InferSkol ids)   = hang (text "the inferred type" <> plural ids <+> text "of")                                    2 (vcat [ ppr name <+> dcolon <+> ppr ty-                                                   | (name,ty) <- ids ])+                                           | (name,ty) <- ids ]) pprSkolInfo (UnifyForAllSkol ty) = text "the type" <+> ppr ty pprSkolInfo (TyConSkol flav name) = text "the" <+> ppr flav <+> text "declaration for" <+> quotes (ppr name) pprSkolInfo (DataConSkol name)= text "the data constructor" <+> quotes (ppr name)
compiler/GHC/Tc/Utils/TcType.hs view
@@ -457,26 +457,6 @@ It's knot-tied back to "GHC.Types.Var".  There is no reason in principle why "GHC.Types.Var" shouldn't actually have the definition, but it "belongs" here. -Note [Signature skolems]-~~~~~~~~~~~~~~~~~~~~~~~~-A TyVarTv is a specialised variant of TauTv, with the following invariants:--    * A TyVarTv can be unified only with a TyVar,-      not with any other type--    * Its MetaDetails, if filled in, will always be another TyVarTv-      or a SkolemTv--TyVarTvs are only distinguished to improve error messages.-Consider this--  data T (a:k1) = MkT (S a)-  data S (b:k2) = MkS (T b)--When doing kind inference on {S,T} we don't want *skolems* for k1,k2,-because they end up unifying; we want those TyVarTvs again.-- Note [TyVars and TcTyVars during type checking] ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The Var type has constructors TyVar and TcTyVar.  They are used@@ -547,7 +527,7 @@     | TyVarTv       -- A variant of TauTv, except that it should not be                    --   unified with a type, only with a type variable-                   -- See Note [Signature skolems]+                   -- See Note [TyVarTv] in GHC.Tc.Utils.TcMType     | RuntimeUnkTv  -- A unification variable used in the GHCi debugger.                    -- It /is/ allowed to unify with a polytype, unlike TauTv@@ -596,6 +576,7 @@     (GivenInv)  The level number of a unification variable appearing                 in the 'ic_given' of an implication I should be                 STRICTLY LESS THAN the ic_tclvl of I+                See Note [GivenInv]      (WantedInv) The level number of a unification variable appearing                 in the 'ic_wanted' of an implication I should be@@ -605,6 +586,47 @@ The level of a MetaTyVar also governs its untouchability.  See Note [Unification preconditions] in GHC.Tc.Utils.Unify. +Note [TcLevel assignment]+~~~~~~~~~~~~~~~~~~~~~~~~~+We arrange the TcLevels like this++   0   Top level+   1   First-level implication constraints+   2   Second-level implication constraints+   ...etc...++Note [GivenInv]+~~~~~~~~~~~~~~~+Invariant (GivenInv) is not essential, but it is easy to guarantee, and+it is a useful extra piece of structure.  It ensures that the Givens of+an implication don't change because of unifications /at the same level/+caused by Wanteds.  (Wanteds can also cause unifications at an outer+level, but that will iterate the entire implication; see GHC.Tc.Solver.Monad+Note [The Unification Level Flag].)++Givens can certainly contain meta-tyvars from /outer/ levels.  E.g.+   data T a where+     MkT :: Eq a => a -> MkT a++   f x = case x of MkT y -> y && True++Then we'll infer (x :: T alpha[1]).  The Givens from the implication+arising from the pattern match will look like this:++   forall[2] . Eq alpha[1] => (alpha[1] ~ Bool)++But if we unify alpha (which in this case we will), we'll iterate+the entire implication via Note [The Unification Level Flag] in+GHC.Tc.Solver.Monad.  That isn't true of unifications at the /ambient/+level.++It would be entirely possible to weaken (GivenInv), to LESS THAN OR+EQUAL TO, but we'd need to think carefully about+  - kick-out for Givens+  - GHC.Tc.Solver.Monad.isOuterTyVar+But in fact (GivenInv) is automatically true, so we're adhering to+it for now.  See #18929.+ Note [WantedInv] ~~~~~~~~~~~~~~~~ Why is WantedInv important?  Consider this implication, where@@ -615,48 +637,6 @@  We can unify alpha:=b in the inner implication, because 'alpha' is touchable; but then 'b' has excaped its scope into the outer implication.--Note [Skolem escape prevention]-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-We only unify touchable unification variables.  Because of-(WantedInv), there can be no occurrences of the variable further out,-so the unification can't cause the skolems to escape. Example:-     data T = forall a. MkT a (a->Int)-     f x (MkT v f) = length [v,x]-We decide (x::alpha), and generate an implication like-      [1]forall a. (a ~ alpha[0])-But we must not unify alpha:=a, because the skolem would escape.--For the cases where we DO want to unify, we rely on floating the-equality.   Example (with same T)-     g x (MkT v f) = x && True-We decide (x::alpha), and generate an implication like-      [1]forall a. (Bool ~ alpha[0])-We do NOT unify directly, bur rather float out (if the constraint-does not mention 'a') to get-      (Bool ~ alpha[0]) /\ [1]forall a.()-and NOW we can unify alpha.--The same idea of only unifying touchables solves another problem.-Suppose we had-   (F Int ~ uf[0])  /\  [1](forall a. C a => F Int ~ beta[1])-In this example, beta is touchable inside the implication. The-first solveSimpleWanteds step leaves 'uf' un-unified. Then we move inside-the implication where a new constraint-       uf  ~  beta-emerges. If we (wrongly) spontaneously solved it to get uf := beta,-the whole implication disappears but when we pop out again we are left with-(F Int ~ uf) which will be unified by our final zonking stage and-uf will get unified *once more* to (F Int).--Note [TcLevel assignment]-~~~~~~~~~~~~~~~~~~~~~~~~~-We arrange the TcLevels like this--   0   Top level-   1   First-level implication constraints-   2   Second-level implication constraints-   ...etc... -}  maxTcLevel :: TcLevel -> TcLevel -> TcLevel@@ -1859,7 +1839,7 @@ mkMinimalBySCs get_pred xs = go preds_with_scs []  where    preds_with_scs :: [PredWithSCs a]-   preds_with_scs = [ (pred, pred : transSuperClasses pred, x)+   preds_with_scs = [ (pred, implicants pred, x)                     | x <- xs                     , let pred = get_pred x ] @@ -1877,12 +1857,28 @@                           -- Note [Remove redundant provided dicts]      = go work_list min_preds      | p `in_cloud` work_list || p `in_cloud` min_preds+       -- Why look at work-list too?  Suppose work_item is Eq a,+       -- and work-list contains Ord a      = go work_list min_preds      | otherwise      = go work_list (work_item : min_preds)     in_cloud :: PredType -> [PredWithSCs a] -> Bool    in_cloud p ps = or [ p `tcEqType` p' | (_, scs, _) <- ps, p' <- scs ]++   implicants pred+     = pred : eq_extras pred ++ transSuperClasses pred++   -- Combine (a ~ b) and (b ~ a); no need to have both in one context+   -- These can arise when dealing with partial type signatures (e.g. T14715)+   eq_extras pred+     = case classifyPredType pred of+         EqPred r t1 t2               -> [mkPrimEqPredRole (eqRelRole r) t2 t1]+         ClassPred cls [k1,k2,t1,t2]+           | cls `hasKey` heqTyConKey -> [mkClassPred cls [k2, k1, t2, t1]]+         ClassPred cls [k,t1,t2]+           | cls `hasKey` eqTyConKey  -> [mkClassPred cls [k, t2, t1]]+         _ -> []  transSuperClasses :: PredType -> [PredType] -- (transSuperClasses p) returns (p's superclasses) not including p
compiler/GHC/Types/Demand.hs view
@@ -26,7 +26,7 @@     multCard, multDmd, multSubDmd,     -- ** Predicates on @Card@inalities and @Demand@s     isAbs, isUsedOnce, isStrict,-    isAbsDmd, isUsedOnceDmd, isStrUsedDmd,+    isAbsDmd, isUsedOnceDmd, isStrUsedDmd, isStrictDmd,     isTopDmd, isSeqDmd, isWeakDmd,     -- ** Special demands     evalDmd,@@ -106,12 +106,32 @@ ************************************************************************ -} +{- Note [Evaluation cardinalities]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+The demand analyser uses an /evaluation cardinality/ of type Card,+to specify how many times a term is evaluated.  A cardinality C_lu+represents an /interval/ [l..u], meaning+    C_lu means evaluated /at least/ 'l' times and+                         /at most/  'u' times++* The lower bound corresponds to /strictness/+  Hence 'l' is either 0 (lazy)+                   or 1 (strict)++* The upper bound corresponds to /usage/+  Hence 'u' is either 0 (not used at all),+                   or 1 (used at most once)+                   or n (no information)++Intervals describe sets, so the underlying lattice is the powerset lattice.++Usually l<=u, but we also have C_10, the interval [1,0], the empty interval,+denoting the empty set.   This is the bottom element of the lattice.+-}++ -- | Describes an interval of /evaluation cardinalities/.--- @C_lu@ means "evaluated /at least/ @l@ and /at most/ @u@ times".--- The lower bound corresponds to /strictness/ (hence @l@ is either @0@ or @1@),--- the upper bound corresponds to /usage/      (@u@ is one of @0@, @1@, @n@).------ Intervals describe sets, so the underlying lattice is the powerset lattice.+-- See Note [Evaluation cardinalities] data Card   = C_00 -- ^ {0}     Absent.   | C_01 -- ^ {0,1}   Used at most once.@@ -435,6 +455,10 @@ isAbsDmd :: Demand -> Bool isAbsDmd (n :* _) = isAbs n +-- | Contrast with isStrictUsedDmd. See Note [Strict demands]+isStrictDmd :: Demand -> Bool+isStrictDmd (n :* _) = isStrict n+ -- | Not absent and used strictly. See Note [Strict demands] isStrUsedDmd :: Demand -> Bool isStrUsedDmd (n :* _) = isStrict n && not (isAbs n)@@ -601,8 +625,9 @@ 'isStrUsedDmd' returns true only of demands that are    both strict    and  used-In particular, it is False for <B>, which can and does-arise in, say (#7319)++In particular, it is False for <B> (i.e. strict and not used,+cardinality C_10), which can and does arise in, say (#7319)    f x = raise# <some exception> Then 'x' is not used, so f gets strictness <B> -> . Now the w/w generates
compiler/GHC/Types/Error.hs view
@@ -1,15 +1,23 @@+{-# LANGUAGE DeriveFunctor #-}+{-# LANGUAGE FlexibleInstances #-} {-# LANGUAGE LambdaCase #-}  module GHC.Types.Error-   ( Messages+   ( -- * Messages+     Messages    , WarningMessages    , ErrorMessages+   , mkMessages+   , emptyMessages+   , isEmptyMessages+   , addMessage+   , unionMessages    , ErrMsg (..)    , WarnMsg    , ErrDoc (..)    , MsgDoc    , Severity (..)-   , unionMessages+   , RenderableDiagnostic (..)    , errDoc    , mapErrDoc    , pprMessageBag@@ -18,6 +26,21 @@    , getSeverityColour    , getCaretDiagnostic    , makeIntoWarning+   -- * Constructing individual errors+   , mkErrMsg+   , mkPlainErrMsg+   , mkErr+   , mkLongErrMsg+   , mkWarnMsg+   , mkPlainWarnMsg+   , mkLongWarnMsg+   -- * Queries+   , isErrorMessage+   , isWarningMessage+   , getErrorMessages+   , getWarningMessages+   , partitionMessages+   , errorsFound    ) where @@ -35,23 +58,94 @@  import System.IO.Error  ( catchIOError ) -type Messages        = (WarningMessages, ErrorMessages)-type WarningMessages = Bag WarnMsg-type ErrorMessages   = Bag ErrMsg+{-+Note [Messages]+~~~~~~~~~~~~~~~++We represent the 'Messages' as a single bag of warnings and errors.++The reason behind that is that there is a fluid relationship between errors and warnings and we want to+be able to promote or demote errors and warnings based on certain flags (e.g. -Werror, -fdefer-type-errors+or -XPartialTypeSignatures). For now we rely on the 'Severity' to distinguish between a warning and an+error, although the 'Severity' can be /more/ than just 'SevWarn' and 'SevError', and as such it probably+shouldn't belong to an 'ErrMsg' to begin with, as it might potentially lead to the construction of+"impossible states" (e.g. a waning with 'SevInfo', for example).++'WarningMessages' and 'ErrorMessages' are for now simple type aliases to retain backward compatibility, but+in future iterations these can be either parameterised over an 'e' message type (to make type signatures+a bit more declarative) or removed altogether.+-}++-- | A collection of messages emitted by GHC during error reporting. A diagnostic message is typically+-- a warning or an error. See Note [Messages].+newtype Messages e = Messages (Bag (ErrMsg e))++instance Functor Messages where+  fmap f (Messages xs) = Messages (mapBag (fmap f) xs)++emptyMessages :: Messages e+emptyMessages = Messages emptyBag++mkMessages :: Bag (ErrMsg e) -> Messages e+mkMessages = Messages++isEmptyMessages :: Messages e -> Bool+isEmptyMessages (Messages msgs) = isEmptyBag msgs++addMessage :: ErrMsg e -> Messages e -> Messages e+addMessage x (Messages xs) = Messages (x `consBag` xs)++-- | Joins two collections of messages together.+unionMessages :: Messages e -> Messages e -> Messages e+unionMessages (Messages msgs1) (Messages msgs2) = Messages (msgs1 `unionBags` msgs2)++type WarningMessages = Bag (ErrMsg ErrDoc)+type ErrorMessages   = Bag (ErrMsg ErrDoc)+ type MsgDoc          = SDoc-type WarnMsg         = ErrMsg+type WarnMsg         = ErrMsg ErrDoc +{-+Note [Rendering Messages]+~~~~~~~~~~~~~~~~~~~~~~~~~ -data ErrMsg = ErrMsg+Turning 'Messages' into something that renders nicely for the user is one of the last steps, and it+happens typically at the application boundaries (i.e. from the 'Driver' upwards).++For now (see #18516) this class is very boring as it has only one instance, but the idea is that as+the more domain-specific types are defined, the more instances we would get. For example, given something like:++data TcRnMessage+  = TcRnOutOfScope ..+  | ..++We could then define how a 'TcRnMessage' is displayed to the user. Rather than scattering pieces of+'SDoc' around the codebase, we would write once for all:++instance RenderableDiagnostic TcRnMessage where+  renderDiagnostic = \case+    TcRnOutOfScope .. -> ErrDoc [text "Out of scope error ..."] [] []+    ...++This way, we can easily write generic rendering functions for errors that all they care about is the+knowledge that a given type 'e' has a 'RenderableDiagnostic' constraint.++-}++-- | A class for types (typically errors and warnings) which can be \"rendered\" into an opaque 'ErrDoc'.+-- For more information, see Note [Rendering Messages].+class RenderableDiagnostic a where+  renderDiagnostic :: a -> ErrDoc++-- | The main 'GHC' error type, parameterised over the /domain-specific/ message.+data ErrMsg e = ErrMsg    { errMsgSpan        :: SrcSpan       -- ^ The SrcSpan is used for sorting errors into line-number order    , errMsgContext     :: PrintUnqualified-   , errMsgDoc         :: ErrDoc-   , errMsgShortString :: String-      -- ^ This has the same text as errDocImportant . errMsgDoc.+   , errMsgDiagnostic  :: e    , errMsgSeverity    :: Severity    , errMsgReason      :: WarnReason-   }+   } deriving Functor  -- | Categorise error msgs by their importance.  This is so each section can -- be rendered visually distinct.  See Note [Error report] for where these come@@ -65,9 +159,8 @@         errDocSupplementary :: [MsgDoc]         } -unionMessages :: Messages -> Messages -> Messages-unionMessages (warns1, errs1) (warns2, errs2) =-  (warns1 `unionBags` warns2, errs1 `unionBags` errs2)+instance RenderableDiagnostic ErrDoc where+  renderDiagnostic = id  errDoc :: [MsgDoc] -> [MsgDoc] -> [MsgDoc] -> ErrDoc errDoc = ErrDoc@@ -95,15 +188,20 @@     --     plus "warning:" or "error:",     --     added by mkLocMessags     --   o Output is intended for end users-  deriving Show+  deriving (Eq, Show)   instance ToJson Severity where   json s = JSString (show s) -instance Show ErrMsg where-    show em = errMsgShortString em+instance Show (ErrMsg ErrDoc) where+    show = showErrMsg +-- | Shows an 'ErrMsg'.+showErrMsg :: RenderableDiagnostic a => ErrMsg a -> String+showErrMsg err =+  renderWithContext defaultSDocContext (vcat (errDocImportant $ renderDiagnostic $ errMsgDiagnostic err))+ pprMessageBag :: Bag MsgDoc -> SDoc pprMessageBag msgs = vcat (punctuate blankLine (bagToList msgs)) @@ -233,8 +331,61 @@                       | otherwise = ""         caretLine = replicate start ' ' ++ replicate width '^' ++ caretEllipsis -makeIntoWarning :: WarnReason -> ErrMsg -> ErrMsg+makeIntoWarning :: WarnReason -> ErrMsg e -> ErrMsg e makeIntoWarning reason err = err     { errMsgSeverity = SevWarning     , errMsgReason = reason } +--+-- Creating ErrMsg(s)+--++mk_err_msg+  :: Severity -> SrcSpan -> PrintUnqualified -> e -> ErrMsg e+mk_err_msg sev locn print_unqual err+ = ErrMsg { errMsgSpan = locn+          , errMsgContext = print_unqual+          , errMsgDiagnostic = err+          , errMsgSeverity = sev+          , errMsgReason = NoReason }++mkErr :: SrcSpan -> PrintUnqualified -> e -> ErrMsg e+mkErr = mk_err_msg SevError++mkLongErrMsg, mkLongWarnMsg   :: SrcSpan -> PrintUnqualified -> MsgDoc -> MsgDoc -> ErrMsg ErrDoc+-- ^ A long (multi-line) error message+mkErrMsg, mkWarnMsg           :: SrcSpan -> PrintUnqualified -> MsgDoc            -> ErrMsg ErrDoc+-- ^ A short (one-line) error message+mkPlainErrMsg, mkPlainWarnMsg :: SrcSpan ->                     MsgDoc            -> ErrMsg ErrDoc+-- ^ Variant that doesn't care about qualified/unqualified names++mkLongErrMsg   locn unqual msg extra = mk_err_msg SevError   locn unqual        (ErrDoc [msg] [] [extra])+mkErrMsg       locn unqual msg       = mk_err_msg SevError   locn unqual        (ErrDoc [msg] [] [])+mkPlainErrMsg  locn        msg       = mk_err_msg SevError   locn alwaysQualify (ErrDoc [msg] [] [])+mkLongWarnMsg  locn unqual msg extra = mk_err_msg SevWarning locn unqual        (ErrDoc [msg] [] [extra])+mkWarnMsg      locn unqual msg       = mk_err_msg SevWarning locn unqual        (ErrDoc [msg] [] [])+mkPlainWarnMsg locn        msg       = mk_err_msg SevWarning locn alwaysQualify (ErrDoc [msg] [] [])++--+-- Queries+--++isErrorMessage :: ErrMsg e -> Bool+isErrorMessage = (== SevError) . errMsgSeverity++isWarningMessage :: ErrMsg e -> Bool+isWarningMessage = not . isErrorMessage++errorsFound :: Messages e -> Bool+errorsFound (Messages msgs) = any isErrorMessage msgs++getWarningMessages :: Messages e -> Bag (ErrMsg e)+getWarningMessages (Messages xs) = fst $ partitionBag isWarningMessage xs++getErrorMessages :: Messages e -> Bag (ErrMsg e)+getErrorMessages (Messages xs) = fst $ partitionBag isErrorMessage xs++-- | Partitions the 'Messages' and returns a tuple which first element are the warnings, and the+-- second the errors.+partitionMessages :: Messages e -> (Bag (ErrMsg e), Bag (ErrMsg e))+partitionMessages (Messages xs) = partitionBag isWarningMessage xs
compiler/GHC/Types/FieldLabel.hs view
@@ -1,7 +1,5 @@ {-# LANGUAGE DeriveDataTypeable #-}-{-# LANGUAGE DeriveTraversable  #-} {-# LANGUAGE FlexibleContexts   #-}-{-# LANGUAGE StandaloneDeriving #-} {-# LANGUAGE UndecidableInstances #-}  {-
compiler/GHC/Types/Id/Make.hs view
@@ -1493,7 +1493,7 @@      [x,y] = mkTemplateLocals [alphaTy, openBetaTy]     rhs = mkLams ([runtimeRep2TyVar, alphaTyVar, openBetaTyVar, x, y]) $-          Case (Var x) x openBetaTy [(DEFAULT, [], Var y)]+          Case (Var x) x openBetaTy [Alt DEFAULT [] (Var y)]  ------------------------------------------------ lazyId :: Id    -- See Note [lazyId magic]@@ -1556,7 +1556,7 @@     [eqR,x,eq] = mkTemplateLocals [eqRTy, a, eqRPrimTy]     rhs = mkLams (bndrs ++ [eqR, x]) $           mkWildCase (Var eqR) (unrestricted eqRTy) b $-          [(DataAlt coercibleDataCon, [eq], Cast (Var x) (mkCoVarCo eq))]+          [Alt (DataAlt coercibleDataCon) [eq] (Cast (Var x) (mkCoVarCo eq))]  {- Note [seqId magic]
compiler/GHC/Types/Id/Make.hs-boot view
@@ -11,5 +11,6 @@ mkDictSelId     :: Name -> Class   -> Id  mkPrimOpId      :: PrimOp -> Id+voidPrimId      :: Id  magicDictId :: Id
compiler/GHC/Types/Literal.hs view
@@ -2,12 +2,15 @@ (c) The University of Glasgow 2006 (c) The GRASP/AQUA Project, Glasgow University, 1998 -\section[Literal]{@Literal@: literals} -}  {-# LANGUAGE CPP, DeriveDataTypeable, ScopedTypeVariables #-}+{-# LANGUAGE TypeApplications #-}+{-# LANGUAGE AllowAmbiguousTypes #-}+ {-# OPTIONS_GHC -Wno-incomplete-uni-patterns #-} +-- | Core literals module GHC.Types.Literal         (         -- * Main data type@@ -36,26 +39,27 @@         , pprLiteral         , litNumIsSigned         , litNumCheckRange+        , litNumWrap+        , litNumCoerce+        , litNumNarrow+        , isMinBound+        , isMaxBound          -- ** Predicates on Literals and their contents         , litIsDupable, litIsTrivial, litIsLifted         , inCharRange-        , isZeroLit+        , isZeroLit, isOneLit         , litFitsInChar         , litValue, mapLitValue          -- ** Coercions-        , wordToIntLit, intToWordLit-        , narrow8IntLit, narrow16IntLit, narrow32IntLit-        , narrow8WordLit, narrow16WordLit, narrow32WordLit         , narrowInt8Lit, narrowInt16Lit, narrowInt32Lit         , narrowWord8Lit, narrowWord16Lit, narrowWord32Lit         , extendIntLit, extendWordLit-        , int8Lit, int16Lit, int32Lit-        , word8Lit, word16Lit, word32Lit         , charToIntLit, intToCharLit         , floatToIntLit, intToFloatLit, doubleToIntLit, intToDoubleLit-        , nullAddrLit, rubbishLit, floatToDoubleLit, doubleToFloatLit+        , nullAddrLit, floatToDoubleLit, doubleToFloatLit+        , rubbishLit, isRubbishLit         ) where  #include "GhclibHsVersions.h"@@ -82,7 +86,6 @@ import Data.Word import Data.Char import Data.Data ( Data )-import Data.Proxy import Numeric ( fromRat )  {-@@ -132,11 +135,10 @@                                 -- that can be represented as a Literal. Create                                 -- with 'nullAddrLit' -  | LitRubbish                  -- ^ A nonsense value, used when an unlifted-                                -- binding is absent and has type-                                -- @forall (a :: 'TYPE' 'UnliftedRep'). a@.-                                -- May be lowered by code-gen to any possible-                                -- value. Also see Note [Rubbish literals]+  | LitRubbish Bool             -- ^ A nonsense value; always boxed, but+                                --      True <=> lifted, False <=> unlifted+                                -- Used when a binding is absent.+                                -- See Note [Rubbish literals]    | LitFloat   Rational         -- ^ @Float#@. Create with 'mkLitFloat'   | LitDouble  Rational         -- ^ @Double#@. Create with 'mkLitDouble'@@ -241,7 +243,7 @@         = do putByte bh 6              put_ bh nt              put_ bh i-    put_ bh (LitRubbish) = putByte bh 7+    put_ bh (LitRubbish b) = do putByte bh 7; put_ bh b     get bh = do             h <- getByte bh             case h of@@ -267,7 +269,9 @@                     nt <- get bh                     i  <- get bh                     return (LitNumber nt i)-              _ -> return (LitRubbish)+              _ -> do+                    b <- get bh+                    return (LitRubbish b)  instance Outputable Literal where     ppr = pprLiteral id@@ -303,44 +307,65 @@ Int/Word range. -} --- | Wrap a literal number according to its type-wrapLitNumber :: Platform -> Literal -> Literal-wrapLitNumber platform v@(LitNumber nt i) = case nt of+-- | Make a literal number using wrapping semantics if the value is out of+-- bound.+mkLitNumberWrap :: Platform -> LitNumType -> Integer -> Literal+mkLitNumberWrap platform nt i = case nt of   LitNumInt -> case platformWordSize platform of-    PW4 -> LitNumber nt (toInteger (fromIntegral i :: Int32))-    PW8 -> LitNumber nt (toInteger (fromIntegral i :: Int64))+    PW4 -> wrap @Int32+    PW8 -> wrap @Int64   LitNumWord -> case platformWordSize platform of-    PW4 -> LitNumber nt (toInteger (fromIntegral i :: Word32))-    PW8 -> LitNumber nt (toInteger (fromIntegral i :: Word64))-  LitNumInt8    -> LitNumber nt (toInteger (fromIntegral i :: Int8))-  LitNumWord8   -> LitNumber nt (toInteger (fromIntegral i :: Word8))-  LitNumInt16   -> LitNumber nt (toInteger (fromIntegral i :: Int16))-  LitNumWord16  -> LitNumber nt (toInteger (fromIntegral i :: Word16))-  LitNumInt32   -> LitNumber nt (toInteger (fromIntegral i :: Int32))-  LitNumWord32  -> LitNumber nt (toInteger (fromIntegral i :: Word32))-  LitNumInt64   -> LitNumber nt (toInteger (fromIntegral i :: Int64))-  LitNumWord64  -> LitNumber nt (toInteger (fromIntegral i :: Word64))-  LitNumInteger -> v-  LitNumNatural -> v-wrapLitNumber _ x = x+    PW4 -> wrap @Word32+    PW8 -> wrap @Word64+  LitNumInt8    -> wrap @Int8+  LitNumInt16   -> wrap @Int16+  LitNumInt32   -> wrap @Int32+  LitNumInt64   -> wrap @Int64+  LitNumWord8   -> wrap @Word8+  LitNumWord16  -> wrap @Word16+  LitNumWord32  -> wrap @Word32+  LitNumWord64  -> wrap @Word64+  LitNumInteger -> LitNumber nt i+  LitNumNatural+    | i < 0     -> panic "mkLitNumberWrap: trying to create a negative Natural"+    | otherwise -> LitNumber nt i+  where+    wrap :: forall a. (Integral a, Num a) => Literal+    wrap = LitNumber nt (toInteger (fromIntegral i :: a)) --- | Create a numeric 'Literal' of the given type-mkLitNumberWrap :: Platform -> LitNumType -> Integer -> Literal-mkLitNumberWrap platform nt i = wrapLitNumber platform (LitNumber nt i)+-- | Wrap a literal number according to its type using wrapping semantics.+litNumWrap :: Platform -> Literal -> Literal+litNumWrap platform (LitNumber nt i) = mkLitNumberWrap platform nt i+litNumWrap _        l                = pprPanic "litNumWrap" (ppr l) +-- | Coerce a literal number into another using wrapping semantics.+litNumCoerce :: LitNumType -> Platform -> Literal -> Literal+litNumCoerce pt platform (LitNumber _nt i) = mkLitNumberWrap platform pt i+litNumCoerce _  _        l                 = pprPanic "litNumWrapCoerce: not a number" (ppr l)++-- | Narrow a literal number by converting it into another number type and then+-- converting it back to its original type.+litNumNarrow :: LitNumType -> Platform -> Literal -> Literal+litNumNarrow pt platform (LitNumber nt i)+   = case mkLitNumberWrap platform pt i of+      LitNumber _ j -> mkLitNumberWrap platform nt j+      l             -> pprPanic "litNumNarrow: got invalid literal" (ppr l)+litNumNarrow _ _ l = pprPanic "litNumNarrow: invalid literal" (ppr l)++ -- | Check that a given number is in the range of a numeric literal litNumCheckRange :: Platform -> LitNumType -> Integer -> Bool litNumCheckRange platform nt i = case nt of      LitNumInt     -> platformInIntRange platform i      LitNumWord    -> platformInWordRange platform i-     LitNumInt8    -> inInt8Range i-     LitNumInt16   -> inInt16Range i-     LitNumInt32   -> inInt32Range i-     LitNumInt64   -> inInt64Range i-     LitNumWord8   -> inWord8Range i-     LitNumWord16  -> inWord16Range i-     LitNumWord32  -> inWord32Range i-     LitNumWord64  -> inWord64Range i+     LitNumInt8    -> inBoundedRange @Int8 i+     LitNumInt16   -> inBoundedRange @Int16 i+     LitNumInt32   -> inBoundedRange @Int32 i+     LitNumInt64   -> inBoundedRange @Int64 i+     LitNumWord8   -> inBoundedRange @Word8 i+     LitNumWord16  -> inBoundedRange @Word16 i+     LitNumWord32  -> inBoundedRange @Word32 i+     LitNumWord64  -> inBoundedRange @Word64 i      LitNumNatural -> i >= 0      LitNumInteger -> True @@ -359,7 +384,7 @@ --   If the argument is out of the (target-dependent) range, it is wrapped. --   See Note [Word/Int underflow/overflow] mkLitIntWrap :: Platform -> Integer -> Literal-mkLitIntWrap platform i = wrapLitNumber platform $ mkLitIntUnchecked i+mkLitIntWrap platform i = mkLitNumberWrap platform LitNumInt i  -- | Creates a 'Literal' of type @Int#@ without checking its range. mkLitIntUnchecked :: Integer -> Literal@@ -383,7 +408,7 @@ --   If the argument is out of the (target-dependent) range, it is wrapped. --   See Note [Word/Int underflow/overflow] mkLitWordWrap :: Platform -> Integer -> Literal-mkLitWordWrap platform i = wrapLitNumber platform $ mkLitWordUnchecked i+mkLitWordWrap platform i = mkLitNumberWrap platform LitNumWord i  -- | Creates a 'Literal' of type @Word#@ without checking its range. mkLitWordUnchecked :: Integer -> Literal@@ -400,12 +425,12 @@  -- | Creates a 'Literal' of type @Int8#@ mkLitInt8 :: Integer -> Literal-mkLitInt8  x = ASSERT2( inInt8Range x, integer x ) (mkLitInt8Unchecked x)+mkLitInt8  x = ASSERT2( inBoundedRange @Int8 x, integer x ) (mkLitInt8Unchecked x)  -- | Creates a 'Literal' of type @Int8#@. --   If the argument is out of the range, it is wrapped.-mkLitInt8Wrap :: Platform -> Integer -> Literal-mkLitInt8Wrap platform i = wrapLitNumber platform $ mkLitInt8Unchecked i+mkLitInt8Wrap :: Integer -> Literal+mkLitInt8Wrap i = mkLitInt8Unchecked (toInteger (fromIntegral i :: Int8))  -- | Creates a 'Literal' of type @Int8#@ without checking its range. mkLitInt8Unchecked :: Integer -> Literal@@ -413,12 +438,12 @@  -- | Creates a 'Literal' of type @Word8#@ mkLitWord8 :: Integer -> Literal-mkLitWord8 x = ASSERT2( inWord8Range x, integer x ) (mkLitWord8Unchecked x)+mkLitWord8 x = ASSERT2( inBoundedRange @Word8 x, integer x ) (mkLitWord8Unchecked x)  -- | Creates a 'Literal' of type @Word8#@. --   If the argument is out of the range, it is wrapped.-mkLitWord8Wrap :: Platform -> Integer -> Literal-mkLitWord8Wrap platform i = wrapLitNumber platform $ mkLitWord8Unchecked i+mkLitWord8Wrap :: Integer -> Literal+mkLitWord8Wrap i = mkLitWord8Unchecked (toInteger (fromIntegral i :: Word8))  -- | Creates a 'Literal' of type @Word8#@ without checking its range. mkLitWord8Unchecked :: Integer -> Literal@@ -426,12 +451,12 @@  -- | Creates a 'Literal' of type @Int16#@ mkLitInt16 :: Integer -> Literal-mkLitInt16  x = ASSERT2( inInt16Range x, integer x ) (mkLitInt16Unchecked x)+mkLitInt16  x = ASSERT2( inBoundedRange @Int16 x, integer x ) (mkLitInt16Unchecked x)  -- | Creates a 'Literal' of type @Int16#@. --   If the argument is out of the range, it is wrapped.-mkLitInt16Wrap :: Platform -> Integer -> Literal-mkLitInt16Wrap platform i = wrapLitNumber platform $ mkLitInt16Unchecked i+mkLitInt16Wrap :: Integer -> Literal+mkLitInt16Wrap i = mkLitInt16Unchecked (toInteger (fromIntegral i :: Int16))  -- | Creates a 'Literal' of type @Int16#@ without checking its range. mkLitInt16Unchecked :: Integer -> Literal@@ -439,12 +464,12 @@  -- | Creates a 'Literal' of type @Word16#@ mkLitWord16 :: Integer -> Literal-mkLitWord16 x = ASSERT2( inWord16Range x, integer x ) (mkLitWord16Unchecked x)+mkLitWord16 x = ASSERT2( inBoundedRange @Word16 x, integer x ) (mkLitWord16Unchecked x)  -- | Creates a 'Literal' of type @Word16#@. --   If the argument is out of the range, it is wrapped.-mkLitWord16Wrap :: Platform -> Integer -> Literal-mkLitWord16Wrap platform i = wrapLitNumber platform $ mkLitWord16Unchecked i+mkLitWord16Wrap :: Integer -> Literal+mkLitWord16Wrap i = mkLitWord16Unchecked (toInteger (fromIntegral i :: Word16))  -- | Creates a 'Literal' of type @Word16#@ without checking its range. mkLitWord16Unchecked :: Integer -> Literal@@ -452,12 +477,12 @@  -- | Creates a 'Literal' of type @Int32#@ mkLitInt32 :: Integer -> Literal-mkLitInt32  x = ASSERT2( inInt32Range x, integer x ) (mkLitInt32Unchecked x)+mkLitInt32  x = ASSERT2( inBoundedRange @Int32 x, integer x ) (mkLitInt32Unchecked x)  -- | Creates a 'Literal' of type @Int32#@. --   If the argument is out of the range, it is wrapped.-mkLitInt32Wrap :: Platform -> Integer -> Literal-mkLitInt32Wrap platform i = wrapLitNumber platform $ mkLitInt32Unchecked i+mkLitInt32Wrap :: Integer -> Literal+mkLitInt32Wrap i = mkLitInt32Unchecked (toInteger (fromIntegral i :: Int32))  -- | Creates a 'Literal' of type @Int32#@ without checking its range. mkLitInt32Unchecked :: Integer -> Literal@@ -465,12 +490,12 @@  -- | Creates a 'Literal' of type @Word32#@ mkLitWord32 :: Integer -> Literal-mkLitWord32 x = ASSERT2( inWord32Range x, integer x ) (mkLitWord32Unchecked x)+mkLitWord32 x = ASSERT2( inBoundedRange @Word32 x, integer x ) (mkLitWord32Unchecked x)  -- | Creates a 'Literal' of type @Word32#@. --   If the argument is out of the range, it is wrapped.-mkLitWord32Wrap :: Platform -> Integer -> Literal-mkLitWord32Wrap platform i = wrapLitNumber platform $ mkLitWord32Unchecked i+mkLitWord32Wrap :: Integer -> Literal+mkLitWord32Wrap i = mkLitWord32Unchecked (toInteger (fromIntegral i :: Word32))  -- | Creates a 'Literal' of type @Word32#@ without checking its range. mkLitWord32Unchecked :: Integer -> Literal@@ -478,12 +503,12 @@  -- | Creates a 'Literal' of type @Int64#@ mkLitInt64 :: Integer -> Literal-mkLitInt64  x = ASSERT2( inInt64Range x, integer x ) (mkLitInt64Unchecked x)+mkLitInt64  x = ASSERT2( inBoundedRange @Int64 x, integer x ) (mkLitInt64Unchecked x)  -- | Creates a 'Literal' of type @Int64#@. --   If the argument is out of the range, it is wrapped.-mkLitInt64Wrap :: Platform -> Integer -> Literal-mkLitInt64Wrap platform i = wrapLitNumber platform $ mkLitInt64Unchecked i+mkLitInt64Wrap :: Integer -> Literal+mkLitInt64Wrap i = mkLitInt64Unchecked (toInteger (fromIntegral i :: Int64))  -- | Creates a 'Literal' of type @Int64#@ without checking its range. mkLitInt64Unchecked :: Integer -> Literal@@ -491,12 +516,12 @@  -- | Creates a 'Literal' of type @Word64#@ mkLitWord64 :: Integer -> Literal-mkLitWord64 x = ASSERT2( inWord64Range x, integer x ) (mkLitWord64Unchecked x)+mkLitWord64 x = ASSERT2( inBoundedRange @Word64 x, integer x ) (mkLitWord64Unchecked x)  -- | Creates a 'Literal' of type @Word64#@. --   If the argument is out of the range, it is wrapped.-mkLitWord64Wrap :: Platform -> Integer -> Literal-mkLitWord64Wrap platform i = wrapLitNumber platform $ mkLitWord64Unchecked i+mkLitWord64Wrap :: Integer -> Literal+mkLitWord64Wrap i = mkLitWord64Unchecked (toInteger (fromIntegral i :: Word64))  -- | Creates a 'Literal' of type @Word64#@ without checking its range. mkLitWord64Unchecked :: Integer -> Literal@@ -530,25 +555,44 @@ inNaturalRange :: Integer -> Bool inNaturalRange x = x >= 0 -inInt8Range,  inWord8Range,  inInt16Range, inWord16Range :: Integer -> Bool-inInt32Range, inWord32Range, inInt64Range, inWord64Range :: Integer -> Bool-inInt8Range  x  = x >= toInteger (minBound :: Int8) &&-                  x <= toInteger (maxBound :: Int8)-inWord8Range  x = x >= toInteger (minBound :: Word8) &&-                  x <= toInteger (maxBound :: Word8)-inInt16Range x  = x >= toInteger (minBound :: Int16) &&-                  x <= toInteger (maxBound :: Int16)-inWord16Range x = x >= toInteger (minBound :: Word16) &&-                  x <= toInteger (maxBound :: Word16)-inInt32Range x  = x >= toInteger (minBound :: Int32) &&-                  x <= toInteger (maxBound :: Int32)-inWord32Range x = x >= toInteger (minBound :: Word32) &&-                  x <= toInteger (maxBound :: Word32)-inInt64Range x  = x >= toInteger (minBound :: Int64) &&-                  x <= toInteger (maxBound :: Int64)-inWord64Range x = x >= toInteger (minBound :: Word64) &&-                  x <= toInteger (maxBound :: Word64)+inBoundedRange :: forall a. (Bounded a, Integral a) => Integer -> Bool+inBoundedRange x  = x >= toInteger (minBound :: a) &&+                    x <= toInteger (maxBound :: a) +isMinBound :: Platform -> Literal -> Bool+isMinBound _        (LitChar c)        = c == minBound+isMinBound platform (LitNumber nt i)   = case nt of+   LitNumInt     -> i == platformMinInt platform+   LitNumInt8    -> i == toInteger (minBound :: Int8)+   LitNumInt16   -> i == toInteger (minBound :: Int16)+   LitNumInt32   -> i == toInteger (minBound :: Int32)+   LitNumInt64   -> i == toInteger (minBound :: Int64)+   LitNumWord    -> i == 0+   LitNumWord8   -> i == 0+   LitNumWord16  -> i == 0+   LitNumWord32  -> i == 0+   LitNumWord64  -> i == 0+   LitNumNatural -> i == 0+   LitNumInteger -> False+isMinBound _        _                  = False++isMaxBound :: Platform -> Literal -> Bool+isMaxBound _        (LitChar c)        = c == maxBound+isMaxBound platform (LitNumber nt i)   = case nt of+   LitNumInt     -> i == platformMaxInt platform+   LitNumInt8    -> i == toInteger (maxBound :: Int8)+   LitNumInt16   -> i == toInteger (maxBound :: Int16)+   LitNumInt32   -> i == toInteger (maxBound :: Int32)+   LitNumInt64   -> i == toInteger (maxBound :: Int64)+   LitNumWord    -> i == platformMaxWord platform+   LitNumWord8   -> i == toInteger (maxBound :: Word8)+   LitNumWord16  -> i == toInteger (maxBound :: Word16)+   LitNumWord32  -> i == toInteger (maxBound :: Word32)+   LitNumWord64  -> i == toInteger (maxBound :: Word64)+   LitNumNatural -> False+   LitNumInteger -> False+isMaxBound _        _                  = False+ inCharRange :: Char -> Bool inCharRange c =  c >= '\0' && c <= chr tARGET_MAX_CHAR @@ -559,6 +603,13 @@ isZeroLit (LitDouble 0)   = True isZeroLit _               = False +-- | Tests whether the literal represents a one of whatever type it is+isOneLit :: Literal -> Bool+isOneLit (LitNumber _ 1) = True+isOneLit (LitFloat  1)   = True+isOneLit (LitDouble 1)   = True+isOneLit _               = False+ -- | Returns the 'Integer' contained in the 'Literal', for when that makes -- sense, i.e. for 'Char', 'Int', 'Word', 'LitInteger' and 'LitNatural'. litValue  :: Literal -> Integer@@ -581,7 +632,7 @@ mapLitValue  :: Platform -> (Integer -> Integer) -> Literal -> Literal mapLitValue _        f (LitChar   c)      = mkLitChar (fchar c)    where fchar = chr . fromInteger . f . toInteger . ord-mapLitValue platform f (LitNumber nt i)   = wrapLitNumber platform (LitNumber nt (f i))+mapLitValue platform f (LitNumber nt i)   = mkLitNumberWrap platform nt (f i) mapLitValue _        _ l                  = pprPanic "mapLitValue" (ppr l)  {-@@ -589,52 +640,25 @@         ~~~~~~~~~ -} -narrow8IntLit, narrow16IntLit, narrow32IntLit,-  narrow8WordLit, narrow16WordLit, narrow32WordLit,-  int8Lit, int16Lit, int32Lit,-  word8Lit, word16Lit, word32Lit,-  charToIntLit, intToCharLit,-  floatToIntLit, intToFloatLit, doubleToIntLit, intToDoubleLit,+charToIntLit, intToCharLit,+  floatToIntLit, intToFloatLit,+  doubleToIntLit, intToDoubleLit,   floatToDoubleLit, doubleToFloatLit   :: Literal -> Literal -wordToIntLit, intToWordLit :: Platform -> Literal -> Literal-wordToIntLit platform (LitNumber LitNumWord w)-  -- Map Word range [max_int+1, max_word]-  -- to Int range   [min_int  , -1]-  -- Range [0,max_int] has the same representation with both Int and Word-  | w > platformMaxInt platform = mkLitInt platform (w - platformMaxWord platform - 1)-  | otherwise                   = mkLitInt platform w-wordToIntLit _ l = pprPanic "wordToIntLit" (ppr l)--intToWordLit platform (LitNumber LitNumInt i)-  -- Map Int range [min_int  , -1]-  -- to Word range [max_int+1, max_word]-  -- Range [0,max_int] has the same representation with both Int and Word-  | i < 0     = mkLitWord platform (1 + platformMaxWord platform + i)-  | otherwise = mkLitWord platform i-intToWordLit _ l = pprPanic "intToWordLit" (ppr l)- -- | Narrow a literal number (unchecked result range)-narrowLit' :: forall a. Integral a => Proxy a -> LitNumType -> Literal -> Literal-narrowLit' _ nt' (LitNumber _ i)  = LitNumber nt' (toInteger (fromInteger i :: a))-narrowLit' _ _   l                = pprPanic "narrowLit" (ppr l)--narrow8IntLit   = narrowLit' (Proxy :: Proxy Int8)   LitNumInt-narrow16IntLit  = narrowLit' (Proxy :: Proxy Int16)  LitNumInt-narrow32IntLit  = narrowLit' (Proxy :: Proxy Int32)  LitNumInt-narrow8WordLit  = narrowLit' (Proxy :: Proxy Word8)  LitNumWord-narrow16WordLit = narrowLit' (Proxy :: Proxy Word16) LitNumWord-narrow32WordLit = narrowLit' (Proxy :: Proxy Word32) LitNumWord+narrowLit' :: forall a. Integral a => LitNumType -> Literal -> Literal+narrowLit' nt' (LitNumber _ i)  = LitNumber nt' (toInteger (fromInteger i :: a))+narrowLit' _   l                = pprPanic "narrowLit" (ppr l)  narrowInt8Lit, narrowInt16Lit, narrowInt32Lit,   narrowWord8Lit, narrowWord16Lit, narrowWord32Lit :: Literal -> Literal-narrowInt8Lit   = narrowLit' (Proxy :: Proxy Int8)   LitNumInt8-narrowInt16Lit  = narrowLit' (Proxy :: Proxy Int16)  LitNumInt16-narrowInt32Lit  = narrowLit' (Proxy :: Proxy Int32)  LitNumInt32-narrowWord8Lit  = narrowLit' (Proxy :: Proxy Word8)  LitNumWord8-narrowWord16Lit = narrowLit' (Proxy :: Proxy Word16) LitNumWord16-narrowWord32Lit = narrowLit' (Proxy :: Proxy Word32) LitNumWord32+narrowInt8Lit   = narrowLit' @Int8   LitNumInt8+narrowInt16Lit  = narrowLit' @Int16  LitNumInt16+narrowInt32Lit  = narrowLit' @Int32  LitNumInt32+narrowWord8Lit  = narrowLit' @Word8  LitNumWord8+narrowWord16Lit = narrowLit' @Word16 LitNumWord16+narrowWord32Lit = narrowLit' @Word32 LitNumWord32  -- | Extend a fixed-width literal (e.g. 'Int16#') to a word-sized literal (e.g. -- 'Int#').@@ -644,19 +668,6 @@ extendIntLit  platform (LitNumber _nt i)  = mkLitInt platform i extendIntLit  _platform l                 = pprPanic "extendIntLit" (ppr l) -int8Lit (LitNumber _ i)   = mkLitInt8 i-int8Lit l                 = pprPanic "int8Lit" (ppr l)-int16Lit (LitNumber _ i)  = mkLitInt16 i-int16Lit l                = pprPanic "int16Lit" (ppr l)-int32Lit (LitNumber _ i)  = mkLitInt32 i-int32Lit l                = pprPanic "int32Lit" (ppr l)-word8Lit (LitNumber _ i)  = mkLitWord8 i-word8Lit l                = pprPanic "word8Lit" (ppr l)-word16Lit (LitNumber _ i) = mkLitWord16 i-word16Lit l               = pprPanic "word16Lit" (ppr l)-word32Lit (LitNumber _ i) = mkLitWord32 i-word32Lit l               = pprPanic "word32Lit" (ppr l)- charToIntLit (LitChar c)       = mkLitIntUnchecked (toInteger (ord c)) charToIntLit l                 = pprPanic "charToIntLit" (ppr l) intToCharLit (LitNumber _ i)   = LitChar (chr (fromInteger i))@@ -680,10 +691,14 @@ nullAddrLit :: Literal nullAddrLit = LitNullAddr --- | A nonsense literal of type @forall (a :: 'TYPE' 'UnliftedRep'). a@.-rubbishLit :: Literal-rubbishLit = LitRubbish+-- | A rubbish literal; see Note [Rubbish literals]+rubbishLit :: Bool -> Literal+rubbishLit is_lifted = LitRubbish is_lifted +isRubbishLit :: Literal -> Bool+isRubbishLit (LitRubbish {}) = True+isRubbishLit _               = False+ {-         Predicates         ~~~~~~~~~~@@ -807,9 +822,11 @@    LitNumWord16  -> word16PrimTy    LitNumWord32  -> word32PrimTy    LitNumWord64  -> word64PrimTy-literalType (LitRubbish)      = mkForAllTy a Inferred (mkTyVarTy a)+literalType (LitRubbish is_lifted) = mkForAllTy a Inferred (mkTyVarTy a)   where-    a = alphaTyVarUnliftedRep+    -- See Note [Rubbish literals]+    a | is_lifted = alphaTyVar+      | otherwise = alphaTyVarUnliftedRep  absentLiteralOf :: TyCon -> Maybe Literal -- Return a literal of the appropriate primitive@@ -827,8 +844,14 @@                         [ (addrPrimTyConKey,    LitNullAddr)                         , (charPrimTyConKey,    LitChar 'x')                         , (intPrimTyConKey,     mkLitIntUnchecked 0)+                        , (int8PrimTyConKey,    mkLitInt8Unchecked 0)+                        , (int16PrimTyConKey,   mkLitInt16Unchecked 0)+                        , (int32PrimTyConKey,   mkLitInt32Unchecked 0)                         , (int64PrimTyConKey,   mkLitInt64Unchecked 0)                         , (wordPrimTyConKey,    mkLitWordUnchecked 0)+                        , (word8PrimTyConKey,   mkLitWord8Unchecked 0)+                        , (word16PrimTyConKey,  mkLitWord16Unchecked 0)+                        , (word32PrimTyConKey,  mkLitWord32Unchecked 0)                         , (word64PrimTyConKey,  mkLitWord64Unchecked 0)                         , (floatPrimTyConKey,   LitFloat 0)                         , (doublePrimTyConKey,  LitDouble 0)@@ -849,7 +872,7 @@ cmpLit (LitNumber nt1 a)    (LitNumber nt2  b)   | nt1 == nt2 = a   `compare` b   | otherwise  = nt1 `compare` nt2-cmpLit (LitRubbish)         (LitRubbish)          = EQ+cmpLit (LitRubbish b1)      (LitRubbish b2)       = b1 `compare` b2 cmpLit lit1 lit2   | litTag lit1 < litTag lit2 = LT   | otherwise                 = GT@@ -862,7 +885,7 @@ litTag (LitDouble    _)   = 5 litTag (LitLabel _ _ _)   = 6 litTag (LitNumber  {})    = 7-litTag (LitRubbish)       = 8+litTag (LitRubbish {})    = 8  {-         Printing@@ -895,7 +918,9 @@     where b = case mb of               Nothing -> pprHsString l               Just x  -> doubleQuotes (text (unpackFS l ++ '@':show x))-pprLiteral _       (LitRubbish)     = text "__RUBBISH"+pprLiteral _       (LitRubbish is_lifted)+  = text "__RUBBISH"+    <> parens (if is_lifted then text "lifted" else text "unlifted")  pprIntegerVal :: (SDoc -> SDoc) -> Integer -> SDoc -- See Note [Printing of literals in Core].@@ -930,9 +955,9 @@ LitString       "aaa"# LitNullAddr     "__NULL" LitInt          -1#-LitInt64        -1L#+LitIntN         -1#N LitWord          1##-LitWord64        1L##+LitWordN         1##N LitFloat        -1.0# LitDouble       -1.0## LitInteger      -1                 (-1)@@ -960,37 +985,38 @@ * For primitive types like Int# or Word# we can use any random   value of that type. * But what about /unlifted/ but /boxed/ types like MutVar# or-  Array#?   We need a literal value of that type.+  Array#?  Or /lifted/ but /strict/ values, such as a field of+  a strict data constructor.  For these we use LitRubbish.+  See Note [Absent errors] in GHC.Core.Opt.WorkWrap.Utils.hs -That is 'LitRubbish'.  Since we need a rubbish literal for-many boxed, unlifted types, we say that LitRubbish has type-  LitRubbish :: forall (a :: TYPE UnliftedRep). a+The literal (LitRubbish is_lifted)+has type+  LitRubbish :: forall (a :: TYPE LiftedRep). a     if is_lifted+  LitRubbish :: forall (a :: TYPE UnliftedRep). a   otherwise  So we might see a w/w split like-  $wf x z = let y :: Array# Int = LitRubbish @(Array# Int)+  $wf x z = let y :: Array# Int = (LitRubbish False) @(Array# Int)             in e -Recall that (TYPE UnliftedRep) is the kind of boxed, unlifted-heap pointers.--Here are the moving parts:+Here are the moving parts, but see also Note [Absent errors] in+GHC.Core.Opt.WorkWrap.Utils  * We define LitRubbish as a constructor in GHC.Types.Literal.Literal  * It is given its polymorphic type by Literal.literalType  * GHC.Core.Opt.WorkWrap.Utils.mk_absent_let introduces a LitRubbish for absent-  arguments of boxed, unlifted type.+  arguments of boxed, unlifted type; or boxed, lifted arguments of strict data+  constructors. -* In CoreToSTG we convert (RubishLit @t) to just ().  STG is-  untyped, so it doesn't matter that it points to a lifted-  value. The important thing is that it is a heap pointer,-  which the garbage collector can follow if it encounters it.+* In CoreToSTG we convert (RubishLit @t) to just ().  STG is untyped, so this+  will work OK for both lifted and unlifted (but boxed) values. The important+  thing is that it is a heap pointer, which the garbage collector can follow if+  it encounters it. -  We considered maintaining LitRubbish in STG, and lowering-  it in the code generators, but it seems simpler to do it-  once and for all in CoreToSTG.+  We considered maintaining LitRubbish in STG, and lowering it in the code+  generators, but it seems simpler to do it once and for all in CoreToSTG. -  In GHC.ByteCode.Asm we just lower it as a 0 literal, because-  it's all boxed and lifted to the host GC anyway.+  In GHC.ByteCode.Asm we just lower it as a 0 literal, because it's all boxed to+  the host GC anyway. -}
compiler/GHC/Types/SourceError.hs view
@@ -27,7 +27,7 @@ throwErrors :: MonadIO io => ErrorMessages -> io a throwErrors = liftIO . throwIO . mkSrcErr -throwOneError :: MonadIO io => ErrMsg -> io a+throwOneError :: MonadIO io => ErrMsg ErrDoc -> io a throwOneError = throwErrors . unitBag  -- | A source error is an error that is caused by one or more errors in the
compiler/GHC/Types/TypeEnv.hs view
@@ -67,12 +67,13 @@     `plusNameEnv`   mkTypeEnv (concatMap implicitTyThings things) -typeEnvFromEntities :: [Id] -> [TyCon] -> [FamInst] -> TypeEnv-typeEnvFromEntities ids tcs famInsts =+typeEnvFromEntities :: [Id] -> [TyCon] -> [PatSyn] -> [FamInst] -> TypeEnv+typeEnvFromEntities ids tcs patsyns famInsts =   mkTypeEnv (   map AnId ids              ++ map ATyCon all_tcs              ++ concatMap implicitTyConThings all_tcs              ++ map (ACoAxiom . toBranchedAxiom . famInstAxiom) famInsts+             ++ map (AConLike . PatSynCon) patsyns             )  where   all_tcs = tcs ++ famInstsRepTyCons famInsts
compiler/GHC/Types/Unique.hs view
@@ -31,7 +31,7 @@          mkUniqueGrimily,         getKey,-        mkUnique, unpkUnique, uniqFromMask,+        mkUnique, unpkUnique,         eqUnique, ltUnique,         incrUnique, stepUnique, @@ -68,8 +68,20 @@ *                                                                      * ************************************************************************ -The @Chars@ are ``tag letters'' that identify the @UniqueSupply@.-Fast comparison is everything on @Uniques@:+Note [Uniques and masks]+~~~~~~~~~~~~~~~~~~~~~~~~+A `Unique` in GHC is a Word-sized value composed of two pieces:+* A "mask", of width `UNIQUE_TAG_BITS`, in the high order bits+* A number, of width `uNIQUE_BITS`, which fills up the remainder of the Word++The mask is typically an ASCII character.  It is typically used to make it easier+to distinguish uniques constructed by different parts of the compiler.+There is a (potentially incomplete) list of unique masks used given in+GHC.Builtin.Uniques. See Note [Uniques-prelude - Uniques for wired-in Prelude things]++`mkUnique` constructs a `Unique` from its pieces+  mkUnique :: Char -> Int -> Unique+ -}  -- | Unique identifier.@@ -146,13 +158,6 @@         i   = u .&. uniqueMask     in     (tag, i)--foreign import ccall unsafe "ghc_lib_parser_genSym" genSym :: IO Int--uniqFromMask :: Char -> IO Unique-uniqFromMask mask-  = do { uqNum <- genSym-       ; return $! mkUnique mask uqNum }  -- | The interface file symbol-table encoding assumes that known-key uniques fit -- in 30-bits; verify this.
compiler/GHC/Types/Unique/DFM.hs view
@@ -15,8 +15,6 @@ -}  {-# LANGUAGE DeriveDataTypeable #-}-{-# LANGUAGE DeriveFoldable #-}-{-# LANGUAGE DeriveFunctor #-} {-# LANGUAGE DeriveTraversable #-} {-# LANGUAGE DerivingStrategies #-} {-# LANGUAGE FlexibleContexts #-}
compiler/GHC/Types/Unique/Supply.hs view
@@ -3,11 +3,8 @@ (c) The GRASP/AQUA Project, Glasgow University, 1992-1998 -} -{-# OPTIONS_GHC -fno-state-hack #-}-    -- This -fno-state-hack is important-    -- See Note [Optimising the unique supply]- {-# LANGUAGE CPP #-}+{-# LANGUAGE MagicHash #-} {-# LANGUAGE DeriveFunctor #-} {-# LANGUAGE PatternSynonyms #-} {-# LANGUAGE BangPatterns #-}@@ -22,7 +19,7 @@          -- ** Operations on supplies         uniqFromSupply, uniqsFromSupply, -- basic ops-        takeUniqFromSupply,+        takeUniqFromSupply, uniqFromMask,          mkSplitUniqSupply,         splitUniqSupply, listSplitUniqSupply,@@ -40,7 +37,7 @@ import GHC.Prelude  import GHC.Types.Unique-import GHC.Utils.Panic.Plain (panic)+import GHC.Utils.Panic.Plain  import GHC.IO @@ -48,9 +45,17 @@ import Control.Monad import Data.Bits import Data.Char-import GHC.Exts( inline )+import GHC.Exts( Ptr(..), noDuplicate# )+#if MIN_VERSION_GLASGOW_HASKELL(9,1,0,0)+import GHC.Exts( Int(..), word2Int#, fetchAddWordAddr#, plusWord#, readWordOffAddr# )+#if defined(DEBUG)+import GHC.Utils.Misc+#endif+#endif+import Foreign.Storable  #include "Unique.h"+#include "GhclibHsVersions.h"  {- ************************************************************************@@ -81,111 +86,103 @@      * The fresh node      * A thunk for each sub-tree -Note [Optimising the unique supply]+Note [How unique supplies are used] ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-The inner loop of mkSplitUniqSupply is a function closure--     mk_supply :: IO UniqSupply-     mk_supply = unsafeInterleaveIO $-                 genSym      >>= \ u ->-                 mk_supply   >>= \ s1 ->-                 mk_supply   >>= \ s2 ->-                 return (MkSplitUniqSupply (mask .|. u) s1 s2)+The general design (used throughout GHC) is to: -It's a classic example of an IO action that is captured-and the called repeatedly (see #18238 for some discussion).-It turns out that we can get something like+* For creating new uniques either a UniqSupply is used and threaded through+  or for monadic code a MonadUnique instance might conjure up uniques using+  `uniqFromMask`.+* Different parts of the compiler will use a UniqSupply or MonadUnique instance+  with a specific mask. This way the different parts of the compiler will+  generate uniques with different masks. -  $wmkSplitUniqSupply c# s-    = letrec-        mk_supply-          = \s -> unsafeDupableInterleaveIO1-                    (\s2 -> case noDuplicate# s2 of s3 ->-                            ...-                            case mk_supply s4 of (# s5, t1 #) ->-                            ...-                            (# s6, MkSplitUniqSupply ... #)-      in mk_supply s+If different code shares the same mask then care has to be taken that all uniques+still get distinct numbers. Usually this is done by relying on genSym which+has *one* counter per GHC invocation that is relied on by all calls to it.+But using something like the address for pinned objects works as well and in fact is done+for fast strings. -This is bad becuase we allocate that inner (\s2...) every time.-Why doesn't full laziness float out the (\s2...)?  Because of-the state hack (#18238).+This is important for example in the simplifier. Most passes of the simplifier use+the same mask 's'. However in some places we create a unique supply using `mkSplitUniqSupply`+and thread it through the code, while in GHC.Core.Opt.Simplify.Monad  we use the+`instance MonadUnique SimplM`, which uses `mkSplitUniqSupply` in getUniqueSupplyM+and `uniqFromMask` in getUniqeM. -So for this module we switch the state hack off -- it's an example-of when it makes things worse rather than better.  And we use-multiShotIO (see Note [multiShotIO]) thus:+Ultimately all these boil down to each new unique consisting of the mask and the result from+a call to `genSym`. The later producing a distinct number for each invocation ensuring+uniques are distinct. -     mk_supply = multiShotIO $-                 unsafeInterleaveIO $-                 genSym      >>= \ u ->-                 ...+Note [Optimising the unique supply]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+The inner loop of mkSplitUniqSupply is a function closure -Now full laziness can float that lambda out, and we get+     mk_supply s0 =+        case noDuplicate# s0 of { s1 ->+        case unIO genSym s1 of { (# s2, u #) ->+        case unIO (unsafeDupableInterleaveIO (IO mk_supply)) s2 of { (# s3, x #) ->+        case unIO (unsafeDupableInterleaveIO (IO mk_supply)) s3 of { (# s4, y #) ->+        (# s4, MkSplitUniqSupply (mask .|. u) x y #)+        }}}} -  $wmkSplitUniqSupply c# s-    = letrec-        lvl = \s2 -> case noDuplicate# s2 of s3 ->-                     ...-                     case unsafeDupableInterleaveIO-                              lvl s4 of (# s5, t1 #) ->-                     ...-                     (# s6, MkSplitUniqSupply ... #)-      in unsafeDupableInterleaveIO1 lvl s+It's a classic example of an IO action that is captured and then called+repeatedly (see #18238 for some discussion). It mustn't allocate!  The test+perf/should_run/UniqLoop keeps track of this loop.  Watch it carefully. -This is all terribly delicate.  It just so happened that before I-fixed #18078, and even with the state-hack still enabled, we were-getting this:+We used to write it as: -  $wmkSplitUniqSupply c# s-    = letrec-        mk_supply = \s2 -> case noDuplicate# s2 of s3 ->-                           ...-                           case mks_help s3 of (# s5,t1 #) ->-                           ...-                           (# s6, MkSplitUniqSupply ... #)-        mks_help = unsafeDupableInterleaveIO mk_supply-           -- mks_help marked as loop breaker-      in mks_help s+     mk_supply :: IO UniqSupply+     mk_supply = unsafeInterleaveIO $+                 genSym      >>= \ u ->+                 mk_supply   >>= \ s1 ->+                 mk_supply   >>= \ s2 ->+                 return (MkSplitUniqSupply (mask .|. u) s1 s2) -The fact that we didn't need full laziness was somewhat fortuitious.-We got the right number of allocations. But the partial application of-the arity-2 unsafeDupableInterleaveIO in mks_help makes it quite a-bit slower.  (Test perf/should_run/UniqLoop had a 20% perf change.)+and to rely on -fno-state-hack, full laziness and inlining to get the same+result. It was very brittle and required enabling -fno-state-hack globally. So+it has been rewritten using lower level constructs to explicitly state what we+want. -Sigh.  The test perf/should_run/UniqLoop keeps track of this loop.-Watch it carefully.+Note [Optimising use of unique supplies]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+When it comes to having a way to generate new Uniques+there are generally three ways to deal with this: -Note [multiShotIO]-~~~~~~~~~~~~~~~~~~-The function multiShotIO :: IO a -> IO a-says that the argument IO action may be invoked repeatedly (is-multi-shot), and so there should be a multi-shot lambda around it.-It's quite easy to define, in any module with `-fno-state-hack`:-    multiShotIO :: IO a -> IO a-    {-# INLINE multiShotIO #-}-    multiShotIO (IO m) = IO (\s -> inline m s)+For pure code the only good approach is to take an UniqSupply+as argument. Then  thread it through the code splitting it+for sub-passes or when creating uniques.+The code for this is about as optimized as it gets, but we can't+get around the need to allocate one `UniqSupply` for each Unique+we need. -Because of -fno-state-hack, that '\s' will be multi-shot. Now,-ignoring the casts from IO:-    multiShotIO (\ss{one-shot}. blah)-    ==> let m = \ss{one-shot}. blah-        in \s. inline m s-    ==> \s. (\ss{one-shot}.blah) s-    ==> \s. blah[s/ss]+For code in IO we can improve on this by threading only the *mask*+we are going to use for Uniques. Using `uniqFromMask` to+generate uniques as needed. This gets rid of the overhead of+allocating a new UniqSupply for each unique generated. It also avoids+frequent state updates when the Unique/Mask is part of the state in a+state monad. -The magic `inline` function does two things-* It prevents eta reduction.  If we wrote just-      multiShotIO (IO m) = IO (\s -> m s)-  the lamda would eta-reduce to 'm' and all would be lost.+For monadic code in IO which always uses the same mask we can go further+and hardcode the mask into the MonadUnique instance. On top of all the+benefits of threading the mask this *also* has the benefit of avoiding+the mask getting captured in thunks, or being passed around at runtime.+It does however come at the cost of having to use a fixed Mask for all+code run in this Monad. But rememeber, the Mask is purely cosmetic:+See Note [Uniques and masks]. -* It helps ensure that 'm' really does inline.+NB: It's *not* an optimization to pass around the UniqSupply inside an+IORef instead of the mask. While this would avoid frequent state updates+it still requires allocating one UniqSupply per Unique. On top of some+overhead for reading/writing to/from the IORef. -Note that 'inline' evaporates in phase 0.  See Note [inlineId magic]-in GHC.Core.Opt.ConstantFold.match_inline.+All of this hinges on the assumption that UniqSupply and+uniqFromMask use the same source of distinct numbers (`genSym`) which+allows both to be used at the same time, with the same mask, while still+ensuring distinct uniques.+One might consider this fact to be an "accident". But GHC worked like this+as far back as source control history goes. It also allows the later two+optimizations to be used. So it seems safe to depend on this fact. -The INLINE pragma on multiShotIO is very important, else the-'inline' call will evaporate when compiling the module that-defines 'multiShotIO', before it is ever exported. -}  @@ -201,35 +198,72 @@                                 -- when split => these two supplies  mkSplitUniqSupply :: Char -> IO UniqSupply--- ^ Create a unique supply out of thin air. The character given must--- be distinct from those of all calls to this function in the compiler--- for the values generated to be truly unique.+-- ^ Create a unique supply out of thin air.+-- The "mask" (Char) supplied is purely cosmetic, making it easier+-- to figure out where a Unique was born. See+-- Note [Uniques and masks].+--+-- The payload part of the Uniques allocated from this UniqSupply are+-- guaranteed distinct wrt all other supplies, regardless of their "mask".+-- This is achieved by allocating the payload part from+-- a single source of Uniques, namely `genSym`, shared across+-- all UniqSupply's.  -- See Note [How the unique supply works] -- See Note [Optimising the unique supply] mkSplitUniqSupply c-  = mk_supply+  = unsafeDupableInterleaveIO (IO mk_supply)+   where-     !mask = ord c `shiftL` uNIQUE_BITS+     !mask = ord c `unsafeShiftL` uNIQUE_BITS          -- Here comes THE MAGIC: see Note [How the unique supply works]         -- This is one of the most hammered bits in the whole compiler         -- See Note [Optimising the unique supply]-        -- NB: Use unsafeInterleaveIO for thread-safety.-     mk_supply = multiShotIO $-                 unsafeInterleaveIO $-                 genSym      >>= \ u ->-                 mk_supply   >>= \ s1 ->-                 mk_supply   >>= \ s2 ->-                 return (MkSplitUniqSupply (mask .|. u) s1 s2)--multiShotIO :: IO a -> IO a-{-# INLINE multiShotIO #-}--- See Note [multiShotIO]-multiShotIO (IO m) = IO (\s -> inline m s)+        -- NB: Use noDuplicate# for thread-safety.+     mk_supply s0 =+        case noDuplicate# s0 of { s1 ->+        case unIO genSym s1 of { (# s2, u #) ->+        -- deferred IO computations+        case unIO (unsafeDupableInterleaveIO (IO mk_supply)) s2 of { (# s3, x #) ->+        case unIO (unsafeDupableInterleaveIO (IO mk_supply)) s3 of { (# s4, y #) ->+        (# s4, MkSplitUniqSupply (mask .|. u) x y #)+        }}}} +#if !MIN_VERSION_GLASGOW_HASKELL(9,1,0,0) foreign import ccall unsafe "ghc_lib_parser_genSym" genSym :: IO Int-foreign import ccall unsafe "ghc_lib_parser_initGenSym" initUniqSupply :: Int -> Int -> IO ()+#else+genSym :: IO Int+genSym = do+    let !mask = (1 `unsafeShiftL` uNIQUE_BITS) - 1+    let !(Ptr counter) = ghc_unique_counter+    let !(Ptr inc_ptr) = ghc_unique_inc+    u <- IO $ \s0 -> case readWordOffAddr# inc_ptr 0# s0 of+        (# s1, inc #) -> case fetchAddWordAddr# counter inc s1 of+            (# s2, val #) ->+                let !u = I# (word2Int# (val `plusWord#` inc)) .&. mask+                in (# s2, u #)+#if defined(DEBUG)+    -- Uh oh! We will overflow next time a unique is requested.+    -- (Note that if the increment isn't 1 we may miss this check)+    MASSERT(u /= mask)+#endif+    return u+#endif++foreign import ccall unsafe "&ghc_unique_counter" ghc_unique_counter :: Ptr Word+foreign import ccall unsafe "&ghc_unique_inc"     ghc_unique_inc     :: Ptr Int++initUniqSupply :: Word -> Int -> IO ()+initUniqSupply counter inc = do+    poke ghc_unique_counter counter+    poke ghc_unique_inc     inc++uniqFromMask :: Char -> IO Unique+uniqFromMask !mask+  = do { uqNum <- genSym+       ; return $! mkUnique mask uqNum }+  splitUniqSupply :: UniqSupply -> (UniqSupply, UniqSupply) -- ^ Build two 'UniqSupply' from a single one, each of which
compiler/GHC/Unit/Module/Location.hs view
@@ -5,6 +5,7 @@    , addBootSuffix_maybe    , addBootSuffixLocn    , addBootSuffixLocnOut+   , removeBootSuffix    ) where @@ -53,6 +54,13 @@ -- | Add the @-boot@ suffix to .hs, .hi and .o files addBootSuffix :: FilePath -> FilePath addBootSuffix path = path ++ "-boot"++-- | Remove the @-boot@ suffix to .hs, .hi and .o files+removeBootSuffix :: FilePath -> FilePath+removeBootSuffix "-boot" = []+removeBootSuffix (x:xs)  = x : removeBootSuffix xs+removeBootSuffix []      = error "removeBootSuffix: no -boot suffix"+  -- | Add the @-boot@ suffix if the @Bool@ argument is @True@ addBootSuffix_maybe :: IsBootInterface -> FilePath -> FilePath
compiler/GHC/Unit/State.hs view
@@ -107,7 +107,7 @@ import Control.Monad import Data.Graph (stronglyConnComp, SCC(..)) import Data.Char ( toUpper )-import Data.List as List+import Data.List ( intersperse, partition, sortBy, isSuffixOf ) import Data.Map (Map) import Data.Set (Set) import Data.Monoid (First(..))@@ -119,11 +119,7 @@ -- --------------------------------------------------------------------------- -- The Unit state --- | Unit state is all stored in 'DynFlags', including the details of--- all units, which units are exposed, and which modules they--- provide.------ The unit state is computed by 'initUnits', and kept in DynFlags.+-- The unit state is computed by 'initUnits', and kept in HscEnv. -- It is influenced by various command-line flags: -- --   * @-package \<pkg>@ and @-package-id \<pkg>@ cause @\<pkg>@ to become exposed.
compiler/GHC/Utils/Error.hs view
@@ -21,17 +21,15 @@         Messages, ErrorMessages, WarningMessages,         unionMessages,         errorsFound, isEmptyMessages,-        isWarnMsgFatal,-        warningsToMessages,          -- ** Formatting         pprMessageBag, pprErrMsgBagWithLoc,-        pprLocErrMsg, printBagOfErrors,+        pprLocErrMsg,         formatErrDoc,          -- ** Construction         emptyMessages, mkLocMessage, mkLocMessageAnn, makeIntoWarning,-        mkErrMsg, mkPlainErrMsg, mkErrDoc, mkLongErrMsg, mkWarnMsg,+        mkErrMsg, mkPlainErrMsg, mkErr, mkLongErrMsg, mkWarnMsg,         mkPlainWarnMsg,         mkLongWarnMsg, @@ -59,8 +57,7 @@         prettyPrintGhcErrors,         traceCmd, -        -- * Compilation errors and warnings-        printOrThrowWarnings, handleFlagWarnings, shouldPrintWarning+        sortMsgBag     ) where  #include "GhclibHsVersions.h"@@ -69,20 +66,18 @@  import GHC.Driver.Session import GHC.Driver.Ppr-import qualified GHC.Driver.CmdLine as CmdLine  import GHC.Data.Bag import GHC.Utils.Exception import GHC.Utils.Outputable as Outputable import GHC.Utils.Panic-import GHC.Types.SourceError import GHC.Types.Error import GHC.Types.SrcLoc as SrcLoc  import System.Directory import System.Exit      ( ExitCode(..), exitWith ) import System.FilePath  ( takeDirectory, (</>) )-import Data.List+import Data.List        ( sortBy, stripPrefix ) import qualified Data.Set as Set import Data.IORef import Data.Maybe       ( fromMaybe )@@ -125,63 +120,7 @@ -- ----------------------------------------------------------------------------- -- Collecting up messages for later ordering and printing. -mk_err_msg :: DynFlags -> Severity -> SrcSpan -> PrintUnqualified -> ErrDoc -> ErrMsg-mk_err_msg dflags sev locn print_unqual doc- = ErrMsg { errMsgSpan = locn-          , errMsgContext = print_unqual-          , errMsgDoc = doc-          , errMsgShortString = showSDoc dflags (vcat (errDocImportant doc))-          , errMsgSeverity = sev-          , errMsgReason = NoReason }--mkErrDoc :: DynFlags -> SrcSpan -> PrintUnqualified -> ErrDoc -> ErrMsg-mkErrDoc dflags = mk_err_msg dflags SevError--mkLongErrMsg, mkLongWarnMsg   :: DynFlags -> SrcSpan -> PrintUnqualified -> MsgDoc -> MsgDoc -> ErrMsg--- ^ A long (multi-line) error message-mkErrMsg, mkWarnMsg           :: DynFlags -> SrcSpan -> PrintUnqualified -> MsgDoc            -> ErrMsg--- ^ A short (one-line) error message-mkPlainErrMsg, mkPlainWarnMsg :: DynFlags -> SrcSpan ->                     MsgDoc            -> ErrMsg--- ^ Variant that doesn't care about qualified/unqualified names--mkLongErrMsg   dflags locn unqual msg extra = mk_err_msg dflags SevError   locn unqual        (ErrDoc [msg] [] [extra])-mkErrMsg       dflags locn unqual msg       = mk_err_msg dflags SevError   locn unqual        (ErrDoc [msg] [] [])-mkPlainErrMsg  dflags locn        msg       = mk_err_msg dflags SevError   locn alwaysQualify (ErrDoc [msg] [] [])-mkLongWarnMsg  dflags locn unqual msg extra = mk_err_msg dflags SevWarning locn unqual        (ErrDoc [msg] [] [extra])-mkWarnMsg      dflags locn unqual msg       = mk_err_msg dflags SevWarning locn unqual        (ErrDoc [msg] [] [])-mkPlainWarnMsg dflags locn        msg       = mk_err_msg dflags SevWarning locn alwaysQualify (ErrDoc [msg] [] [])- -----------------emptyMessages :: Messages-emptyMessages = (emptyBag, emptyBag)--isEmptyMessages :: Messages -> Bool-isEmptyMessages (warns, errs) = isEmptyBag warns && isEmptyBag errs--errorsFound :: DynFlags -> Messages -> Bool-errorsFound _dflags (_warns, errs) = not (isEmptyBag errs)--warningsToMessages :: DynFlags -> WarningMessages -> Messages-warningsToMessages dflags =-  partitionBagWith $ \warn ->-    case isWarnMsgFatal dflags warn of-      Nothing -> Left warn-      Just err_reason ->-        Right warn{ errMsgSeverity = SevError-                  , errMsgReason = ErrReason err_reason }--printBagOfErrors :: DynFlags -> Bag ErrMsg -> IO ()-printBagOfErrors dflags bag_of_errors-  = sequence_ [ let style = mkErrStyle unqual-                    ctx   = initSDocContext dflags style-                in putLogMsg dflags reason sev s $ withPprStyle style (formatErrDoc ctx doc)-              | ErrMsg { errMsgSpan      = s,-                         errMsgDoc       = doc,-                         errMsgSeverity  = sev,-                         errMsgReason    = reason,-                         errMsgContext   = unqual } <- sortMsgBag (Just dflags)-                                                                  bag_of_errors ]- formatErrDoc :: SDocContext -> ErrDoc -> SDoc formatErrDoc ctx (ErrDoc important context supplementary)   = case msgs of@@ -192,18 +131,18 @@         [important, context, supplementary]     starred = (bullet<+>) . vcat -pprErrMsgBagWithLoc :: Bag ErrMsg -> [SDoc]+pprErrMsgBagWithLoc :: Bag (ErrMsg ErrDoc) -> [SDoc] pprErrMsgBagWithLoc bag = [ pprLocErrMsg item | item <- sortMsgBag Nothing bag ] -pprLocErrMsg :: ErrMsg -> SDoc+pprLocErrMsg :: RenderableDiagnostic e => ErrMsg e -> SDoc pprLocErrMsg (ErrMsg { errMsgSpan      = s-                     , errMsgDoc       = doc+                     , errMsgDiagnostic = e                      , errMsgSeverity  = sev                      , errMsgContext   = unqual })   = sdocWithContext $ \ctx ->-    withErrStyle unqual $ mkLocMessage sev s (formatErrDoc ctx doc)+    withErrStyle unqual $ mkLocMessage sev s (formatErrDoc ctx $ renderDiagnostic e) -sortMsgBag :: Maybe DynFlags -> Bag ErrMsg -> [ErrMsg]+sortMsgBag :: Maybe DynFlags -> Bag (ErrMsg e) -> [ErrMsg e] sortMsgBag dflags = maybeLimit . sortBy (cmp `on` errMsgSpan) . bagToList   where cmp           | fromMaybe False (fmap reverseErrors dflags) = SrcLoc.rightmost_smallest@@ -573,7 +512,7 @@      where whenPrintTimings = liftIO . when (prtimings == PrintTimings) -          recordAllocs alloc = do+          recordAllocs alloc =             liftIO $ traceMarkerIO $ "GHC:allocs:" ++ show alloc            eventBegins ctx w = do@@ -629,17 +568,6 @@       where          ctx = initSDocContext dflags defaultUserStyle --- | Checks if given 'WarnMsg' is a fatal warning.-isWarnMsgFatal :: DynFlags -> WarnMsg -> Maybe (Maybe WarningFlag)-isWarnMsgFatal dflags ErrMsg{errMsgReason = Reason wflag}-  = if wopt_fatal wflag dflags-      then Just (Just wflag)-      else Nothing-isWarnMsgFatal dflags _-  = if gopt Opt_WarnIsError dflags-      then Just Nothing-      else Nothing- traceCmd :: DynFlags -> String -> String -> IO a -> IO a -- trace the command (at two levels of verbosity) traceCmd dflags phase_name cmd_line action@@ -795,44 +723,3 @@ -- | Helper for `trace_action` traceAction :: TraceAction traceAction dflags = trace_action dflags dflags--handleFlagWarnings :: DynFlags -> [CmdLine.Warn] -> IO ()-handleFlagWarnings dflags warns = do-  let warns' = filter (shouldPrintWarning dflags . CmdLine.warnReason)  warns--      -- It would be nicer if warns :: [Located MsgDoc], but that-      -- has circular import problems.-      bag = listToBag [ mkPlainWarnMsg dflags loc (text warn)-                      | CmdLine.Warn _ (L loc warn) <- warns' ]--  printOrThrowWarnings dflags bag---- Given a warn reason, check to see if it's associated -W opt is enabled-shouldPrintWarning :: DynFlags -> CmdLine.WarnReason -> Bool-shouldPrintWarning dflags CmdLine.ReasonDeprecatedFlag-  = wopt Opt_WarnDeprecatedFlags dflags-shouldPrintWarning dflags CmdLine.ReasonUnrecognisedFlag-  = wopt Opt_WarnUnrecognisedWarningFlags dflags-shouldPrintWarning _ _-  = True----- | Given a bag of warnings, turn them into an exception if--- -Werror is enabled, or print them out otherwise.-printOrThrowWarnings :: DynFlags -> Bag WarnMsg -> IO ()-printOrThrowWarnings dflags warns = do-  let (make_error, warns') =-        mapAccumBagL-          (\make_err warn ->-            case isWarnMsgFatal dflags warn of-              Nothing ->-                (make_err, warn)-              Just err_reason ->-                (True, warn{ errMsgSeverity = SevError-                           , errMsgReason = ErrReason err_reason-                           }))-          False warns-  if make_error-    then throwIO (mkSrcErr warns')-    else printBagOfErrors dflags warns-
compiler/GHC/Utils/Misc.hs view
@@ -36,7 +36,7 @@          dropWhileEndLE, spanEnd, last2, lastMaybe, -        foldl1', foldl2, count, countWhile, all2,+        List.foldl1', foldl2, count, countWhile, all2,          lengthExceeds, lengthIs, lengthIsNot,         lengthAtLeast, lengthAtMost, lengthLessThan,@@ -140,7 +140,7 @@ import GHC.Utils.Panic.Plain  import Data.Data-import Data.List        hiding (group)+import qualified Data.List as List import Data.List.NonEmpty  ( NonEmpty(..) )  import GHC.Exts@@ -314,7 +314,7 @@ zipEqual      _ = zip zipWithEqual  _ = zipWith zipWith3Equal _ = zipWith3-zipWith4Equal _ = zipWith4+zipWith4Equal _ = List.zipWith4 #else zipEqual _   []     []     = [] zipEqual msg (a:as) (b:bs) = (a,b) : zipEqual msg as bs@@ -819,7 +819,7 @@ -- | Get the last two elements in a list. Partial! {-# INLINE last2 #-} last2 :: [a] -> (a,a)-last2 = foldl' (\(_,x2) x -> (x2,x)) (partialError,partialError)+last2 = List.foldl' (\(_,x2) x -> (x2,x)) (partialError,partialError)   where     partialError = panic "last2 - list length less than two" @@ -948,7 +948,7 @@ restrictedDamerauLevenshteinDistance' _bv_dummy m n str1 str2   | [] <- str1 = n   | otherwise  = extractAnswer $-                 foldl' (restrictedDamerauLevenshteinDistanceWorker+                 List.foldl' (restrictedDamerauLevenshteinDistanceWorker                              (matchVectors str1) top_bit_mask vector_mask)                         (0, 0, m_ones, 0, m) str2   where@@ -987,7 +987,7 @@ sizedComplement vector_mask vect = vector_mask `xor` vect  matchVectors :: (Bits bv, Num bv) => String -> IM.IntMap bv-matchVectors = snd . foldl' go (0 :: Int, IM.empty)+matchVectors = snd . List.foldl' go (0 :: Int, IM.empty)   where     go (ix, im) char = let ix' = ix + 1                            im' = IM.insertWith (.|.) (ord char) (2 ^ ix) im@@ -1020,7 +1020,7 @@ -- returning a small number of ranked results fuzzyLookup :: String -> [(String,a)] -> [a] fuzzyLookup user_entered possibilites-  = map fst $ take mAX_RESULTS $ sortBy (comparing snd)+  = map fst $ take mAX_RESULTS $ List.sortBy (comparing snd)     [ (poss_val, distance) | (poss_str, poss_val) <- possibilites                        , let distance = restrictedDamerauLevenshteinDistance                                             poss_str user_entered@@ -1254,7 +1254,7 @@              (ds,"") | not (null ds) -> Just (steps 10 0 ds)              _ -> Nothing -  steps base n ds = foldl' (step base) n ds+  steps base n ds = List.foldl' (step base) n ds   step  base n d  = base * n + fromIntegral (digitToInt d)    span' _ xs@[]         =  (xs, xs)
compiler/GHC/Utils/Outputable.hs view
@@ -59,12 +59,18 @@         pprInfixVar, pprPrefixVar,         pprHsChar, pprHsString, pprHsBytes, -        primFloatSuffix, primCharSuffix, primWordSuffix, primDoubleSuffix,-        primInt64Suffix, primWord64Suffix, primIntSuffix,+        primFloatSuffix, primCharSuffix, primDoubleSuffix,+        primInt8Suffix, primWord8Suffix,+        primInt16Suffix, primWord16Suffix,+        primInt32Suffix, primWord32Suffix,+        primInt64Suffix, primWord64Suffix,+        primIntSuffix, primWordSuffix,          pprPrimChar, pprPrimInt, pprPrimWord,-        pprPrimInt8, pprPrimInt16, pprPrimInt32, pprPrimInt64,-        pprPrimWord8, pprPrimWord16, pprPrimWord32, pprPrimWord64,+        pprPrimInt8, pprPrimWord8,+        pprPrimInt16, pprPrimWord16,+        pprPrimInt32, pprPrimWord32,+        pprPrimInt64, pprPrimWord64,          pprFastFilePath, pprFilePathString, @@ -1154,12 +1160,13 @@  -- Postfix modifiers for unboxed literals. -- See Note [Printing of literals in Core] in "GHC.Types.Literal".-primCharSuffix, primFloatSuffix, primIntSuffix :: SDoc-primDoubleSuffix, primWordSuffix :: SDoc-primInt8Suffix,  primWord8Suffix :: SDoc-primInt16Suffix, primWord16Suffix :: SDoc-primInt32Suffix, primWord32Suffix :: SDoc-primInt64Suffix, primWord64Suffix :: SDoc+primCharSuffix, primFloatSuffix, primDoubleSuffix,+  primIntSuffix, primWordSuffix,+  primInt8Suffix, primWord8Suffix,+  primInt16Suffix, primWord16Suffix,+  primInt32Suffix, primWord32Suffix,+  primInt64Suffix, primWord64Suffix+  :: SDoc primCharSuffix   = char '#' primFloatSuffix  = char '#' primIntSuffix    = char '#'@@ -1176,9 +1183,12 @@  -- | Special combinator for showing unboxed literals. pprPrimChar :: Char -> SDoc-pprPrimInt, pprPrimWord :: Integer -> SDoc-pprPrimInt8, pprPrimInt16, pprPrimInt32, pprPrimInt64 :: Integer -> SDoc-pprPrimWord8, pprPrimWord16, pprPrimWord32, pprPrimWord64 :: Integer -> SDoc+pprPrimInt, pprPrimWord,+  pprPrimInt8, pprPrimWord8,+  pprPrimInt16, pprPrimWord16,+  pprPrimInt32, pprPrimWord32,+  pprPrimInt64, pprPrimWord64+  :: Integer -> SDoc pprPrimChar c   = pprHsChar c <> primCharSuffix pprPrimInt i    = integer i   <> primIntSuffix pprPrimWord w   = word    w   <> primWordSuffix
+ compiler/Language/Haskell/Syntax.hs view
@@ -0,0 +1,62 @@+{-+(c) The University of Glasgow 2006+(c) The GRASP/AQUA Project, Glasgow University, 1992-1998++\section{Haskell abstract syntax definition}++This module glues together the pieces of the Haskell abstract syntax,+which is declared in the various \tr{Hs*} modules.  This module,+therefore, is almost nothing but re-exporting.+-}++{-# LANGUAGE DeriveDataTypeable #-}+{-# LANGUAGE StandaloneDeriving #-}+{-# LANGUAGE FlexibleContexts #-}+{-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]+                                      -- in module Language.Haskell.Syntax.Extension+{-# LANGUAGE ConstraintKinds #-}+{-# LANGUAGE TypeFamilies #-}+{-# LANGUAGE FlexibleInstances #-} -- For deriving instance Data++-- See Note [Language.Haskell.Syntax.* Hierarchy] for why not GHC.Hs.*+module Language.Haskell.Syntax (+        module Language.Haskell.Syntax.Binds,+        module Language.Haskell.Syntax.Decls,+        module Language.Haskell.Syntax.Expr,+        module Language.Haskell.Syntax.Lit,+        module Language.Haskell.Syntax.Pat,+        module Language.Haskell.Syntax.Type,+        module Language.Haskell.Syntax.Extension,+) where++import Language.Haskell.Syntax.Decls+import Language.Haskell.Syntax.Binds+import Language.Haskell.Syntax.Expr+import Language.Haskell.Syntax.Lit+import Language.Haskell.Syntax.Extension+import Language.Haskell.Syntax.Pat+import Language.Haskell.Syntax.Type++{-+Note [Language.Haskell.Syntax.* Hierarchy]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~++Why are these modules not 'GHC.Hs.*', or some other 'GHC.*'? The answer+is that they are to be separated from GHC and put into another package,+in accordance with the final goals of Trees that Grow. (See Note [Trees+that grow] in 'Language.Haskell.Syntax.Extension'.) In short, the+'Language.Haskell.Syntax.*' tree should be entirely GHC-independent.+GHC-specific stuff related to source-language syntax should be in+'GHC.Hs.*'.++We cannot move them to the separate package yet, but by giving them+names like so, we hope to remind others that the goal is to factor them+out, and therefore dependencies on the rest of GHC should never be+added, only removed.++For more details, see+https://gitlab.haskell.org/ghc/ghc/-/wikis/implementing-trees-that-grow+-}+++-- TODO Add TTG parameter to 'HsModule' and move here.
+ compiler/Language/Haskell/Syntax/Binds.hs view
@@ -0,0 +1,944 @@+{-# LANGUAGE ConstraintKinds #-}+{-# LANGUAGE DeriveDataTypeable #-}+{-# LANGUAGE DeriveFunctor #-}+{-# LANGUAGE FlexibleContexts #-}+{-# LANGUAGE FlexibleInstances #-}+{-# LANGUAGE LambdaCase #-}+{-# LANGUAGE ScopedTypeVariables #-}+{-# LANGUAGE TypeApplications #-}+{-# LANGUAGE TypeFamilies #-}+{-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]+                                      -- in module Language.Haskell.Syntax.Extension+{-# LANGUAGE ViewPatterns #-}+++{-+(c) The University of Glasgow 2006+(c) The GRASP/AQUA Project, Glasgow University, 1992-1998++\section[HsBinds]{Abstract syntax: top-level bindings and signatures}++Datatype for: @BindGroup@, @Bind@, @Sig@, @Bind@.+-}++-- See Note [Language.Haskell.Syntax.* Hierarchy] for why not GHC.Hs.*+module Language.Haskell.Syntax.Binds where++import GHC.Prelude++import {-# SOURCE #-} Language.Haskell.Syntax.Expr+  ( LHsExpr+  , MatchGroup+  , GRHSs )+import {-# SOURCE #-} Language.Haskell.Syntax.Pat+  ( LPat )++import Language.Haskell.Syntax.Extension+import Language.Haskell.Syntax.Type+import GHC.Core+import GHC.Tc.Types.Evidence+import GHC.Core.Type+import GHC.Types.Basic+import GHC.Types.SourceText+import GHC.Types.SrcLoc as SrcLoc+import GHC.Types.Var+import GHC.Types.Fixity+import GHC.Data.Bag+import GHC.Data.BooleanFormula (LBooleanFormula)++import GHC.Utils.Outputable++import Data.Data hiding ( Fixity )+import Data.Void++{-+************************************************************************+*                                                                      *+\subsection{Bindings: @BindGroup@}+*                                                                      *+************************************************************************++Global bindings (where clauses)+-}++-- During renaming, we need bindings where the left-hand sides+-- have been renamed but the right-hand sides have not.+-- Other than during renaming, these will be the same.++-- | Haskell Local Bindings+type HsLocalBinds id = HsLocalBindsLR id id++-- | Located Haskell local bindings+type LHsLocalBinds id = XRec id (HsLocalBinds id)++-- | Haskell Local Bindings with separate Left and Right identifier types+--+-- Bindings in a 'let' expression+-- or a 'where' clause+data HsLocalBindsLR idL idR+  = HsValBinds+        (XHsValBinds idL idR)+        (HsValBindsLR idL idR)+      -- ^ Haskell Value Bindings++         -- There should be no pattern synonyms in the HsValBindsLR+         -- These are *local* (not top level) bindings+         -- The parser accepts them, however, leaving the+         -- renamer to report them++  | HsIPBinds+        (XHsIPBinds idL idR)+        (HsIPBinds idR)+      -- ^ Haskell Implicit Parameter Bindings++  | EmptyLocalBinds (XEmptyLocalBinds idL idR)+      -- ^ Empty Local Bindings++  | XHsLocalBindsLR+        !(XXHsLocalBindsLR idL idR)++type LHsLocalBindsLR idL idR = XRec idL (HsLocalBindsLR idL idR)+++-- | Haskell Value Bindings+type HsValBinds id = HsValBindsLR id id++-- | Haskell Value bindings with separate Left and Right identifier types+-- (not implicit parameters)+-- Used for both top level and nested bindings+-- May contain pattern synonym bindings+data HsValBindsLR idL idR+  = -- | Value Bindings In+    --+    -- Before renaming RHS; idR is always RdrName+    -- Not dependency analysed+    -- Recursive by default+    ValBinds+        (XValBinds idL idR)+        (LHsBindsLR idL idR) [LSig idR]++    -- | Value Bindings Out+    --+    -- After renaming RHS; idR can be Name or Id Dependency analysed,+    -- later bindings in the list may depend on earlier ones.+  | XValBindsLR+      !(XXValBindsLR idL idR)++-- ---------------------------------------------------------------------++-- | Located Haskell Binding+type LHsBind  id = LHsBindLR  id id++-- | Located Haskell Bindings+type LHsBinds id = LHsBindsLR id id++-- | Haskell Binding+type HsBind   id = HsBindLR   id id++-- | Located Haskell Bindings with separate Left and Right identifier types+type LHsBindsLR idL idR = Bag (LHsBindLR idL idR)++-- | Located Haskell Binding with separate Left and Right identifier types+type LHsBindLR  idL idR = XRec idL (HsBindLR idL idR)++{- Note [FunBind vs PatBind]+   ~~~~~~~~~~~~~~~~~~~~~~~~~+The distinction between FunBind and PatBind is a bit subtle. FunBind covers+patterns which resemble function bindings and simple variable bindings.++    f x = e+    f !x = e+    f = e+    !x = e          -- FunRhs has SrcStrict+    x `f` y = e     -- FunRhs has Infix++The actual patterns and RHSs of a FunBind are encoding in fun_matches.+The m_ctxt field of each Match in fun_matches will be FunRhs and carries+two bits of information about the match,++  * The mc_fixity field on each Match describes the fixity of the+    function binder in that match.  E.g. this is legal:+         f True False  = e1+         True `f` True = e2++  * The mc_strictness field is used /only/ for nullary FunBinds: ones+    with one Match, which has no pats. For these, it describes whether+    the match is decorated with a bang (e.g. `!x = e`).++By contrast, PatBind represents data constructor patterns, as well as a few+other interesting cases. Namely,++    Just x = e+    (x) = e+    x :: Ty = e+-}++-- | Haskell Binding with separate Left and Right id's+data HsBindLR idL idR+  = -- | Function-like Binding+    --+    -- FunBind is used for both functions     @f x = e@+    -- and variables                          @f = \x -> e@+    -- and strict variables                   @!x = x + 1@+    --+    -- Reason 1: Special case for type inference: see 'GHC.Tc.Gen.Bind.tcMonoBinds'.+    --+    -- Reason 2: Instance decls can only have FunBinds, which is convenient.+    --           If you change this, you'll need to change e.g. rnMethodBinds+    --+    -- But note that the form                 @f :: a->a = ...@+    -- parses as a pattern binding, just like+    --                                        @(f :: a -> a) = ... @+    --+    -- Strict bindings have their strictness recorded in the 'SrcStrictness' of their+    -- 'MatchContext'. See Note [FunBind vs PatBind] for+    -- details about the relationship between FunBind and PatBind.+    --+    --  'GHC.Parser.Annotation.AnnKeywordId's+    --+    --  - 'GHC.Parser.Annotation.AnnFunId', attached to each element of fun_matches+    --+    --  - 'GHC.Parser.Annotation.AnnEqual','GHC.Parser.Annotation.AnnWhere',+    --    'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose',++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation+    FunBind {++        fun_ext :: XFunBind idL idR,++          -- ^ After the renamer (but before the type-checker), this contains the+          -- locally-bound free variables of this defn. See Note [Bind free vars]+          --+          -- After the type-checker, this contains a coercion from the type of+          -- the MatchGroup to the type of the Id. Example:+          --+          -- @+          --      f :: Int -> forall a. a -> a+          --      f x y = y+          -- @+          --+          -- Then the MatchGroup will have type (Int -> a' -> a')+          -- (with a free type variable a').  The coercion will take+          -- a CoreExpr of this type and convert it to a CoreExpr of+          -- type         Int -> forall a'. a' -> a'+          -- Notice that the coercion captures the free a'.++        fun_id :: LIdP idL, -- Note [fun_id in Match] in GHC.Hs.Expr++        fun_matches :: MatchGroup idR (LHsExpr idR),  -- ^ The payload++        fun_tick :: [Tickish Id] -- ^ Ticks to put on the rhs, if any+    }++  -- | Pattern Binding+  --+  -- The pattern is never a simple variable;+  -- That case is done by FunBind.+  -- See Note [FunBind vs PatBind] for details about the+  -- relationship between FunBind and PatBind.++  --+  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnBang',+  --       'GHC.Parser.Annotation.AnnEqual','GHC.Parser.Annotation.AnnWhere',+  --       'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose',++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | PatBind {+        pat_ext    :: XPatBind idL idR, -- ^ See Note [Bind free vars]+        pat_lhs    :: LPat idL,+        pat_rhs    :: GRHSs idR (LHsExpr idR),+        pat_ticks  :: ([Tickish Id], [[Tickish Id]])+               -- ^ Ticks to put on the rhs, if any, and ticks to put on+               -- the bound variables.+    }++  -- | Variable Binding+  --+  -- Dictionary binding and suchlike.+  -- All VarBinds are introduced by the type checker+  | VarBind {+        var_ext    :: XVarBind idL idR,+        var_id     :: IdP idL,+        var_rhs    :: LHsExpr idR    -- ^ Located only for consistency+    }++  -- | Abstraction Bindings+  | AbsBinds {                      -- Binds abstraction; TRANSLATION+        abs_ext     :: XAbsBinds idL idR,+        abs_tvs     :: [TyVar],+        abs_ev_vars :: [EvVar],  -- ^ Includes equality constraints++       -- | AbsBinds only gets used when idL = idR after renaming,+       -- but these need to be idL's for the collect... code in HsUtil+       -- to have the right type+        abs_exports :: [ABExport idL],++        -- | Evidence bindings+        -- Why a list? See "GHC.Tc.TyCl.Instance"+        -- Note [Typechecking plan for instance declarations]+        abs_ev_binds :: [TcEvBinds],++        -- | Typechecked user bindings+        abs_binds    :: LHsBinds idL,++        abs_sig :: Bool  -- See Note [The abs_sig field of AbsBinds]+    }++  -- | Patterns Synonym Binding+  | PatSynBind+        (XPatSynBind idL idR)+        (PatSynBind idL idR)+        -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnPattern',+        --          'GHC.Parser.Annotation.AnnLarrow','GHC.Parser.Annotation.AnnEqual',+        --          'GHC.Parser.Annotation.AnnWhere'+        --          'GHC.Parser.Annotation.AnnOpen' @'{'@,'GHC.Parser.Annotation.AnnClose' @'}'@++        -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | XHsBindsLR !(XXHsBindsLR idL idR)+++        -- Consider (AbsBinds tvs ds [(ftvs, poly_f, mono_f) binds]+        --+        -- Creates bindings for (polymorphic, overloaded) poly_f+        -- in terms of monomorphic, non-overloaded mono_f+        --+        -- Invariants:+        --      1. 'binds' binds mono_f+        --      2. ftvs is a subset of tvs+        --      3. ftvs includes all tyvars free in ds+        --+        -- See Note [AbsBinds]++-- | Abstraction Bindings Export+data ABExport p+  = ABE { abe_ext       :: XABE p+        , abe_poly      :: IdP p -- ^ Any INLINE pragma is attached to this Id+        , abe_mono      :: IdP p+        , abe_wrap      :: HsWrapper    -- ^ See Note [ABExport wrapper]+             -- Shape: (forall abs_tvs. abs_ev_vars => abe_mono) ~ abe_poly+        , abe_prags     :: TcSpecPrags  -- ^ SPECIALISE pragmas+        }+   | XABExport !(XXABExport p)+++-- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnPattern',+--             'GHC.Parser.Annotation.AnnEqual','GHC.Parser.Annotation.AnnLarrow',+--             'GHC.Parser.Annotation.AnnWhere','GHC.Parser.Annotation.AnnOpen' @'{'@,+--             'GHC.Parser.Annotation.AnnClose' @'}'@,++-- For details on above see note [Api annotations] in GHC.Parser.Annotation++-- | Pattern Synonym binding+data PatSynBind idL idR+  = PSB { psb_ext  :: XPSB idL idR,            -- ^ Post renaming, FVs.+                                               -- See Note [Bind free vars]+          psb_id   :: LIdP idL,                -- ^ Name of the pattern synonym+          psb_args :: HsPatSynDetails idR,     -- ^ Formal parameter names+          psb_def  :: LPat idR,                -- ^ Right-hand side+          psb_dir  :: HsPatSynDir idR          -- ^ Directionality+     }+   | XPatSynBind !(XXPatSynBind idL idR)++{-+Note [AbsBinds]+~~~~~~~~~~~~~~~+The AbsBinds constructor is used in the output of the type checker, to+record *typechecked* and *generalised* bindings.  Specifically++         AbsBinds { abs_tvs      = tvs+                  , abs_ev_vars  = [d1,d2]+                  , abs_exports  = [ABE { abe_poly = fp, abe_mono = fm+                                        , abe_wrap = fwrap }+                                    ABE { slly for g } ]+                  , abs_ev_binds = DBINDS+                  , abs_binds    = BIND[fm,gm] }++where 'BIND' binds the monomorphic Ids 'fm' and 'gm', means++        fp = fwrap [/\ tvs. \d1 d2. letrec { DBINDS        ]+                   [                       ; BIND[fm,gm] } ]+                   [                 in fm                 ]++        gp = ...same again, with gm instead of fm++The 'fwrap' is an impedance-matcher that typically does nothing; see+Note [ABExport wrapper].++This is a pretty bad translation, because it duplicates all the bindings.+So the desugarer tries to do a better job:++        fp = /\ [a,b] -> \ [d1,d2] -> case tp [a,b] [d1,d2] of+                                        (fm,gm) -> fm+        ..ditto for gp..++        tp = /\ [a,b] -> \ [d1,d2] -> letrec { DBINDS; BIND }+                                      in (fm,gm)++In general:++  * abs_tvs are the type variables over which the binding group is+    generalised+  * abs_ev_var are the evidence variables (usually dictionaries)+    over which the binding group is generalised+  * abs_binds are the monomorphic bindings+  * abs_ex_binds are the evidence bindings that wrap the abs_binds+  * abs_exports connects the monomorphic Ids bound by abs_binds+    with the polymorphic Ids bound by the AbsBinds itself.++For example, consider a module M, with this top-level binding, where+there is no type signature for M.reverse,+    M.reverse []     = []+    M.reverse (x:xs) = M.reverse xs ++ [x]++In Hindley-Milner, a recursive binding is typechecked with the+*recursive* uses being *monomorphic*.  So after typechecking *and*+desugaring we will get something like this++    M.reverse :: forall a. [a] -> [a]+      = /\a. letrec+                reverse :: [a] -> [a] = \xs -> case xs of+                                                []     -> []+                                                (x:xs) -> reverse xs ++ [x]+             in reverse++Notice that 'M.reverse' is polymorphic as expected, but there is a local+definition for plain 'reverse' which is *monomorphic*.  The type variable+'a' scopes over the entire letrec.++That's after desugaring.  What about after type checking but before+desugaring?  That's where AbsBinds comes in.  It looks like this:++   AbsBinds { abs_tvs     = [a]+            , abs_ev_vars = []+            , abs_exports = [ABE { abe_poly = M.reverse :: forall a. [a] -> [a],+                                 , abe_mono = reverse :: [a] -> [a]}]+            , abs_ev_binds = {}+            , abs_binds = { reverse :: [a] -> [a]+                               = \xs -> case xs of+                                            []     -> []+                                            (x:xs) -> reverse xs ++ [x] } }++Here,++  * abs_tvs says what type variables are abstracted over the binding+    group, just 'a' in this case.+  * abs_binds is the *monomorphic* bindings of the group+  * abs_exports describes how to get the polymorphic Id 'M.reverse'+    from the monomorphic one 'reverse'++Notice that the *original* function (the polymorphic one you thought+you were defining) appears in the abe_poly field of the+abs_exports. The bindings in abs_binds are for fresh, local, Ids with+a *monomorphic* Id.++If there is a group of mutually recursive (see Note [Polymorphic+recursion]) functions without type signatures, we get one AbsBinds+with the monomorphic versions of the bindings in abs_binds, and one+element of abe_exports for each variable bound in the mutually+recursive group.  This is true even for pattern bindings.  Example:+        (f,g) = (\x -> x, f)+After type checking we get+   AbsBinds { abs_tvs     = [a]+            , abs_exports = [ ABE { abe_poly = M.f :: forall a. a -> a+                                  , abe_mono = f :: a -> a }+                            , ABE { abe_poly = M.g :: forall a. a -> a+                                  , abe_mono = g :: a -> a }]+            , abs_binds = { (f,g) = (\x -> x, f) }++Note [Polymorphic recursion]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~+Consider+   Rec { f x = ...(g ef)...++       ; g :: forall a. [a] -> [a]+       ; g y = ...(f eg)...  }++These bindings /are/ mutually recursive (f calls g, and g calls f).+But we can use the type signature for g to break the recursion,+like this:++  1. Add g :: forall a. [a] -> [a] to the type environment++  2. Typecheck the definition of f, all by itself,+     including generalising it to find its most general+     type, say f :: forall b. b -> b -> [b]++  3. Extend the type environment with that type for f++  4. Typecheck the definition of g, all by itself,+     checking that it has the type claimed by its signature++Steps 2 and 4 each generate a separate AbsBinds, so we end+up with+   Rec { AbsBinds { ...for f ... }+       ; AbsBinds { ...for g ... } }++This approach allows both f and to call each other+polymorphically, even though only g has a signature.++We get an AbsBinds that encompasses multiple source-program+bindings only when+ * Each binding in the group has at least one binder that+   lacks a user type signature+ * The group forms a strongly connected component+++Note [The abs_sig field of AbsBinds]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+The abs_sig field supports a couple of special cases for bindings.+Consider++  x :: Num a => (# a, a #)+  x = (# 3, 4 #)++The general desugaring for AbsBinds would give++  x = /\a. \ ($dNum :: Num a) ->+      letrec xm = (# fromInteger $dNum 3, fromInteger $dNum 4 #) in+      xm++But that has an illegal let-binding for an unboxed tuple.  In this+case we'd prefer to generate the (more direct)++  x = /\ a. \ ($dNum :: Num a) ->+     (# fromInteger $dNum 3, fromInteger $dNum 4 #)++A similar thing happens with representation-polymorphic defns+(#11405):++  undef :: forall (r :: RuntimeRep) (a :: TYPE r). HasCallStack => a+  undef = error "undef"++Again, the vanilla desugaring gives a local let-binding for a+representation-polymorphic (undefm :: a), which is illegal.  But+again we can desugar without a let:++  undef = /\ a. \ (d:HasCallStack) -> error a d "undef"++The abs_sig field supports this direct desugaring, with no local+let-binding.  When abs_sig = True++ * the abs_binds is single FunBind++ * the abs_exports is a singleton++ * we have a complete type sig for binder+   and hence the abs_binds is non-recursive+   (it binds the mono_id but refers to the poly_id++These properties are exploited in GHC.HsToCore.Binds.dsAbsBinds to+generate code without a let-binding.++Note [ABExport wrapper]+~~~~~~~~~~~~~~~~~~~~~~~+Consider+   (f,g) = (\x.x, \y.y)+This ultimately desugars to something like this:+   tup :: forall a b. (a->a, b->b)+   tup = /\a b. (\x:a.x, \y:b.y)+   f :: forall a. a -> a+   f = /\a. case tup a Any of+               (fm::a->a,gm:Any->Any) -> fm+   ...similarly for g...++The abe_wrap field deals with impedance-matching between+    (/\a b. case tup a b of { (f,g) -> f })+and the thing we really want, which may have fewer type+variables.  The action happens in GHC.Tc.Gen.Bind.mkExport.++Note [Bind free vars]+~~~~~~~~~~~~~~~~~~~~~+The bind_fvs field of FunBind and PatBind records the free variables+of the definition.  It is used for the following purposes++a) Dependency analysis prior to type checking+    (see GHC.Tc.Gen.Bind.tc_group)++b) Deciding whether we can do generalisation of the binding+    (see GHC.Tc.Gen.Bind.decideGeneralisationPlan)++c) Deciding whether the binding can be used in static forms+    (see GHC.Tc.Gen.Expr.checkClosedInStaticForm for the HsStatic case and+     GHC.Tc.Gen.Bind.isClosedBndrGroup).++Specifically,++  * bind_fvs includes all free vars that are defined in this module+    (including top-level things and lexically scoped type variables)++  * bind_fvs excludes imported vars; this is just to keep the set smaller++  * Before renaming, and after typechecking, the field is unused;+    it's just an error thunk+-}+++{-+************************************************************************+*                                                                      *+                Implicit parameter bindings+*                                                                      *+************************************************************************+-}++-- | Haskell Implicit Parameter Bindings+data HsIPBinds id+  = IPBinds+        (XIPBinds id)+        [LIPBind id]+        -- TcEvBinds       -- Only in typechecker output; binds+        --                 -- uses of the implicit parameters+  | XHsIPBinds !(XXHsIPBinds id)+++-- | Located Implicit Parameter Binding+type LIPBind id = XRec id (IPBind id)+-- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnSemi' when in a+--   list++-- For details on above see note [Api annotations] in GHC.Parser.Annotation++-- | Implicit parameter bindings.+--+-- These bindings start off as (Left "x") in the parser and stay+-- that way until after type-checking when they are replaced with+-- (Right d), where "d" is the name of the dictionary holding the+-- evidence for the implicit parameter.+--+-- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnEqual'++-- For details on above see note [Api annotations] in GHC.Parser.Annotation+data IPBind id+  = IPBind+        (XCIPBind id)+        (Either (XRec id HsIPName) (IdP id))+        (LHsExpr id)+  | XIPBind !(XXIPBind id)++{-+************************************************************************+*                                                                      *+\subsection{@Sig@: type signatures and value-modifying user pragmas}+*                                                                      *+************************************************************************++It is convenient to lump ``value-modifying'' user-pragmas (e.g.,+``specialise this function to these four types...'') in with type+signatures.  Then all the machinery to move them into place, etc.,+serves for both.+-}++-- | Located Signature+type LSig pass = XRec pass (Sig pass)++-- | Signatures and pragmas+data Sig pass+  =   -- | An ordinary type signature+      --+      -- > f :: Num a => a -> a+      --+      -- After renaming, this list of Names contains the named+      -- wildcards brought into scope by this signature. For a signature+      -- @_ -> _a -> Bool@, the renamer will leave the unnamed wildcard @_@+      -- untouched, and the named wildcard @_a@ is then replaced with+      -- fresh meta vars in the type. Their names are stored in the type+      -- signature that brought them into scope, in this third field to be+      -- more specific.+      --+      --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDcolon',+      --          'GHC.Parser.Annotation.AnnComma'++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation+    TypeSig+       (XTypeSig pass)+       [LIdP pass]           -- LHS of the signature; e.g.  f,g,h :: blah+       (LHsSigWcType pass)   -- RHS of the signature; can have wildcards++      -- | A pattern synonym type signature+      --+      -- > pattern Single :: () => (Show a) => a -> [a]+      --+      --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnPattern',+      --           'GHC.Parser.Annotation.AnnDcolon','GHC.Parser.Annotation.AnnForall'+      --           'GHC.Parser.Annotation.AnnDot','GHC.Parser.Annotation.AnnDarrow'++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | PatSynSig (XPatSynSig pass) [LIdP pass] (LHsSigType pass)+      -- P :: forall a b. Req => Prov => ty++      -- | A signature for a class method+      --   False: ordinary class-method signature+      --   True:  generic-default class method signature+      -- e.g.   class C a where+      --          op :: a -> a                   -- Ordinary+      --          default op :: Eq a => a -> a   -- Generic default+      -- No wildcards allowed here+      --+      --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDefault',+      --           'GHC.Parser.Annotation.AnnDcolon'+  | ClassOpSig (XClassOpSig pass) Bool [LIdP pass] (LHsSigType pass)++        -- | A type signature in generated code, notably the code+        -- generated for record selectors.  We simply record+        -- the desired Id itself, replete with its name, type+        -- and IdDetails.  Otherwise it's just like a type+        -- signature: there should be an accompanying binding+  | IdSig (XIdSig pass) Id++        -- | An ordinary fixity declaration+        --+        -- >     infixl 8 ***+        --+        --+        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnInfix',+        --           'GHC.Parser.Annotation.AnnVal'++        -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | FixSig (XFixSig pass) (FixitySig pass)++        -- | An inline pragma+        --+        -- > {#- INLINE f #-}+        --+        --  - 'GHC.Parser.Annotation.AnnKeywordId' :+        --       'GHC.Parser.Annotation.AnnOpen' @'{-\# INLINE'@ and @'['@,+        --       'GHC.Parser.Annotation.AnnClose','GHC.Parser.Annotation.AnnOpen',+        --       'GHC.Parser.Annotation.AnnVal','GHC.Parser.Annotation.AnnTilde',+        --       'GHC.Parser.Annotation.AnnClose'++        -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | InlineSig   (XInlineSig pass)+                (LIdP pass)        -- Function name+                InlinePragma       -- Never defaultInlinePragma++        -- | A specialisation pragma+        --+        -- > {-# SPECIALISE f :: Int -> Int #-}+        --+        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',+        --      'GHC.Parser.Annotation.AnnOpen' @'{-\# SPECIALISE'@ and @'['@,+        --      'GHC.Parser.Annotation.AnnTilde',+        --      'GHC.Parser.Annotation.AnnVal',+        --      'GHC.Parser.Annotation.AnnClose' @']'@ and @'\#-}'@,+        --      'GHC.Parser.Annotation.AnnDcolon'++        -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | SpecSig     (XSpecSig pass)+                (LIdP pass)        -- Specialise a function or datatype  ...+                [LHsSigType pass]  -- ... to these types+                InlinePragma       -- The pragma on SPECIALISE_INLINE form.+                                   -- If it's just defaultInlinePragma, then we said+                                   --    SPECIALISE, not SPECIALISE_INLINE++        -- | A specialisation pragma for instance declarations only+        --+        -- > {-# SPECIALISE instance Eq [Int] #-}+        --+        -- (Class tys); should be a specialisation of the+        -- current instance declaration+        --+        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',+        --      'GHC.Parser.Annotation.AnnInstance','GHC.Parser.Annotation.AnnClose'++        -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | SpecInstSig (XSpecInstSig pass) SourceText (LHsSigType pass)+                  -- Note [Pragma source text] in GHC.Types.SourceText++        -- | A minimal complete definition pragma+        --+        -- > {-# MINIMAL a | (b, c | (d | e)) #-}+        --+        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',+        --      'GHC.Parser.Annotation.AnnVbar','GHC.Parser.Annotation.AnnComma',+        --      'GHC.Parser.Annotation.AnnClose'++        -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | MinimalSig (XMinimalSig pass)+               SourceText (LBooleanFormula (LIdP pass))+               -- Note [Pragma source text] in GHC.Types.SourceText++        -- | A "set cost centre" pragma for declarations+        --+        -- > {-# SCC funName #-}+        --+        -- or+        --+        -- > {-# SCC funName "cost_centre_name" #-}++  | SCCFunSig  (XSCCFunSig pass)+               SourceText     -- Note [Pragma source text] in GHC.Types.SourceText+               (LIdP pass)    -- Function name+               (Maybe (XRec pass StringLiteral))+       -- | A complete match pragma+       --+       -- > {-# COMPLETE C, D [:: T] #-}+       --+       -- Used to inform the pattern match checker about additional+       -- complete matchings which, for example, arise from pattern+       -- synonym definitions.+  | CompleteMatchSig (XCompleteMatchSig pass)+                     SourceText+                     (XRec pass [LIdP pass])+                     (Maybe (LIdP pass))+  | XSig !(XXSig pass)++-- | Located Fixity Signature+type LFixitySig pass = XRec pass (FixitySig pass)++-- | Fixity Signature+data FixitySig pass = FixitySig (XFixitySig pass) [LIdP pass] Fixity+                    | XFixitySig !(XXFixitySig pass)++-- | Type checker Specialisation Pragmas+--+-- 'TcSpecPrags' conveys @SPECIALISE@ pragmas from the type checker to the desugarer+data TcSpecPrags+  = IsDefaultMethod     -- ^ Super-specialised: a default method should+                        -- be macro-expanded at every call site+  | SpecPrags [LTcSpecPrag]+  deriving Data++-- | Located Type checker Specification Pragmas+type LTcSpecPrag = Located TcSpecPrag++-- | Type checker Specification Pragma+data TcSpecPrag+  = SpecPrag+        Id+        HsWrapper+        InlinePragma+  -- ^ The Id to be specialised, a wrapper that specialises the+  -- polymorphic function, and inlining spec for the specialised function+  deriving Data++noSpecPrags :: TcSpecPrags+noSpecPrags = SpecPrags []++hasSpecPrags :: TcSpecPrags -> Bool+hasSpecPrags (SpecPrags ps) = not (null ps)+hasSpecPrags IsDefaultMethod = False++isDefaultMethod :: TcSpecPrags -> Bool+isDefaultMethod IsDefaultMethod = True+isDefaultMethod (SpecPrags {})  = False++isFixityLSig :: forall p. UnXRec p => LSig p -> Bool+isFixityLSig (unXRec @p -> FixSig {}) = True+isFixityLSig _                 = False++isTypeLSig :: forall p. UnXRec p => LSig p -> Bool  -- Type signatures+isTypeLSig (unXRec @p -> TypeSig {})    = True+isTypeLSig (unXRec @p -> ClassOpSig {}) = True+isTypeLSig (unXRec @p -> IdSig {})      = True+isTypeLSig _                    = False++isSpecLSig :: forall p. UnXRec p => LSig p -> Bool+isSpecLSig (unXRec @p -> SpecSig {}) = True+isSpecLSig _                 = False++isSpecInstLSig :: forall p. UnXRec p => LSig p -> Bool+isSpecInstLSig (unXRec @p -> SpecInstSig {}) = True+isSpecInstLSig _                      = False++isPragLSig :: forall p. UnXRec p => LSig p -> Bool+-- Identifies pragmas+isPragLSig (unXRec @p -> SpecSig {})   = True+isPragLSig (unXRec @p -> InlineSig {}) = True+isPragLSig (unXRec @p -> SCCFunSig {}) = True+isPragLSig (unXRec @p -> CompleteMatchSig {}) = True+isPragLSig _                    = False++isInlineLSig :: forall p. UnXRec p => LSig p -> Bool+-- Identifies inline pragmas+isInlineLSig (unXRec @p -> InlineSig {}) = True+isInlineLSig _                    = False++isMinimalLSig :: forall p. UnXRec p => LSig p -> Bool+isMinimalLSig (unXRec @p -> MinimalSig {}) = True+isMinimalLSig _                               = False++isSCCFunSig :: forall p. UnXRec p => LSig p -> Bool+isSCCFunSig (unXRec @p -> SCCFunSig {}) = True+isSCCFunSig _                    = False++isCompleteMatchSig :: forall p. UnXRec p => LSig p -> Bool+isCompleteMatchSig (unXRec @p -> CompleteMatchSig {} ) = True+isCompleteMatchSig _                            = False++hsSigDoc :: Sig name -> SDoc+hsSigDoc (TypeSig {})           = text "type signature"+hsSigDoc (PatSynSig {})         = text "pattern synonym signature"+hsSigDoc (ClassOpSig _ is_deflt _ _)+ | is_deflt                     = text "default type signature"+ | otherwise                    = text "class method signature"+hsSigDoc (IdSig {})             = text "id signature"+hsSigDoc (SpecSig _ _ _ inl)+                                = ppr inl <+> text "pragma"+hsSigDoc (InlineSig _ _ prag)   = ppr (inlinePragmaSpec prag) <+> text "pragma"+hsSigDoc (SpecInstSig _ src _)+                                = pprWithSourceText src empty <+> text "instance pragma"+hsSigDoc (FixSig {})            = text "fixity declaration"+hsSigDoc (MinimalSig {})        = text "MINIMAL pragma"+hsSigDoc (SCCFunSig {})         = text "SCC pragma"+hsSigDoc (CompleteMatchSig {})  = text "COMPLETE pragma"+hsSigDoc (XSig {})              = text "XSIG TTG extension"++{-+************************************************************************+*                                                                      *+\subsection[PatSynBind]{A pattern synonym definition}+*                                                                      *+************************************************************************+-}++-- | Haskell Pattern Synonym Details+type HsPatSynDetails pass = HsConDetails Void (LIdP pass) [RecordPatSynField pass]++-- See Note [Record PatSyn Fields]+-- | Record Pattern Synonym Field+data RecordPatSynField pass+  = RecordPatSynField+      { recordPatSynField :: FieldOcc pass+      -- ^ Field label visible in rest of the file+      , recordPatSynPatVar :: LIdP pass+      -- ^ Filled in by renamer, the name used internally by the pattern+      }+++{-+Note [Record PatSyn Fields]+~~~~~~~~~~~~~~~~~~~~~~~~~~~++Consider the following two pattern synonyms.++  pattern P x y = ([x,True], [y,'v'])+  pattern Q{ x, y } =([x,True], [y,'v'])++In P, we just have two local binders, x and y.++In Q, we have local binders but also top-level record selectors+  x :: ([Bool], [Char]) -> Bool+  y :: ([Bool], [Char]) -> Char++Both are recorded in the `RecordPatSynField`s for `x` and `y`:+* recordPatSynField: the top-level record selector+* recordPatSynPatVar: the local `x`, bound only in the RHS of the pattern synonym.++It would make sense to support record-like syntax++  pattern Q{ x=x1, y=y1 } = ([x1,True], [y1,'v'])++when we have a different name for the local and top-level binder,+making the distinction between the two names clear.++-}+instance Outputable (RecordPatSynField a) where+    ppr (RecordPatSynField { recordPatSynField = v }) = ppr v+++-- | Haskell Pattern Synonym Direction+data HsPatSynDir id+  = Unidirectional+  | ImplicitBidirectional+  | ExplicitBidirectional (MatchGroup id (LHsExpr id))
+ compiler/Language/Haskell/Syntax/Decls.hs view
@@ -0,0 +1,1804 @@+{-# LANGUAGE CPP                 #-}+{-# LANGUAGE ConstraintKinds     #-}+{-# LANGUAGE DeriveDataTypeable  #-}+{-# LANGUAGE DeriveTraversable   #-}+{-# LANGUAGE FlexibleContexts    #-}+{-# LANGUAGE FlexibleInstances   #-}+{-# LANGUAGE ScopedTypeVariables #-}+{-# LANGUAGE StandaloneDeriving  #-}+{-# LANGUAGE TypeApplications    #-}+{-# LANGUAGE TypeFamilies        #-}+{-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]+                                      -- in module Language.Haskell.Syntax.Extension++{-+(c) The University of Glasgow 2006+(c) The GRASP/AQUA Project, Glasgow University, 1992-1998+-}+++{-# OPTIONS_GHC -Wno-incomplete-record-updates #-}++-- See Note [Language.Haskell.Syntax.* Hierarchy] for why not GHC.Hs.*++-- | Abstract syntax of global declarations.+--+-- Definitions for: @SynDecl@ and @ConDecl@, @ClassDecl@,+-- @InstDecl@, @DefaultDecl@ and @ForeignDecl@.+module Language.Haskell.Syntax.Decls (+  -- * Toplevel declarations+  HsDecl(..), LHsDecl, HsDataDefn(..), HsDeriving, LHsFunDep,+  HsDerivingClause(..), LHsDerivingClause, DerivClauseTys(..), LDerivClauseTys,+  NewOrData(..), newOrDataToFlavour,+  StandaloneKindSig(..), LStandaloneKindSig,++  -- ** Class or type declarations+  TyClDecl(..), LTyClDecl, DataDeclRn(..),+  TyClGroup(..),+  tyClGroupTyClDecls, tyClGroupInstDecls, tyClGroupRoleDecls,+  tyClGroupKindSigs,+  isClassDecl, isDataDecl, isSynDecl,+  isFamilyDecl, isTypeFamilyDecl, isDataFamilyDecl,+  isOpenTypeFamilyInfo, isClosedTypeFamilyInfo,+  countTyClDecls,+  tyClDeclTyVars,+  FamilyDecl(..), LFamilyDecl,++  -- ** Instance declarations+  InstDecl(..), LInstDecl, FamilyInfo(..), pprFlavour,+  TyFamInstDecl(..), LTyFamInstDecl,+  TyFamDefltDecl, LTyFamDefltDecl,+  DataFamInstDecl(..), LDataFamInstDecl,+  FamEqn(..), TyFamInstEqn, LTyFamInstEqn, HsTyPats,+  LClsInstDecl, ClsInstDecl(..),++  -- ** Standalone deriving declarations+  DerivDecl(..), LDerivDecl,+  -- ** Deriving strategies+  DerivStrategy(..), LDerivStrategy,+  derivStrategyName,+  -- ** @RULE@ declarations+  LRuleDecls,RuleDecls(..),RuleDecl(..),LRuleDecl,HsRuleRn(..),+  RuleBndr(..),LRuleBndr,+  collectRuleBndrSigTys,+  pprFullRuleName,+  -- ** @default@ declarations+  DefaultDecl(..), LDefaultDecl,+  -- ** Template haskell declaration splice+  SpliceExplicitFlag(..),+  SpliceDecl(..), LSpliceDecl,+  -- ** Foreign function interface declarations+  ForeignDecl(..), LForeignDecl, ForeignImport(..), ForeignExport(..),+  CImportSpec(..),+  -- ** Data-constructor declarations+  ConDecl(..), LConDecl,+  HsConDeclH98Details, HsConDeclGADTDetails(..),+  -- ** Document comments+  DocDecl(..), LDocDecl, docDeclDoc,+  -- ** Deprecations+  WarnDecl(..),  LWarnDecl,+  WarnDecls(..), LWarnDecls,+  -- ** Annotations+  AnnDecl(..), LAnnDecl,+  AnnProvenance(..), annProvenanceName_maybe,+  -- ** Role annotations+  RoleAnnotDecl(..), LRoleAnnotDecl,+  -- ** Injective type families+  FamilyResultSig(..), LFamilyResultSig, InjectivityAnn(..), LInjectivityAnn,++  -- * Grouping+  HsGroup(..), hsGroupInstDecls,+    ) where++-- friends:+import GHC.Prelude++import {-# SOURCE #-} Language.Haskell.Syntax.Expr+  ( HsExpr, HsSplice )+        -- Because Expr imports Decls via HsBracket++import Language.Haskell.Syntax.Binds+import Language.Haskell.Syntax.Type+import GHC.Hs.Doc+import GHC.Core.TyCon+import GHC.Types.Basic+import GHC.Types.ForeignCall+import Language.Haskell.Syntax.Extension+import GHC.Types.Name.Set+import GHC.Types.Fixity++-- others:+import GHC.Core.Class+import GHC.Utils.Outputable+import GHC.Utils.Misc+import GHC.Types.SrcLoc+import GHC.Types.SourceText+import GHC.Core.Type+import GHC.Unit.Module.Warnings++import GHC.Data.Maybe+import Data.Data        hiding (TyCon,Fixity, Infix)+import Data.Void++{-+************************************************************************+*                                                                      *+\subsection[HsDecl]{Declarations}+*                                                                      *+************************************************************************+-}++type LHsDecl p = XRec p (HsDecl p)+        -- ^ When in a list this may have+        --+        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnSemi'+        --++-- For details on above see note [Api annotations] in GHC.Parser.Annotation++-- | A Haskell Declaration+data HsDecl p+  = TyClD      (XTyClD p)      (TyClDecl p)      -- ^ Type or Class Declaration+  | InstD      (XInstD p)      (InstDecl  p)     -- ^ Instance declaration+  | DerivD     (XDerivD p)     (DerivDecl p)     -- ^ Deriving declaration+  | ValD       (XValD p)       (HsBind p)        -- ^ Value declaration+  | SigD       (XSigD p)       (Sig p)           -- ^ Signature declaration+  | KindSigD   (XKindSigD p)   (StandaloneKindSig p) -- ^ Standalone kind signature+  | DefD       (XDefD p)       (DefaultDecl p)   -- ^ 'default' declaration+  | ForD       (XForD p)       (ForeignDecl p)   -- ^ Foreign declaration+  | WarningD   (XWarningD p)   (WarnDecls p)     -- ^ Warning declaration+  | AnnD       (XAnnD p)       (AnnDecl p)       -- ^ Annotation declaration+  | RuleD      (XRuleD p)      (RuleDecls p)     -- ^ Rule declaration+  | SpliceD    (XSpliceD p)    (SpliceDecl p)    -- ^ Splice declaration+                                                 -- (Includes quasi-quotes)+  | DocD       (XDocD p)       (DocDecl)  -- ^ Documentation comment declaration+  | RoleAnnotD (XRoleAnnotD p) (RoleAnnotDecl p) -- ^Role annotation declaration+  | XHsDecl    !(XXHsDecl p)++{-+Note [Top-level fixity signatures in an HsGroup]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+An `HsGroup p` stores every top-level fixity declarations in one of two places:++1. hs_fixds :: [LFixitySig p]++   This stores fixity signatures for top-level declarations (e.g., functions,+   data constructors, classes, type families, etc.) as well as fixity+   signatures for class methods written outside of the class, as in this+   example:++     infixl 4 `m1`+     class C1 a where+       m1 :: a -> a -> a++2. hs_tyclds :: [TyClGroup p]++   Each type class can be found in a TyClDecl inside a TyClGroup, and that+   TyClDecl stores the fixity signatures for its methods written inside of the+   class, as in this example:++     class C2 a where+       infixl 4 `m2`+       m2 :: a -> a -> a++The story for fixity signatures for class methods is made slightly complicated+by the fact that they can appear both inside and outside of the class itself,+and both forms of fixity signatures are considered top-level. This matters+in `GHC.Rename.Module.rnSrcDecls`, which must create a fixity environment out+of all top-level fixity signatures before doing anything else. Therefore,+`rnSrcDecls` must be aware of both (1) and (2) above. The+`hsGroupTopLevelFixitySigs` function is responsible for collecting this+information from an `HsGroup`.++One might wonder why we even bother separating top-level fixity signatures+into two places at all. That is, why not just take the fixity signatures+from `hs_tyclds` and put them into `hs_fixds` so that they are all in one+location? This ends up causing problems for `GHC.HsToCore.Quote.repTopDs`,+which translates each fixity signature in `hs_fixds` and `hs_tyclds` into a+Template Haskell `Dec`. If there are any duplicate signatures between the two+fields, this will result in an error (#17608).+-}++-- | Haskell Group+--+-- A 'HsDecl' is categorised into a 'HsGroup' before being+-- fed to the renamer.+data HsGroup p+  = HsGroup {+        hs_ext    :: XCHsGroup p,+        hs_valds  :: HsValBinds p,+        hs_splcds :: [LSpliceDecl p],++        hs_tyclds :: [TyClGroup p],+                -- A list of mutually-recursive groups;+                -- This includes `InstDecl`s as well;+                -- Parser generates a singleton list;+                -- renamer does dependency analysis++        hs_derivds :: [LDerivDecl p],++        hs_fixds  :: [LFixitySig p],+                -- A list of fixity signatures defined for top-level+                -- declarations and class methods (defined outside of the class+                -- itself).+                -- See Note [Top-level fixity signatures in an HsGroup]++        hs_defds  :: [LDefaultDecl p],+        hs_fords  :: [LForeignDecl p],+        hs_warnds :: [LWarnDecls p],+        hs_annds  :: [LAnnDecl p],+        hs_ruleds :: [LRuleDecls p],++        hs_docs   :: [LDocDecl]+    }+  | XHsGroup !(XXHsGroup p)+++hsGroupInstDecls :: HsGroup id -> [LInstDecl id]+hsGroupInstDecls = (=<<) group_instds . hs_tyclds++-- | Located Splice Declaration+type LSpliceDecl pass = XRec pass (SpliceDecl pass)++-- | Splice Declaration+data SpliceDecl p+  = SpliceDecl                  -- Top level splice+        (XSpliceDecl p)+        (XRec p (HsSplice p))+        SpliceExplicitFlag+  | XSpliceDecl !(XXSpliceDecl p)++{-+************************************************************************+*                                                                      *+            Type and class declarations+*                                                                      *+************************************************************************++Note [The Naming story]+~~~~~~~~~~~~~~~~~~~~~~~+Here is the story about the implicit names that go with type, class,+and instance decls.  It's a bit tricky, so pay attention!++"Implicit" (or "system") binders+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+  Each data type decl defines+        a worker name for each constructor+        to-T and from-T convertors+  Each class decl defines+        a tycon for the class+        a data constructor for that tycon+        the worker for that constructor+        a selector for each superclass++All have occurrence names that are derived uniquely from their parent+declaration.++None of these get separate definitions in an interface file; they are+fully defined by the data or class decl.  But they may *occur* in+interface files, of course.  Any such occurrence must haul in the+relevant type or class decl.++Plan of attack:+ - Ensure they "point to" the parent data/class decl+   when loading that decl from an interface file+   (See RnHiFiles.getSysBinders)++ - When typechecking the decl, we build the implicit TyCons and Ids.+   When doing so we look them up in the name cache (GHC.Rename.Env.lookupSysName),+   to ensure correct module and provenance is set++These are the two places that we have to conjure up the magic derived+names.  (The actual magic is in GHC.Types.Name.Occurrence.mkWorkerOcc, etc.)++Default methods+~~~~~~~~~~~~~~~+ - Occurrence name is derived uniquely from the method name+   E.g. $dmmax++ - If there is a default method name at all, it's recorded in+   the ClassOpSig (in GHC.Hs.Binds), in the DefMethInfo field.+   (DefMethInfo is defined in GHC.Core.Class)++Source-code class decls and interface-code class decls are treated subtly+differently, which has given me a great deal of confusion over the years.+Here's the deal.  (We distinguish the two cases because source-code decls+have (Just binds) in the tcdMeths field, whereas interface decls have Nothing.++In *source-code* class declarations:++ - When parsing, every ClassOpSig gets a DefMeth with a suitable RdrName+   This is done by GHC.Parser.PostProcess.mkClassOpSigDM++ - The renamer renames it to a Name++ - During typechecking, we generate a binding for each $dm for+   which there's a programmer-supplied default method:+        class Foo a where+          op1 :: <type>+          op2 :: <type>+          op1 = ...+   We generate a binding for $dmop1 but not for $dmop2.+   The Class for Foo has a Nothing for op2 and+                         a Just ($dm_op1, VanillaDM) for op1.+   The Name for $dmop2 is simply discarded.++In *interface-file* class declarations:+  - When parsing, we see if there's an explicit programmer-supplied default method+    because there's an '=' sign to indicate it:+        class Foo a where+          op1 = :: <type>       -- NB the '='+          op2   :: <type>+    We use this info to generate a DefMeth with a suitable RdrName for op1,+    and a NoDefMeth for op2+  - The interface file has a separate definition for $dmop1, with unfolding etc.+  - The renamer renames it to a Name.+  - The renamer treats $dmop1 as a free variable of the declaration, so that+    the binding for $dmop1 will be sucked in.  (See RnHsSyn.tyClDeclFVs)+    This doesn't happen for source code class decls, because they *bind* the default method.++Dictionary functions+~~~~~~~~~~~~~~~~~~~~+Each instance declaration gives rise to one dictionary function binding.++The type checker makes up new source-code instance declarations+(e.g. from 'deriving' or generic default methods --- see+GHC.Tc.TyCl.Instance.tcInstDecls1).  So we can't generate the names for+dictionary functions in advance (we don't know how many we need).++On the other hand for interface-file instance declarations, the decl+specifies the name of the dictionary function, and it has a binding elsewhere+in the interface file:+        instance {Eq Int} = dEqInt+        dEqInt :: {Eq Int} <pragma info>++So again we treat source code and interface file code slightly differently.++Source code:+  - Source code instance decls have a Nothing in the (Maybe name) field+    (see data InstDecl below)++  - The typechecker makes up a Local name for the dict fun for any source-code+    instance decl, whether it comes from a source-code instance decl, or whether+    the instance decl is derived from some other construct (e.g. 'deriving').++  - The occurrence name it chooses is derived from the instance decl (just for+    documentation really) --- e.g. dNumInt.  Two dict funs may share a common+    occurrence name, but will have different uniques.  E.g.+        instance Foo [Int]  where ...+        instance Foo [Bool] where ...+    These might both be dFooList++  - The CoreTidy phase externalises the name, and ensures the occurrence name is+    unique (this isn't special to dict funs).  So we'd get dFooList and dFooList1.++  - We can take this relaxed approach (changing the occurrence name later)+    because dict fun Ids are not captured in a TyCon or Class (unlike default+    methods, say).  Instead, they are kept separately in the InstEnv.  This+    makes it easy to adjust them after compiling a module.  (Once we've finished+    compiling that module, they don't change any more.)+++Interface file code:+  - The instance decl gives the dict fun name, so the InstDecl has a (Just name)+    in the (Maybe name) field.++  - RnHsSyn.instDeclFVs treats the dict fun name as free in the decl, so that we+    suck in the dfun binding+-}++-- | Located Declaration of a Type or Class+type LTyClDecl pass = XRec pass (TyClDecl pass)++-- | A type or class declaration.+data TyClDecl pass+  = -- | @type/data family T :: *->*@+    --+    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnType',+    --             'GHC.Parser.Annotation.AnnData',+    --             'GHC.Parser.Annotation.AnnFamily','GHC.Parser.Annotation.AnnDcolon',+    --             'GHC.Parser.Annotation.AnnWhere','GHC.Parser.Annotation.AnnOpenP',+    --             'GHC.Parser.Annotation.AnnDcolon','GHC.Parser.Annotation.AnnCloseP',+    --             'GHC.Parser.Annotation.AnnEqual','GHC.Parser.Annotation.AnnRarrow',+    --             'GHC.Parser.Annotation.AnnVbar'++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation+    FamDecl { tcdFExt :: XFamDecl pass, tcdFam :: FamilyDecl pass }++  | -- | @type@ declaration+    --+    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnType',+    --             'GHC.Parser.Annotation.AnnEqual',++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation+    SynDecl { tcdSExt   :: XSynDecl pass          -- ^ Post renameer, FVs+            , tcdLName  :: LIdP pass              -- ^ Type constructor+            , tcdTyVars :: LHsQTyVars pass        -- ^ Type variables; for an+                                                  -- associated type these+                                                  -- include outer binders+            , tcdFixity :: LexicalFixity          -- ^ Fixity used in the declaration+            , tcdRhs    :: LHsType pass }         -- ^ RHS of type declaration++  | -- | @data@ declaration+    --+    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnData',+    --              'GHC.Parser.Annotation.AnnFamily',+    --              'GHC.Parser.Annotation.AnnNewType',+    --              'GHC.Parser.Annotation.AnnNewType','GHC.Parser.Annotation.AnnDcolon'+    --              'GHC.Parser.Annotation.AnnWhere',++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation+    DataDecl { tcdDExt     :: XDataDecl pass       -- ^ Post renamer, CUSK flag, FVs+             , tcdLName    :: LIdP pass             -- ^ Type constructor+             , tcdTyVars   :: LHsQTyVars pass      -- ^ Type variables+                              -- See Note [TyVar binders for associated declarations]+             , tcdFixity   :: LexicalFixity        -- ^ Fixity used in the declaration+             , tcdDataDefn :: HsDataDefn pass }++  | ClassDecl { tcdCExt    :: XClassDecl pass,         -- ^ Post renamer, FVs+                tcdCtxt    :: LHsContext pass,         -- ^ Context...+                tcdLName   :: LIdP pass,               -- ^ Name of the class+                tcdTyVars  :: LHsQTyVars pass,         -- ^ Class type variables+                tcdFixity  :: LexicalFixity, -- ^ Fixity used in the declaration+                tcdFDs     :: [LHsFunDep pass],         -- ^ Functional deps+                tcdSigs    :: [LSig pass],              -- ^ Methods' signatures+                tcdMeths   :: LHsBinds pass,            -- ^ Default methods+                tcdATs     :: [LFamilyDecl pass],       -- ^ Associated types;+                tcdATDefs  :: [LTyFamDefltDecl pass],   -- ^ Associated type defaults+                tcdDocs    :: [LDocDecl]                -- ^ Haddock docs+    }+        -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnClass',+        --           'GHC.Parser.Annotation.AnnWhere','GHC.Parser.Annotation.AnnOpen',+        --           'GHC.Parser.Annotation.AnnClose'+        --   - The tcdFDs will have 'GHC.Parser.Annotation.AnnVbar',+        --                          'GHC.Parser.Annotation.AnnComma'+        --                          'GHC.Parser.Annotation.AnnRarrow'++        -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | XTyClDecl !(XXTyClDecl pass)++type LHsFunDep pass = XRec pass (FunDep (LIdP pass))++data DataDeclRn = DataDeclRn+             { tcdDataCusk :: Bool    -- ^ does this have a CUSK?+                 -- See Note [CUSKs: complete user-supplied kind signatures]+             , tcdFVs      :: NameSet }+  deriving Data++{- Note [TyVar binders for associated decls]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+For an /associated/ data, newtype, or type-family decl, the LHsQTyVars+/includes/ outer binders.  For example+    class T a where+       data D a c+       type F a b :: *+       type F a b = a -> a+Here the data decl for 'D', and type-family decl for 'F', both include 'a'+in their LHsQTyVars (tcdTyVars and fdTyVars resp).++Ditto any implicit binders in the hsq_implicit field of the LHSQTyVars.++The idea is that the associated type is really a top-level decl in its+own right.  However we are careful to use the same name 'a', so that+we can match things up.++c.f. Note [Associated type tyvar names] in GHC.Core.Class+     Note [Family instance declaration binders]+-}++{- Note [Class LayoutInfo]+~~~~~~~~~~~~~~~~~~~~~~~~~~+The LayoutInfo is used to associate Haddock comments with parts of the declaration.+Compare the following examples:++    class C a where+      f :: a -> Int+      -- ^ comment on f++    class C a where+      f :: a -> Int+    -- ^ comment on C++Notice how "comment on f" and "comment on C" differ only by indentation level.+Thus we have to record the indentation level of the class declarations.++See also Note [Adding Haddock comments to the syntax tree] in GHC.Parser.PostProcess.Haddock+-}++-- Simple classifiers for TyClDecl+-- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~++-- | @True@ <=> argument is a @data@\/@newtype@+-- declaration.+isDataDecl :: TyClDecl pass -> Bool+isDataDecl (DataDecl {}) = True+isDataDecl _other        = False++-- | type or type instance declaration+isSynDecl :: TyClDecl pass -> Bool+isSynDecl (SynDecl {})   = True+isSynDecl _other        = False++-- | type class+isClassDecl :: TyClDecl pass -> Bool+isClassDecl (ClassDecl {}) = True+isClassDecl _              = False++-- | type/data family declaration+isFamilyDecl :: TyClDecl pass -> Bool+isFamilyDecl (FamDecl {})  = True+isFamilyDecl _other        = False++-- | type family declaration+isTypeFamilyDecl :: TyClDecl pass -> Bool+isTypeFamilyDecl (FamDecl _ (FamilyDecl { fdInfo = info })) = case info of+  OpenTypeFamily      -> True+  ClosedTypeFamily {} -> True+  _                   -> False+isTypeFamilyDecl _ = False++-- | open type family info+isOpenTypeFamilyInfo :: FamilyInfo pass -> Bool+isOpenTypeFamilyInfo OpenTypeFamily = True+isOpenTypeFamilyInfo _              = False++-- | closed type family info+isClosedTypeFamilyInfo :: FamilyInfo pass -> Bool+isClosedTypeFamilyInfo (ClosedTypeFamily {}) = True+isClosedTypeFamilyInfo _                     = False++-- | data family declaration+isDataFamilyDecl :: TyClDecl pass -> Bool+isDataFamilyDecl (FamDecl _ (FamilyDecl { fdInfo = DataFamily })) = True+isDataFamilyDecl _other      = False++-- Dealing with names++tyClDeclTyVars :: TyClDecl pass -> LHsQTyVars pass+tyClDeclTyVars (FamDecl { tcdFam = FamilyDecl { fdTyVars = tvs } }) = tvs+tyClDeclTyVars d = tcdTyVars d++countTyClDecls :: [TyClDecl pass] -> (Int, Int, Int, Int, Int)+        -- class, synonym decls, data, newtype, family decls+countTyClDecls decls+ = (count isClassDecl    decls,+    count isSynDecl      decls,  -- excluding...+    count isDataTy       decls,  -- ...family...+    count isNewTy        decls,  -- ...instances+    count isFamilyDecl   decls)+ where+   isDataTy DataDecl{ tcdDataDefn = HsDataDefn { dd_ND = DataType } } = True+   isDataTy _                                                       = False++   isNewTy DataDecl{ tcdDataDefn = HsDataDefn { dd_ND = NewType } } = True+   isNewTy _                                                      = False+++{- Note [CUSKs: complete user-supplied kind signatures]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+We kind-check declarations differently if they have a complete, user-supplied+kind signature (CUSK). This is because we can safely generalise a CUSKed+declaration before checking all of the others, supporting polymorphic recursion.+See https://gitlab.haskell.org/ghc/ghc/wikis/ghc-kinds/kind-inference#proposed-new-strategy+and #9200 for lots of discussion of how we got here.++The detection of CUSKs is enabled by the -XCUSKs extension, switched on by default.+Under -XNoCUSKs, all declarations are treated as if they have no CUSK.+See https://github.com/ghc-proposals/ghc-proposals/blob/master/proposals/0036-kind-signatures.rst++PRINCIPLE:+  a type declaration has a CUSK iff we could produce a separate kind signature+  for it, just like a type signature for a function,+  looking only at the header of the declaration.++Examples:+  * data T1 (a :: *->*) (b :: *) = ....+    -- Has CUSK; equivalant to   T1 :: (*->*) -> * -> *++ * data T2 a b = ...+   -- No CUSK; we do not want to guess T2 :: * -> * -> *+   -- because the full decl might be   data T a b = MkT (a b)++  * data T3 (a :: k -> *) (b :: *) = ...+    -- CUSK; equivalent to   T3 :: (k -> *) -> * -> *+    -- We lexically generalise over k to get+    --    T3 :: forall k. (k -> *) -> * -> *+    -- The generalisation is here is purely lexical, just like+    --    f3 :: a -> a+    -- means+    --    f3 :: forall a. a -> a++  * data T4 (a :: j k) = ...+     -- CUSK; equivalent to   T4 :: j k -> *+     -- which we lexically generalise to  T4 :: forall j k. j k -> *+     -- and then, if PolyKinds is on, we further generalise to+     --   T4 :: forall kk (j :: kk -> *) (k :: kk). j k -> *+     -- Again this is exactly like what happens as the term level+     -- when you write+     --    f4 :: forall a b. a b -> Int++NOTE THAT+  * A CUSK does /not/ mean that everything about the kind signature is+    fully specified by the user.  Look at T4 and f4: we had to do kind+    inference to figure out the kind-quantification.  But in both cases+    (T4 and f4) that inference is done looking /only/ at the header of T4+    (or signature for f4), not at the definition thereof.++  * The CUSK completely fixes the kind of the type constructor, forever.++  * The precise rules, for each declaration form, for whether a declaration+    has a CUSK are given in the user manual section "Complete user-supplied+    kind signatures and polymorphic recursion".  But they simply implement+    PRINCIPLE above.++  * Open type families are interesting:+      type family T5 a b :: *+    There simply /is/ no accompanying declaration, so that info is all+    we'll ever get.  So we it has a CUSK by definition, and we default+    any un-fixed kind variables to *.++  * Associated types are a bit tricker:+      class C6 a where+         type family T6 a b :: *+         op :: a Int -> Int+    Here C6 does not have a CUSK (in fact we ultimately discover that+    a :: * -> *).  And hence neither does T6, the associated family,+    because we can't fix its kind until we have settled C6.  Another+    way to say it: unlike a top-level, we /may/ discover more about+    a's kind from C6's definition.++  * A data definition with a top-level :: must explicitly bind all+    kind variables to the right of the ::. See test+    dependent/should_compile/KindLevels, which requires this+    case. (Naturally, any kind variable mentioned before the :: should+    not be bound after it.)++    This last point is much more debatable than the others; see+    #15142 comment:22++    Because this is fiddly to check, there is a field in the DataDeclRn+    structure (included in a DataDecl after the renamer) that stores whether+    or not the declaration has a CUSK.+-}+++{- *********************************************************************+*                                                                      *+                         TyClGroup+        Strongly connected components of+      type, class, instance, and role declarations+*                                                                      *+********************************************************************* -}++{- Note [TyClGroups and dependency analysis]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+A TyClGroup represents a strongly connected components of type/class/instance+decls, together with the role annotations for the type/class declarations.++The hs_tyclds :: [TyClGroup] field of a HsGroup is a dependency-order+sequence of strongly-connected components.++Invariants+ * The type and class declarations, group_tyclds, may depend on each+   other, or earlier TyClGroups, but not on later ones++ * The role annotations, group_roles, are role-annotations for some or+   all of the types and classes in group_tyclds (only).++ * The instance declarations, group_instds, may (and usually will)+   depend on group_tyclds, or on earlier TyClGroups, but not on later+   ones.++See Note [Dependency analysis of type, class, and instance decls]+in GHC.Rename.Module for more info.+-}++-- | Type or Class Group+data TyClGroup pass  -- See Note [TyClGroups and dependency analysis]+  = TyClGroup { group_ext    :: XCTyClGroup pass+              , group_tyclds :: [LTyClDecl pass]+              , group_roles  :: [LRoleAnnotDecl pass]+              , group_kisigs :: [LStandaloneKindSig pass]+              , group_instds :: [LInstDecl pass] }+  | XTyClGroup !(XXTyClGroup pass)+++tyClGroupTyClDecls :: [TyClGroup pass] -> [LTyClDecl pass]+tyClGroupTyClDecls = concatMap group_tyclds++tyClGroupInstDecls :: [TyClGroup pass] -> [LInstDecl pass]+tyClGroupInstDecls = concatMap group_instds++tyClGroupRoleDecls :: [TyClGroup pass] -> [LRoleAnnotDecl pass]+tyClGroupRoleDecls = concatMap group_roles++tyClGroupKindSigs :: [TyClGroup pass] -> [LStandaloneKindSig pass]+tyClGroupKindSigs = concatMap group_kisigs+++{- *********************************************************************+*                                                                      *+               Data and type family declarations+*                                                                      *+********************************************************************* -}++{- Note [FamilyResultSig]+~~~~~~~~~~~~~~~~~~~~~~~~~++This data type represents the return signature of a type family.  Possible+values are:++ * NoSig - the user supplied no return signature:+      type family Id a where ...++ * KindSig - the user supplied the return kind:+      type family Id a :: * where ...++ * TyVarSig - user named the result with a type variable and possibly+   provided a kind signature for that variable:+      type family Id a = r where ...+      type family Id a = (r :: *) where ...++   Naming result of a type family is required if we want to provide+   injectivity annotation for a type family:+      type family Id a = r | r -> a where ...++See also: Note [Injectivity annotation]++Note [Injectivity annotation]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~++A user can declare a type family to be injective:++   type family Id a = r | r -> a where ...++ * The part after the "|" is called "injectivity annotation".+ * "r -> a" part is called "injectivity condition"; at the moment terms+   "injectivity annotation" and "injectivity condition" are synonymous+   because we only allow a single injectivity condition.+ * "r" is the "LHS of injectivity condition". LHS can only contain the+   variable naming the result of a type family.++ * "a" is the "RHS of injectivity condition". RHS contains space-separated+   type and kind variables representing the arguments of a type+   family. Variables can be omitted if a type family is not injective in+   these arguments. Example:+         type family Foo a b c = d | d -> a c where ...++Note that:+ (a) naming of type family result is required to provide injectivity+     annotation+ (b) for associated types if the result was named then injectivity annotation+     is mandatory. Otherwise result type variable is indistinguishable from+     associated type default.++It is possible that in the future this syntax will be extended to support+more complicated injectivity annotations. For example we could declare that+if we know the result of Plus and one of its arguments we can determine the+other argument:++   type family Plus a b = (r :: Nat) | r a -> b, r b -> a where ...++Here injectivity annotation would consist of two comma-separated injectivity+conditions.++See also Note [Injective type families] in GHC.Core.TyCon+-}++-- | Located type Family Result Signature+type LFamilyResultSig pass = XRec pass (FamilyResultSig pass)++-- | type Family Result Signature+data FamilyResultSig pass = -- see Note [FamilyResultSig]+    NoSig (XNoSig pass)+  -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' :++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | KindSig  (XCKindSig pass) (LHsKind pass)+  -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' :+  --             'GHC.Parser.Annotation.AnnOpenP','GHC.Parser.Annotation.AnnDcolon',+  --             'GHC.Parser.Annotation.AnnCloseP'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | TyVarSig (XTyVarSig pass) (LHsTyVarBndr () pass)+  -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' :+  --             'GHC.Parser.Annotation.AnnOpenP','GHC.Parser.Annotation.AnnDcolon',+  --             'GHC.Parser.Annotation.AnnCloseP', 'GHC.Parser.Annotation.AnnEqual'+  | XFamilyResultSig !(XXFamilyResultSig pass)++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+++-- | Located type Family Declaration+type LFamilyDecl pass = XRec pass (FamilyDecl pass)++-- | type Family Declaration+data FamilyDecl pass = FamilyDecl+  { fdExt            :: XCFamilyDecl pass+  , fdInfo           :: FamilyInfo pass              -- type/data, closed/open+  , fdLName          :: LIdP pass                    -- type constructor+  , fdTyVars         :: LHsQTyVars pass              -- type variables+                       -- See Note [TyVar binders for associated declarations]+  , fdFixity         :: LexicalFixity                -- Fixity used in the declaration+  , fdResultSig      :: LFamilyResultSig pass        -- result signature+  , fdInjectivityAnn :: Maybe (LInjectivityAnn pass) -- optional injectivity ann+  }+  | XFamilyDecl !(XXFamilyDecl pass)+  -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnType',+  --             'GHC.Parser.Annotation.AnnData', 'GHC.Parser.Annotation.AnnFamily',+  --             'GHC.Parser.Annotation.AnnWhere', 'GHC.Parser.Annotation.AnnOpenP',+  --             'GHC.Parser.Annotation.AnnDcolon', 'GHC.Parser.Annotation.AnnCloseP',+  --             'GHC.Parser.Annotation.AnnEqual', 'GHC.Parser.Annotation.AnnRarrow',+  --             'GHC.Parser.Annotation.AnnVbar'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+++-- | Located Injectivity Annotation+type LInjectivityAnn pass = XRec pass (InjectivityAnn pass)++-- | If the user supplied an injectivity annotation it is represented using+-- InjectivityAnn. At the moment this is a single injectivity condition - see+-- Note [Injectivity annotation]. `Located name` stores the LHS of injectivity+-- condition. `[Located name]` stores the RHS of injectivity condition. Example:+--+--   type family Foo a b c = r | r -> a c where ...+--+-- This will be represented as "InjectivityAnn `r` [`a`, `c`]"+data InjectivityAnn pass+  = InjectivityAnn (LIdP pass) [LIdP pass]+  -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' :+  --             'GHC.Parser.Annotation.AnnRarrow', 'GHC.Parser.Annotation.AnnVbar'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation++data FamilyInfo pass+  = DataFamily+  | OpenTypeFamily+     -- | 'Nothing' if we're in an hs-boot file and the user+     -- said "type family Foo x where .."+  | ClosedTypeFamily (Maybe [LTyFamInstEqn pass])+++------------- Pretty printing FamilyDecls -----------++pprFlavour :: FamilyInfo pass -> SDoc+pprFlavour DataFamily            = text "data"+pprFlavour OpenTypeFamily        = text "type"+pprFlavour (ClosedTypeFamily {}) = text "type"++instance Outputable (FamilyInfo pass) where+  ppr info = pprFlavour info <+> text "family"++++{- *********************************************************************+*                                                                      *+               Data types and data constructors+*                                                                      *+********************************************************************* -}++-- | Haskell Data type Definition+data HsDataDefn pass   -- The payload of a data type defn+                       -- Used *both* for vanilla data declarations,+                       --       *and* for data family instances+  = -- | Declares a data type or newtype, giving its constructors+    -- @+    --  data/newtype T a = <constrs>+    --  data/newtype instance T [a] = <constrs>+    -- @+    HsDataDefn { dd_ext    :: XCHsDataDefn pass,+                 dd_ND     :: NewOrData,+                 dd_ctxt   :: LHsContext pass,           -- ^ Context+                 dd_cType  :: Maybe (XRec pass CType),+                 dd_kindSig:: Maybe (LHsKind pass),+                     -- ^ Optional kind signature.+                     --+                     -- @(Just k)@ for a GADT-style @data@,+                     -- or @data instance@ decl, with explicit kind sig+                     --+                     -- Always @Nothing@ for H98-syntax decls++                 dd_cons   :: [LConDecl pass],+                     -- ^ Data constructors+                     --+                     -- For @data T a = T1 | T2 a@+                     --   the 'LConDecl's all have 'ConDeclH98'.+                     -- For @data T a where { T1 :: T a }@+                     --   the 'LConDecls' all have 'ConDeclGADT'.++                 dd_derivs :: HsDeriving pass  -- ^ Optional 'deriving' clause++             -- For details on above see note [Api annotations] in GHC.Parser.Annotation+   }+  | XHsDataDefn !(XXHsDataDefn pass)++-- | Haskell Deriving clause+type HsDeriving pass = XRec pass [LHsDerivingClause pass]+  -- ^ The optional @deriving@ clauses of a data declaration. "Clauses" is+  -- plural because one can specify multiple deriving clauses using the+  -- @-XDerivingStrategies@ language extension.+  --+  -- The list of 'LHsDerivingClause's corresponds to exactly what the user+  -- requested to derive, in order. If no deriving clauses were specified,+  -- the list is empty.++type LHsDerivingClause pass = XRec pass (HsDerivingClause pass)++-- | A single @deriving@ clause of a data declaration.+--+--  - 'GHC.Parser.Annotation.AnnKeywordId' :+--       'GHC.Parser.Annotation.AnnDeriving', 'GHC.Parser.Annotation.AnnStock',+--       'GHC.Parser.Annotation.AnnAnyClass', 'Api.AnnNewtype',+--       'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose'+data HsDerivingClause pass+  -- See Note [Deriving strategies] in GHC.Tc.Deriv+  = HsDerivingClause+    { deriv_clause_ext :: XCHsDerivingClause pass+    , deriv_clause_strategy :: Maybe (LDerivStrategy pass)+      -- ^ The user-specified strategy (if any) to use when deriving+      -- 'deriv_clause_tys'.+    , deriv_clause_tys :: LDerivClauseTys pass+      -- ^ The types to derive.+    }+  | XHsDerivingClause !(XXHsDerivingClause pass)++type LDerivClauseTys pass = XRec pass (DerivClauseTys pass)++-- | The types mentioned in a single @deriving@ clause. This can come in two+-- forms, 'DctSingle' or 'DctMulti', depending on whether the types are+-- surrounded by enclosing parentheses or not. These parentheses are+-- semantically differnt than 'HsParTy'. For example, @deriving ()@ means+-- \"derive zero classes\" rather than \"derive an instance of the 0-tuple\".+--+-- 'DerivClauseTys' use 'LHsSigType' because @deriving@ clauses can mention+-- type variables that aren't bound by the datatype, e.g.+--+-- > data T b = ... deriving (C [a])+--+-- should produce a derived instance for @C [a] (T b)@.+data DerivClauseTys pass+  = -- | A @deriving@ clause with a single type. Moreover, that type can only+    -- be a type constructor without any arguments.+    --+    -- Example: @deriving Eq@+    DctSingle (XDctSingle pass) (LHsSigType pass)++    -- | A @deriving@ clause with a comma-separated list of types, surrounded+    -- by enclosing parentheses.+    --+    -- Example: @deriving (Eq, C a)@+  | DctMulti (XDctMulti pass) [LHsSigType pass]++  | XDerivClauseTys !(XXDerivClauseTys pass)++-- | Located Standalone Kind Signature+type LStandaloneKindSig pass = XRec pass (StandaloneKindSig pass)++data StandaloneKindSig pass+  = StandaloneKindSig (XStandaloneKindSig pass)+      (LIdP pass)           -- Why a single binder? See #16754+      (LHsSigType pass)     -- Why not LHsSigWcType? See Note [Wildcards in standalone kind signatures]+  | XStandaloneKindSig !(XXStandaloneKindSig pass)++{- Note [Wildcards in standalone kind signatures]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+Standalone kind signatures enable polymorphic recursion, and it is unclear how+to reconcile this with partial type signatures, so we disallow wildcards in+them.++We reject wildcards in 'rnStandaloneKindSignature' by returning False for+'StandaloneKindSigCtx' in 'wildCardsAllowed'.++The alternative design is to have special treatment for partial standalone kind+signatures, much like we have special treatment for partial type signatures in+terms. However, partial standalone kind signatures are not a proper replacement+for CUSKs, so this would be a separate feature.+-}++data NewOrData+  = NewType                     -- ^ @newtype Blah ...@+  | DataType                    -- ^ @data Blah ...@+  deriving( Eq, Data )                -- Needed because Demand derives Eq++-- | Convert a 'NewOrData' to a 'TyConFlavour'+newOrDataToFlavour :: NewOrData -> TyConFlavour+newOrDataToFlavour NewType  = NewtypeFlavour+newOrDataToFlavour DataType = DataTypeFlavour+++-- | Located data Constructor Declaration+type LConDecl pass = XRec pass (ConDecl pass)+      -- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnSemi' when+      --   in a GADT constructor list++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation++-- |+--+-- @+-- data T b = forall a. Eq a => MkT a b+--   MkT :: forall b a. Eq a => MkT a b+--+-- data T b where+--      MkT1 :: Int -> T Int+--+-- data T = Int `MkT` Int+--        | MkT2+--+-- data T a where+--      Int `MkT` Int :: T Int+-- @+--+-- - 'GHC.Parser.Annotation.AnnKeywordId's : 'GHC.Parser.Annotation.AnnOpen',+--            'GHC.Parser.Annotation.AnnDotdot','GHC.Parser.Annotation.AnnCLose',+--            'GHC.Parser.Annotation.AnnEqual','GHC.Parser.Annotation.AnnVbar',+--            'GHC.Parser.Annotation.AnnDarrow','GHC.Parser.Annotation.AnnDarrow',+--            'GHC.Parser.Annotation.AnnForall','GHC.Parser.Annotation.AnnDot'++-- For details on above see note [Api annotations] in GHC.Parser.Annotation++-- | data Constructor Declaration+data ConDecl pass+  = ConDeclGADT+      { con_g_ext   :: XConDeclGADT pass+      , con_names   :: [LIdP pass]++      -- The following fields describe the type after the '::'+      -- See Note [GADT abstract syntax]+      , con_bndrs   :: XRec pass (HsOuterSigTyVarBndrs pass)+        -- ^ The outermost type variable binders, be they explicit or implicit.+        --   The 'XRec' is used to anchor API annotations, AnnForall and AnnDot.+      , con_mb_cxt  :: Maybe (LHsContext pass)   -- ^ User-written context (if any)+      , con_g_args  :: HsConDeclGADTDetails pass -- ^ Arguments; never infix+      , con_res_ty  :: LHsType pass              -- ^ Result type++      , con_doc     :: Maybe LHsDocString+          -- ^ A possible Haddock comment.+      }++  | ConDeclH98+      { con_ext     :: XConDeclH98 pass+      , con_name    :: LIdP pass++      , con_forall  :: XRec pass Bool+                              -- ^ True <=> explicit user-written forall+                              --     e.g. data T a = forall b. MkT b (b->a)+                              --     con_ex_tvs = {b}+                              -- False => con_ex_tvs is empty+      , con_ex_tvs :: [LHsTyVarBndr Specificity pass] -- ^ Existentials only+      , con_mb_cxt :: Maybe (LHsContext pass)         -- ^ User-written context (if any)+      , con_args   :: HsConDeclH98Details pass        -- ^ Arguments; can be infix++      , con_doc       :: Maybe LHsDocString+          -- ^ A possible Haddock comment.+      }+  | XConDecl !(XXConDecl pass)++{- Note [GADT abstract syntax]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+The types of both forms of GADT constructors are very structured, as they+must consist of the quantified type variables (if provided), followed by the+context (if provided), followed by the argument types (if provided), followed+by the result type. (See "Wrinkle: No nested foralls or contexts" below for+more discussion on the restrictions imposed here.) As a result, instead of+storing the type of a GADT constructor as a single LHsType, we split it up+into its constituent components for easier access.++There are two broad ways to classify GADT constructors:++* Record-syntax constructors. For example:++    data T a where+      K :: forall a. Ord a => { x :: [a], ... } -> T a++* Prefix constructors, which do not use record syntax. For example:++    data T a where+      K :: forall a. Ord a => [a] -> ... -> T a++This distinction is recorded in the `con_args :: HsConDetails pass`, which+tracks if we're dealing with a RecCon or PrefixCon. It is easy to distinguish+the two in the AST since record GADT constructors use HsRecTy. This distinction+is made in GHC.Parser.PostProcess.mkGadtDecl.++It is worth elaborating a bit more on the process of splitting the argument+types of a GADT constructor, since there are some non-obvious details involved.+While splitting the argument types of a record GADT constructor is easy (they+are stored in an HsRecTy), splitting the arguments of a prefix GADT constructor+is trickier. The basic idea is that we must split along the outermost function+arrows ((->) and (%1 ->)) in the type, which GHC.Hs.Type.splitHsFunType+accomplishes. But what about type operators? Consider:++  C :: a :*: b -> a :*: b -> a :+: b++This could parse in many different ways depending on the precedences of each+type operator. In particular, if (:*:) were to have lower precedence than (->),+then it could very well parse like this:++  a :*: ((b -> a) :*: ((b -> a) :+: b)))++This would give the false impression that the whole type is part of one large+return type, with no arguments. Note that we do not fully resolve the exact+precedences of each user-defined type operator until the renamer, so this a+more difficult task for the parser.++Fortunately, there is no risk of the above happening. GHC's parser gives+special treatment to function arrows, and as a result, they are always parsed+with a lower precedence than any other type operator. As a result, the type+above is actually parsed like this:++  (a :*: b) -> ((a :*: b) -> (a :+: b))++While we won't know the exact precedences of (:*:) and (:+:) until the renamer,+all we are concerned about in the parser is identifying the overall shape of+the argument and result types, which we can accomplish by piggybacking on the+special treatment given to function arrows. In a future where function arrows+aren't given special status in the parser, we will likely have to modify+GHC.Parser.PostProcess.mkHsOpTyPV to preserve this trick.++-----+-- Wrinkle: No nested foralls or contexts+-----++GADT constructors provide some freedom to change the order of foralls in their+types (see Note [DataCon user type variable binders] in GHC.Core.DataCon), but+this freedom is still limited. GADTs still require that all quantification+occurs "prenex". That is, any explicitly quantified type variables must occur+at the front of the GADT type, followed by any contexts, followed by the body of+the GADT type, in precisely that order. For instance:++  data T where+    MkT1 :: forall a b. (Eq a, Eq b) => a -> b -> T+      -- OK+    MkT2 :: forall a. Eq a => forall b. a -> b -> T+      -- Rejected, `forall b` is nested+    MkT3 :: forall a b. Eq a => Eq b => a -> b -> T+      -- Rejected, `Eq b` is nested+    MkT4 :: Int -> forall a. a -> T+      -- Rejected, `forall a` is nested+    MkT5 :: forall a. Int -> Eq a => a -> T+      -- Rejected, `Eq a` is nested+    MkT6 :: (forall a. a -> T)+      -- Rejected, `forall a` is nested due to the surrounding parentheses+    MkT7 :: (Eq a => a -> t)+      -- Rejected, `Eq a` is nested due to the surrounding parentheses++For the full details, see the "Formal syntax for GADTs" section of the GHC+User's Guide. GHC enforces that GADT constructors do not have nested `forall`s+or contexts in two parts:++1. GHC, in the process of splitting apart a GADT's type,+   extracts out the leading `forall` and context (if they are provided). To+   accomplish this splitting, the renamer uses the+   GHC.Hs.Type.splitLHsGADTPrefixTy function, which is careful not to remove+   parentheses surrounding the leading `forall` or context (as these+   parentheses can be syntactically significant). If the third result returned+   by splitLHsGADTPrefixTy contains any `forall`s or contexts, then they must+   be nested, so they will be rejected.++   Note that this step applies to both prefix and record GADTs alike, as they+   both have syntax which permits `forall`s and contexts. The difference is+   where this step happens:++   * For prefix GADTs, this happens in the renamer (in rnConDecl), as we cannot+     split until after the type operator fixities have been resolved.+   * For record GADTs, this happens in the parser (in mkGadtDecl).+2. If the GADT type is prefix, the renamer (in the ConDeclGADTPrefixPs case of+   rnConDecl) will then check for nested `forall`s/contexts in the body of a+   prefix GADT type, after it has determined what all of the argument types are.+   This step is necessary to catch examples like MkT4 above, where the nested+   quantification occurs after a visible argument type.+-}++-- | The arguments in a Haskell98-style data constructor.+type HsConDeclH98Details pass+   = HsConDetails Void (HsScaled pass (LBangType pass)) (XRec pass [LConDeclField pass])+-- The Void argument to HsConDetails here is a reflection of the fact that+-- type applications are not allowed in data constructor declarations.++-- | The arguments in a GADT constructor. Unlike Haskell98-style constructors,+-- GADT constructors cannot be declared with infix syntax. As a result, we do+-- not use 'HsConDetails' here, as 'InfixCon' would be an unrepresentable+-- state. (There is a notion of infix GADT constructors for the purposes of+-- derived Show instances—see Note [Infix GADT constructors] in+-- GHC.Tc.TyCl—but that is an orthogonal concern.)+data HsConDeclGADTDetails pass+   = PrefixConGADT [HsScaled pass (LBangType pass)]+   | RecConGADT (XRec pass [LConDeclField pass])++instance Outputable NewOrData where+  ppr NewType  = text "newtype"+  ppr DataType = text "data"++{-+************************************************************************+*                                                                      *+                Instance declarations+*                                                                      *+************************************************************************++Note [Type family instance declarations in HsSyn]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+The data type FamEqn represents one equation of a type family instance.+Aside from the pass, it is also parameterised over another field, feqn_rhs.+feqn_rhs is either an HsDataDefn (for data family instances) or an LHsType+(for type family instances).++Type family instances also include associated type family default equations.+That is because a default for a type family looks like this:++  class C a where+    type family F a b :: Type+    type F c d = (c,d)   -- Default instance++The default declaration is really just a `type instance` declaration, but one+with particularly simple patterns: they must all be distinct type variables.+That's because we will instantiate it (in an instance declaration for `C`) if+we don't give an explicit instance for `F`. Note that the names of the+variables don't need to match those of the class: it really is like a+free-standing `type instance` declaration.+-}++----------------- Type synonym family instances -------------++-- | Located Type Family Instance Equation+type LTyFamInstEqn pass = XRec pass (TyFamInstEqn pass)+  -- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnSemi'+  --   when in a list++-- For details on above see note [Api annotations] in GHC.Parser.Annotation++-- | Haskell Type Patterns+type HsTyPats pass = [LHsTypeArg pass]++{- Note [Family instance declaration binders]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+The feqn_pats field of FamEqn (family instance equation) stores the LHS type+(and kind) patterns. Any type (and kind) variables contained+in these type patterns are bound in the feqn_bndrs field.+Note that in particular:++* The feqn_bndrs *include* any anonymous wildcards.  For example+     type instance F a _ = a+  The feqn_bndrs will be HsOuterImplicit {a, _}.  Remember that each separate+  wildcard '_' gets its own unique.  In this context wildcards behave just like+  an ordinary type variable, only anonymous.++* The feqn_bndrs *include* type variables that are already in scope++   Eg   class C s t where+          type F t p :: *+        instance C w (a,b) where+          type F (a,b) x = x->a+   The feqn_bndrs of the F decl is HsOuterImplicit {a,b,x}, even though the+   F decl is nested inside the 'instance' decl.++   However after the renamer, the uniques will match up:+        instance C w7 (a8,b9) where+          type F (a8,b9) x10 = x10->a8+   so that we can compare the type pattern in the 'instance' decl and+   in the associated 'type' decl++c.f. Note [TyVar binders for associated decls]+-}++-- | Type Family Instance Equation+type TyFamInstEqn pass = FamEqn pass (LHsType pass)+            -- Here, the @pats@ are type patterns (with kind and type bndrs).+            -- See Note [Family instance declaration binders]++-- | Type family default declarations.+-- A convenient synonym for 'TyFamInstDecl'.+-- See @Note [Type family instance declarations in HsSyn]@.+type TyFamDefltDecl = TyFamInstDecl++-- | Located type family default declarations.+type LTyFamDefltDecl pass = XRec pass (TyFamDefltDecl pass)++-- | Located Type Family Instance Declaration+type LTyFamInstDecl pass = XRec pass (TyFamInstDecl pass)++-- | Type Family Instance Declaration+newtype TyFamInstDecl pass = TyFamInstDecl { tfid_eqn :: TyFamInstEqn pass }+    -- ^+    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnType',+    --           'GHC.Parser.Annotation.AnnInstance',++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++----------------- Data family instances -------------++-- | Located Data Family Instance Declaration+type LDataFamInstDecl pass = XRec pass (DataFamInstDecl pass)++-- | Data Family Instance Declaration+newtype DataFamInstDecl pass+  = DataFamInstDecl { dfid_eqn :: FamEqn pass (HsDataDefn pass) }+    -- ^+    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnData',+    --           'GHC.Parser.Annotation.AnnNewType','GHC.Parser.Annotation.AnnInstance',+    --           'GHC.Parser.Annotation.AnnDcolon'+    --           'GHC.Parser.Annotation.AnnWhere','GHC.Parser.Annotation.AnnOpen',+    --           'GHC.Parser.Annotation.AnnClose'++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++----------------- Family instances (common types) -------------++-- | Family Equation+--+-- One equation in a type family instance declaration, data family instance+-- declaration, or type family default.+-- See Note [Type family instance declarations in HsSyn]+-- See Note [Family instance declaration binders]+data FamEqn pass rhs+  = FamEqn+       { feqn_ext    :: XCFamEqn pass rhs+       , feqn_tycon  :: LIdP pass+       , feqn_bndrs  :: HsOuterFamEqnTyVarBndrs pass -- ^ Optional quantified type vars+       , feqn_pats   :: HsTyPats pass+       , feqn_fixity :: LexicalFixity -- ^ Fixity used in the declaration+       , feqn_rhs    :: rhs+       }+    -- ^+    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnEqual'+  | XFamEqn !(XXFamEqn pass rhs)++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++----------------- Class instances -------------++-- | Located Class Instance Declaration+type LClsInstDecl pass = XRec pass (ClsInstDecl pass)++-- | Class Instance Declaration+data ClsInstDecl pass+  = ClsInstDecl+      { cid_ext     :: XCClsInstDecl pass+      , cid_poly_ty :: LHsSigType pass    -- Context => Class Instance-type+                                          -- Using a polytype means that the renamer conveniently+                                          -- figures out the quantified type variables for us.+      , cid_binds         :: LHsBinds pass       -- Class methods+      , cid_sigs          :: [LSig pass]         -- User-supplied pragmatic info+      , cid_tyfam_insts   :: [LTyFamInstDecl pass]   -- Type family instances+      , cid_datafam_insts :: [LDataFamInstDecl pass] -- Data family instances+      , cid_overlap_mode  :: Maybe (XRec pass OverlapMode)+         -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',+         --                                    'GHC.Parser.Annotation.AnnClose',++        -- For details on above see note [Api annotations] in GHC.Parser.Annotation+      }+    -- ^+    --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnInstance',+    --           'GHC.Parser.Annotation.AnnWhere',+    --           'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose',++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | XClsInstDecl !(XXClsInstDecl pass)++----------------- Instances of all kinds -------------++-- | Located Instance Declaration+type LInstDecl pass = XRec pass (InstDecl pass)++-- | Instance Declaration+data InstDecl pass  -- Both class and family instances+  = ClsInstD+      { cid_d_ext :: XClsInstD pass+      , cid_inst  :: ClsInstDecl pass }+  | DataFamInstD              -- data family instance+      { dfid_ext  :: XDataFamInstD pass+      , dfid_inst :: DataFamInstDecl pass }+  | TyFamInstD              -- type family instance+      { tfid_ext  :: XTyFamInstD pass+      , tfid_inst :: TyFamInstDecl pass }+  | XInstDecl !(XXInstDecl pass)++{-+************************************************************************+*                                                                      *+\subsection[DerivDecl]{A stand-alone instance deriving declaration}+*                                                                      *+************************************************************************+-}++-- | Located stand-alone 'deriving instance' declaration+type LDerivDecl pass = XRec pass (DerivDecl pass)++-- | Stand-alone 'deriving instance' declaration+data DerivDecl pass = DerivDecl+        { deriv_ext          :: XCDerivDecl pass+        , deriv_type         :: LHsSigWcType pass+          -- ^ The instance type to derive.+          --+          -- It uses an 'LHsSigWcType' because the context is allowed to be a+          -- single wildcard:+          --+          -- > deriving instance _ => Eq (Foo a)+          --+          -- Which signifies that the context should be inferred.++          -- See Note [Inferring the instance context] in GHC.Tc.Deriv.Infer.++        , deriv_strategy     :: Maybe (LDerivStrategy pass)+        , deriv_overlap_mode :: Maybe (XRec pass OverlapMode)+         -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDeriving',+         --        'GHC.Parser.Annotation.AnnInstance', 'GHC.Parser.Annotation.AnnStock',+         --        'GHC.Parser.Annotation.AnnAnyClass', 'Api.AnnNewtype',+         --        'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+        }+  | XDerivDecl !(XXDerivDecl pass)++{-+************************************************************************+*                                                                      *+                Deriving strategies+*                                                                      *+************************************************************************+-}++-- | A 'Located' 'DerivStrategy'.+type LDerivStrategy pass = XRec pass (DerivStrategy pass)++-- | Which technique the user explicitly requested when deriving an instance.+data DerivStrategy pass+  -- See Note [Deriving strategies] in GHC.Tc.Deriv+  = StockStrategy    -- ^ GHC's \"standard\" strategy, which is to implement a+                     --   custom instance for the data type. This only works+                     --   for certain types that GHC knows about (e.g., 'Eq',+                     --   'Show', 'Functor' when @-XDeriveFunctor@ is enabled,+                     --   etc.)+  | AnyclassStrategy -- ^ @-XDeriveAnyClass@+  | NewtypeStrategy  -- ^ @-XGeneralizedNewtypeDeriving@+  | ViaStrategy (XViaStrategy pass)+                     -- ^ @-XDerivingVia@++-- | A short description of a @DerivStrategy'@.+derivStrategyName :: DerivStrategy a -> SDoc+derivStrategyName = text . go+  where+    go StockStrategy    = "stock"+    go AnyclassStrategy = "anyclass"+    go NewtypeStrategy  = "newtype"+    go (ViaStrategy {}) = "via"++{-+************************************************************************+*                                                                      *+\subsection[DefaultDecl]{A @default@ declaration}+*                                                                      *+************************************************************************++There can only be one default declaration per module, but it is hard+for the parser to check that; we pass them all through in the abstract+syntax, and that restriction must be checked in the front end.+-}++-- | Located Default Declaration+type LDefaultDecl pass = XRec pass (DefaultDecl pass)++-- | Default Declaration+data DefaultDecl pass+  = DefaultDecl (XCDefaultDecl pass) [LHsType pass]+        -- ^ - 'GHC.Parser.Annotation.AnnKeywordId's : 'GHC.Parser.Annotation.AnnDefault',+        --          'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose'++        -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | XDefaultDecl !(XXDefaultDecl pass)++{-+************************************************************************+*                                                                      *+\subsection{Foreign function interface declaration}+*                                                                      *+************************************************************************+-}++-- foreign declarations are distinguished as to whether they define or use a+-- Haskell name+--+--  * the Boolean value indicates whether the pre-standard deprecated syntax+--   has been used++-- | Located Foreign Declaration+type LForeignDecl pass = XRec pass (ForeignDecl pass)++-- | Foreign Declaration+data ForeignDecl pass+  = ForeignImport+      { fd_i_ext  :: XForeignImport pass   -- Post typechecker, rep_ty ~ sig_ty+      , fd_name   :: LIdP pass             -- defines this name+      , fd_sig_ty :: LHsSigType pass       -- sig_ty+      , fd_fi     :: ForeignImport }++  | ForeignExport+      { fd_e_ext  :: XForeignExport pass   -- Post typechecker, rep_ty ~ sig_ty+      , fd_name   :: LIdP pass             -- uses this name+      , fd_sig_ty :: LHsSigType pass       -- sig_ty+      , fd_fe     :: ForeignExport }+        -- ^+        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnForeign',+        --           'GHC.Parser.Annotation.AnnImport','GHC.Parser.Annotation.AnnExport',+        --           'GHC.Parser.Annotation.AnnDcolon'++        -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | XForeignDecl !(XXForeignDecl pass)++{-+    In both ForeignImport and ForeignExport:+        sig_ty is the type given in the Haskell code+        rep_ty is the representation for this type, i.e. with newtypes+               coerced away and type functions evaluated.+    Thus if the declaration is valid, then rep_ty will only use types+    such as Int and IO that we know how to make foreign calls with.+-}++-- Specification Of an imported external entity in dependence on the calling+-- convention+--+data ForeignImport = -- import of a C entity+                     --+                     --  * the two strings specifying a header file or library+                     --   may be empty, which indicates the absence of a+                     --   header or object specification (both are not used+                     --   in the case of `CWrapper' and when `CFunction'+                     --   has a dynamic target)+                     --+                     --  * the calling convention is irrelevant for code+                     --   generation in the case of `CLabel', but is needed+                     --   for pretty printing+                     --+                     --  * `Safety' is irrelevant for `CLabel' and `CWrapper'+                     --+                     CImport  (Located CCallConv) -- ccall or stdcall+                              (Located Safety)  -- interruptible, safe or unsafe+                              (Maybe Header)       -- name of C header+                              CImportSpec          -- details of the C entity+                              (Located SourceText) -- original source text for+                                                   -- the C entity+  deriving Data++-- details of an external C entity+--+data CImportSpec = CLabel    CLabelString     -- import address of a C label+                 | CFunction CCallTarget      -- static or dynamic function+                 | CWrapper                   -- wrapper to expose closures+                                              -- (former f.e.d.)+  deriving Data++-- specification of an externally exported entity in dependence on the calling+-- convention+--+data ForeignExport = CExport  (Located CExportSpec) -- contains the calling+                                                    -- convention+                              (Located SourceText)  -- original source text for+                                                    -- the C entity+  deriving Data++-- pretty printing of foreign declarations+--++instance Outputable ForeignImport where+  ppr (CImport  cconv safety mHeader spec (L _ srcText)) =+    ppr cconv <+> ppr safety+      <+> pprWithSourceText srcText (pprCEntity spec "")+    where+      pp_hdr = case mHeader of+               Nothing -> empty+               Just (Header _ header) -> ftext header++      pprCEntity (CLabel lbl) _ =+        doubleQuotes $ text "static" <+> pp_hdr <+> char '&' <> ppr lbl+      pprCEntity (CFunction (StaticTarget st _lbl _ isFun)) src =+        if dqNeeded then doubleQuotes ce else empty+          where+            dqNeeded = (take 6 src == "static")+                    || isJust mHeader+                    || not isFun+                    || st /= NoSourceText+            ce =+                  -- We may need to drop leading spaces first+                  (if take 6 src == "static" then text "static" else empty)+              <+> pp_hdr+              <+> (if isFun then empty else text "value")+              <+> (pprWithSourceText st empty)+      pprCEntity (CFunction DynamicTarget) _ =+        doubleQuotes $ text "dynamic"+      pprCEntity CWrapper _ = doubleQuotes $ text "wrapper"++instance Outputable ForeignExport where+  ppr (CExport  (L _ (CExportStatic _ lbl cconv)) _) =+    ppr cconv <+> char '"' <> ppr lbl <> char '"'++{-+************************************************************************+*                                                                      *+\subsection{Rewrite rules}+*                                                                      *+************************************************************************+-}++-- | Located Rule Declarations+type LRuleDecls pass = XRec pass (RuleDecls pass)++  -- Note [Pragma source text] in GHC.Types.SourceText+-- | Rule Declarations+data RuleDecls pass = HsRules { rds_ext   :: XCRuleDecls pass+                              , rds_src   :: SourceText+                              , rds_rules :: [LRuleDecl pass] }+  | XRuleDecls !(XXRuleDecls pass)++-- | Located Rule Declaration+type LRuleDecl pass = XRec pass (RuleDecl pass)++-- | Rule Declaration+data RuleDecl pass+  = HsRule -- Source rule+       { rd_ext  :: XHsRule pass+           -- ^ After renamer, free-vars from the LHS and RHS+       , rd_name :: XRec pass (SourceText,RuleName)+           -- ^ Note [Pragma source text] in "GHC.Types.Basic"+       , rd_act  :: Activation+       , rd_tyvs :: Maybe [LHsTyVarBndr () (NoGhcTc pass)]+           -- ^ Forall'd type vars+       , rd_tmvs :: [LRuleBndr pass]+           -- ^ Forall'd term vars, before typechecking; after typechecking+           --    this includes all forall'd vars+       , rd_lhs  :: XRec pass (HsExpr pass)+       , rd_rhs  :: XRec pass (HsExpr pass)+       }+    -- ^+    --  - 'GHC.Parser.Annotation.AnnKeywordId' :+    --           'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnTilde',+    --           'GHC.Parser.Annotation.AnnVal',+    --           'GHC.Parser.Annotation.AnnClose',+    --           'GHC.Parser.Annotation.AnnForall','GHC.Parser.Annotation.AnnDot',+    --           'GHC.Parser.Annotation.AnnEqual',+  | XRuleDecl !(XXRuleDecl pass)++data HsRuleRn = HsRuleRn NameSet NameSet -- Free-vars from the LHS and RHS+  deriving Data++-- | Located Rule Binder+type LRuleBndr pass = XRec pass (RuleBndr pass)++-- | Rule Binder+data RuleBndr pass+  = RuleBndr (XCRuleBndr pass)  (LIdP pass)+  | RuleBndrSig (XRuleBndrSig pass) (LIdP pass) (HsPatSigType pass)+  | XRuleBndr !(XXRuleBndr pass)+        -- ^+        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',+        --     'GHC.Parser.Annotation.AnnDcolon','GHC.Parser.Annotation.AnnClose'++        -- For details on above see note [Api annotations] in GHC.Parser.Annotation++collectRuleBndrSigTys :: [RuleBndr pass] -> [HsPatSigType pass]+collectRuleBndrSigTys bndrs = [ty | RuleBndrSig _ _ ty <- bndrs]++pprFullRuleName :: Located (SourceText, RuleName) -> SDoc+pprFullRuleName (L _ (st, n)) = pprWithSourceText st (doubleQuotes $ ftext n)++{-+************************************************************************+*                                                                      *+\subsection[DocDecl]{Document comments}+*                                                                      *+************************************************************************+-}++-- | Located Documentation comment Declaration+type LDocDecl = Located (DocDecl)++-- | Documentation comment Declaration+data DocDecl+  = DocCommentNext HsDocString+  | DocCommentPrev HsDocString+  | DocCommentNamed String HsDocString+  | DocGroup Int HsDocString+  deriving Data++-- Okay, I need to reconstruct the document comments, but for now:+instance Outputable DocDecl where+  ppr _ = text "<document comment>"++docDeclDoc :: DocDecl -> HsDocString+docDeclDoc (DocCommentNext d) = d+docDeclDoc (DocCommentPrev d) = d+docDeclDoc (DocCommentNamed _ d) = d+docDeclDoc (DocGroup _ d) = d++{-+************************************************************************+*                                                                      *+\subsection[DeprecDecl]{Deprecations}+*                                                                      *+************************************************************************++We use exported entities for things to deprecate.+-}++-- | Located Warning Declarations+type LWarnDecls pass = XRec pass (WarnDecls pass)++ -- Note [Pragma source text] in GHC.Types.SourceText+-- | Warning pragma Declarations+data WarnDecls pass = Warnings { wd_ext      :: XWarnings pass+                               , wd_src      :: SourceText+                               , wd_warnings :: [LWarnDecl pass]+                               }+  | XWarnDecls !(XXWarnDecls pass)++-- | Located Warning pragma Declaration+type LWarnDecl pass = XRec pass (WarnDecl pass)++-- | Warning pragma Declaration+data WarnDecl pass = Warning (XWarning pass) [LIdP pass] WarningTxt+                   | XWarnDecl !(XXWarnDecl pass)++{-+************************************************************************+*                                                                      *+\subsection[AnnDecl]{Annotations}+*                                                                      *+************************************************************************+-}++-- | Located Annotation Declaration+type LAnnDecl pass = XRec pass (AnnDecl pass)++-- | Annotation Declaration+data AnnDecl pass = HsAnnotation+                      (XHsAnnotation pass)+                      SourceText -- Note [Pragma source text] in GHC.Types.SourceText+                      (AnnProvenance (IdP pass)) (XRec pass (HsExpr pass))+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',+      --           'GHC.Parser.Annotation.AnnType'+      --           'GHC.Parser.Annotation.AnnModule'+      --           'GHC.Parser.Annotation.AnnClose'++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | XAnnDecl !(XXAnnDecl pass)++-- | Annotation Provenance+data AnnProvenance name = ValueAnnProvenance (Located name)+                        | TypeAnnProvenance (Located name)+                        | ModuleAnnProvenance+deriving instance Functor     AnnProvenance+deriving instance Foldable    AnnProvenance+deriving instance Traversable AnnProvenance+deriving instance (Data pass) => Data (AnnProvenance pass)++annProvenanceName_maybe :: AnnProvenance name -> Maybe name+annProvenanceName_maybe (ValueAnnProvenance (L _ name)) = Just name+annProvenanceName_maybe (TypeAnnProvenance (L _ name))  = Just name+annProvenanceName_maybe ModuleAnnProvenance       = Nothing++{-+************************************************************************+*                                                                      *+\subsection[RoleAnnot]{Role annotations}+*                                                                      *+************************************************************************+-}++-- | Located Role Annotation Declaration+type LRoleAnnotDecl pass = XRec pass (RoleAnnotDecl pass)++-- See #8185 for more info about why role annotations are+-- top-level declarations+-- | Role Annotation Declaration+data RoleAnnotDecl pass+  = RoleAnnotDecl (XCRoleAnnotDecl pass)+                  (LIdP pass)              -- type constructor+                  [XRec pass (Maybe Role)] -- optional annotations+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnType',+      --           'GHC.Parser.Annotation.AnnRole'++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | XRoleAnnotDecl !(XXRoleAnnotDecl pass)
+ compiler/Language/Haskell/Syntax/Expr.hs view
@@ -0,0 +1,1775 @@+{-# LANGUAGE CPP                       #-}+{-# LANGUAGE ConstraintKinds           #-}+{-# LANGUAGE DataKinds                 #-}+{-# LANGUAGE DeriveDataTypeable        #-}+{-# LANGUAGE ExistentialQuantification #-}+{-# LANGUAGE FlexibleContexts          #-}+{-# LANGUAGE FlexibleInstances         #-}+{-# LANGUAGE LambdaCase                #-}+{-# LANGUAGE ScopedTypeVariables       #-}+{-# LANGUAGE StandaloneDeriving        #-}+{-# LANGUAGE TypeApplications          #-}+{-# LANGUAGE TypeFamilyDependencies    #-}+{-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]+                                      -- in module Language.Haskell.Syntax.Extension++{-# OPTIONS_GHC -Wno-incomplete-uni-patterns #-}++{-+(c) The University of Glasgow 2006+(c) The GRASP/AQUA Project, Glasgow University, 1992-1998+-}++-- See Note [Language.Haskell.Syntax.* Hierarchy] for why not GHC.Hs.*++-- | Abstract Haskell syntax for expressions.+module Language.Haskell.Syntax.Expr where++#include "GhclibHsVersions.h"++-- friends:+import GHC.Prelude++import Language.Haskell.Syntax.Decls+import Language.Haskell.Syntax.Pat+import Language.Haskell.Syntax.Lit+import Language.Haskell.Syntax.Extension+import Language.Haskell.Syntax.Type+import Language.Haskell.Syntax.Binds++-- others:+import GHC.Tc.Types.Evidence+import GHC.Core+import GHC.Types.Name+import GHC.Types.Basic+import GHC.Types.Fixity+import GHC.Types.SourceText+import GHC.Types.SrcLoc+import GHC.Core.ConLike+import GHC.Unit.Module (ModuleName)+import GHC.Utils.Outputable+import GHC.Utils.Panic+import GHC.Data.FastString+import GHC.Core.Type++-- libraries:+import Data.Data hiding (Fixity(..))+import qualified Data.Data as Data (Fixity(..))++import GHCi.RemoteTypes ( ForeignRef )+import qualified Language.Haskell.TH as TH (Q)++{-+************************************************************************+*                                                                      *+\subsection{Expressions proper}+*                                                                      *+************************************************************************+-}++-- * Expressions proper++-- | Located Haskell Expression+type LHsExpr p = XRec p (HsExpr p)+  -- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnComma' when+  --   in a list++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation++-------------------------+{- Note [NoSyntaxExpr]+~~~~~~~~~~~~~~~~~~~~~~+Syntax expressions can be missing (NoSyntaxExprRn or NoSyntaxExprTc)+for several reasons:++ 1. As described in Note [Rebindable if]++ 2. In order to suppress "not in scope: xyz" messages when a bit of+    rebindable syntax does not apply. For example, when using an irrefutable+    pattern in a BindStmt, we don't need a `fail` operator.++ 3. Rebindable syntax might just not make sense. For example, a BodyStmt+    contains the syntax for `guard`, but that's used only in monad comprehensions.+    If we had more of a whiz-bang type system, we might be able to rule this+    case out statically.+-}++-- | Syntax Expression+--+-- SyntaxExpr is represents the function used in interpreting rebindable+-- syntax. In the parser, we have no information to supply; in the renamer,+-- we have the name of the function (but see+-- Note [Monad fail : Rebindable syntax, overloaded strings] for a wrinkle)+-- and in the type-checker we have a more elaborate structure 'SyntaxExprTc'.+--+-- In some contexts, rebindable syntax is not implemented, and so we have+-- constructors to represent that possibility in both the renamer and+-- typechecker instantiations.+--+-- E.g. @(>>=)@ is filled in before the renamer by the appropriate 'Name' for+--      @(>>=)@, and then instantiated by the type checker with its type args+--      etc+type family SyntaxExpr p++-- | Command Syntax Table (for Arrow syntax)+type CmdSyntaxTable p = [(Name, HsExpr p)]+-- See Note [CmdSyntaxTable]++{-+Note [CmdSyntaxTable]+~~~~~~~~~~~~~~~~~~~~~+Used only for arrow-syntax stuff (HsCmdTop), the CmdSyntaxTable keeps+track of the methods needed for a Cmd.++* Before the renamer, this list is an empty list++* After the renamer, it takes the form @[(std_name, HsVar actual_name)]@+  For example, for the 'arr' method+   * normal case:            (GHC.Control.Arrow.arr, HsVar GHC.Control.Arrow.arr)+   * with rebindable syntax: (GHC.Control.Arrow.arr, arr_22)+             where @arr_22@ is whatever 'arr' is in scope++* After the type checker, it takes the form [(std_name, <expression>)]+  where <expression> is the evidence for the method.  This evidence is+  instantiated with the class, but is still polymorphic in everything+  else.  For example, in the case of 'arr', the evidence has type+         forall b c. (b->c) -> a b c+  where 'a' is the ambient type of the arrow.  This polymorphism is+  important because the desugarer uses the same evidence at multiple+  different types.++This is Less Cool than what we normally do for rebindable syntax, which is to+make fully-instantiated piece of evidence at every use site.  The Cmd way+is Less Cool because+  * The renamer has to predict which methods are needed.+    See the tedious GHC.Rename.Expr.methodNamesCmd.++  * The desugarer has to know the polymorphic type of the instantiated+    method. This is checked by Inst.tcSyntaxName, but is less flexible+    than the rest of rebindable syntax, where the type is less+    pre-ordained.  (And this flexibility is useful; for example we can+    typecheck do-notation with (>>=) :: m1 a -> (a -> m2 b) -> m2 b.)+-}++-- | A Haskell expression.+data HsExpr p+  = HsVar     (XVar p)+              (LIdP p) -- ^ Variable+                       -- See Note [Located RdrNames]++  | HsUnboundVar (XUnboundVar p)+                 OccName     -- ^ Unbound variable; also used for "holes"+                             --   (_ or _x).+                             -- Turned from HsVar to HsUnboundVar by the+                             --   renamer, when it finds an out-of-scope+                             --   variable or hole.+                             -- The (XUnboundVar p) field becomes an HoleExprRef+                             --   after typechecking; this is where the+                             --   erroring expression will be written after+                             --   solving. See Note [Holes] in GHC.Tc.Types.Constraint.++  | HsConLikeOut (XConLikeOut p)+                 ConLike     -- ^ After typechecker only; must be different+                             -- HsVar for pretty printing++  | HsRecFld  (XRecFld p)+              (AmbiguousFieldOcc p) -- ^ Variable pointing to record selector+              -- The parser produces HsVars+              -- The renamer renames record-field selectors to HsRecFld+              -- The typechecker preserves HsRecFld++  | HsOverLabel (XOverLabel p)+                (Maybe (IdP p)) FastString+     -- ^ Overloaded label (Note [Overloaded labels] in GHC.OverloadedLabels)+     --   @Just id@ means @RebindableSyntax@ is in use, and gives the id of the+     --   in-scope 'fromLabel'.+     --   NB: Not in use after typechecking++  | HsIPVar   (XIPVar p)+              HsIPName   -- ^ Implicit parameter (not in use after typechecking)+  | HsOverLit (XOverLitE p)+              (HsOverLit p)  -- ^ Overloaded literals++  | HsLit     (XLitE p)+              (HsLit p)      -- ^ Simple (non-overloaded) literals++  | HsLam     (XLam p)+              (MatchGroup p (LHsExpr p))+                       -- ^ Lambda abstraction. Currently always a single match+       --+       -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLam',+       --       'GHC.Parser.Annotation.AnnRarrow',++       -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsLamCase (XLamCase p) (MatchGroup p (LHsExpr p)) -- ^ Lambda-case+       --+       -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLam',+       --           'GHC.Parser.Annotation.AnnCase','GHC.Parser.Annotation.AnnOpen',+       --           'GHC.Parser.Annotation.AnnClose'++       -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsApp     (XApp p) (LHsExpr p) (LHsExpr p) -- ^ Application++  | HsAppType (XAppTypeE p) -- After typechecking: the type argument+              (LHsExpr p)+              (LHsWcType (NoGhcTc p))  -- ^ Visible type application+       --+       -- Explicit type argument; e.g  f @Int x y+       -- NB: Has wildcards, but no implicit quantification+       --+       -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnAt',++  -- | Operator applications:+  -- NB Bracketed ops such as (+) come out as Vars.++  -- NB We need an expr for the operator in an OpApp/Section since+  -- the typechecker may need to apply the operator to a few types.++  | OpApp       (XOpApp p)+                (LHsExpr p)       -- left operand+                (LHsExpr p)       -- operator+                (LHsExpr p)       -- right operand++  -- | Negation operator. Contains the negated expression and the name+  -- of 'negate'+  --+  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnMinus'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | NegApp      (XNegApp p)+                (LHsExpr p)+                (SyntaxExpr p)++  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'('@,+  --             'GHC.Parser.Annotation.AnnClose' @')'@++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | HsPar       (XPar p)+                (LHsExpr p)  -- ^ Parenthesised expr; see Note [Parens in HsSyn]++  | SectionL    (XSectionL p)+                (LHsExpr p)    -- operand; see Note [Sections in HsSyn]+                (LHsExpr p)    -- operator+  | SectionR    (XSectionR p)+                (LHsExpr p)    -- operator; see Note [Sections in HsSyn]+                (LHsExpr p)    -- operand++  -- | Used for explicit tuples and sections thereof+  --+  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',+  --         'GHC.Parser.Annotation.AnnClose'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  -- Note [ExplicitTuple]+  | ExplicitTuple+        (XExplicitTuple p)+        [LHsTupArg p]+        Boxity++  -- | Used for unboxed sum types+  --+  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'(#'@,+  --          'GHC.Parser.Annotation.AnnVbar', 'GHC.Parser.Annotation.AnnClose' @'#)'@,+  --+  --  There will be multiple 'GHC.Parser.Annotation.AnnVbar', (1 - alternative) before+  --  the expression, (arity - alternative) after it+  | ExplicitSum+          (XExplicitSum p)+          ConTag --  Alternative (one-based)+          Arity  --  Sum arity+          (LHsExpr p)++  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnCase',+  --       'GHC.Parser.Annotation.AnnOf','GHC.Parser.Annotation.AnnOpen' @'{'@,+  --       'GHC.Parser.Annotation.AnnClose' @'}'@++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | HsCase      (XCase p)+                (LHsExpr p)+                (MatchGroup p (LHsExpr p))++  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnIf',+  --       'GHC.Parser.Annotation.AnnSemi',+  --       'GHC.Parser.Annotation.AnnThen','GHC.Parser.Annotation.AnnSemi',+  --       'GHC.Parser.Annotation.AnnElse',++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | HsIf        (XIf p)        -- GhcPs: this is a Bool; False <=> do not use+                               --  rebindable syntax+                (LHsExpr p)    --  predicate+                (LHsExpr p)    --  then part+                (LHsExpr p)    --  else part++  -- | Multi-way if+  --+  -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnIf'+  --       'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose',++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | HsMultiIf   (XMultiIf p) [LGRHS p (LHsExpr p)]++  -- | let(rec)+  --+  -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLet',+  --       'GHC.Parser.Annotation.AnnOpen' @'{'@,+  --       'GHC.Parser.Annotation.AnnClose' @'}'@,'GHC.Parser.Annotation.AnnIn'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | HsLet       (XLet p)+                (LHsLocalBinds p)+                (LHsExpr  p)++  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDo',+  --             'GHC.Parser.Annotation.AnnOpen', 'GHC.Parser.Annotation.AnnSemi',+  --             'GHC.Parser.Annotation.AnnVbar',+  --             'GHC.Parser.Annotation.AnnClose'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | HsDo        (XDo p)                  -- Type of the whole expression+                (HsStmtContext (HsDoRn p))+                -- The parameterisation of the above is unimportant+                -- because in this context we never use+                -- the PatGuard or ParStmt variant+                (XRec p [ExprLStmt p])   -- "do":one or more stmts++  -- | Syntactic list: [a,b,c,...]+  --+  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'['@,+  --              'GHC.Parser.Annotation.AnnClose' @']'@++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  -- See Note [Empty lists]+  | ExplicitList+                (XExplicitList p)  -- Gives type of components of list+                (Maybe (SyntaxExpr p))+                                   -- For OverloadedLists, the fromListN witness+                [LHsExpr p]++  -- | Record construction+  --+  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'{'@,+  --         'GHC.Parser.Annotation.AnnDotdot','GHC.Parser.Annotation.AnnClose' @'}'@++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | RecordCon+      { rcon_ext  :: XRecordCon p+      , rcon_con  :: XRec p (ConLikeP p)  -- The constructor+      , rcon_flds :: HsRecordBinds p }    -- The fields++  -- | Record update+  --+  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'{'@,+  --         'GHC.Parser.Annotation.AnnDotdot','GHC.Parser.Annotation.AnnClose' @'}'@++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | RecordUpd+      { rupd_ext  :: XRecordUpd p+      , rupd_expr :: LHsExpr p+      , rupd_flds :: [LHsRecUpdField p]+      }+  -- For a type family, the arg types are of the *instance* tycon,+  -- not the family tycon++  -- | Expression with an explicit type signature. @e :: type@+  --+  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDcolon'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | ExprWithTySig+                (XExprWithTySig p)++                (LHsExpr p)+                (LHsSigWcType (NoGhcTc p))++  -- | Arithmetic sequence+  --+  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'['@,+  --              'GHC.Parser.Annotation.AnnComma','GHC.Parser.Annotation.AnnDotdot',+  --              'GHC.Parser.Annotation.AnnClose' @']'@++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | ArithSeq+                (XArithSeq p)+                (Maybe (SyntaxExpr p))+                                  -- For OverloadedLists, the fromList witness+                (ArithSeqInfo p)++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  -----------------------------------------------------------+  -- MetaHaskell Extensions++  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',+  --         'GHC.Parser.Annotation.AnnOpenE','GHC.Parser.Annotation.AnnOpenEQ',+  --         'GHC.Parser.Annotation.AnnClose','GHC.Parser.Annotation.AnnCloseQ'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | HsBracket    (XBracket p) (HsBracket p)++    -- See Note [Pending Splices]+  | HsRnBracketOut+      (XRnBracketOut p)+      (HsBracket (HsBracketRn p)) -- Output of the renamer is the *original* renamed+                                  -- expression, plus+      [PendingRnSplice' p] -- _renamed_ splices to be type checked++  | HsTcBracketOut+      (XTcBracketOut p)+      (Maybe QuoteWrapper) -- The wrapper to apply type and dictionary argument+                           -- to the quote.+      (HsBracket (HsBracketRn p)) -- Output of the type checker is the *original*+                                 -- renamed expression, plus+      [PendingTcSplice' p] -- _typechecked_ splices to be+                           -- pasted back in by the desugarer++  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',+  --         'GHC.Parser.Annotation.AnnClose'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | HsSpliceE  (XSpliceE p) (HsSplice p)++  -----------------------------------------------------------+  -- Arrow notation extension++  -- | @proc@ notation for Arrows+  --+  --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnProc',+  --          'GHC.Parser.Annotation.AnnRarrow'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | HsProc      (XProc p)+                (LPat p)               -- arrow abstraction, proc+                (LHsCmdTop p)          -- body of the abstraction+                                       -- always has an empty stack++  ---------------------------------------+  -- static pointers extension+  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnStatic',++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | HsStatic (XStatic p) -- Free variables of the body+             (LHsExpr p)        -- Body++  ---------------------------------------+  -- Haskell program coverage (Hpc) Support++  | HsTick+     (XTick p)+     (Tickish (IdP p))+     (LHsExpr p)                       -- sub-expression++  | HsBinTick+     (XBinTick p)+     Int                                -- module-local tick number for True+     Int                                -- module-local tick number for False+     (LHsExpr p)                        -- sub-expression++  ---------------------------------------+  -- Expressions annotated with pragmas, written as {-# ... #-}+  | HsPragE (XPragE p) (HsPragE p) (LHsExpr p)++  | XExpr       !(XXExpr p)+  -- Note [Trees that Grow] extension constructor for the+  -- general idea, and Note [Rebindable syntax and HsExpansion]+  -- for an example of how we use it.++-- | The AST used to hard-refer to GhcPass, which was a layer violation. For now,+-- we paper it over with this new extension point.+type family HsDoRn p+type family HsBracketRn p+type family PendingRnSplice' p+type family PendingTcSplice' p++-- ---------------------------------------------------------------------++{-+Note [Rebindable syntax and HsExpansion]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~++We implement rebindable syntax (RS) support by performing a desugaring+in the renamer. We transform GhcPs expressions affected by RS into the+appropriate desugared form, but **annotated with the original expression**.++Let us consider a piece of code like:++    {-# LANGUAGE RebindableSyntax #-}+    ifThenElse :: Char -> () -> () -> ()+    ifThenElse _ _ _ = ()+    x = if 'a' then () else True++The parsed AST for the RHS of x would look something like (slightly simplified):++    L locif (HsIf (L loca 'a') (L loctrue ()) (L locfalse True))++Upon seeing such an AST with RS on, we could transform it into a+mere function call, as per the RS rules, equivalent to the+following function application:++    ifThenElse 'a' () True++which doesn't typecheck. But GHC would report an error about+not being able to match the third argument's type (Bool) with the+expected type: (), in the expression _as desugared_, i.e in+the aforementioned function application. But the user never+wrote a function application! This would be pretty bad.++To remedy this, instead of transforming the original HsIf+node into mere applications of 'ifThenElse', we keep the+original 'if' expression around too, using the TTG+XExpr extension point to allow GHC to construct an+'HsExpansion' value that will keep track of the original+expression in its first field, and the desugared one in the+second field. The resulting renamed AST would look like:++    L locif (XExpr+      (HsExpanded+        (HsIf (L loca 'a')+              (L loctrue ())+              (L locfalse True)+        )+        (App (L generatedSrcSpan+                (App (L generatedSrcSpan+                        (App (L generatedSrcSpan (Var ifThenElse))+                             (L loca 'a')+                        )+                     )+                     (L loctrue ())+                )+             )+             (L locfalse True)+        )+      )+    )++When comes the time to typecheck the program, we end up calling+tcMonoExpr on the AST above. If this expression gives rise to+a type error, then it will appear in a context line and GHC+will pretty-print it using the 'Outputable (HsExpansion a b)'+instance defined below, which *only prints the original+expression*. This is the gist of the idea, but is not quite+enough to recover the error messages that we had with the+SyntaxExpr-based, typechecking/desugaring-to-core time+implementation of rebindable syntax. The key idea is to decorate+some elements of the desugared expression so as to be able to+give them a special treatment when typechecking the desugared+expression, to print a different context line or skip one+altogether.++Whenever we 'setSrcSpan' a 'generatedSrcSpan', we update a field in+TcLclEnv called 'tcl_in_gen_code', setting it to True, which indicates that we+entered generated code, i.e code fabricated by the compiler when rebinding some+syntax. If someone tries to push some error context line while that field is set+to True, the pushing won't actually happen and the context line is just dropped.+Once we 'setSrcSpan' a real span (for an expression that was in the original+source code), we set 'tcl_in_gen_code' back to False, indicating that we+"emerged from the generated code tunnel", and that the expressions we will be+processing are relevant to report in context lines again.++You might wonder why we store a RealSrcSpan in addition to a Bool in+the TcLclEnv: could we not store a Maybe RealSrcSpan? The problem is+that we still generate constraints when processing generated code,+and a CtLoc must contain a RealSrcSpan -- otherwise, error messages+might appear without source locations. So we keep the RealSrcSpan of+the last location spotted that wasn't generated; it's as good as+we're going to get in generated code. Once we get to sub-trees that+are not generated, then we update the RealSrcSpan appropriately, and+set the tcl_in_gen_code Bool to False.++---++A general recipe to follow this approach for new constructs could go as follows:++- Remove any GhcRn-time SyntaxExpr extensions to the relevant constructor for your+  construct, in HsExpr or related syntax data types.+- At renaming-time:+    - take your original node of interest (HsIf above)+    - rename its subexpressions (condition, true branch, false branch above)+    - construct the suitable "rebound"-and-renamed result (ifThenElse call+      above), where the 'SrcSpan' attached to any _fabricated node_ (the+      HsVar/HsApp nodes, above) is set to 'generatedSrcSpan'+    - take both the original node and that rebound-and-renamed result and wrap+      them in an XExpr: XExpr (HsExpanded <original node> <desugared>)+ - At typechecking-time:+    - remove any logic that was previously dealing with your rebindable+      construct, typically involving [tc]SyntaxOp, SyntaxExpr and friends.+    - the XExpr (HsExpanded ... ...) case in tcExpr already makes sure that we+      typecheck the desugared expression while reporting the original one in+      errors++-}++-- See Note [Rebindable syntax and HsExpansion] just above.+data HsExpansion a b+  = HsExpanded a b+  deriving Data++-- | Build a "wrapped" 'HsExpansion' out of an extension constructor,+--   and the two components of the expansion: original and desugared+--   expressions.+--+--   See Note [Rebindable Syntax and HsExpansion] above for more details.+mkExpanded+  :: (HsExpansion a b -> b) -- ^ XExpr, XCmd, ...+  -> a                      -- ^ source expression ('GhcPs')+  -> b                      -- ^ "desugared" expression+                            --   ('GhcRn')+  -> b                      -- ^ suitably wrapped+                            --   'HsExpansion'+mkExpanded xwrap a b = xwrap (HsExpanded a b)++-- | Just print the original expression (the @a@).+instance (Outputable a, Outputable b) => Outputable (HsExpansion a b) where+  ppr (HsExpanded a b) = ifPprDebug (vcat [ppr a, ppr b]) (ppr a)++-- ---------------------------------------------------------------------++-- | A pragma, written as {-# ... #-}, that may appear within an expression.+data HsPragE p+  = HsPragSCC   (XSCC p)+                SourceText            -- Note [Pragma source text] in GHC.Types.SourceText+                StringLiteral         -- "set cost centre" SCC pragma++  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',+  --       'GHC.Parser.Annotation.AnnOpen' @'{-\# GENERATED'@,+  --       'GHC.Parser.Annotation.AnnVal','GHC.Parser.Annotation.AnnVal',+  --       'GHC.Parser.Annotation.AnnColon','GHC.Parser.Annotation.AnnVal',+  --       'GHC.Parser.Annotation.AnnMinus',+  --       'GHC.Parser.Annotation.AnnVal','GHC.Parser.Annotation.AnnColon',+  --       'GHC.Parser.Annotation.AnnVal',+  --       'GHC.Parser.Annotation.AnnClose' @'\#-}'@++  | XHsPragE !(XXPragE p)++-- | Located Haskell Tuple Argument+--+-- 'HsTupArg' is used for tuple sections+-- @(,a,)@ is represented by+-- @ExplicitTuple [Missing ty1, Present a, Missing ty3]@+-- Which in turn stands for @(\x:ty1 \y:ty2. (x,a,y))@+type LHsTupArg id = XRec id (HsTupArg id)+-- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnComma'++-- For details on above see note [Api annotations] in GHC.Parser.Annotation++-- | Haskell Tuple Argument+data HsTupArg id+  = Present (XPresent id) (LHsExpr id)     -- ^ The argument+  | Missing (XMissing id)    -- ^ The argument is missing, but this is its type+  | XTupArg !(XXTupArg id)   -- ^ Note [Trees that Grow] extension point++{-+Note [Parens in HsSyn]+~~~~~~~~~~~~~~~~~~~~~~+HsPar (and ParPat in patterns, HsParTy in types) is used as follows++  * HsPar is required; the pretty printer does not add parens.++  * HsPars are respected when rearranging operator fixities.+    So   a * (b + c)  means what it says (where the parens are an HsPar)++  * For ParPat and HsParTy the pretty printer does add parens but this should be+    a no-op for ParsedSource, based on the pretty printer round trip feature+    introduced in+    https://phabricator.haskell.org/rGHC499e43824bda967546ebf95ee33ec1f84a114a7c++  * ParPat and HsParTy are pretty printed as '( .. )' regardless of whether or+    not they are strictly necessary. This should be addressed when #13238 is+    completed, to be treated the same as HsPar.+++Note [Sections in HsSyn]+~~~~~~~~~~~~~~~~~~~~~~~~+Sections should always appear wrapped in an HsPar, thus+         HsPar (SectionR ...)+The parser parses sections in a wider variety of situations+(See Note [Parsing sections]), but the renamer checks for those+parens.  This invariant makes pretty-printing easier; we don't need+a special case for adding the parens round sections.++Note [Rebindable if]+~~~~~~~~~~~~~~~~~~~~+The rebindable syntax for 'if' is a bit special, because when+rebindable syntax is *off* we do not want to treat+   (if c then t else e)+as if it was an application (ifThenElse c t e).  Why not?+Because we allow an 'if' to return *unboxed* results, thus+  if blah then 3# else 4#+whereas that would not be possible using a all to a polymorphic function+(because you can't call a polymorphic function at an unboxed type).++So we use NoSyntaxExpr to mean "use the old built-in typing rule".++A further complication is that, in the `deriving` code, we never want+to use rebindable syntax. So, even in GhcPs, we want to denote whether+to use rebindable syntax or not. This is done via the type instance+for XIf GhcPs.++Note [Record Update HsWrapper]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+There is a wrapper in RecordUpd which is used for the *required*+constraints for pattern synonyms. This wrapper is created in the+typechecking and is then directly used in the desugaring without+modification.++For example, if we have the record pattern synonym P,+  pattern P :: (Show a) => a -> Maybe a+  pattern P{x} = Just x++  foo = (Just True) { x = False }+then `foo` desugars to something like+  foo = case Just True of+          P x -> P False+hence we need to provide the correct dictionaries to P's matcher on+the RHS so that we can build the expression.++Note [Located RdrNames]+~~~~~~~~~~~~~~~~~~~~~~~+A number of syntax elements have seemingly redundant locations attached to them.+This is deliberate, to allow transformations making use of the API Annotations+to easily correlate a Located Name in the RenamedSource with a Located RdrName+in the ParsedSource.++There are unfortunately enough differences between the ParsedSource and the+RenamedSource that the API Annotations cannot be used directly with+RenamedSource, so this allows a simple mapping to be used based on the location.++Note [ExplicitTuple]+~~~~~~~~~~~~~~~~~~~~+An ExplicitTuple is never just a data constructor like (,,,).+That is, the `[LHsTupArg p]` argument of `ExplicitTuple` has at least+one `Present` member (and is thus never empty).++A tuple data constructor like () or (,,,) is parsed as an `HsVar`, not an+`ExplicitTuple`, and stays that way. This is important for two reasons:++  1. We don't need -XTupleSections for (,,,)+  2. The type variables in (,,,) can be instantiated with visible type application.+     That is,++       (,,)     :: forall a b c. a -> b -> c -> (a,b,c)+       (True,,) :: forall {b} {c}. b -> c -> (Bool,b,c)++     Note that the tuple section has *inferred* arguments, while the data+     constructor has *specified* ones.+     (See Note [Required, Specified, and Inferred for types] in GHC.Tc.TyCl+     for background.)++Sadly, the grammar for this is actually ambiguous, and it's only thanks to the+preference of a shift in a shift/reduce conflict that the parser works as this+Note details. Search for a reference to this Note in GHC.Parser for further+explanation.++Note [Empty lists]+~~~~~~~~~~~~~~~~~~+An empty list could be considered either a data constructor (stored with+HsVar) or an ExplicitList. This Note describes how empty lists flow through the+various phases and why.++Parsing+-------+An empty list is parsed by the sysdcon nonterminal. It thus comes to life via+HsVar nilDataCon (defined in GHC.Builtin.Types). A freshly-parsed (HsExpr GhcPs) empty list+is never a ExplicitList.++Renaming+--------+If -XOverloadedLists is enabled, we must type-check the empty list as if it+were a call to fromListN. (This is true regardless of the setting of+-XRebindableSyntax.) This is very easy if the empty list is an ExplicitList,+but an annoying special case if it's an HsVar. So the renamer changes a+HsVar nilDataCon to an ExplicitList [], but only if -XOverloadedLists is on.+(Why not always? Read on, dear friend.) This happens in the HsVar case of rnExpr.++Type-checking+-------------+We want to accept an expression like [] @Int. To do this, we must infer that+[] :: forall a. [a]. This is easy if [] is a HsVar with the right DataCon inside.+However, the type-checking for explicit lists works differently: [x,y,z] is never+polymorphic. Instead, we unify the types of x, y, and z together, and use the+unified type as the argument to the cons and nil constructors. Thus, treating+[] as an empty ExplicitList in the type-checker would prevent [] @Int from working.++However, if -XOverloadedLists is on, then [] @Int really shouldn't be allowed:+it's just like fromListN 0 [] @Int. Since+  fromListN :: forall list. IsList list => Int -> [Item list] -> list+that expression really should be rejected. Thus, the renamer's behaviour is+exactly what we want: treat [] as a datacon when -XNoOverloadedLists, and as+an empty ExplicitList when -XOverloadedLists.++See also #13680, which requested [] @Int to work.+-}+++-----------------------+pprExternalSrcLoc :: (StringLiteral,(Int,Int),(Int,Int)) -> SDoc+pprExternalSrcLoc (StringLiteral _ src,(n1,n2),(n3,n4))+  = ppr (src,(n1,n2),(n3,n4))++{-+HsSyn records exactly where the user put parens, with HsPar.+So generally speaking we print without adding any parens.+However, some code is internally generated, and in some places+parens are absolutely required; so for these places we use+pprParendLExpr (but don't print double parens of course).++For operator applications we don't add parens, because the operator+fixities should do the job, except in debug mode (-dppr-debug) so we+can see the structure of the parse tree.+-}++{-+************************************************************************+*                                                                      *+\subsection{Commands (in arrow abstractions)}+*                                                                      *+************************************************************************++We re-use HsExpr to represent these.+-}++-- | Located Haskell Command (for arrow syntax)+type LHsCmd id = XRec id (HsCmd id)++-- | Haskell Command (e.g. a "statement" in an Arrow proc block)+data HsCmd id+  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.Annlarrowtail',+  --          'GHC.Parser.Annotation.Annrarrowtail','GHC.Parser.Annotation.AnnLarrowtail',+  --          'GHC.Parser.Annotation.AnnRarrowtail'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  = HsCmdArrApp          -- Arrow tail, or arrow application (f -< arg)+        (XCmdArrApp id)  -- type of the arrow expressions f,+                         -- of the form a t t', where arg :: t+        (LHsExpr id)     -- arrow expression, f+        (LHsExpr id)     -- input expression, arg+        HsArrAppType     -- higher-order (-<<) or first-order (-<)+        Bool             -- True => right-to-left (f -< arg)+                         -- False => left-to-right (arg >- f)++  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpenB' @'(|'@,+  --         'GHC.Parser.Annotation.AnnCloseB' @'|)'@++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | HsCmdArrForm         -- Command formation,  (| e cmd1 .. cmdn |)+        (XCmdArrForm id)+        (LHsExpr id)     -- The operator.+                         -- After type-checking, a type abstraction to be+                         -- applied to the type of the local environment tuple+        LexicalFixity    -- Whether the operator appeared prefix or infix when+                         -- parsed.+        (Maybe Fixity)   -- fixity (filled in by the renamer), for forms that+                         -- were converted from OpApp's by the renamer+        [LHsCmdTop id]   -- argument commands++  | HsCmdApp    (XCmdApp id)+                (LHsCmd id)+                (LHsExpr id)++  | HsCmdLam    (XCmdLam id)+                (MatchGroup id (LHsCmd id))     -- kappa+       -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLam',+       --       'GHC.Parser.Annotation.AnnRarrow',++       -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsCmdPar    (XCmdPar id)+                (LHsCmd id)                     -- parenthesised command+    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'('@,+    --             'GHC.Parser.Annotation.AnnClose' @')'@++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsCmdCase   (XCmdCase id)+                (LHsExpr id)+                (MatchGroup id (LHsCmd id))     -- bodies are HsCmd's+    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnCase',+    --       'GHC.Parser.Annotation.AnnOf','GHC.Parser.Annotation.AnnOpen' @'{'@,+    --       'GHC.Parser.Annotation.AnnClose' @'}'@++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsCmdLamCase (XCmdLamCase id)+                 (MatchGroup id (LHsCmd id))    -- bodies are HsCmd's+    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLam',+    --       'GHC.Parser.Annotation.AnnCase','GHC.Parser.Annotation.AnnOpen' @'{'@,+    --       'GHC.Parser.Annotation.AnnClose' @'}'@++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsCmdIf     (XCmdIf id)+                (SyntaxExpr id)         -- cond function+                (LHsExpr id)            -- predicate+                (LHsCmd id)             -- then part+                (LHsCmd id)             -- else part+    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnIf',+    --       'GHC.Parser.Annotation.AnnSemi',+    --       'GHC.Parser.Annotation.AnnThen','GHC.Parser.Annotation.AnnSemi',+    --       'GHC.Parser.Annotation.AnnElse',++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsCmdLet    (XCmdLet id)+                (LHsLocalBinds id)      -- let(rec)+                (LHsCmd  id)+    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLet',+    --       'GHC.Parser.Annotation.AnnOpen' @'{'@,+    --       'GHC.Parser.Annotation.AnnClose' @'}'@,'GHC.Parser.Annotation.AnnIn'++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsCmdDo     (XCmdDo id)                     -- Type of the whole expression+                (XRec id [CmdLStmt id])+    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDo',+    --             'GHC.Parser.Annotation.AnnOpen', 'GHC.Parser.Annotation.AnnSemi',+    --             'GHC.Parser.Annotation.AnnVbar',+    --             'GHC.Parser.Annotation.AnnClose'++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | XCmd        !(XXCmd id)     -- Note [Trees that Grow] extension point+++-- | Haskell Array Application Type+data HsArrAppType = HsHigherOrderApp | HsFirstOrderApp+  deriving Data+++{- | Top-level command, introducing a new arrow.+This may occur inside a proc (where the stack is empty) or as an+argument of a command-forming operator.+-}++-- | Located Haskell Top-level Command+type LHsCmdTop p = XRec p (HsCmdTop p)++-- | Haskell Top-level Command+data HsCmdTop p+  = HsCmdTop (XCmdTop p)+             (LHsCmd p)+  | XCmdTop !(XXCmdTop p)        -- Note [Trees that Grow] extension point++-----------------------++{-+************************************************************************+*                                                                      *+\subsection{Record binds}+*                                                                      *+************************************************************************+-}++-- | Haskell Record Bindings+type HsRecordBinds p = HsRecFields p (LHsExpr p)++{-+************************************************************************+*                                                                      *+\subsection{@Match@, @GRHSs@, and @GRHS@ datatypes}+*                                                                      *+************************************************************************++@Match@es are sets of pattern bindings and right hand sides for+functions, patterns or case branches. For example, if a function @g@+is defined as:+\begin{verbatim}+g (x,y) = y+g ((x:ys),y) = y+1,+\end{verbatim}+then \tr{g} has two @Match@es: @(x,y) = y@ and @((x:ys),y) = y+1@.++It is always the case that each element of an @[Match]@ list has the+same number of @pats@s inside it.  This corresponds to saying that+a function defined by pattern matching must have the same number of+patterns in each equation.+-}++data MatchGroup p body+  = MG { mg_ext     :: XMG p body -- Post-typechecker, types of args and result+       , mg_alts    :: XRec p [LMatch p body]  -- The alternatives+       , mg_origin  :: Origin }+     -- The type is the type of the entire group+     --      t1 -> ... -> tn -> tr+     -- where there are n patterns+  | XMatchGroup !(XXMatchGroup p body)++data MatchGroupTc+  = MatchGroupTc+       { mg_arg_tys :: [Scaled Type]  -- Types of the arguments, t1..tn+       , mg_res_ty  :: Type    -- Type of the result, tr+       } deriving Data++-- | Located Match+type LMatch id body = XRec id (Match id body)+-- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnSemi' when in a+--   list++-- For details on above see note [Api annotations] in GHC.Parser.Annotation+data Match p body+  = Match {+        m_ext :: XCMatch p body,+        m_ctxt :: HsMatchContext (NoGhcTc p),+          -- See note [m_ctxt in Match]+        m_pats :: [LPat p], -- The patterns+        m_grhss :: (GRHSs p body)+  }+  | XMatch !(XXMatch p body)++{-+Note [m_ctxt in Match]+~~~~~~~~~~~~~~~~~~~~~~++A Match can occur in a number of contexts, such as a FunBind, HsCase, HsLam and+so on.++In order to simplify tooling processing and pretty print output, the provenance+is captured in an HsMatchContext.++This is particularly important for the API Annotations for a multi-equation+FunBind.++The parser initially creates a FunBind with a single Match in it for+every function definition it sees.++These are then grouped together by getMonoBind into a single FunBind,+where all the Matches are combined.++In the process, all the original FunBind fun_id's bar one are+discarded, including the locations.++This causes a problem for source to source conversions via API+Annotations, so the original fun_ids and infix flags are preserved in+the Match, when it originates from a FunBind.++Example infix function definition requiring individual API Annotations++    (&&&  ) [] [] =  []+    xs    &&&   [] =  xs+    (  &&&  ) [] ys =  ys++++-}+++isInfixMatch :: Match id body -> Bool+isInfixMatch match = case m_ctxt match of+  FunRhs {mc_fixity = Infix} -> True+  _                          -> False++-- | Guarded Right-Hand Sides+--+-- GRHSs are used both for pattern bindings and for Matches+--+--  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnVbar',+--        'GHC.Parser.Annotation.AnnEqual','GHC.Parser.Annotation.AnnWhere',+--        'GHC.Parser.Annotation.AnnOpen','GHC.Parser.Annotation.AnnClose'+--        'GHC.Parser.Annotation.AnnRarrow','GHC.Parser.Annotation.AnnSemi'++-- For details on above see note [Api annotations] in GHC.Parser.Annotation+data GRHSs p body+  = GRHSs {+      grhssExt :: XCGRHSs p body,+      grhssGRHSs :: [LGRHS p body],      -- ^ Guarded RHSs+      grhssLocalBinds :: LHsLocalBinds p -- ^ The where clause+    }+  | XGRHSs !(XXGRHSs p body)++-- | Located Guarded Right-Hand Side+type LGRHS id body = XRec id (GRHS id body)++-- | Guarded Right Hand Side.+data GRHS p body = GRHS (XCGRHS p body)+                        [GuardLStmt p] -- Guards+                        body           -- Right hand side+                  | XGRHS !(XXGRHS p body)++-- We know the list must have at least one @Match@ in it.++{-+************************************************************************+*                                                                      *+\subsection{Do stmts and list comprehensions}+*                                                                      *+************************************************************************+-}++-- | Located @do@ block Statement+type LStmt id body = XRec id (StmtLR id id body)++-- | Located Statement with separate Left and Right id's+type LStmtLR idL idR body = XRec idL (StmtLR idL idR body)++-- | @do@ block Statement+type Stmt id body = StmtLR id id body++-- | Command Located Statement+type CmdLStmt   id = LStmt id (LHsCmd  id)++-- | Command Statement+type CmdStmt    id = Stmt  id (LHsCmd  id)++-- | Expression Located Statement+type ExprLStmt  id = LStmt id (LHsExpr id)++-- | Expression Statement+type ExprStmt   id = Stmt  id (LHsExpr id)++-- | Guard Located Statement+type GuardLStmt id = LStmt id (LHsExpr id)++-- | Guard Statement+type GuardStmt  id = Stmt  id (LHsExpr id)++-- | Ghci Located Statement+type GhciLStmt  id = LStmt id (LHsExpr id)++-- | Ghci Statement+type GhciStmt   id = Stmt  id (LHsExpr id)++-- The SyntaxExprs in here are used *only* for do-notation and monad+-- comprehensions, which have rebindable syntax. Otherwise they are unused.+-- | API Annotations when in qualifier lists or guards+--  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnVbar',+--         'GHC.Parser.Annotation.AnnComma','GHC.Parser.Annotation.AnnThen',+--         'GHC.Parser.Annotation.AnnBy','GHC.Parser.Annotation.AnnBy',+--         'GHC.Parser.Annotation.AnnGroup','GHC.Parser.Annotation.AnnUsing'++-- For details on above see note [Api annotations] in GHC.Parser.Annotation+data StmtLR idL idR body -- body should always be (LHs**** idR)+  = LastStmt  -- Always the last Stmt in ListComp, MonadComp,+              -- and (after the renamer, see GHC.Rename.Expr.checkLastStmt) DoExpr, MDoExpr+              -- Not used for GhciStmtCtxt, PatGuard, which scope over other stuff+          (XLastStmt idL idR body)+          body+          (Maybe Bool)  -- Whether return was stripped+            -- Just True <=> return with a dollar was stripped by ApplicativeDo+            -- Just False <=> return without a dollar was stripped by ApplicativeDo+            -- Nothing <=> Nothing was stripped+          (SyntaxExpr idR)   -- The return operator+            -- The return operator is used only for MonadComp+            -- For ListComp we use the baked-in 'return'+            -- For DoExpr, MDoExpr, we don't apply a 'return' at all+            -- See Note [Monad Comprehensions]+            -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLarrow'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | BindStmt (XBindStmt idL idR body)+             -- ^ Post renaming has optional fail and bind / (>>=) operator.+             -- Post typechecking, also has multiplicity of the argument+             -- and the result type of the function passed to bind;+             -- that is, (P, S) in (>>=) :: Q -> (R # P -> S) -> T+             -- See Note [The type of bind in Stmts]+             (LPat idL)+             body++  -- | 'ApplicativeStmt' represents an applicative expression built with+  -- '<$>' and '<*>'.  It is generated by the renamer, and is desugared into the+  -- appropriate applicative expression by the desugarer, but it is intended+  -- to be invisible in error messages.+  --+  -- For full details, see Note [ApplicativeDo] in "GHC.Rename.Expr"+  --+  | ApplicativeStmt+             (XApplicativeStmt idL idR body) -- Post typecheck, Type of the body+             [ ( SyntaxExpr idR+               , ApplicativeArg idL) ]+                      -- [(<$>, e1), (<*>, e2), ..., (<*>, en)]+             (Maybe (SyntaxExpr idR))  -- 'join', if necessary++  | BodyStmt (XBodyStmt idL idR body) -- Post typecheck, element type+                                      -- of the RHS (used for arrows)+             body              -- See Note [BodyStmt]+             (SyntaxExpr idR)  -- The (>>) operator+             (SyntaxExpr idR)  -- The `guard` operator; used only in MonadComp+                               -- See notes [Monad Comprehensions]++  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnLet'+  --          'GHC.Parser.Annotation.AnnOpen' @'{'@,'GHC.Parser.Annotation.AnnClose' @'}'@,++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | LetStmt  (XLetStmt idL idR body) (LHsLocalBindsLR idL idR)++  -- ParStmts only occur in a list/monad comprehension+  | ParStmt  (XParStmt idL idR body)    -- Post typecheck,+                                        -- S in (>>=) :: Q -> (R -> S) -> T+             [ParStmtBlock idL idR]+             (HsExpr idR)               -- Polymorphic `mzip` for monad comprehensions+             (SyntaxExpr idR)           -- The `>>=` operator+                                        -- See notes [Monad Comprehensions]+            -- After renaming, the ids are the binders+            -- bound by the stmts and used after themp++  | TransStmt {+      trS_ext   :: XTransStmt idL idR body, -- Post typecheck,+                                            -- R in (>>=) :: Q -> (R -> S) -> T+      trS_form  :: TransForm,+      trS_stmts :: [ExprLStmt idL],   -- Stmts to the *left* of the 'group'+                                      -- which generates the tuples to be grouped++      trS_bndrs :: [(IdP idR, IdP idR)], -- See Note [TransStmt binder map]++      trS_using :: LHsExpr idR,+      trS_by :: Maybe (LHsExpr idR),  -- "by e" (optional)+        -- Invariant: if trS_form = GroupBy, then grp_by = Just e++      trS_ret :: SyntaxExpr idR,      -- The monomorphic 'return' function for+                                      -- the inner monad comprehensions+      trS_bind :: SyntaxExpr idR,     -- The '(>>=)' operator+      trS_fmap :: HsExpr idR          -- The polymorphic 'fmap' function for desugaring+                                      -- Only for 'group' forms+                                      -- Just a simple HsExpr, because it's+                                      -- too polymorphic for tcSyntaxOp+    }                                 -- See Note [Monad Comprehensions]++  -- Recursive statement (see Note [How RecStmt works] below)+  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnRec'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | RecStmt+     { recS_ext :: XRecStmt idL idR body+     , recS_stmts :: [LStmtLR idL idR body]++        -- The next two fields are only valid after renaming+     , recS_later_ids :: [IdP idR]+                         -- The ids are a subset of the variables bound by the+                         -- stmts that are used in stmts that follow the RecStmt++     , recS_rec_ids :: [IdP idR]+                         -- Ditto, but these variables are the "recursive" ones,+                         -- that are used before they are bound in the stmts of+                         -- the RecStmt.+        -- An Id can be in both groups+        -- Both sets of Ids are (now) treated monomorphically+        -- See Note [How RecStmt works] for why they are separate++        -- Rebindable syntax+     , recS_bind_fn :: SyntaxExpr idR -- The bind function+     , recS_ret_fn  :: SyntaxExpr idR -- The return function+     , recS_mfix_fn :: SyntaxExpr idR -- The mfix function+      }+  | XStmtLR !(XXStmtLR idL idR body)++data TransForm   -- The 'f' below is the 'using' function, 'e' is the by function+  = ThenForm     -- then f               or    then f by e             (depending on trS_by)+  | GroupForm    -- then group using f   or    then group by e using f (depending on trS_by)+  deriving Data++-- | Parenthesised Statement Block+data ParStmtBlock idL idR+  = ParStmtBlock+        (XParStmtBlock idL idR)+        [ExprLStmt idL]+        [IdP idR]          -- The variables to be returned+        (SyntaxExpr idR)   -- The return operator+  | XParStmtBlock !(XXParStmtBlock idL idR)++-- | The fail operator+--+-- This is used for `.. <-` "bind statments" in do notation, including+-- non-monadic "binds" in applicative.+--+-- The fail operator is 'Just expr' if it potentially fail monadically. if the+-- pattern match cannot fail, or shouldn't fail monadically (regular incomplete+-- pattern exception), it is 'Nothing'.+--+-- See Note [Monad fail : Rebindable syntax, overloaded strings] for the type of+-- expression in the 'Just' case, and why it is so.+--+-- See Note [Failing pattern matches in Stmts] for which contexts for+-- '@BindStmt@'s should use the monadic fail and which shouldn't.+type FailOperator id = Maybe (SyntaxExpr id)++-- | Applicative Argument+data ApplicativeArg idL+  = ApplicativeArgOne      -- A single statement (BindStmt or BodyStmt)+    { xarg_app_arg_one  :: XApplicativeArgOne idL+      -- ^ The fail operator, after renaming+      --+      -- The fail operator is needed if this is a BindStmt+      -- where the pattern can fail. E.g.:+      -- (Just a) <- stmt+      -- The fail operator will be invoked if the pattern+      -- match fails.+      -- It is also used for guards in MonadComprehensions.+      -- The fail operator is Nothing+      -- if the pattern match can't fail+    , app_arg_pattern   :: LPat idL -- WildPat if it was a BodyStmt (see below)+    , arg_expr          :: LHsExpr idL+    , is_body_stmt      :: Bool+      -- ^ True <=> was a BodyStmt,+      -- False <=> was a BindStmt.+      -- See Note [Applicative BodyStmt]+    }+  | ApplicativeArgMany     -- do { stmts; return vars }+    { xarg_app_arg_many :: XApplicativeArgMany idL+    , app_stmts         :: [ExprLStmt idL] -- stmts+    , final_expr        :: HsExpr idL    -- return (v1,..,vn), or just (v1,..,vn)+    , bv_pattern        :: LPat idL      -- (v1,...,vn)+    , stmt_context      :: HsStmtContext (ApplicativeArgStmCtxPass idL)+      -- ^ context of the do expression, used in pprArg+    }+  | XApplicativeArg !(XXApplicativeArg idL)++type family ApplicativeArgStmCtxPass idL++{-+Note [The type of bind in Stmts]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+Some Stmts, notably BindStmt, keep the (>>=) bind operator.+We do NOT assume that it has type+    (>>=) :: m a -> (a -> m b) -> m b+In some cases (see #303, #1537) it might have a more+exotic type, such as+    (>>=) :: m i j a -> (a -> m j k b) -> m i k b+So we must be careful not to make assumptions about the type.+In particular, the monad may not be uniform throughout.++Note [TransStmt binder map]+~~~~~~~~~~~~~~~~~~~~~~~~~~~+The [(idR,idR)] in a TransStmt behaves as follows:++  * Before renaming: []++  * After renaming:+          [ (x27,x27), ..., (z35,z35) ]+    These are the variables+       bound by the stmts to the left of the 'group'+       and used either in the 'by' clause,+                or     in the stmts following the 'group'+    Each item is a pair of identical variables.++  * After typechecking:+          [ (x27:Int, x27:[Int]), ..., (z35:Bool, z35:[Bool]) ]+    Each pair has the same unique, but different *types*.++Note [BodyStmt]+~~~~~~~~~~~~~~~+BodyStmts are a bit tricky, because what they mean+depends on the context.  Consider the following contexts:++        A do expression of type (m res_ty)+        ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+        * BodyStmt E any_ty:   do { ....; E; ... }+                E :: m any_ty+          Translation: E >> ...++        A list comprehensions of type [elt_ty]+        ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+        * BodyStmt E Bool:   [ .. | .... E ]+                        [ .. | ..., E, ... ]+                        [ .. | .... | ..., E | ... ]+                E :: Bool+          Translation: if E then fail else ...++        A guard list, guarding a RHS of type rhs_ty+        ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+        * BodyStmt E BooParStmtBlockl:   f x | ..., E, ... = ...rhs...+                E :: Bool+          Translation: if E then fail else ...++        A monad comprehension of type (m res_ty)+        ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+        * BodyStmt E Bool:   [ .. | .... E ]+                E :: Bool+          Translation: guard E >> ...++Array comprehensions are handled like list comprehensions.++Note [How RecStmt works]+~~~~~~~~~~~~~~~~~~~~~~~~+Example:+   HsDo [ BindStmt x ex++        , RecStmt { recS_rec_ids   = [a, c]+                  , recS_stmts     = [ BindStmt b (return (a,c))+                                     , LetStmt a = ...b...+                                     , BindStmt c ec ]+                  , recS_later_ids = [a, b]++        , return (a b) ]++Here, the RecStmt binds a,b,c; but+  - Only a,b are used in the stmts *following* the RecStmt,+  - Only a,c are used in the stmts *inside* the RecStmt+        *before* their bindings++Why do we need *both* rec_ids and later_ids?  For monads they could be+combined into a single set of variables, but not for arrows.  That+follows from the types of the respective feedback operators:++        mfix :: MonadFix m => (a -> m a) -> m a+        loop :: ArrowLoop a => a (b,d) (c,d) -> a b c++* For mfix, the 'a' covers the union of the later_ids and the rec_ids+* For 'loop', 'c' is the later_ids and 'd' is the rec_ids++Note [Typing a RecStmt]+~~~~~~~~~~~~~~~~~~~~~~~+A (RecStmt stmts) types as if you had written++  (v1,..,vn, _, ..., _) <- mfix (\~(_, ..., _, r1, ..., rm) ->+                                 do { stmts+                                    ; return (v1,..vn, r1, ..., rm) })++where v1..vn are the later_ids+      r1..rm are the rec_ids++Note [Monad Comprehensions]+~~~~~~~~~~~~~~~~~~~~~~~~~~~+Monad comprehensions require separate functions like 'return' and+'>>=' for desugaring. These functions are stored in the statements+used in monad comprehensions. For example, the 'return' of the 'LastStmt'+expression is used to lift the body of the monad comprehension:++  [ body | stmts ]+   =>+  stmts >>= \bndrs -> return body++In transform and grouping statements ('then ..' and 'then group ..') the+'return' function is required for nested monad comprehensions, for example:++  [ body | stmts, then f, rest ]+   =>+  f [ env | stmts ] >>= \bndrs -> [ body | rest ]++BodyStmts require the 'Control.Monad.guard' function for boolean+expressions:++  [ body | exp, stmts ]+   =>+  guard exp >> [ body | stmts ]++Parallel statements require the 'Control.Monad.Zip.mzip' function:++  [ body | stmts1 | stmts2 | .. ]+   =>+  mzip stmts1 (mzip stmts2 (..)) >>= \(bndrs1, (bndrs2, ..)) -> return body++In any other context than 'MonadComp', the fields for most of these+'SyntaxExpr's stay bottom.+++Note [Applicative BodyStmt]++(#12143) For the purposes of ApplicativeDo, we treat any BodyStmt+as if it was a BindStmt with a wildcard pattern.  For example,++  do+    x <- A+    B+    return x++is transformed as if it were++  do+    x <- A+    _ <- B+    return x++so it transforms to++  (\(x,_) -> x) <$> A <*> B++But we have to remember when we treat a BodyStmt like a BindStmt,+because in error messages we want to emit the original syntax the user+wrote, not our internal representation.  So ApplicativeArgOne has a+Bool flag that is True when the original statement was a BodyStmt, so+that we can pretty-print it correctly.+-}+++{-+************************************************************************+*                                                                      *+                Template Haskell quotation brackets+*                                                                      *+************************************************************************+-}++-- | Haskell Splice+data HsSplice id+   = HsTypedSplice       --  $$z  or $$(f 4)+        (XTypedSplice id)+        SpliceDecoration -- Whether $$( ) variant found, for pretty printing+        (IdP id)         -- A unique name to identify this splice point+        (LHsExpr id)     -- See Note [Pending Splices]++   | HsUntypedSplice     --  $z  or $(f 4)+        (XUntypedSplice id)+        SpliceDecoration -- Whether $( ) variant found, for pretty printing+        (IdP id)         -- A unique name to identify this splice point+        (LHsExpr id)     -- See Note [Pending Splices]++   | HsQuasiQuote        -- See Note [Quasi-quote overview] in GHC.Tc.Gen.Splice+        (XQuasiQuote id)+        (IdP id)         -- Splice point+        (IdP id)         -- Quoter+        SrcSpan          -- The span of the enclosed string+        FastString       -- The enclosed string++   -- AZ:TODO: use XSplice instead of HsSpliced+   | HsSpliced  -- See Note [Delaying modFinalizers in untyped splices] in+                -- GHC.Rename.Splice.+                -- This is the result of splicing a splice. It is produced by+                -- the renamer and consumed by the typechecker. It lives only+                -- between the two.+        (XSpliced id)+        ThModFinalizers     -- TH finalizers produced by the splice.+        (HsSplicedThing id) -- The result of splicing+   | XSplice !(XXSplice id) -- Note [Trees that Grow] extension point++-- | A splice can appear with various decorations wrapped around it. This data+-- type captures explicitly how it was originally written, for use in the pretty+-- printer.+data SpliceDecoration+  = DollarSplice  -- ^ $splice or $$splice+  | BareSplice    -- ^ bare splice+  deriving (Data, Eq, Show)++instance Outputable SpliceDecoration where+  ppr x = text $ show x+++isTypedSplice :: HsSplice id -> Bool+isTypedSplice (HsTypedSplice {}) = True+isTypedSplice _                  = False   -- Quasi-quotes are untyped splices++-- | Finalizers produced by a splice with+-- 'Language.Haskell.TH.Syntax.addModFinalizer'+--+-- See Note [Delaying modFinalizers in untyped splices] in GHC.Rename.Splice. For how+-- this is used.+--+newtype ThModFinalizers = ThModFinalizers [ForeignRef (TH.Q ())]++-- A Data instance which ignores the argument of 'ThModFinalizers'.+instance Data ThModFinalizers where+  gunfold _ z _ = z $ ThModFinalizers []+  toConstr  a   = mkConstr (dataTypeOf a) "ThModFinalizers" [] Data.Prefix+  dataTypeOf a  = mkDataType "HsExpr.ThModFinalizers" [toConstr a]++-- | Haskell Spliced Thing+--+-- Values that can result from running a splice.+data HsSplicedThing id+    = HsSplicedExpr (HsExpr id) -- ^ Haskell Spliced Expression+    | HsSplicedTy   (HsType id) -- ^ Haskell Spliced Type+    | HsSplicedPat  (Pat id)    -- ^ Haskell Spliced Pattern+++-- See Note [Pending Splices]+type SplicePointName = Name++data UntypedSpliceFlavour+  = UntypedExpSplice+  | UntypedPatSplice+  | UntypedTypeSplice+  | UntypedDeclSplice+  deriving Data++-- | Haskell Bracket+data HsBracket p+  = ExpBr  (XExpBr p)   (LHsExpr p)    -- [|  expr  |]+  | PatBr  (XPatBr p)   (LPat p)      -- [p| pat   |]+  | DecBrL (XDecBrL p)  [LHsDecl p]   -- [d| decls |]; result of parser+  | DecBrG (XDecBrG p)  (HsGroup p)   -- [d| decls |]; result of renamer+  | TypBr  (XTypBr p)   (LHsType p)   -- [t| type  |]+  | VarBr  (XVarBr p)   Bool (IdP p)  -- True: 'x, False: ''T+                                -- (The Bool flag is used only in pprHsBracket)+  | TExpBr (XTExpBr p) (LHsExpr p)    -- [||  expr  ||]+  | XBracket !(XXBracket p)           -- Note [Trees that Grow] extension point++isTypedBracket :: HsBracket id -> Bool+isTypedBracket (TExpBr {}) = True+isTypedBracket _           = False++{-+************************************************************************+*                                                                      *+\subsection{Enumerations and list comprehensions}+*                                                                      *+************************************************************************+-}++-- | Arithmetic Sequence Information+data ArithSeqInfo id+  = From            (LHsExpr id)+  | FromThen        (LHsExpr id)+                    (LHsExpr id)+  | FromTo          (LHsExpr id)+                    (LHsExpr id)+  | FromThenTo      (LHsExpr id)+                    (LHsExpr id)+                    (LHsExpr id)+-- AZ: Should ArithSeqInfo have a TTG extension?++{-+************************************************************************+*                                                                      *+\subsection{HsMatchCtxt}+*                                                                      *+************************************************************************+-}++-- | Haskell Match Context+--+-- Context of a pattern match. This is more subtle than it would seem. See Note+-- [Varieties of pattern matches].+data HsMatchContext p+  = FunRhs { mc_fun        :: LIdP p    -- ^ function binder of @f@+           , mc_fixity     :: LexicalFixity -- ^ fixing of @f@+           , mc_strictness :: SrcStrictness -- ^ was @f@ banged?+                                            -- See Note [FunBind vs PatBind]+           }+                                -- ^A pattern matching on an argument of a+                                -- function binding+  | LambdaExpr                  -- ^Patterns of a lambda+  | CaseAlt                     -- ^Patterns and guards on a case alternative+  | IfAlt                       -- ^Guards of a multi-way if alternative+  | ProcExpr                    -- ^Patterns of a proc+  | PatBindRhs                  -- ^A pattern binding  eg [y] <- e = e+  | PatBindGuards               -- ^Guards of pattern bindings, e.g.,+                                --    (Just b) | Just _ <- x = e+                                --             | otherwise   = e'++  | RecUpd                      -- ^Record update [used only in GHC.HsToCore.Expr to+                                --    tell matchWrapper what sort of+                                --    runtime error message to generate]++  | StmtCtxt (HsStmtContext p)  -- ^Pattern of a do-stmt, list comprehension,+                                -- pattern guard, etc++  | ThPatSplice            -- ^A Template Haskell pattern splice+  | ThPatQuote             -- ^A Template Haskell pattern quotation [p| (a,b) |]+  | PatSyn                 -- ^A pattern synonym declaration++isPatSynCtxt :: HsMatchContext p -> Bool+isPatSynCtxt ctxt =+  case ctxt of+    PatSyn -> True+    _      -> False++-- | Haskell Statement Context.+data HsStmtContext p+  = ListComp+  | MonadComp++  | DoExpr (Maybe ModuleName)        -- ^[ModuleName.]do { ... }+  | MDoExpr (Maybe ModuleName)       -- ^[ModuleName.]mdo { ... }  ie recursive do-expression+  | ArrowExpr                        -- ^do-notation in an arrow-command context++  | GhciStmtCtxt                     -- ^A command-line Stmt in GHCi pat <- rhs+  | PatGuard (HsMatchContext p)      -- ^Pattern guard for specified thing+  | ParStmtCtxt (HsStmtContext p)    -- ^A branch of a parallel stmt+  | TransStmtCtxt (HsStmtContext p)  -- ^A branch of a transform stmt++qualifiedDoModuleName_maybe :: HsStmtContext p -> Maybe ModuleName+qualifiedDoModuleName_maybe ctxt = case ctxt of+  DoExpr m -> m+  MDoExpr m -> m+  _ -> Nothing++isComprehensionContext :: HsStmtContext id -> Bool+-- Uses comprehension syntax [ e | quals ]+isComprehensionContext ListComp          = True+isComprehensionContext MonadComp         = True+isComprehensionContext (ParStmtCtxt c)   = isComprehensionContext c+isComprehensionContext (TransStmtCtxt c) = isComprehensionContext c+isComprehensionContext _ = False++-- | Is this a monadic context?+isMonadStmtContext :: HsStmtContext id -> Bool+isMonadStmtContext MonadComp            = True+isMonadStmtContext DoExpr{}             = True+isMonadStmtContext MDoExpr{}            = True+isMonadStmtContext GhciStmtCtxt         = True+isMonadStmtContext (ParStmtCtxt ctxt)   = isMonadStmtContext ctxt+isMonadStmtContext (TransStmtCtxt ctxt) = isMonadStmtContext ctxt+isMonadStmtContext _ = False -- ListComp, PatGuard, ArrowExpr++isMonadCompContext :: HsStmtContext id -> Bool+isMonadCompContext MonadComp = True+isMonadCompContext _         = False++matchSeparator :: HsMatchContext p -> SDoc+matchSeparator (FunRhs {})   = text "="+matchSeparator CaseAlt       = text "->"+matchSeparator IfAlt         = text "->"+matchSeparator LambdaExpr    = text "->"+matchSeparator ProcExpr      = text "->"+matchSeparator PatBindRhs    = text "="+matchSeparator PatBindGuards = text "="+matchSeparator (StmtCtxt _)  = text "<-"+matchSeparator RecUpd        = text "=" -- This can be printed by the pattern+                                       -- match checker trace+matchSeparator ThPatSplice  = panic "unused"+matchSeparator ThPatQuote   = panic "unused"+matchSeparator PatSyn       = panic "unused"++pprMatchContext :: (Outputable (IdP p), UnXRec p)+                => HsMatchContext p -> SDoc+pprMatchContext ctxt+  | want_an ctxt = text "an" <+> pprMatchContextNoun ctxt+  | otherwise    = text "a"  <+> pprMatchContextNoun ctxt+  where+    want_an (FunRhs {}) = True  -- Use "an" in front+    want_an ProcExpr    = True+    want_an _           = False++pprMatchContextNoun :: forall p. (Outputable (IdP p), UnXRec p)+                    => HsMatchContext p -> SDoc+pprMatchContextNoun (FunRhs {mc_fun=fun})+                                    = text "equation for"+                                      <+> quotes (ppr (unXRec @p fun))+pprMatchContextNoun CaseAlt         = text "case alternative"+pprMatchContextNoun IfAlt           = text "multi-way if alternative"+pprMatchContextNoun RecUpd          = text "record-update construct"+pprMatchContextNoun ThPatSplice     = text "Template Haskell pattern splice"+pprMatchContextNoun ThPatQuote      = text "Template Haskell pattern quotation"+pprMatchContextNoun PatBindRhs      = text "pattern binding"+pprMatchContextNoun PatBindGuards   = text "pattern binding guards"+pprMatchContextNoun LambdaExpr      = text "lambda abstraction"+pprMatchContextNoun ProcExpr        = text "arrow abstraction"+pprMatchContextNoun (StmtCtxt ctxt) = text "pattern binding in"+                                      $$ pprAStmtContext ctxt+pprMatchContextNoun PatSyn          = text "pattern synonym declaration"++-----------------+pprAStmtContext, pprStmtContext :: (Outputable (IdP p), UnXRec p)+                                => HsStmtContext p -> SDoc+pprAStmtContext ctxt = article <+> pprStmtContext ctxt+  where+    pp_an = text "an"+    pp_a  = text "a"+    article = case ctxt of+                  MDoExpr Nothing -> pp_an+                  GhciStmtCtxt  -> pp_an+                  _             -> pp_a+++-----------------+pprStmtContext GhciStmtCtxt    = text "interactive GHCi command"+pprStmtContext (DoExpr m)      = prependQualified m (text "'do' block")+pprStmtContext (MDoExpr m)     = prependQualified m (text "'mdo' block")+pprStmtContext ArrowExpr       = text "'do' block in an arrow command"+pprStmtContext ListComp        = text "list comprehension"+pprStmtContext MonadComp       = text "monad comprehension"+pprStmtContext (PatGuard ctxt) = text "pattern guard for" $$ pprMatchContext ctxt++-- Drop the inner contexts when reporting errors, else we get+--     Unexpected transform statement+--     in a transformed branch of+--          transformed branch of+--          transformed branch of monad comprehension+pprStmtContext (ParStmtCtxt c) =+  ifPprDebug (sep [text "parallel branch of", pprAStmtContext c])+             (pprStmtContext c)+pprStmtContext (TransStmtCtxt c) =+  ifPprDebug (sep [text "transformed branch of", pprAStmtContext c])+             (pprStmtContext c)++prependQualified :: Maybe ModuleName -> SDoc -> SDoc+prependQualified Nothing  t = t+prependQualified (Just _) t = text "qualified" <+> t
+ compiler/Language/Haskell/Syntax/Expr.hs-boot view
@@ -0,0 +1,22 @@+{-# LANGUAGE KindSignatures #-}+{-# LANGUAGE ConstraintKinds #-}+{-# LANGUAGE RoleAnnotations #-}+{-# LANGUAGE TypeFamilies #-}++-- See Note [Language.Haskell.Syntax.* Hierarchy] for why not GHC.Hs.*+module Language.Haskell.Syntax.Expr where++import Language.Haskell.Syntax.Extension ( XRec )+import Data.Kind  ( Type )++type role HsExpr nominal+type role MatchGroup nominal nominal+type role GRHSs nominal nominal+type role HsSplice nominal+data HsExpr (i :: Type)+data HsSplice (i :: Type)+data MatchGroup (a :: Type) (body :: Type)+data GRHSs (a :: Type) (body :: Type)+type family SyntaxExpr (i :: Type)++type LHsExpr a = XRec a (HsExpr a)
+ compiler/Language/Haskell/Syntax/Extension.hs view
@@ -0,0 +1,665 @@+{-# LANGUAGE AllowAmbiguousTypes     #-} -- for unXRec, etc.+{-# LANGUAGE ConstraintKinds         #-}+{-# LANGUAGE DataKinds               #-}+{-# LANGUAGE DeriveDataTypeable      #-}+{-# LANGUAGE EmptyCase               #-}+{-# LANGUAGE EmptyDataDeriving       #-}+{-# LANGUAGE FlexibleContexts        #-}+{-# LANGUAGE FlexibleInstances       #-}+{-# LANGUAGE GADTs                   #-}+{-# LANGUAGE MultiParamTypeClasses   #-}+{-# LANGUAGE RankNTypes              #-}+{-# LANGUAGE ScopedTypeVariables     #-}+{-# LANGUAGE TypeApplications        #-}+{-# LANGUAGE TypeFamilyDependencies  #-}+{-# LANGUAGE UndecidableInstances    #-} -- Wrinkle in Note [Trees That Grow]+                                         -- in module Language.Haskell.Syntax.Extension++-- See Note [Language.Haskell.Syntax.* Hierarchy] for why not GHC.Hs.*+module Language.Haskell.Syntax.Extension where++-- This module captures the type families to precisely identify the extension+-- points for GHC.Hs syntax++import GHC.Prelude++import Data.Data hiding ( Fixity )+import Data.Kind (Type)+import GHC.Utils.Outputable++{-+Note [Trees that grow]+~~~~~~~~~~~~~~~~~~~~~~++See https://gitlab.haskell.org/ghc/ghc/wikis/implementing-trees-that-grow++The hsSyn AST is reused across multiple compiler passes. We also have the+Template Haskell AST, and the haskell-src-exts one (outside of GHC)++Supporting multiple passes means the AST has various warts on it to cope with+the specifics for the phases, such as the 'ValBindsOut', 'ConPatOut',+'SigPatOut' etc.++The growable AST will allow each of these variants to be captured explicitly,+such that they only exist in the given compiler pass AST, as selected by the+type parameter to the AST.++In addition it will allow tool writers to define their own extensions to capture+additional information for the tool, in a natural way.++A further goal is to provide a means to harmonise the Template Haskell and+haskell-src-exts ASTs as well.++Wrinkle: In order to print out the AST, we need to know it is Outputable.+We also sometimes need to branch on the particular pass that we're in+(e.g. to print out type information once we know it). In order to allow+both of these actions, we define OutputableBndrId, which gathers the necessary+OutputableBndr and IsPass constraints. The use of this constraint in instances+generally requires UndecidableInstances.++See also Note [IsPass] and Note [NoGhcTc] in GHC.Hs.Extension.++-}++-- | A placeholder type for TTG extension points that are not currently+-- unused to represent any particular value.+--+-- This should not be confused with 'NoExtCon', which are found in unused+-- extension /constructors/ and therefore should never be inhabited. In+-- contrast, 'NoExtField' is used in extension /points/ (e.g., as the field of+-- some constructor), so it must have an inhabitant to construct AST passes+-- that manipulate fields with that extension point as their type.+data NoExtField = NoExtField+  deriving (Data,Eq,Ord)++instance Outputable NoExtField where+  ppr _ = text "NoExtField"++-- | Used when constructing a term with an unused extension point.+noExtField :: NoExtField+noExtField = NoExtField++-- | Used in TTG extension constructors that have yet to be extended with+-- anything. If an extension constructor has 'NoExtCon' as its field, it is+-- not intended to ever be constructed anywhere, and any function that consumes+-- the extension constructor can eliminate it by way of 'noExtCon'.+--+-- This should not be confused with 'NoExtField', which are found in unused+-- extension /points/ (not /constructors/) and therefore can be inhabited.++-- See also [NoExtCon and strict fields].+data NoExtCon+  deriving (Data,Eq,Ord)++instance Outputable NoExtCon where+  ppr = noExtCon++-- | Eliminate a 'NoExtCon'. Much like 'Data.Void.absurd'.+noExtCon :: NoExtCon -> a+noExtCon x = case x of {}++-- | GHC's L prefixed variants wrap their vanilla variant in this type family,+-- to add 'SrcLoc' info via 'Located'. Other passes than 'GhcPass' not+-- interested in location information can define this as+-- @type instance XRec NoLocated a = a@.+-- See Note [XRec and SrcSpans in the AST]+type family XRec p a = r | r -> a++{-+Note [XRec and SrcSpans in the AST]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+XRec is meant to replace most of the uses of `Located` in the AST. It is another+extension point meant to make it easier for non-GHC applications to reuse the+AST for their own purposes, and not have to deal the hassle of (perhaps) useless+SrcSpans everywhere.++instead of `Located (HsExpr p)` or similar types, we will now have `XRec p+(HsExpr p)`++XRec allows annotating certain points in the AST with extra information. This+maybe be source spans (for GHC), nothing (for TH), types (for HIE files), api+annotations (for exactprint) or anything else.++This should hopefully bring us one step closer to sharing the AST between GHC+and TH.++We use the `UnXRec`, `MapXRec` and `WrapXRec` type classes to aid us in writing+pass-polymorphic code that deals with `XRec`s+-}++-- | We can strip off the XRec to access the underlying data.+-- See Note [XRec and SrcSpans in the AST]+class UnXRec p where+  unXRec :: XRec p a -> a++-- | We can map over the underlying type contained in an @XRec@ while preserving+-- the annotation as is.+-- See Note [XRec and SrcSpans in the AST]+class MapXRec p where+  mapXRec :: (a -> b) -> XRec p a -> XRec p b++-- | The trivial wrapper that carries no additional information+-- See Note [XRec and SrcSpans in the AST]+class WrapXRec p where+  wrapXRec :: a -> XRec p a++-- | Maps the "normal" id type for a given pass+type family IdP p++type LIdP p = XRec p (IdP p)++-- =====================================================================+-- Type families for the HsBinds extension points++-- HsLocalBindsLR type families+type family XHsValBinds      x x'+type family XHsIPBinds       x x'+type family XEmptyLocalBinds x x'+type family XXHsLocalBindsLR x x'++-- HsValBindsLR type families+type family XValBinds    x x'+type family XXValBindsLR x x'++-- HsBindLR type families+type family XFunBind    x x'+type family XPatBind    x x'+type family XVarBind    x x'+type family XAbsBinds   x x'+type family XPatSynBind x x'+type family XXHsBindsLR x x'++-- ABExport type families+type family XABE x+type family XXABExport x++-- PatSynBind type families+type family XPSB x x'+type family XXPatSynBind x x'++-- HsIPBinds type families+type family XIPBinds    x+type family XXHsIPBinds x++-- IPBind type families+type family XCIPBind x+type family XXIPBind x++-- Sig type families+type family XTypeSig          x+type family XPatSynSig        x+type family XClassOpSig       x+type family XIdSig            x+type family XFixSig           x+type family XInlineSig        x+type family XSpecSig          x+type family XSpecInstSig      x+type family XMinimalSig       x+type family XSCCFunSig        x+type family XCompleteMatchSig x+type family XXSig             x++-- FixitySig type families+type family XFixitySig          x+type family XXFixitySig         x++-- StandaloneKindSig type families+type family XStandaloneKindSig  x+type family XXStandaloneKindSig x++-- =====================================================================+-- Type families for the HsDecls extension points++-- HsDecl type families+type family XTyClD       x+type family XInstD       x+type family XDerivD      x+type family XValD        x+type family XSigD        x+type family XKindSigD    x+type family XDefD        x+type family XForD        x+type family XWarningD    x+type family XAnnD        x+type family XRuleD       x+type family XSpliceD     x+type family XDocD        x+type family XRoleAnnotD  x+type family XXHsDecl     x++-- -------------------------------------+-- HsGroup type families+type family XCHsGroup      x+type family XXHsGroup      x++-- -------------------------------------+-- SpliceDecl type families+type family XSpliceDecl       x+type family XXSpliceDecl      x++-- -------------------------------------+-- TyClDecl type families+type family XFamDecl       x+type family XSynDecl       x+type family XDataDecl      x+type family XClassDecl     x+type family XXTyClDecl     x++-- -------------------------------------+-- TyClGroup type families+type family XCTyClGroup      x+type family XXTyClGroup      x++-- -------------------------------------+-- FamilyResultSig type families+type family XNoSig            x+type family XCKindSig         x -- Clashes with XKindSig above+type family XTyVarSig         x+type family XXFamilyResultSig x++-- -------------------------------------+-- FamilyDecl type families+type family XCFamilyDecl      x+type family XXFamilyDecl      x++-- -------------------------------------+-- HsDataDefn type families+type family XCHsDataDefn      x+type family XXHsDataDefn      x++-- -------------------------------------+-- HsDerivingClause type families+type family XCHsDerivingClause      x+type family XXHsDerivingClause      x++-- -------------------------------------+-- DerivClauseTys type families+type family XDctSingle       x+type family XDctMulti        x+type family XXDerivClauseTys x++-- -------------------------------------+-- ConDecl type families+type family XConDeclGADT   x+type family XConDeclH98    x+type family XXConDecl      x++-- -------------------------------------+-- FamEqn type families+type family XCFamEqn      x r+type family XXFamEqn      x r++-- -------------------------------------+-- ClsInstDecl type families+type family XCClsInstDecl      x+type family XXClsInstDecl      x++-- -------------------------------------+-- InstDecl type families+type family XClsInstD      x+type family XDataFamInstD  x+type family XTyFamInstD    x+type family XXInstDecl     x++-- -------------------------------------+-- DerivDecl type families+type family XCDerivDecl      x+type family XXDerivDecl      x++-- -------------------------------------+-- DerivStrategy type family+type family XViaStrategy x++-- -------------------------------------+-- DefaultDecl type families+type family XCDefaultDecl      x+type family XXDefaultDecl      x++-- -------------------------------------+-- ForeignDecl type families+type family XForeignImport     x+type family XForeignExport     x+type family XXForeignDecl      x++-- -------------------------------------+-- RuleDecls type families+type family XCRuleDecls      x+type family XXRuleDecls      x++-- -------------------------------------+-- RuleDecl type families+type family XHsRule          x+type family XXRuleDecl       x++-- -------------------------------------+-- RuleBndr type families+type family XCRuleBndr      x+type family XRuleBndrSig    x+type family XXRuleBndr      x++-- -------------------------------------+-- WarnDecls type families+type family XWarnings        x+type family XXWarnDecls      x++-- -------------------------------------+-- WarnDecl type families+type family XWarning        x+type family XXWarnDecl      x++-- -------------------------------------+-- AnnDecl type families+type family XHsAnnotation  x+type family XXAnnDecl      x++-- -------------------------------------+-- RoleAnnotDecl type families+type family XCRoleAnnotDecl  x+type family XXRoleAnnotDecl  x++-- =====================================================================+-- Type families for the HsExpr extension points++type family XVar            x+type family XUnboundVar     x+type family XConLikeOut     x+type family XRecFld         x+type family XOverLabel      x+type family XIPVar          x+type family XOverLitE       x+type family XLitE           x+type family XLam            x+type family XLamCase        x+type family XApp            x+type family XAppTypeE       x+type family XOpApp          x+type family XNegApp         x+type family XPar            x+type family XSectionL       x+type family XSectionR       x+type family XExplicitTuple  x+type family XExplicitSum    x+type family XCase           x+type family XIf             x+type family XMultiIf        x+type family XLet            x+type family XDo             x+type family XExplicitList   x+type family XRecordCon      x+type family XRecordUpd      x+type family XExprWithTySig  x+type family XArithSeq       x+type family XBracket        x+type family XRnBracketOut   x+type family XTcBracketOut   x+type family XSpliceE        x+type family XProc           x+type family XStatic         x+type family XTick           x+type family XBinTick        x+type family XPragE          x+type family XXExpr          x++-- -------------------------------------+-- HsPragE type families+type family XSCC            x+type family XXPragE         x+++-- -------------------------------------+-- AmbiguousFieldOcc type families+type family XUnambiguous        x+type family XAmbiguous          x+type family XXAmbiguousFieldOcc x++-- -------------------------------------+-- HsTupArg type families+type family XPresent  x+type family XMissing  x+type family XXTupArg  x++-- -------------------------------------+-- HsSplice type families+type family XTypedSplice   x+type family XUntypedSplice x+type family XQuasiQuote    x+type family XSpliced       x+type family XXSplice       x++-- -------------------------------------+-- HsBracket type families+type family XExpBr      x+type family XPatBr      x+type family XDecBrL     x+type family XDecBrG     x+type family XTypBr      x+type family XVarBr      x+type family XTExpBr     x+type family XXBracket   x++-- -------------------------------------+-- HsCmdTop type families+type family XCmdTop  x+type family XXCmdTop x++-- -------------------------------------+-- MatchGroup type families+type family XMG           x b+type family XXMatchGroup  x b++-- -------------------------------------+-- Match type families+type family XCMatch  x b+type family XXMatch  x b++-- -------------------------------------+-- GRHSs type families+type family XCGRHSs  x b+type family XXGRHSs  x b++-- -------------------------------------+-- GRHS type families+type family XCGRHS  x b+type family XXGRHS  x b++-- -------------------------------------+-- StmtLR type families+type family XLastStmt        x x' b+type family XBindStmt        x x' b+type family XApplicativeStmt x x' b+type family XBodyStmt        x x' b+type family XLetStmt         x x' b+type family XParStmt         x x' b+type family XTransStmt       x x' b+type family XRecStmt         x x' b+type family XXStmtLR         x x' b++-- -------------------------------------+-- HsCmd type families+type family XCmdArrApp  x+type family XCmdArrForm x+type family XCmdApp     x+type family XCmdLam     x+type family XCmdPar     x+type family XCmdCase    x+type family XCmdLamCase x+type family XCmdIf      x+type family XCmdLet     x+type family XCmdDo      x+type family XCmdWrap    x+type family XXCmd       x++-- -------------------------------------+-- ParStmtBlock type families+type family XParStmtBlock  x x'+type family XXParStmtBlock x x'++-- -------------------------------------+-- ApplicativeArg type families+type family XApplicativeArgOne   x+type family XApplicativeArgMany  x+type family XXApplicativeArg     x++-- =====================================================================+-- Type families for the HsImpExp extension points++-- TODO++-- =====================================================================+-- Type families for the HsLit extension points++-- We define a type family for each extension point. This is based on prepending+-- 'X' to the constructor name, for ease of reference.+type family XHsChar x+type family XHsCharPrim x+type family XHsString x+type family XHsStringPrim x+type family XHsInt x+type family XHsIntPrim x+type family XHsWordPrim x+type family XHsInt64Prim x+type family XHsWord64Prim x+type family XHsInteger x+type family XHsRat x+type family XHsFloatPrim x+type family XHsDoublePrim x+type family XXLit x++-- -------------------------------------+-- HsOverLit type families+type family XOverLit  x+type family XXOverLit x++-- =====================================================================+-- Type families for the HsPat extension points++type family XWildPat   x+type family XVarPat    x+type family XLazyPat   x+type family XAsPat     x+type family XParPat    x+type family XBangPat   x+type family XListPat   x+type family XTuplePat  x+type family XSumPat    x+type family XConPat    x+type family XViewPat   x+type family XSplicePat x+type family XLitPat    x+type family XNPat      x+type family XNPlusKPat x+type family XSigPat    x+type family XCoPat     x+type family XXPat      x++-- =====================================================================+-- Type families for the HsTypes type families+++-- -------------------------------------+-- LHsQTyVars type families+type family XHsQTvs       x+type family XXLHsQTyVars  x++-- -------------------------------------+-- HsOuterTyVarBndrs type families+type family XHsOuterImplicit    x+type family XHsOuterExplicit    x flag+type family XXHsOuterTyVarBndrs x++-- -------------------------------------+-- HsSigType type families+type family XHsSig      x+type family XXHsSigType x++-- -------------------------------------+-- HsWildCardBndrs type families+type family XHsWC              x b+type family XXHsWildCardBndrs  x b++-- -------------------------------------+-- HsPatSigType type families+type family XHsPS x+type family XXHsPatSigType x++-- -------------------------------------+-- HsType type families+type family XForAllTy        x+type family XQualTy          x+type family XTyVar           x+type family XAppTy           x+type family XAppKindTy       x+type family XFunTy           x+type family XListTy          x+type family XTupleTy         x+type family XSumTy           x+type family XOpTy            x+type family XParTy           x+type family XIParamTy        x+type family XStarTy          x+type family XKindSig         x+type family XSpliceTy        x+type family XDocTy           x+type family XBangTy          x+type family XRecTy           x+type family XExplicitListTy  x+type family XExplicitTupleTy x+type family XTyLit           x+type family XWildCardTy      x+type family XXType           x++-- ---------------------------------------------------------------------+-- HsForAllTelescope type families+type family XHsForAllVis        x+type family XHsForAllInvis      x+type family XXHsForAllTelescope x++-- ---------------------------------------------------------------------+-- HsTyVarBndr type families+type family XUserTyVar   x+type family XKindedTyVar x+type family XXTyVarBndr  x++-- ---------------------------------------------------------------------+-- ConDeclField type families+type family XConDeclField  x+type family XXConDeclField x++-- ---------------------------------------------------------------------+-- FieldOcc type families+type family XCFieldOcc x+type family XXFieldOcc x++-- =====================================================================+-- Type families for the HsImpExp type families++-- -------------------------------------+-- ImportDecl type families+type family XCImportDecl       x+type family XXImportDecl       x++-- -------------------------------------+-- IE type families+type family XIEVar             x+type family XIEThingAbs        x+type family XIEThingAll        x+type family XIEThingWith       x+type family XIEModuleContents  x+type family XIEGroup           x+type family XIEDoc             x+type family XIEDocNamed        x+type family XXIE               x++-- -------------------------------------++-- =====================================================================+-- Misc++-- | See Note [NoGhcTc] in GHC.Hs.Extension. It has to be in this+-- module because it is used like an extension point (in the data definitions+-- of types that should be parameter-agnostic.+type family NoGhcTc (p :: Type)++-- =====================================================================+-- End of Type family definitions+-- =====================================================================
+ compiler/Language/Haskell/Syntax/Lit.hs view
@@ -0,0 +1,204 @@+{-# LANGUAGE CPP                  #-}+{-# LANGUAGE ConstraintKinds      #-}+{-# LANGUAGE DeriveDataTypeable   #-}+{-# LANGUAGE FlexibleContexts     #-}+{-# LANGUAGE FlexibleInstances    #-}+{-# LANGUAGE TypeFamilies         #-}+{-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]+                                      -- in module Language.Haskell.Syntax.Extension++{-+(c) The University of Glasgow 2006+(c) The GRASP/AQUA Project, Glasgow University, 1992-1998++-}++-- See Note [Language.Haskell.Syntax.* Hierarchy] for why not GHC.Hs.*++-- | Source-language literals+module Language.Haskell.Syntax.Lit where++#include "GhclibHsVersions.h"++import GHC.Prelude++import {-# SOURCE #-} Language.Haskell.Syntax.Expr ( HsExpr )+import GHC.Types.Basic (PprPrec(..), topPrec )+import GHC.Types.SourceText+import GHC.Core.Type+import GHC.Utils.Outputable+import GHC.Utils.Panic+import GHC.Data.FastString+import Language.Haskell.Syntax.Extension++import Data.ByteString (ByteString)+import Data.Data hiding ( Fixity )++{-+************************************************************************+*                                                                      *+\subsection[HsLit]{Literals}+*                                                                      *+************************************************************************+-}++-- Note [Literal source text] in GHC.Types.Basic for SourceText fields in+-- the following+-- Note [Trees that grow] in Language.Haskell.Syntax.Extension for the Xxxxx fields in the following+-- | Haskell Literal+data HsLit x+  = HsChar (XHsChar x) {- SourceText -} Char+      -- ^ Character+  | HsCharPrim (XHsCharPrim x) {- SourceText -} Char+      -- ^ Unboxed character+  | HsString (XHsString x) {- SourceText -} FastString+      -- ^ String+  | HsStringPrim (XHsStringPrim x) {- SourceText -} !ByteString+      -- ^ Packed bytes+  | HsInt (XHsInt x)  IntegralLit+      -- ^ Genuinely an Int; arises from+      -- "GHC.Tc.Deriv.Generate", and from TRANSLATION+  | HsIntPrim (XHsIntPrim x) {- SourceText -} Integer+      -- ^ literal @Int#@+  | HsWordPrim (XHsWordPrim x) {- SourceText -} Integer+      -- ^ literal @Word#@+  | HsInt64Prim (XHsInt64Prim x) {- SourceText -} Integer+      -- ^ literal @Int64#@+  | HsWord64Prim (XHsWord64Prim x) {- SourceText -} Integer+      -- ^ literal @Word64#@+  | HsInteger (XHsInteger x) {- SourceText -} Integer Type+      -- ^ Genuinely an integer; arises only+      -- from TRANSLATION (overloaded+      -- literals are done with HsOverLit)+  | HsRat (XHsRat x)  FractionalLit Type+      -- ^ Genuinely a rational; arises only from+      -- TRANSLATION (overloaded literals are+      -- done with HsOverLit)+  | HsFloatPrim (XHsFloatPrim x)   FractionalLit+      -- ^ Unboxed Float+  | HsDoublePrim (XHsDoublePrim x) FractionalLit+      -- ^ Unboxed Double++  | XLit !(XXLit x)++instance Eq (HsLit x) where+  (HsChar _ x1)       == (HsChar _ x2)       = x1==x2+  (HsCharPrim _ x1)   == (HsCharPrim _ x2)   = x1==x2+  (HsString _ x1)     == (HsString _ x2)     = x1==x2+  (HsStringPrim _ x1) == (HsStringPrim _ x2) = x1==x2+  (HsInt _ x1)        == (HsInt _ x2)        = x1==x2+  (HsIntPrim _ x1)    == (HsIntPrim _ x2)    = x1==x2+  (HsWordPrim _ x1)   == (HsWordPrim _ x2)   = x1==x2+  (HsInt64Prim _ x1)  == (HsInt64Prim _ x2)  = x1==x2+  (HsWord64Prim _ x1) == (HsWord64Prim _ x2) = x1==x2+  (HsInteger _ x1 _)  == (HsInteger _ x2 _)  = x1==x2+  (HsRat _ x1 _)      == (HsRat _ x2 _)      = x1==x2+  (HsFloatPrim _ x1)  == (HsFloatPrim _ x2)  = x1==x2+  (HsDoublePrim _ x1) == (HsDoublePrim _ x2) = x1==x2+  _                   == _                   = False++-- | Haskell Overloaded Literal+data HsOverLit p+  = OverLit {+      ol_ext :: (XOverLit p),+      ol_val :: OverLitVal,+      ol_witness :: HsExpr p}         -- Note [Overloaded literal witnesses]++  | XOverLit+      !(XXOverLit p)++-- Note [Literal source text] in GHC.Types.Basic for SourceText fields in+-- the following+-- | Overloaded Literal Value+data OverLitVal+  = HsIntegral   !IntegralLit            -- ^ Integer-looking literals;+  | HsFractional !FractionalLit          -- ^ Frac-looking literals+  | HsIsString   !SourceText !FastString -- ^ String-looking literals+  deriving Data++negateOverLitVal :: OverLitVal -> OverLitVal+negateOverLitVal (HsIntegral i) = HsIntegral (negateIntegralLit i)+negateOverLitVal (HsFractional f) = HsFractional (negateFractionalLit f)+negateOverLitVal _ = panic "negateOverLitVal: argument is not a number"++{-+Note [Overloaded literal witnesses]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+*Before* type checking, the HsExpr in an HsOverLit is the+name of the coercion function, 'fromInteger' or 'fromRational'.+*After* type checking, it is a witness for the literal, such as+        (fromInteger 3) or lit_78+This witness should replace the literal.++This dual role is unusual, because we're replacing 'fromInteger' with+a call to fromInteger.  Reason: it allows commoning up of the fromInteger+calls, which wouldn't be possible if the desugarer made the application.++The PostTcType in each branch records the type the overload literal is+found to have.+-}++-- Comparison operations are needed when grouping literals+-- for compiling pattern-matching (module GHC.HsToCore.Match.Literal)+instance (Eq (XXOverLit p)) => Eq (HsOverLit p) where+  (OverLit _ val1 _) == (OverLit _ val2 _) = val1 == val2+  (XOverLit  val1)   == (XOverLit  val2)   = val1 == val2+  _ == _ = panic "Eq HsOverLit"++instance Eq OverLitVal where+  (HsIntegral   i1)   == (HsIntegral   i2)   = i1 == i2+  (HsFractional f1)   == (HsFractional f2)   = f1 == f2+  (HsIsString _ s1)   == (HsIsString _ s2)   = s1 == s2+  _                   == _                   = False++instance (Ord (XXOverLit p)) => Ord (HsOverLit p) where+  compare (OverLit _ val1 _) (OverLit _ val2 _) = val1 `compare` val2+  compare (XOverLit  val1)   (XOverLit  val2)   = val1 `compare` val2+  compare _ _ = panic "Ord HsOverLit"++instance Ord OverLitVal where+  compare (HsIntegral i1)     (HsIntegral i2)     = i1 `compare` i2+  compare (HsIntegral _)      (HsFractional _)    = LT+  compare (HsIntegral _)      (HsIsString _ _)    = LT+  compare (HsFractional f1)   (HsFractional f2)   = f1 `compare` f2+  compare (HsFractional _)    (HsIntegral   _)    = GT+  compare (HsFractional _)    (HsIsString _ _)    = LT+  compare (HsIsString _ s1)   (HsIsString _ s2)   = s1 `uniqCompareFS` s2+  compare (HsIsString _ _)    (HsIntegral   _)    = GT+  compare (HsIsString _ _)    (HsFractional _)    = GT++instance Outputable OverLitVal where+  ppr (HsIntegral i)     = pprWithSourceText (il_text i) (integer (il_value i))+  ppr (HsFractional f)   = ppr f+  ppr (HsIsString st s)  = pprWithSourceText st (pprHsString s)++-- | @'hsLitNeedsParens' p l@ returns 'True' if a literal @l@ needs+-- to be parenthesized under precedence @p@.+hsLitNeedsParens :: PprPrec -> HsLit x -> Bool+hsLitNeedsParens p = go+  where+    go (HsChar {})        = False+    go (HsCharPrim {})    = False+    go (HsString {})      = False+    go (HsStringPrim {})  = False+    go (HsInt _ x)        = p > topPrec && il_neg x+    go (HsIntPrim _ x)    = p > topPrec && x < 0+    go (HsWordPrim {})    = False+    go (HsInt64Prim _ x)  = p > topPrec && x < 0+    go (HsWord64Prim {})  = False+    go (HsInteger _ x _)  = p > topPrec && x < 0+    go (HsRat _ x _)      = p > topPrec && fl_neg x+    go (HsFloatPrim _ x)  = p > topPrec && fl_neg x+    go (HsDoublePrim _ x) = p > topPrec && fl_neg x+    go (XLit _)           = False++-- | @'hsOverLitNeedsParens' p ol@ returns 'True' if an overloaded literal+-- @ol@ needs to be parenthesized under precedence @p@.+hsOverLitNeedsParens :: PprPrec -> HsOverLit x -> Bool+hsOverLitNeedsParens p (OverLit { ol_val = olv }) = go olv+  where+    go :: OverLitVal -> Bool+    go (HsIntegral x)   = p > topPrec && il_neg x+    go (HsFractional x) = p > topPrec && fl_neg x+    go (HsIsString {})  = False+hsOverLitNeedsParens _ (XOverLit { }) = False
+ compiler/Language/Haskell/Syntax/Pat.hs view
@@ -0,0 +1,374 @@++{-# LANGUAGE CPP                  #-}+{-# LANGUAGE ConstraintKinds      #-}+{-# LANGUAGE DeriveDataTypeable   #-}+{-# LANGUAGE DeriveTraversable    #-}+{-# LANGUAGE FlexibleContexts     #-}+{-# LANGUAGE FlexibleInstances    #-}+{-# LANGUAGE LambdaCase           #-}+{-# LANGUAGE ScopedTypeVariables  #-}+{-# LANGUAGE TypeApplications     #-}+{-# LANGUAGE TypeFamilies         #-}+{-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]+                                      -- in module Language.Haskell.Syntax.Extension+{-# LANGUAGE ViewPatterns         #-}+{-+(c) The University of Glasgow 2006+(c) The GRASP/AQUA Project, Glasgow University, 1992-1998++\section[PatSyntax]{Abstract Haskell syntax---patterns}+-}++-- See Note [Language.Haskell.Syntax.* Hierarchy] for why not GHC.Hs.*+module Language.Haskell.Syntax.Pat (+        Pat(..), LPat,+        ConLikeP,++        HsConPatDetails, hsConPatArgs,+        HsRecFields(..), HsRecField'(..), LHsRecField',+        HsRecField, LHsRecField,+        HsRecUpdField, LHsRecUpdField,+        hsRecFields, hsRecFieldSel, hsRecFieldsArgs,+    ) where++import GHC.Prelude++import {-# SOURCE #-} Language.Haskell.Syntax.Expr (SyntaxExpr, LHsExpr, HsSplice)++-- friends:+import Language.Haskell.Syntax.Lit+import Language.Haskell.Syntax.Extension+import Language.Haskell.Syntax.Type+import GHC.Types.Basic+-- others:+import GHC.Core.Ppr ( {- instance OutputableBndr TyVar -} )+import GHC.Utils.Outputable+import GHC.Types.SrcLoc+-- libraries:+import Data.Data hiding (TyCon,Fixity)++type LPat p = XRec p (Pat p)++-- | Pattern+--+-- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnBang'++-- For details on above see note [Api annotations] in GHC.Parser.Annotation+data Pat p+  =     ------------ Simple patterns ---------------+    WildPat     (XWildPat p)        -- ^ Wildcard Pattern+        -- The sole reason for a type on a WildPat is to+        -- support hsPatType :: Pat Id -> Type++       -- AZ:TODO above comment needs to be updated+  | VarPat      (XVarPat p)+                (LIdP p)     -- ^ Variable Pattern++                             -- See Note [Located RdrNames] in GHC.Hs.Expr+  | LazyPat     (XLazyPat p)+                (LPat p)                -- ^ Lazy Pattern+    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnTilde'++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | AsPat       (XAsPat p)+                (LIdP p) (LPat p)    -- ^ As pattern+    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnAt'++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | ParPat      (XParPat p)+                (LPat p)                -- ^ Parenthesised pattern+                                        -- See Note [Parens in HsSyn] in GHC.Hs.Expr+    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'('@,+    --                                    'GHC.Parser.Annotation.AnnClose' @')'@++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | BangPat     (XBangPat p)+                (LPat p)                -- ^ Bang pattern+    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnBang'++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++        ------------ Lists, tuples, arrays ---------------+  | ListPat     (XListPat p)+                [LPat p]+                   -- For OverloadedLists a Just (ty,fn) gives+                   -- overall type of the pattern, and the toList+-- function to convert the scrutinee to a list value++    -- ^ Syntactic List+    --+    -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'['@,+    --                                    'GHC.Parser.Annotation.AnnClose' @']'@++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | TuplePat    (XTuplePat p)+                  -- after typechecking, holds the types of the tuple components+                [LPat p]         -- Tuple sub-patterns+                Boxity           -- UnitPat is TuplePat []+        -- You might think that the post typechecking Type was redundant,+        -- because we can get the pattern type by getting the types of the+        -- sub-patterns.+        -- But it's essential+        --      data T a where+        --        T1 :: Int -> T Int+        --      f :: (T a, a) -> Int+        --      f (T1 x, z) = z+        -- When desugaring, we must generate+        --      f = /\a. \v::a.  case v of (t::T a, w::a) ->+        --                       case t of (T1 (x::Int)) ->+        -- Note the (w::a), NOT (w::Int), because we have not yet+        -- refined 'a' to Int.  So we must know that the second component+        -- of the tuple is of type 'a' not Int.  See selectMatchVar+        -- (June 14: I'm not sure this comment is right; the sub-patterns+        --           will be wrapped in CoPats, no?)+    -- ^ Tuple sub-patterns+    --+    -- - 'GHC.Parser.Annotation.AnnKeywordId' :+    --            'GHC.Parser.Annotation.AnnOpen' @'('@ or @'(#'@,+    --            'GHC.Parser.Annotation.AnnClose' @')'@ or  @'#)'@++  | SumPat      (XSumPat p)        -- after typechecker, types of the alternative+                (LPat p)           -- Sum sub-pattern+                ConTag             -- Alternative (one-based)+                Arity              -- Arity (INVARIANT: ≥ 2)+    -- ^ Anonymous sum pattern+    --+    -- - 'GHC.Parser.Annotation.AnnKeywordId' :+    --            'GHC.Parser.Annotation.AnnOpen' @'(#'@,+    --            'GHC.Parser.Annotation.AnnClose' @'#)'@++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++        ------------ Constructor patterns ---------------+  | ConPat {+        pat_con_ext :: XConPat p,+        pat_con     :: XRec p (ConLikeP p),+        pat_args    :: HsConPatDetails p+    }+    -- ^ Constructor Pattern++        ------------ View patterns ---------------+  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnRarrow'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | ViewPat       (XViewPat p)     -- The overall type of the pattern+                                   -- (= the argument type of the view function)+                                   -- for hsPatType.+                  (LHsExpr p)+                  (LPat p)+    -- ^ View Pattern++        ------------ Pattern splices ---------------+  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'$('@+  --        'GHC.Parser.Annotation.AnnClose' @')'@++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | SplicePat       (XSplicePat p)+                    (HsSplice p)    -- ^ Splice Pattern (Includes quasi-quotes)++        ------------ Literal and n+k patterns ---------------+  | LitPat          (XLitPat p)+                    (HsLit p)           -- ^ Literal Pattern+                                        -- Used for *non-overloaded* literal patterns:+                                        -- Int#, Char#, Int, Char, String, etc.++  | NPat                -- Natural Pattern+                        -- Used for all overloaded literals,+                        -- including overloaded strings with -XOverloadedStrings+                    (XNPat p)            -- Overall type of pattern. Might be+                                         -- different than the literal's type+                                         -- if (==) or negate changes the type+                    (XRec p (HsOverLit p))     -- ALWAYS positive+                    (Maybe (SyntaxExpr p)) -- Just (Name of 'negate') for+                                           -- negative patterns, Nothing+                                           -- otherwise+                    (SyntaxExpr p)       -- Equality checker, of type t->t->Bool++  -- ^ Natural Pattern+  --+  -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnVal' @'+'@++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | NPlusKPat       (XNPlusKPat p)           -- Type of overall pattern+                    (LIdP p)                 -- n+k pattern+                    (XRec p (HsOverLit p))   -- It'll always be an HsIntegral+                    (HsOverLit p)            -- See Note [NPlusK patterns] in GHC.Tc.Gen.Pat+                     -- NB: This could be (PostTc ...), but that induced a+                     -- a new hs-boot file. Not worth it.++                    (SyntaxExpr p)   -- (>=) function, of type t1->t2->Bool+                    (SyntaxExpr p)   -- Name of '-' (see GHC.Rename.Env.lookupSyntax)+  -- ^ n+k pattern++        ------------ Pattern type signatures ---------------+  -- | - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDcolon'++  -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | SigPat          (XSigPat p)             -- After typechecker: Type+                    (LPat p)                -- Pattern with a type signature+                    (HsPatSigType (NoGhcTc p)) --  Signature can bind both+                                               --  kind and type vars++    -- ^ Pattern with a type signature++  -- | Trees that Grow extension point for new constructors+  | XPat+      !(XXPat p)++type family ConLikeP x+++-- ---------------------------------------------------------------------+++-- | Haskell Constructor Pattern Details+type HsConPatDetails p = HsConDetails (HsPatSigType (NoGhcTc p)) (LPat p) (HsRecFields p (LPat p))++hsConPatArgs :: HsConPatDetails p -> [LPat p]+hsConPatArgs (PrefixCon _ ps) = ps+hsConPatArgs (RecCon fs)      = map (hsRecFieldArg . unLoc) (rec_flds fs)+hsConPatArgs (InfixCon p1 p2) = [p1,p2]++-- | Haskell Record Fields+--+-- HsRecFields is used only for patterns and expressions (not data type+-- declarations)+data HsRecFields p arg         -- A bunch of record fields+                                --      { x = 3, y = True }+        -- Used for both expressions and patterns+  = HsRecFields { rec_flds   :: [LHsRecField p arg],+                  rec_dotdot :: Maybe (Located Int) }  -- Note [DotDot fields]+  deriving (Functor, Foldable, Traversable)+++-- Note [DotDot fields]+-- ~~~~~~~~~~~~~~~~~~~~+-- The rec_dotdot field means this:+--   Nothing => the normal case+--   Just n  => the group uses ".." notation,+--+-- In the latter case:+--+--   *before* renamer: rec_flds are exactly the n user-written fields+--+--   *after* renamer:  rec_flds includes *all* fields, with+--                     the first 'n' being the user-written ones+--                     and the remainder being 'filled in' implicitly++-- | Located Haskell Record Field+type LHsRecField' p arg = Located (HsRecField' p arg)++-- | Located Haskell Record Field+type LHsRecField  p arg = Located (HsRecField  p arg)++-- | Located Haskell Record Update Field+type LHsRecUpdField p   = Located (HsRecUpdField p)++-- | Haskell Record Field+type HsRecField    p arg = HsRecField' (FieldOcc p) arg++-- | Haskell Record Update Field+type HsRecUpdField p     = HsRecField' (AmbiguousFieldOcc p) (LHsExpr p)++-- | Haskell Record Field+--+-- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnEqual',+--+-- For details on above see note [Api annotations] in GHC.Parser.Annotation+data HsRecField' id arg = HsRecField {+        hsRecFieldLbl :: Located id,+        hsRecFieldArg :: arg,           -- ^ Filled in by renamer when punning+        hsRecPun      :: Bool           -- ^ Note [Punning]+  } deriving (Data, Functor, Foldable, Traversable)+++-- Note [Punning]+-- ~~~~~~~~~~~~~~+-- If you write T { x, y = v+1 }, the HsRecFields will be+--      HsRecField x x True ...+--      HsRecField y (v+1) False ...+-- That is, for "punned" field x is expanded (in the renamer)+-- to x=x; but with a punning flag so we can detect it later+-- (e.g. when pretty printing)+--+-- If the original field was qualified, we un-qualify it, thus+--    T { A.x } means T { A.x = x }+++-- Note [HsRecField and HsRecUpdField]+-- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~++-- A HsRecField (used for record construction and pattern matching)+-- contains an unambiguous occurrence of a field (i.e. a FieldOcc).+-- We can't just store the Name, because thanks to+-- DuplicateRecordFields this may not correspond to the label the user+-- wrote.+--+-- A HsRecUpdField (used for record update) contains a potentially+-- ambiguous occurrence of a field (an AmbiguousFieldOcc).  The+-- renamer will fill in the selector function if it can, but if the+-- selector is ambiguous the renamer will defer to the typechecker.+-- After the typechecker, a unique selector will have been determined.+--+-- The renamer produces an Unambiguous result if it can, rather than+-- just doing the lookup in the typechecker, so that completely+-- unambiguous updates can be represented by 'GHC.HsToCore.Quote.repUpdFields'.+--+-- For example, suppose we have:+--+--     data S = MkS { x :: Int }+--     data T = MkT { x :: Int }+--+--     f z = (z { x = 3 }) :: S+--+-- The parsed HsRecUpdField corresponding to the record update will have:+--+--     hsRecFieldLbl = Unambiguous "x" noExtField :: AmbiguousFieldOcc RdrName+--+-- After the renamer, this will become:+--+--     hsRecFieldLbl = Ambiguous   "x" noExtField :: AmbiguousFieldOcc Name+--+-- (note that the Unambiguous constructor is not type-correct here).+-- The typechecker will determine the particular selector:+--+--     hsRecFieldLbl = Unambiguous "x" $sel:x:MkS  :: AmbiguousFieldOcc Id+--+-- See also Note [Disambiguating record fields] in GHC.Tc.Gen.Head.++hsRecFields :: HsRecFields p arg -> [XCFieldOcc p]+hsRecFields rbinds = map (unLoc . hsRecFieldSel . unLoc) (rec_flds rbinds)++-- Probably won't typecheck at once, things have changed :/+hsRecFieldsArgs :: HsRecFields p arg -> [arg]+hsRecFieldsArgs rbinds = map (hsRecFieldArg . unLoc) (rec_flds rbinds)++hsRecFieldSel :: HsRecField pass arg -> Located (XCFieldOcc pass)+hsRecFieldSel = fmap extFieldOcc . hsRecFieldLbl+++{-+************************************************************************+*                                                                      *+*              Printing patterns+*                                                                      *+************************************************************************+-}++instance (Outputable arg)+      => Outputable (HsRecFields p arg) where+  ppr (HsRecFields { rec_flds = flds, rec_dotdot = Nothing })+        = braces (fsep (punctuate comma (map ppr flds)))+  ppr (HsRecFields { rec_flds = flds, rec_dotdot = Just (unLoc -> n) })+        = braces (fsep (punctuate comma (map ppr (take n flds) ++ [dotdot])))+        where+          dotdot = text ".." <+> whenPprDebug (ppr (drop n flds))++instance (Outputable p, Outputable arg)+      => Outputable (HsRecField' p arg) where+  ppr (HsRecField { hsRecFieldLbl = f, hsRecFieldArg = arg,+                    hsRecPun = pun })+    = ppr f <+> (ppUnless pun $ equals <+> ppr arg)
+ compiler/Language/Haskell/Syntax/Pat.hs-boot view
@@ -0,0 +1,13 @@+{-# LANGUAGE KindSignatures #-}+{-# LANGUAGE RoleAnnotations #-}+{-# LANGUAGE TypeFamilies #-}++-- See Note [Language.Haskell.Syntax.* Hierarchy] for why not GHC.Hs.*+module Language.Haskell.Syntax.Pat where++import Language.Haskell.Syntax.Extension ( XRec )+import Data.Kind++type role Pat nominal+data Pat (i :: Type)+type LPat i = XRec i (Pat i)
+ compiler/Language/Haskell/Syntax/Type.hs view
@@ -0,0 +1,1304 @@+{-# LANGUAGE CPP                  #-}+{-# LANGUAGE ConstraintKinds      #-}+{-# LANGUAGE DeriveDataTypeable   #-}+{-# LANGUAGE FlexibleContexts     #-}+{-# LANGUAGE FlexibleInstances    #-}+{-# LANGUAGE ScopedTypeVariables  #-}+{-# LANGUAGE StandaloneDeriving   #-}+{-# LANGUAGE TypeApplications     #-}+{-# LANGUAGE TypeFamilies         #-}+{-# LANGUAGE ViewPatterns         #-}+{-# LANGUAGE UndecidableInstances #-} -- Wrinkle in Note [Trees That Grow]+                                      -- in module Language.Haskell.Syntax.Extension+{-+(c) The University of Glasgow 2006+(c) The GRASP/AQUA Project, Glasgow University, 1992-1998+++GHC.Hs.Type: Abstract syntax: user-defined types+-}++-- See Note [Language.Haskell.Syntax.* Hierarchy] for why not GHC.Hs.*+module Language.Haskell.Syntax.Type (+        Mult, HsScaled(..),+        hsMult, hsScaledThing,+        HsArrow(..),+        hsLinear, hsUnrestricted,++        HsType(..), HsCoreTy, LHsType, HsKind, LHsKind,+        HsForAllTelescope(..), HsTyVarBndr(..), LHsTyVarBndr,+        LHsQTyVars(..),+        HsOuterTyVarBndrs(..), HsOuterFamEqnTyVarBndrs, HsOuterSigTyVarBndrs,+        HsWildCardBndrs(..),+        HsPatSigType(..), HsPSRn(..),+        HsSigType(..), LHsSigType, LHsSigWcType, LHsWcType,+        HsTupleSort(..),+        HsContext, LHsContext,+        HsTyLit(..),+        HsIPName(..), hsIPNameFS,+        HsArg(..), numVisibleArgs,+        LHsTypeArg,++        LBangType, BangType,+        HsSrcBang(..), HsImplBang(..),+        SrcStrictness(..), SrcUnpackedness(..),++        ConDeclField(..), LConDeclField,++        HsConDetails(..), noTypeArgs,++        FieldOcc(..), LFieldOcc,+        AmbiguousFieldOcc(..),++        mapHsOuterImplicit,+        hsQTvExplicit,+        isHsKindedTyVar,+        hsPatSigType,+    ) where++#include "GhclibHsVersions.h"++import GHC.Prelude++import {-# SOURCE #-} Language.Haskell.Syntax.Expr ( HsSplice )++import Language.Haskell.Syntax.Extension++import GHC.Types.SourceText+import GHC.Types.Name( Name )+import GHC.Types.Name.Reader ( RdrName )+import GHC.Core.DataCon( HsSrcBang(..), HsImplBang(..),+                         SrcStrictness(..), SrcUnpackedness(..) )+import GHC.Core.Type+import GHC.Hs.Doc+import GHC.Types.Basic+import GHC.Types.SrcLoc+import GHC.Utils.Outputable+import GHC.Data.FastString+import GHC.Utils.Misc ( count )+import GHC.Parser.Annotation++import Data.Data hiding ( Fixity, Prefix, Infix )+import Data.Void++{-+************************************************************************+*                                                                      *+\subsection{Bang annotations}+*                                                                      *+************************************************************************+-}++-- | Located Bang Type+type LBangType pass = XRec pass (BangType pass)++-- | Bang Type+--+-- In the parser, strictness and packedness annotations bind more tightly+-- than docstrings. This means that when consuming a 'BangType' (and looking+-- for 'HsBangTy') we must be ready to peer behind a potential layer of+-- 'HsDocTy'. See #15206 for motivation and 'getBangType' for an example.+type BangType pass  = HsType pass       -- Bangs are in the HsType data type++{-+************************************************************************+*                                                                      *+\subsection{Data types}+*                                                                      *+************************************************************************++This is the syntax for types as seen in type signatures.++Note [HsBSig binder lists]+~~~~~~~~~~~~~~~~~~~~~~~~~~+Consider a binder (or pattern) decorated with a type or kind,+   \ (x :: a -> a). blah+   forall (a :: k -> *) (b :: k). blah+Then we use a LHsBndrSig on the binder, so that the+renamer can decorate it with the variables bound+by the pattern ('a' in the first example, 'k' in the second),+assuming that neither of them is in scope already+See also Note [Kind and type-variable binders] in GHC.Rename.HsType++Note [HsType binders]+~~~~~~~~~~~~~~~~~~~~~+The system for recording type and kind-variable binders in HsTypes+is a bit complicated.  Here's how it works.++* In a HsType,+     HsForAllTy   represents an /explicit, user-written/ 'forall' that+                  is nested within another HsType+                   e.g.   forall a b.   {...} or+                          forall a b -> {...}++                  Note that top-level 'forall's are represented with a+                  different AST form. See the description of HsOuterTyVarBndrs+                  below.+     HsQualTy     represents an /explicit, user-written/ context+                   e.g.   (Eq a, Show a) => ...+                  The context can be empty if that's what the user wrote+  These constructors represent what the user wrote, no more+  and no less.++* The ForAllTelescope field of HsForAllTy represents whether a forall is+  invisible (e.g., forall a b. {...}, with a dot) or visible+  (e.g., forall a b -> {...}, with an arrow).++* HsTyVarBndr describes a quantified type variable written by the+  user.  For example+     f :: forall a (b :: *).  blah+  here 'a' and '(b::*)' are each a HsTyVarBndr.  A HsForAllTy has+  a list of LHsTyVarBndrs.++* HsOuterTyVarBndrs is used to represent the outermost quantified type+  variables in a type that obeys the forall-or-nothing rule. An+  HsOuterTyVarBndrs can be one of the following:++    HsOuterImplicit (implicit quantification, added by renamer)+          f :: a -> a     -- Desugars to f :: forall {a}. a -> a+    HsOuterExplicit (explicit user quantifiation):+          f :: forall a. a -> a++  See Note [forall-or-nothing rule].++* An HsSigType is an LHsType with an accompanying HsOuterTyVarBndrs that+  represents the presence (or absence) of its outermost 'forall'.+  See Note [Representing type signatures].++* HsWildCardBndrs is a wrapper that binds the wildcard variables+  of the wrapped thing.  It is filled in by the renamer+     f :: _a -> _+  The enclosing HsWildCardBndrs binds the wildcards _a and _.++* HsSigPatType describes types that appear in pattern signatures and+  the signatures of term-level binders in RULES. Like+  HsWildCardBndrs/HsOuterTyVarBndrs, they track the names of wildcard+  variables and implicitly bound type variables. Unlike+  HsOuterTyVarBndrs, however, HsSigPatTypes do not obey the+  forall-or-nothing rule. See Note [Pattern signature binders and scoping].++* The explicit presence of these wrappers specifies, in the HsSyn,+  exactly where implicit quantification is allowed, and where+  wildcards are allowed.++* LHsQTyVars is used in data/class declarations, where the user gives+  explicit *type* variable bindings, but we need to implicitly bind+  *kind* variables.  For example+      class C (a :: k -> *) where ...+  The 'k' is implicitly bound in the hsq_tvs field of LHsQTyVars++Note [The wildcard story for types]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+Types can have wildcards in them, to support partial type signatures,+like       f :: Int -> (_ , _a) -> _a++A wildcard in a type can be++  * An anonymous wildcard,+        written '_'+    In HsType this is represented by HsWildCardTy.+    The renamer leaves it untouched, and it is later given a fresh+    meta tyvar in the typechecker.++  * A named wildcard,+        written '_a', '_foo', etc+    In HsType this is represented by (HsTyVar "_a")+    i.e. a perfectly ordinary type variable that happens+         to start with an underscore++Note carefully:++* When NamedWildCards is off, type variables that start with an+  underscore really /are/ ordinary type variables.  And indeed, even+  when NamedWildCards is on you can bind _a explicitly as an ordinary+  type variable:+        data T _a _b = MkT _b _a+  Or even:+        f :: forall _a. _a -> _b+  Here _a is an ordinary forall'd binder, but (With NamedWildCards)+  _b is a named wildcard.  (See the comments in #10982)++* Named wildcards are bound by the HsWildCardBndrs (for types that obey the+  forall-or-nothing rule) and HsPatSigType (for type signatures in patterns+  and term-level binders in RULES), which wrap types that are allowed to have+  wildcards. Unnamed wildcards, however are left unchanged until typechecking,+  where we give them fresh wild tyvars and determine whether or not to emit+  hole constraints on each wildcard (we don't if it's a visible type/kind+  argument or a type family pattern). See related notes+  Note [Wildcards in visible kind application] and+  Note [Wildcards in visible type application] in GHC.Tc.Gen.HsType.++* After type checking is done, we report what types the wildcards+  got unified with.++Note [Ordering of implicit variables]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+Since the advent of -XTypeApplications, GHC makes promises about the ordering+of implicit variable quantification. Specifically, we offer that implicitly+quantified variables (such as those in const :: a -> b -> a, without a `forall`)+will occur in left-to-right order of first occurrence. Here are a few examples:++  const :: a -> b -> a       -- forall a b. ...+  f :: Eq a => b -> a -> a   -- forall a b. ...  contexts are included++  type a <-< b = b -> a+  g :: a <-< b               -- forall a b. ...  type synonyms matter++  class Functor f where+    fmap :: (a -> b) -> f a -> f b   -- forall f a b. ...+    -- The f is quantified by the class, so only a and b are considered in fmap++This simple story is complicated by the possibility of dependency: all variables+must come after any variables mentioned in their kinds.++  typeRep :: Typeable a => TypeRep (a :: k)   -- forall k a. ...++The k comes first because a depends on k, even though the k appears later than+the a in the code. Thus, GHC does a *stable topological sort* on the variables.+By "stable", we mean that any two variables who do not depend on each other+preserve their existing left-to-right ordering.++Implicitly bound variables are collected by the extract- family of functions+(extractHsTysRdrTyVars, extractHsTyVarBndrsKVs, etc.) in GHC.Rename.HsType.+These functions thus promise to keep left-to-right ordering.+Look for pointers to this note to see the places where the action happens.++Note that we also maintain this ordering in kind signatures. Even though+there's no visible kind application (yet), having implicit variables be+quantified in left-to-right order in kind signatures is nice since:++* It's consistent with the treatment for type signatures.+* It can affect how types are displayed with -fprint-explicit-kinds (see+  #15568 for an example), which is a situation where knowing the order in+  which implicit variables are quantified can be useful.+* In the event that visible kind application is implemented, the order in+  which we would expect implicit variables to be ordered in kinds will have+  already been established.+-}++-- | Located Haskell Context+type LHsContext pass = XRec pass (HsContext pass)+      -- ^ 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnUnit'+      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++-- | Haskell Context+type HsContext pass = [LHsType pass]++-- | Located Haskell Type+type LHsType pass = XRec pass (HsType pass)+      -- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnComma' when+      --   in a list++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++-- | Haskell Kind+type HsKind pass = HsType pass++-- | Located Haskell Kind+type LHsKind pass = XRec pass (HsKind pass)+      -- ^ 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDcolon'++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++--------------------------------------------------+--             LHsQTyVars+--  The explicitly-quantified binders in a data/type declaration++-- | The type variable binders in an 'HsForAllTy'.+-- See also @Note [Variable Specificity and Forall Visibility]@ in+-- "GHC.Tc.Gen.HsType".+data HsForAllTelescope pass+  = HsForAllVis -- ^ A visible @forall@ (e.g., @forall a -> {...}@).+                --   These do not have any notion of specificity, so we use+                --   '()' as a placeholder value.+    { hsf_xvis      :: XHsForAllVis pass+    , hsf_vis_bndrs :: [LHsTyVarBndr () pass]+    }+  | HsForAllInvis -- ^ An invisible @forall@ (e.g., @forall a {b} c. {...}@),+                  --   where each binder has a 'Specificity'.+    { hsf_xinvis       :: XHsForAllInvis pass+    , hsf_invis_bndrs  :: [LHsTyVarBndr Specificity pass]+    }+  | XHsForAllTelescope !(XXHsForAllTelescope pass)++-- | Located Haskell Type Variable Binder+type LHsTyVarBndr flag pass = XRec pass (HsTyVarBndr flag pass)+                         -- See Note [HsType binders]++-- | Located Haskell Quantified Type Variables+data LHsQTyVars pass   -- See Note [HsType binders]+  = HsQTvs { hsq_ext :: XHsQTvs pass++           , hsq_explicit :: [LHsTyVarBndr () pass]+                -- Explicit variables, written by the user+    }+  | XLHsQTyVars !(XXLHsQTyVars pass)++hsQTvExplicit :: LHsQTyVars pass -> [LHsTyVarBndr () pass]+hsQTvExplicit = hsq_explicit++------------------------------------------------+--            HsOuterTyVarBndrs+-- Used to quantify the outermost type variable binders of a type that obeys+-- the forall-or-nothing rule. These are used to represent the outermost+-- quantification in:+--    * Type signatures (LHsSigType/LHsSigWcType)+--    * Patterns in a type/data family instance (HsTyPats)+--+-- We support two forms:+--   HsOuterImplicit (implicit quantification, added by renamer)+--         f :: a -> a     -- Desugars to f :: forall {a}. a -> a+--         type instance F (a,b) = a->b+--   HsOuterExplicit (explicit user quantifiation):+--         f :: forall a. a -> a+--         type instance forall a b. F (a,b) = a->b+--+-- In constrast, when the user writes /visible/ quanitification+--         T :: forall k -> k -> Type+-- we use use HsOuterImplicit, wrapped around a HsForAllTy+-- for the visible quantification+--+-- See Note [forall-or-nothing rule]++-- | The outermost type variables in a type that obeys the @forall@-or-nothing+-- rule. See @Note [forall-or-nothing rule]@.+data HsOuterTyVarBndrs flag pass+  = HsOuterImplicit -- ^ Implicit forall, e.g.,+                    --    @f :: a -> b -> b@+    { hso_ximplicit :: XHsOuterImplicit pass+    }+  | HsOuterExplicit -- ^ Explicit forall, e.g.,+                    --    @f :: forall a b. a -> b -> b@+    { hso_xexplicit :: XHsOuterExplicit pass flag+    , hso_bndrs     :: [LHsTyVarBndr flag (NoGhcTc pass)]+    }+  | XHsOuterTyVarBndrs !(XXHsOuterTyVarBndrs pass)++-- | Used for signatures, e.g.,+--+-- @+-- f :: forall a {b}. blah+-- @+--+-- We use 'Specificity' for the 'HsOuterTyVarBndrs' @flag@ to allow+-- distinguishing between specified and inferred type variables.+type HsOuterSigTyVarBndrs = HsOuterTyVarBndrs Specificity++-- | Used for type-family instance equations, e.g.,+--+-- @+-- type instance forall a. F [a] = Tree a+-- @+--+-- The notion of specificity is irrelevant in type family equations, so we use+-- @()@ for the 'HsOuterTyVarBndrs' @flag@.+type HsOuterFamEqnTyVarBndrs = HsOuterTyVarBndrs ()++-- | Haskell Wildcard Binders+data HsWildCardBndrs pass thing+    -- See Note [HsType binders]+    -- See Note [The wildcard story for types]+  = HsWC { hswc_ext :: XHsWC pass thing+                -- after the renamer+                -- Wild cards, only named+                -- See Note [Wildcards in visible kind application]++         , hswc_body :: thing+                -- Main payload (type or list of types)+                -- If there is an extra-constraints wildcard,+                -- it's still there in the hsc_body.+    }+  | XHsWildCardBndrs !(XXHsWildCardBndrs pass thing)++-- | Types that can appear in pattern signatures, as well as the signatures for+-- term-level binders in RULES.+-- See @Note [Pattern signature binders and scoping]@.+--+-- This is very similar to 'HsSigWcType', but with+-- slightly different semantics: see @Note [HsType binders]@.+-- See also @Note [The wildcard story for types]@.+data HsPatSigType pass+  = HsPS { hsps_ext  :: XHsPS pass   -- ^ After renamer: 'HsPSRn'+         , hsps_body :: LHsType pass -- ^ Main payload (the type itself)+    }+  | XHsPatSigType !(XXHsPatSigType pass)++-- | The extension field for 'HsPatSigType', which is only used in the+-- renamer onwards. See @Note [Pattern signature binders and scoping]@.+data HsPSRn = HsPSRn+  { hsps_nwcs    :: [Name] -- ^ Wildcard names+  , hsps_imp_tvs :: [Name] -- ^ Implicitly bound variable names+  }+  deriving Data++-- | Located Haskell Signature Type+type LHsSigType   pass = Located (HsSigType pass)               -- Implicit only++-- | Located Haskell Wildcard Type+type LHsWcType    pass = HsWildCardBndrs pass (LHsType pass)    -- Wildcard only++-- | Located Haskell Signature Wildcard Type+type LHsSigWcType pass = HsWildCardBndrs pass (LHsSigType pass) -- Both++-- | A type signature that obeys the @forall@-or-nothing rule. In other+-- words, an 'LHsType' that uses an 'HsOuterSigTyVarBndrs' to represent its+-- outermost type variable quantification.+-- See @Note [Representing type signatures]@.+data HsSigType pass+  = HsSig { sig_ext   :: XHsSig pass+          , sig_bndrs :: HsOuterSigTyVarBndrs pass+          , sig_body  :: LHsType pass+          }+  | XHsSigType !(XXHsSigType pass)++hsPatSigType :: HsPatSigType pass -> LHsType pass+hsPatSigType = hsps_body++{-+Note [forall-or-nothing rule]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+Free variables in signatures are usually bound in an implicit 'forall' at the+beginning of user-written signatures. However, if the signature has an+explicit, invisible forall at the beginning, this is disabled. This is referred+to as the forall-or-nothing rule.++The idea is nested foralls express something which is only expressible+explicitly, while a top level forall could (usually) be replaced with an+implicit binding. Top-level foralls alone ("forall.") are therefore an+indication that the user is trying to be fastidious, so we don't implicitly+bind any variables.++Note that this rule only applies to outermost /in/visible 'forall's, and not+outermost visible 'forall's. See #18660 for more on this point.++Here are some concrete examples to demonstrate the forall-or-nothing rule in+action:++  type F1 :: a -> b -> b                    -- Legal; a,b are implicitly quantified.+                                            -- Equivalently: forall a b. a -> b -> b++  type F2 :: forall a b. a -> b -> b        -- Legal; explicitly quantified++  type F3 :: forall a. a -> b -> b          -- Illegal; the forall-or-nothing rule says that+                                            -- if you quantify a, you must also quantify b++  type F4 :: forall a -> b -> b             -- Legal; the top quantifier (forall a) is a /visible/+                                            -- quantifer, so the "nothing" part of the forall-or-nothing+                                            -- rule applies, and b is therefore implicitly quantified.+                                            -- Equivalently: forall b. forall a -> b -> b++  type F5 :: forall b. forall a -> b -> c   -- Illegal; the forall-or-nothing rule says that+                                            -- if you quantify b, you must also quantify c++  type F6 :: forall a -> forall b. b -> c   -- Legal: just like F4.++For a complete list of all places where the forall-or-nothing rule applies, see+"The `forall`-or-nothing rule" section of the GHC User's Guide.++Any type that obeys the forall-or-nothing rule is represented in the AST with+an HsOuterTyVarBndrs:++* If the type has an outermost, invisible 'forall', it uses HsOuterExplicit,+  which contains a list of the explicitly quantified type variable binders in+  `hso_bndrs`. After typechecking, HsOuterExplicit also stores a list of the+  explicitly quantified `InvisTVBinder`s in+  `hso_xexplicit :: XHsOuterExplicit GhcTc`.++* Otherwise, it uses HsOuterImplicit. HsOuterImplicit is used for different+  things depending on the phase:++  * After parsing, it does not store anything in particular.+  * After renaming, it stores the implicitly bound type variable `Name`s in+    `hso_ximplicit :: XHsOuterImplicit GhcRn`.+  * After typechecking, it stores the implicitly bound `TyVar`s in+    `hso_ximplicit :: XHsOuterImplicit GhcTc`.++  NB: this implicit quantification is purely lexical: we bind any+      type or kind variables that are not in scope. The type checker+      may subsequently quantify over further kind variables.+      See Note [Binding scoped type variables] in GHC.Tc.Gen.Sig.++HsOuterTyVarBndrs GhcTc is used in the typechecker as an intermediate data type+for storing the outermost TyVars/InvisTVBinders in a type.+See GHC.Tc.Gen.HsType.bindOuterTKBndrsX for an example of this.++Note [Representing type signatures]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+HsSigType is used to represent an explicit user type signature. These are+used in a variety of places. Some examples include:++* Type signatures (e.g., f :: a -> a)+* Standalone kind signatures (e.g., type G :: a -> a)+* GADT constructor types (e.g., data T where MkT :: a -> T)++A HsSigType is the combination of an HsOuterSigTyVarBndrs and an LHsType:++* The HsOuterSigTyVarBndrs binds the /explicitly/ quantified type variables+  when the type signature has an outermost, user-written 'forall' (i.e,+  the HsOuterExplicit constructor is used). If there is no outermost 'forall',+  then it binds the /implicitly/ quantified type variables instead (i.e.,+  the HsOuterImplicit constructor is used).+* The LHsType represents the rest of the type.++E.g. For a signature like+   f :: forall k (a::k). blah+we get+   HsSig { sig_bndrs = HsOuterExplicit { hso_bndrs = [k, (a :: k)] }+         , sig_body  = blah }++Note [Pattern signature binders and scoping]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+Consider the pattern signatures like those on `t` and `g` in:++   f = let h = \(t :: (b, b) ->+               \(g :: forall a. a -> b) ->+               ...(t :: (Int,Int))...+       in woggle++* The `b` in t's pattern signature is implicitly bound and scopes over+  the signature and the body of the lambda.  It stands for a type (any type);+  indeed we subsequently discover that b=Int.+  (See Note [TyVarTv] in GHC.Tc.Utils.TcMType for more on this point.)+* The `b` in g's pattern signature is an /occurrence/ of the `b` bound by+  t's pattern signature.+* The `a` in `forall a` scopes only over the type `a -> b`, not over the body+  of the lambda.+* There is no forall-or-nothing rule for pattern signatures, which is why the+  type `forall a. a -> b` is permitted in `g`'s pattern signature, even though+  `b` is not explicitly bound. See Note [forall-or-nothing rule].++Similar scoping rules apply to term variable binders in RULES, like in the+following example:++   {-# RULES "h" forall (t :: (b, b)) (g :: forall a. a -> b). h t g = ... #-}++Just like in pattern signatures, the `b` in t's signature is implicitly bound+and scopes over the remainder of the RULE. As a result, the `b` in g's+signature is an occurrence. Moreover, the `a` in `forall a` scopes only over+the type `a -> b`, and the forall-or-nothing rule does not apply.++While quite similar, RULE term binder signatures behave slightly differently+from pattern signatures in two ways:++1. Unlike in pattern signatures, where type variables can stand for any type,+   type variables in RULE term binder signatures are skolems.+   See Note [Typechecking pattern signature binders] in GHC.Tc.Gen.HsType for+   more on this point.++   In this sense, type variables in pattern signatures are quite similar to+   named wildcards, as both can refer to arbitrary types. The main difference+   lies in error reporting: if a named wildcard `_a` in a pattern signature+   stands for Int, then by default GHC will emit a warning stating as much.+   Changing `_a` to `a`, on the other hand, will cause it not to be reported.+2. In the `h` RULE above, only term variables are explicitly bound, so any free+   type variables in the term variables' signatures are implicitly bound.+   This is just like how the free type variables in pattern signatures are+   implicitly bound. If a RULE explicitly binds both term and type variables,+   however, then free type variables in term signatures are /not/ implicitly+   bound. For example, this RULE would be ill scoped:++     {-# RULES "h2" forall b. forall (t :: (b, c)) (g :: forall a. a -> b).+                    h2 t g = ... #-}++   This is because `b` and `c` occur free in the signature for `t`, but only+   `b` was explicitly bound, leaving `c` out of scope. If the RULE had started+   with `forall b c.`, then it would have been accepted.++The types in pattern signatures and RULE term binder signatures are represented+in the AST by HsSigPatType. From the renamer onward, the hsps_ext field (of+type HsPSRn) tracks the names of named wildcards and implicitly bound type+variables so that they can be brought into scope during renaming and+typechecking.++Note [Lexically scoped type variables]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+The ScopedTypeVariables extension does two things:++* It allows the use of type signatures in patterns+  (e.g., `f (x :: a -> a) = ...`). See+  Note [Pattern signature binders and scoping] for more on this point.+* It brings lexically scoped type variables into scope for certain type+  signatures with outermost invisible 'forall's.++This Note concerns the latter bullet point. Per the+"Lexically scoped type variables" section of the GHC User's Guide, the+following forms of type signatures can have lexically scoped type variables:++* In declarations with type signatures, e.g.,++    f :: forall a. a -> a+    f x = e @a++  Here, the 'forall a' brings 'a' into scope over the body of 'f'.++  Note that ScopedTypeVariables does /not/ interact with standalone kind+  signatures, only type signatures.++* In explicit type annotations in expressions, e.g.,++    id @a :: forall a. a -> a++* In instance declarations, e.g.,++    instance forall a. C [a] where+      m = e @a++  Note that unlike the examples above, the use of an outermost 'forall' isn't+  required to bring 'a' into scope. That is, the following would also work:++    instance forall a. C [a] where+      m = e @a++Note that all of the types above obey the forall-or-nothing rule. As a result,+the places in the AST that can have lexically scoped type variables are a+subset of the places that use HsOuterTyVarBndrs+(See Note [forall-or-nothing rule].)++Some other observations about lexically scoped type variables:++* Only type variables bound by an /invisible/ forall can be lexically scoped.+  See Note [hsScopedTvs and visible foralls].+* The lexically scoped type variables may be a strict subset of the type+  variables brought into scope by a type signature.+  See Note [Binding scoped type variables] in GHC.Tc.Gen.Sig.+-}++mapHsOuterImplicit :: (XHsOuterImplicit pass -> XHsOuterImplicit pass)+                   -> HsOuterTyVarBndrs flag pass+                   -> HsOuterTyVarBndrs flag pass+mapHsOuterImplicit f (HsOuterImplicit{hso_ximplicit = imp}) =+  HsOuterImplicit{hso_ximplicit = f imp}+mapHsOuterImplicit _ hso@(HsOuterExplicit{})    = hso+mapHsOuterImplicit _ hso@(XHsOuterTyVarBndrs{}) = hso+++--------------------------------------------------+-- | These names are used early on to store the names of implicit+-- parameters.  They completely disappear after type-checking.+newtype HsIPName = HsIPName FastString+  deriving( Eq, Data )++hsIPNameFS :: HsIPName -> FastString+hsIPNameFS (HsIPName n) = n++instance Outputable HsIPName where+    ppr (HsIPName n) = char '?' <> ftext n -- Ordinary implicit parameters++instance OutputableBndr HsIPName where+    pprBndr _ n   = ppr n         -- Simple for now+    pprInfixOcc  n = ppr n+    pprPrefixOcc n = ppr n++--------------------------------------------------++-- | Haskell Type Variable Binder+-- The flag annotates the binder. It is 'Specificity' in places where+-- explicit specificity is allowed (e.g. x :: forall {a} b. ...) or+-- '()' in other places.+data HsTyVarBndr flag pass+  = UserTyVar        -- no explicit kinding+         (XUserTyVar pass)+         flag+         (LIdP pass)+        -- See Note [Located RdrNames] in GHC.Hs.Expr++  | KindedTyVar+         (XKindedTyVar pass)+         flag+         (LIdP pass)+         (LHsKind pass)  -- The user-supplied kind signature+        -- ^+        --  - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen',+        --          'GHC.Parser.Annotation.AnnDcolon', 'GHC.Parser.Annotation.AnnClose'++        -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | XTyVarBndr+      !(XXTyVarBndr pass)++-- | Does this 'HsTyVarBndr' come with an explicit kind annotation?+isHsKindedTyVar :: HsTyVarBndr flag pass -> Bool+isHsKindedTyVar (UserTyVar {})   = False+isHsKindedTyVar (KindedTyVar {}) = True+isHsKindedTyVar (XTyVarBndr {})  = False++-- | Haskell Type+data HsType pass+  = HsForAllTy   -- See Note [HsType binders]+      { hst_xforall :: XForAllTy pass+      , hst_tele    :: HsForAllTelescope pass+                                     -- Explicit, user-supplied 'forall a {b} c'+      , hst_body    :: LHsType pass  -- body type+      }+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnForall',+      --         'GHC.Parser.Annotation.AnnDot','GHC.Parser.Annotation.AnnDarrow'+      -- For details on above see note [Api annotations] in "GHC.Parser.Annotation"++  | HsQualTy   -- See Note [HsType binders]+      { hst_xqual :: XQualTy pass+      , hst_ctxt  :: LHsContext pass       -- Context C => blah+      , hst_body  :: LHsType pass }++  | HsTyVar  (XTyVar pass)+              PromotionFlag    -- Whether explicitly promoted,+                               -- for the pretty printer+             (LIdP pass)+                  -- Type variable, type constructor, or data constructor+                  -- see Note [Promotions (HsTyVar)]+                  -- See Note [Located RdrNames] in GHC.Hs.Expr+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsAppTy             (XAppTy pass)+                        (LHsType pass)+                        (LHsType pass)+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsAppKindTy         (XAppKindTy pass) -- type level type app+                        (LHsType pass)+                        (LHsKind pass)++  | HsFunTy             (XFunTy pass)+                        (HsArrow pass)+                        (LHsType pass)   -- function type+                        (LHsType pass)+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnRarrow',++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsListTy            (XListTy pass)+                        (LHsType pass)  -- Element type+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'['@,+      --         'GHC.Parser.Annotation.AnnClose' @']'@++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsTupleTy           (XTupleTy pass)+                        HsTupleSort+                        [LHsType pass]  -- Element types (length gives arity)+    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'(' or '(#'@,+    --         'GHC.Parser.Annotation.AnnClose' @')' or '#)'@++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsSumTy             (XSumTy pass)+                        [LHsType pass]  -- Element types (length gives arity)+    -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'(#'@,+    --         'GHC.Parser.Annotation.AnnClose' '#)'@++    -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsOpTy              (XOpTy pass)+                        (LHsType pass) (LIdP pass) (LHsType pass)+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsParTy             (XParTy pass)+                        (LHsType pass)   -- See Note [Parens in HsSyn] in GHC.Hs.Expr+        -- Parenthesis preserved for the precedence re-arrangement in+        -- GHC.Rename.HsType+        -- It's important that a * (b + c) doesn't get rearranged to (a*b) + c!+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'('@,+      --         'GHC.Parser.Annotation.AnnClose' @')'@++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsIParamTy          (XIParamTy pass)+                        (XRec pass HsIPName) -- (?x :: ty)+                        (LHsType pass)   -- Implicit parameters as they occur in+                                         -- contexts+      -- ^+      -- > (?x :: ty)+      --+      -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDcolon'++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsStarTy            (XStarTy pass)+                        Bool             -- Is this the Unicode variant?+                                         -- Note [HsStarTy]+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None++  | HsKindSig           (XKindSig pass)+                        (LHsType pass)  -- (ty :: kind)+                        (LHsKind pass)  -- A type with a kind signature+      -- ^+      -- > (ty :: kind)+      --+      -- - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'('@,+      --         'GHC.Parser.Annotation.AnnDcolon','GHC.Parser.Annotation.AnnClose' @')'@++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsSpliceTy          (XSpliceTy pass)+                        (HsSplice pass)   -- Includes quasi-quotes+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'$('@,+      --         'GHC.Parser.Annotation.AnnClose' @')'@++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsDocTy             (XDocTy pass)+                        (LHsType pass) LHsDocString -- A documented type+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsBangTy    (XBangTy pass)+                HsSrcBang (LHsType pass)   -- Bang-style type annotations+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' :+      --         'GHC.Parser.Annotation.AnnOpen' @'{-\# UNPACK' or '{-\# NOUNPACK'@,+      --         'GHC.Parser.Annotation.AnnClose' @'#-}'@+      --         'GHC.Parser.Annotation.AnnBang' @\'!\'@++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsRecTy     (XRecTy pass)+                [LConDeclField pass]    -- Only in data type declarations+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @'{'@,+      --         'GHC.Parser.Annotation.AnnClose' @'}'@++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsExplicitListTy       -- A promoted explicit list+        (XExplicitListTy pass)+        PromotionFlag      -- whether explicitly promoted, for pretty printer+        [LHsType pass]+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @"'["@,+      --         'GHC.Parser.Annotation.AnnClose' @']'@++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsExplicitTupleTy      -- A promoted explicit tuple+        (XExplicitTupleTy pass)+        [LHsType pass]+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnOpen' @"'("@,+      --         'GHC.Parser.Annotation.AnnClose' @')'@++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsTyLit (XTyLit pass) HsTyLit      -- A promoted numeric literal.+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  | HsWildCardTy (XWildCardTy pass)  -- A type wildcard+      -- See Note [The wildcard story for types]+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : None++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++  -- For adding new constructors via Trees that Grow+  | XHsType+      (XXType pass)++-- An escape hatch for tunnelling a Core 'Type' through 'HsType'.+-- For more details on how this works, see:+--+-- * @Note [Renaming HsCoreTys]@ in "GHC.Rename.HsType"+--+-- * @Note [Typechecking HsCoreTys]@ in "GHC.Tc.Gen.HsType"+type HsCoreTy = Type+++-- Note [Literal source text] in GHC.Types.Basic for SourceText fields in+-- the following+-- | Haskell Type Literal+data HsTyLit+  = HsNumTy SourceText Integer+  | HsStrTy SourceText FastString+    deriving Data++-- | Denotes the type of arrows in the surface language+data HsArrow pass+  = HsUnrestrictedArrow IsUnicodeSyntax+    -- ^ a -> b or a → b+  | HsLinearArrow IsUnicodeSyntax+    -- ^ a %1 -> b or a %1 → b, or a ⊸ b+  | HsExplicitMult IsUnicodeSyntax (LHsType pass)+    -- ^ a %m -> b or a %m → b (very much including `a %Many -> b`!+    -- This is how the programmer wrote it). It is stored as an+    -- `HsType` so as to preserve the syntax as written in the+    -- program.++-- | This is used in the syntax. In constructor declaration. It must keep the+-- arrow representation.+data HsScaled pass a = HsScaled (HsArrow pass) a++hsMult :: HsScaled pass a -> HsArrow pass+hsMult (HsScaled m _) = m++hsScaledThing :: HsScaled pass a -> a+hsScaledThing (HsScaled _ t) = t++-- | When creating syntax we use the shorthands. It's better for printing, also,+-- the shorthands work trivially at each pass.+hsUnrestricted, hsLinear :: a -> HsScaled pass a+hsUnrestricted = HsScaled (HsUnrestrictedArrow NormalSyntax)+hsLinear = HsScaled (HsLinearArrow NormalSyntax)++instance Outputable a => Outputable (HsScaled pass a) where+   ppr (HsScaled _cnt t) = -- ppr cnt <> ppr t+                            ppr t++{-+Note [Unit tuples]+~~~~~~~~~~~~~~~~~~+Consider the type+    type instance F Int = ()+We want to parse that "()"+    as HsTupleTy HsBoxedOrConstraintTuple [],+NOT as HsTyVar unitTyCon++Why? Because F might have kind (* -> Constraint), so we when parsing we+don't know if that tuple is going to be a constraint tuple or an ordinary+unit tuple.  The HsTupleSort flag is specifically designed to deal with+that, but it has to work for unit tuples too.++Note [Promotions (HsTyVar)]+~~~~~~~~~~~~~~~~~~~~~~~~~~~+HsTyVar: A name in a type or kind.+  Here are the allowed namespaces for the name.+    In a type:+      Var: not allowed+      Data: promoted data constructor+      Tv: type variable+      TcCls before renamer: type constructor, class constructor, or promoted data constructor+      TcCls after renamer: type constructor or class constructor+    In a kind:+      Var, Data: not allowed+      Tv: kind variable+      TcCls: kind constructor or promoted type constructor++  The 'Promoted' field in an HsTyVar captures whether the type was promoted in+  the source code by prefixing an apostrophe.++Note [HsStarTy]+~~~~~~~~~~~~~~~+When the StarIsType extension is enabled, we want to treat '*' and its Unicode+variant identically to 'Data.Kind.Type'. Unfortunately, doing so in the parser+would mean that when we pretty-print it back, we don't know whether the user+wrote '*' or 'Type', and lose the parse/ppr roundtrip property.++As a workaround, we parse '*' as HsStarTy (if it stands for 'Data.Kind.Type')+and then desugar it to 'Data.Kind.Type' in the typechecker (see tc_hs_type).+When '*' is a regular type operator (StarIsType is disabled), HsStarTy is not+involved.+++Note [Promoted lists and tuples]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+Notice the difference between+   HsListTy    HsExplicitListTy+   HsTupleTy   HsExplicitListTupleTy++E.g.    f :: [Int]                      HsListTy++        g3  :: T '[]                   All these use+        g2  :: T '[True]                  HsExplicitListTy+        g1  :: T '[True,False]+        g1a :: T [True,False]             (can omit ' where unambiguous)++  kind of T :: [Bool] -> *        This kind uses HsListTy!++E.g.    h :: (Int,Bool)                 HsTupleTy; f is a pair+        k :: S '(True,False)            HsExplicitTypleTy; S is indexed by+                                           a type-level pair of booleans+        kind of S :: (Bool,Bool) -> *   This kind uses HsExplicitTupleTy++Note [Distinguishing tuple kinds]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~++Apart from promotion, tuples can have one of three different kinds:++        x :: (Int, Bool)                -- Regular boxed tuples+        f :: Int# -> (# Int#, Int# #)   -- Unboxed tuples+        g :: (Eq a, Ord a) => a         -- Constraint tuples++For convenience, internally we use a single constructor for all of these,+namely HsTupleTy, but keep track of the tuple kind (in the first argument to+HsTupleTy, a HsTupleSort). We can tell if a tuple is unboxed while parsing,+because of the #. However, with -XConstraintKinds we can only distinguish+between constraint and boxed tuples during type checking, in general. Hence the+two constructors of HsTupleSort:++        HsUnboxedTuple                  -> Produced by the parser+        HsBoxedOrConstraintTuple        -> Could be a boxed or a constraint+                                        tuple. Produced by the parser only,+                                        disappears after type checking++After typechecking, we use TupleSort (which clearly distinguishes between+constraint tuples and boxed tuples) rather than HsTupleSort.+-}++-- | Haskell Tuple Sort+data HsTupleSort = HsUnboxedTuple+                 | HsBoxedOrConstraintTuple+                 deriving Data++-- | Located Constructor Declaration Field+type LConDeclField pass = XRec pass (ConDeclField pass)+      -- ^ May have 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnComma' when+      --   in a list++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation++-- | Constructor Declaration Field+data ConDeclField pass  -- Record fields have Haddock docs on them+  = ConDeclField { cd_fld_ext  :: XConDeclField pass,+                   cd_fld_names :: [LFieldOcc pass],+                                   -- ^ See Note [ConDeclField passs]+                   cd_fld_type :: LBangType pass,+                   cd_fld_doc  :: Maybe LHsDocString }+      -- ^ - 'GHC.Parser.Annotation.AnnKeywordId' : 'GHC.Parser.Annotation.AnnDcolon'++      -- For details on above see note [Api annotations] in GHC.Parser.Annotation+  | XConDeclField !(XXConDeclField pass)++-- | Describes the arguments to a data constructor. This is a common+-- representation for several constructor-related concepts, including:+--+-- * The arguments in a Haskell98-style constructor declaration+--   (see 'HsConDeclH98Details' in "GHC.Hs.Decls").+--+-- * The arguments in constructor patterns in @case@/function definitions+--   (see 'HsConPatDetails' in "GHC.Hs.Pat").+--+-- * The left-hand side arguments in a pattern synonym binding+--   (see 'HsPatSynDetails' in "GHC.Hs.Binds").+--+-- One notable exception is the arguments in a GADT constructor, which uses+-- a separate data type entirely (see 'HsConDeclGADTDetails' in+-- "GHC.Hs.Decls"). This is because GADT constructors cannot be declared with+-- infix syntax, unlike the concepts above (#18844).+data HsConDetails tyarg arg rec+  = PrefixCon [tyarg] [arg]     -- C @t1 @t2 p1 p2 p3+  | RecCon    rec               -- C { x = p1, y = p2 }+  | InfixCon  arg arg           -- p1 `C` p2+  deriving Data++-- | An empty list that can be used to indicate that there are no+-- type arguments allowed in cases where HsConDetails is applied to Void.+noTypeArgs :: [Void]+noTypeArgs = []++instance (Outputable tyarg, Outputable arg, Outputable rec)+         => Outputable (HsConDetails tyarg arg rec) where+  ppr (PrefixCon tyargs args) = text "PrefixCon:" <+> hsep (map (\t -> text "@" <> ppr t) tyargs) <+> ppr args+  ppr (RecCon rec)            = text "RecCon:" <+> ppr rec+  ppr (InfixCon l r)          = text "InfixCon:" <+> ppr [l, r]++{-+Note [ConDeclField passs]+~~~~~~~~~~~~~~~~~~~~~~~~~++A ConDeclField contains a list of field occurrences: these always+include the field label as the user wrote it.  After the renamer, it+will additionally contain the identity of the selector function in the+second component.++Due to DuplicateRecordFields, the OccName of the selector function+may have been mangled, which is why we keep the original field label+separately.  For example, when DuplicateRecordFields is enabled++    data T = MkT { x :: Int }++gives++    ConDeclField { cd_fld_names = [L _ (FieldOcc "x" $sel:x:MkT)], ... }.+-}++-----------------------+-- A valid type must have a for-all at the top of the type, or of the fn arg+-- types++---------------------++{- Note [Scoping of named wildcards]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+Consider+  f :: _a -> _a+  f x = let g :: _a -> _a+            g = ...+        in ...++Currently, for better or worse, the "_a" variables are all the same. So+although there is no explicit forall, the "_a" scopes over the definition.+I don't know if this is a good idea, but there it is.+-}++{- Note [hsScopedTvs and visible foralls]+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~+-XScopedTypeVariables can be defined in terms of a desugaring to+-XTypeAbstractions (GHC Proposal #50):++    fn :: forall a b c. tau(a,b,c)            fn :: forall a b c. tau(a,b,c)+    fn = defn(a,b,c)                   ==>    fn @x @y @z = defn(x,y,z)++That is, for every type variable of the leading 'forall' in the type signature,+we add an invisible binder at term level.++This model does not extend to visible forall, as discussed here:++* https://gitlab.haskell.org/ghc/ghc/issues/16734#note_203412+* https://github.com/ghc-proposals/ghc-proposals/pull/238++The conclusion of these discussions can be summarized as follows:++  > Assuming support for visible 'forall' in terms, consider this example:+  >+  >     vfn :: forall x y -> tau(x,y)+  >     vfn = \a b -> ...+  >+  > The user has written their own binders 'a' and 'b' to stand for 'x' and+  > 'y', and we definitely should not desugar this into:+  >+  >     vfn :: forall x y -> tau(x,y)+  >     vfn x y = \a b -> ...         -- bad!++This design choice is reflected in the design of HsOuterSigTyVarBndrs, which are+used in every place that ScopedTypeVariables takes effect:++  data HsOuterTyVarBndrs flag pass+    = HsOuterImplicit { ... }+    | HsOuterExplicit { ..., hso_bndrs :: [LHsTyVarBndr flag pass] }+    | ...+  type HsOuterSigTyVarBndrs = HsOuterTyVarBndrs Specificity++The HsOuterExplicit constructor is only used in type signatures with outermost,+/invisible/ 'forall's. Any other type—including those with outermost,+/visible/ 'forall's—will use HsOuterImplicit. Therefore, when we determine+which type variables to bring into scope over the body of a function+(in hsScopedTvs), we /only/ bring the type variables bound by the hso_bndrs in+an HsOuterExplicit into scope. If we have an HsOuterImplicit instead, then we+do not bring any type variables into scope over the body of a function at all.++At the moment, GHC does not support visible 'forall' in terms. Nevertheless,+it is still possible to write erroneous programs that use visible 'forall's in+terms, such as this example:++    x :: forall a -> a -> a+    x = x++Previous versions of GHC would bring `a` into scope over the body of `x` in the+hopes that the typechecker would error out later+(see `GHC.Tc.Validity.vdqAllowed`). However, this can wreak havoc in the+renamer before GHC gets to that point (see #17687 for an example of this).+Bottom line: nip problems in the bud by refraining from bringing any type+variables in an HsOuterImplicit into scope over the body of a function, even+if they correspond to a visible 'forall'.+-}++{-+************************************************************************+*                                                                      *+                Decomposing HsTypes+*                                                                      *+************************************************************************+-}++-- Arguments in an expression/type after splitting+data HsArg tm ty+  = HsValArg tm   -- Argument is an ordinary expression     (f arg)+  | HsTypeArg SrcSpan ty -- Argument is a visible type application (f @ty)+                         -- SrcSpan is location of the `@`+  | HsArgPar SrcSpan -- See Note [HsArgPar]++numVisibleArgs :: [HsArg tm ty] -> Arity+numVisibleArgs = count is_vis+  where is_vis (HsValArg _) = True+        is_vis _            = False++-- type level equivalent+type LHsTypeArg p = HsArg (LHsType p) (LHsKind p)++instance (Outputable tm, Outputable ty) => Outputable (HsArg tm ty) where+  ppr (HsValArg tm)    = ppr tm+  ppr (HsTypeArg _ ty) = char '@' <> ppr ty+  ppr (HsArgPar sp)    = text "HsArgPar"  <+> ppr sp+{-+Note [HsArgPar]+A HsArgPar indicates that everything to the left of this in the argument list is+enclosed in parentheses together with the function itself. It is necessary so+that we can recreate the parenthesis structure in the original source after+typechecking the arguments.++The SrcSpan is the span of the original HsPar++((f arg1) arg2 arg3) results in an input argument list of+[HsValArg arg1, HsArgPar span1, HsValArg arg2, HsValArg arg3, HsArgPar span2]++-}++--------------------------------+++{-+************************************************************************+*                                                                      *+                FieldOcc+*                                                                      *+************************************************************************+-}++-- | Located Field Occurrence+type LFieldOcc pass = XRec pass (FieldOcc pass)++-- | Field Occurrence+--+-- Represents an *occurrence* of an unambiguous field.  This may or may not be a+-- binding occurrence (e.g. this type is used in 'ConDeclField' and+-- 'RecordPatSynField' which bind their fields, but also in 'HsRecField' for+-- record construction and patterns, which do not).+--+-- We store both the 'RdrName' the user originally wrote, and after the renamer,+-- the selector function.+data FieldOcc pass = FieldOcc { extFieldOcc     :: XCFieldOcc pass+                              , rdrNameFieldOcc :: Located RdrName+                                 -- ^ See Note [Located RdrNames] in "GHC.Hs.Expr"+                              }++  | XFieldOcc+      !(XXFieldOcc pass)++deriving instance (Eq (XCFieldOcc pass), Eq (XXFieldOcc pass)) => Eq (FieldOcc pass)++instance Outputable (FieldOcc pass) where+  ppr = ppr . rdrNameFieldOcc+++-- | Ambiguous Field Occurrence+--+-- Represents an *occurrence* of a field that is potentially+-- ambiguous after the renamer, with the ambiguity resolved by the+-- typechecker.  We always store the 'RdrName' that the user+-- originally wrote, and store the selector function after the renamer+-- (for unambiguous occurrences) or the typechecker (for ambiguous+-- occurrences).+--+-- See Note [HsRecField and HsRecUpdField] in "GHC.Hs.Pat" and+-- Note [Disambiguating record fields] in "GHC.Tc.Gen.Head".+-- See Note [Located RdrNames] in "GHC.Hs.Expr"+data AmbiguousFieldOcc pass+  = Unambiguous (XUnambiguous pass) (Located RdrName)+  | Ambiguous   (XAmbiguous pass)   (Located RdrName)+  | XAmbiguousFieldOcc !(XXAmbiguousFieldOcc pass)+++{-+************************************************************************+*                                                                      *+\subsection{Pretty printing}+*                                                                      *+************************************************************************+-}++instance Outputable HsTyLit where+    ppr = ppr_tylit+--------------------------+ppr_tylit :: HsTyLit -> SDoc+ppr_tylit (HsNumTy source i) = pprWithSourceText source (integer i)+ppr_tylit (HsStrTy source s) = pprWithSourceText source (text (show s))
compiler/cbits/genSym.c view
@@ -2,39 +2,17 @@ #include <assert.h> #include "Unique.h" -static HsInt GenSymCounter = 0;-static HsInt GenSymInc = 1;+HsInt ghc_unique_counter = 0;+HsInt ghc_unique_inc     = 1;  #define UNIQUE_BITS (sizeof (HsInt) * 8 - UNIQUE_TAG_BITS) #define UNIQUE_MASK ((1ULL << UNIQUE_BITS) - 1) -STATIC_INLINE void checkUniqueRange(HsInt u STG_UNUSED) {+HsInt ghc_lib_parser_genSym(void) {+    HsInt u = atomic_inc((StgWord *)&ghc_unique_counter, ghc_unique_inc) & UNIQUE_MASK; #if DEBUG     // Uh oh! We will overflow next time a unique is requested.     assert(u != UNIQUE_MASK); #endif-}--HsInt ghc_lib_parser_genSym(void) {-#if defined(THREADED_RTS)-    if (n_capabilities == 1) {-        GenSymCounter = (GenSymCounter + GenSymInc) & UNIQUE_MASK;-        checkUniqueRange(GenSymCounter);-        return GenSymCounter;-    } else {-        HsInt n = atomic_inc((StgWord *)&GenSymCounter, GenSymInc)-          & UNIQUE_MASK;-        checkUniqueRange(n);-        return n;-    }-#else-    GenSymCounter = (GenSymCounter + GenSymInc) & UNIQUE_MASK;-    checkUniqueRange(GenSymCounter);-    return GenSymCounter;-#endif-}--void ghc_lib_parser_initGenSym(HsInt NewGenSymCounter, HsInt NewGenSymInc) {-  GenSymCounter = NewGenSymCounter;-  GenSymInc = NewGenSymInc;+    return u; }
ghc-lib-parser.cabal view
@@ -1,7 +1,7 @@ cabal-version: >=1.22 build-type: Simple name: ghc-lib-parser-version: 0.20210101+version: 0.20210201 license: BSD3 license-file: LICENSE category: Development@@ -227,6 +227,7 @@         GHC.Driver.Config         GHC.Driver.Env         GHC.Driver.Env.Types+        GHC.Driver.Errors         GHC.Driver.Flags         GHC.Driver.Hooks         GHC.Driver.Monad@@ -416,6 +417,14 @@         GHCi.Message         GHCi.RemoteTypes         GHCi.TH.Binary+        Language.Haskell.Syntax+        Language.Haskell.Syntax.Binds+        Language.Haskell.Syntax.Decls+        Language.Haskell.Syntax.Expr+        Language.Haskell.Syntax.Extension+        Language.Haskell.Syntax.Lit+        Language.Haskell.Syntax.Pat+        Language.Haskell.Syntax.Type         Language.Haskell.TH         Language.Haskell.TH.LanguageExtensions         Language.Haskell.TH.Lib
ghc-lib/stage0/compiler/build/GHC/Parser.hs view
@@ -801,11050 +801,11075 @@ happyOut114 :: (HappyAbsSyn ) -> HappyWrap114 happyOut114 x = Happy_GHC_Exts.unsafeCoerce# x {-# INLINE happyOut114 #-}-newtype HappyWrap115 = HappyWrap115 (LHsDecl GhcPs)-happyIn115 :: (LHsDecl GhcPs) -> (HappyAbsSyn )-happyIn115 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap115 x)-{-# INLINE happyIn115 #-}-happyOut115 :: (HappyAbsSyn ) -> HappyWrap115-happyOut115 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut115 #-}-newtype HappyWrap116 = HappyWrap116 (Located ([AddAnn],OrdList (LHsDecl GhcPs)))-happyIn116 :: (Located ([AddAnn],OrdList (LHsDecl GhcPs))) -> (HappyAbsSyn )-happyIn116 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap116 x)-{-# INLINE happyIn116 #-}-happyOut116 :: (HappyAbsSyn ) -> HappyWrap116-happyOut116 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut116 #-}-newtype HappyWrap117 = HappyWrap117 (Located ([AddAnn]-                     , OrdList (LHsDecl GhcPs)-                     , LayoutInfo))-happyIn117 :: (Located ([AddAnn]-                     , OrdList (LHsDecl GhcPs)-                     , LayoutInfo)) -> (HappyAbsSyn )-happyIn117 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap117 x)-{-# INLINE happyIn117 #-}-happyOut117 :: (HappyAbsSyn ) -> HappyWrap117-happyOut117 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut117 #-}-newtype HappyWrap118 = HappyWrap118 (Located ([AddAnn]-                       ,(OrdList (LHsDecl GhcPs))    -- Reversed-                       ,LayoutInfo))-happyIn118 :: (Located ([AddAnn]-                       ,(OrdList (LHsDecl GhcPs))    -- Reversed-                       ,LayoutInfo)) -> (HappyAbsSyn )-happyIn118 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap118 x)-{-# INLINE happyIn118 #-}-happyOut118 :: (HappyAbsSyn ) -> HappyWrap118-happyOut118 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut118 #-}-newtype HappyWrap119 = HappyWrap119 (Located (OrdList (LHsDecl GhcPs)))-happyIn119 :: (Located (OrdList (LHsDecl GhcPs))) -> (HappyAbsSyn )-happyIn119 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap119 x)-{-# INLINE happyIn119 #-}-happyOut119 :: (HappyAbsSyn ) -> HappyWrap119-happyOut119 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut119 #-}-newtype HappyWrap120 = HappyWrap120 (Located ([AddAnn],OrdList (LHsDecl GhcPs)))-happyIn120 :: (Located ([AddAnn],OrdList (LHsDecl GhcPs))) -> (HappyAbsSyn )-happyIn120 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap120 x)-{-# INLINE happyIn120 #-}-happyOut120 :: (HappyAbsSyn ) -> HappyWrap120-happyOut120 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut120 #-}-newtype HappyWrap121 = HappyWrap121 (Located ([AddAnn]-                     , OrdList (LHsDecl GhcPs)))-happyIn121 :: (Located ([AddAnn]-                     , OrdList (LHsDecl GhcPs))) -> (HappyAbsSyn )-happyIn121 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap121 x)-{-# INLINE happyIn121 #-}-happyOut121 :: (HappyAbsSyn ) -> HappyWrap121-happyOut121 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut121 #-}-newtype HappyWrap122 = HappyWrap122 (Located ([AddAnn]-                        , OrdList (LHsDecl GhcPs)))-happyIn122 :: (Located ([AddAnn]-                        , OrdList (LHsDecl GhcPs))) -> (HappyAbsSyn )-happyIn122 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap122 x)-{-# INLINE happyIn122 #-}-happyOut122 :: (HappyAbsSyn ) -> HappyWrap122-happyOut122 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut122 #-}-newtype HappyWrap123 = HappyWrap123 (Located ([AddAnn],OrdList (LHsDecl GhcPs)))-happyIn123 :: (Located ([AddAnn],OrdList (LHsDecl GhcPs))) -> (HappyAbsSyn )-happyIn123 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap123 x)-{-# INLINE happyIn123 #-}-happyOut123 :: (HappyAbsSyn ) -> HappyWrap123-happyOut123 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut123 #-}-newtype HappyWrap124 = HappyWrap124 (Located ([AddAnn],Located (OrdList (LHsDecl GhcPs))))-happyIn124 :: (Located ([AddAnn],Located (OrdList (LHsDecl GhcPs)))) -> (HappyAbsSyn )-happyIn124 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap124 x)-{-# INLINE happyIn124 #-}-happyOut124 :: (HappyAbsSyn ) -> HappyWrap124-happyOut124 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut124 #-}-newtype HappyWrap125 = HappyWrap125 (Located ([AddAnn],Located (HsLocalBinds GhcPs)))-happyIn125 :: (Located ([AddAnn],Located (HsLocalBinds GhcPs))) -> (HappyAbsSyn )-happyIn125 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap125 x)-{-# INLINE happyIn125 #-}-happyOut125 :: (HappyAbsSyn ) -> HappyWrap125-happyOut125 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut125 #-}-newtype HappyWrap126 = HappyWrap126 (Located ([AddAnn],Located (HsLocalBinds GhcPs)))-happyIn126 :: (Located ([AddAnn],Located (HsLocalBinds GhcPs))) -> (HappyAbsSyn )-happyIn126 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap126 x)-{-# INLINE happyIn126 #-}-happyOut126 :: (HappyAbsSyn ) -> HappyWrap126-happyOut126 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut126 #-}-newtype HappyWrap127 = HappyWrap127 (OrdList (LRuleDecl GhcPs))-happyIn127 :: (OrdList (LRuleDecl GhcPs)) -> (HappyAbsSyn )-happyIn127 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap127 x)-{-# INLINE happyIn127 #-}-happyOut127 :: (HappyAbsSyn ) -> HappyWrap127-happyOut127 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut127 #-}-newtype HappyWrap128 = HappyWrap128 (LRuleDecl GhcPs)-happyIn128 :: (LRuleDecl GhcPs) -> (HappyAbsSyn )-happyIn128 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap128 x)-{-# INLINE happyIn128 #-}-happyOut128 :: (HappyAbsSyn ) -> HappyWrap128-happyOut128 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut128 #-}-newtype HappyWrap129 = HappyWrap129 (([AddAnn],Maybe Activation))-happyIn129 :: (([AddAnn],Maybe Activation)) -> (HappyAbsSyn )-happyIn129 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap129 x)-{-# INLINE happyIn129 #-}-happyOut129 :: (HappyAbsSyn ) -> HappyWrap129-happyOut129 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut129 #-}-newtype HappyWrap130 = HappyWrap130 ([AddAnn])-happyIn130 :: ([AddAnn]) -> (HappyAbsSyn )-happyIn130 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap130 x)-{-# INLINE happyIn130 #-}-happyOut130 :: (HappyAbsSyn ) -> HappyWrap130-happyOut130 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut130 #-}-newtype HappyWrap131 = HappyWrap131 (([AddAnn]-                              ,Activation))-happyIn131 :: (([AddAnn]-                              ,Activation)) -> (HappyAbsSyn )-happyIn131 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap131 x)-{-# INLINE happyIn131 #-}-happyOut131 :: (HappyAbsSyn ) -> HappyWrap131-happyOut131 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut131 #-}-newtype HappyWrap132 = HappyWrap132 (([AddAnn], Maybe [LHsTyVarBndr () GhcPs], [LRuleBndr GhcPs]))-happyIn132 :: (([AddAnn], Maybe [LHsTyVarBndr () GhcPs], [LRuleBndr GhcPs])) -> (HappyAbsSyn )-happyIn132 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap132 x)-{-# INLINE happyIn132 #-}-happyOut132 :: (HappyAbsSyn ) -> HappyWrap132-happyOut132 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut132 #-}-newtype HappyWrap133 = HappyWrap133 ([LRuleTyTmVar])-happyIn133 :: ([LRuleTyTmVar]) -> (HappyAbsSyn )-happyIn133 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap133 x)-{-# INLINE happyIn133 #-}-happyOut133 :: (HappyAbsSyn ) -> HappyWrap133-happyOut133 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut133 #-}-newtype HappyWrap134 = HappyWrap134 (LRuleTyTmVar)-happyIn134 :: (LRuleTyTmVar) -> (HappyAbsSyn )-happyIn134 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap134 x)-{-# INLINE happyIn134 #-}-happyOut134 :: (HappyAbsSyn ) -> HappyWrap134-happyOut134 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut134 #-}-newtype HappyWrap135 = HappyWrap135 (OrdList (LWarnDecl GhcPs))-happyIn135 :: (OrdList (LWarnDecl GhcPs)) -> (HappyAbsSyn )-happyIn135 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap135 x)-{-# INLINE happyIn135 #-}-happyOut135 :: (HappyAbsSyn ) -> HappyWrap135-happyOut135 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut135 #-}-newtype HappyWrap136 = HappyWrap136 (OrdList (LWarnDecl GhcPs))-happyIn136 :: (OrdList (LWarnDecl GhcPs)) -> (HappyAbsSyn )-happyIn136 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap136 x)-{-# INLINE happyIn136 #-}-happyOut136 :: (HappyAbsSyn ) -> HappyWrap136-happyOut136 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut136 #-}-newtype HappyWrap137 = HappyWrap137 (OrdList (LWarnDecl GhcPs))-happyIn137 :: (OrdList (LWarnDecl GhcPs)) -> (HappyAbsSyn )-happyIn137 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap137 x)-{-# INLINE happyIn137 #-}-happyOut137 :: (HappyAbsSyn ) -> HappyWrap137-happyOut137 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut137 #-}-newtype HappyWrap138 = HappyWrap138 (OrdList (LWarnDecl GhcPs))-happyIn138 :: (OrdList (LWarnDecl GhcPs)) -> (HappyAbsSyn )-happyIn138 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap138 x)-{-# INLINE happyIn138 #-}-happyOut138 :: (HappyAbsSyn ) -> HappyWrap138-happyOut138 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut138 #-}-newtype HappyWrap139 = HappyWrap139 (Located ([AddAnn],[Located StringLiteral]))-happyIn139 :: (Located ([AddAnn],[Located StringLiteral])) -> (HappyAbsSyn )-happyIn139 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap139 x)-{-# INLINE happyIn139 #-}-happyOut139 :: (HappyAbsSyn ) -> HappyWrap139-happyOut139 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut139 #-}-newtype HappyWrap140 = HappyWrap140 (Located (OrdList (Located StringLiteral)))-happyIn140 :: (Located (OrdList (Located StringLiteral))) -> (HappyAbsSyn )-happyIn140 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap140 x)-{-# INLINE happyIn140 #-}-happyOut140 :: (HappyAbsSyn ) -> HappyWrap140-happyOut140 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut140 #-}-newtype HappyWrap141 = HappyWrap141 (LHsDecl GhcPs)-happyIn141 :: (LHsDecl GhcPs) -> (HappyAbsSyn )-happyIn141 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap141 x)-{-# INLINE happyIn141 #-}-happyOut141 :: (HappyAbsSyn ) -> HappyWrap141-happyOut141 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut141 #-}-newtype HappyWrap142 = HappyWrap142 (Located ([AddAnn],HsDecl GhcPs))-happyIn142 :: (Located ([AddAnn],HsDecl GhcPs)) -> (HappyAbsSyn )-happyIn142 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap142 x)-{-# INLINE happyIn142 #-}-happyOut142 :: (HappyAbsSyn ) -> HappyWrap142-happyOut142 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut142 #-}-newtype HappyWrap143 = HappyWrap143 (Located CCallConv)-happyIn143 :: (Located CCallConv) -> (HappyAbsSyn )-happyIn143 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap143 x)-{-# INLINE happyIn143 #-}-happyOut143 :: (HappyAbsSyn ) -> HappyWrap143-happyOut143 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut143 #-}-newtype HappyWrap144 = HappyWrap144 (Located Safety)-happyIn144 :: (Located Safety) -> (HappyAbsSyn )-happyIn144 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap144 x)-{-# INLINE happyIn144 #-}-happyOut144 :: (HappyAbsSyn ) -> HappyWrap144-happyOut144 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut144 #-}-newtype HappyWrap145 = HappyWrap145 (Located ([AddAnn]-                    ,(Located StringLiteral, Located RdrName, LHsSigType GhcPs)))-happyIn145 :: (Located ([AddAnn]-                    ,(Located StringLiteral, Located RdrName, LHsSigType GhcPs))) -> (HappyAbsSyn )-happyIn145 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap145 x)-{-# INLINE happyIn145 #-}-happyOut145 :: (HappyAbsSyn ) -> HappyWrap145-happyOut145 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut145 #-}-newtype HappyWrap146 = HappyWrap146 (([AddAnn], Maybe (LHsType GhcPs)))-happyIn146 :: (([AddAnn], Maybe (LHsType GhcPs))) -> (HappyAbsSyn )-happyIn146 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap146 x)-{-# INLINE happyIn146 #-}-happyOut146 :: (HappyAbsSyn ) -> HappyWrap146-happyOut146 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut146 #-}-newtype HappyWrap147 = HappyWrap147 (([AddAnn], Maybe (Located RdrName)))-happyIn147 :: (([AddAnn], Maybe (Located RdrName))) -> (HappyAbsSyn )-happyIn147 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap147 x)-{-# INLINE happyIn147 #-}-happyOut147 :: (HappyAbsSyn ) -> HappyWrap147-happyOut147 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut147 #-}-newtype HappyWrap148 = HappyWrap148 (LHsSigType GhcPs)-happyIn148 :: (LHsSigType GhcPs) -> (HappyAbsSyn )-happyIn148 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap148 x)-{-# INLINE happyIn148 #-}-happyOut148 :: (HappyAbsSyn ) -> HappyWrap148-happyOut148 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut148 #-}-newtype HappyWrap149 = HappyWrap149 (LHsSigType GhcPs)-happyIn149 :: (LHsSigType GhcPs) -> (HappyAbsSyn )-happyIn149 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap149 x)-{-# INLINE happyIn149 #-}-happyOut149 :: (HappyAbsSyn ) -> HappyWrap149-happyOut149 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut149 #-}-newtype HappyWrap150 = HappyWrap150 (Located [Located RdrName])-happyIn150 :: (Located [Located RdrName]) -> (HappyAbsSyn )-happyIn150 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap150 x)-{-# INLINE happyIn150 #-}-happyOut150 :: (HappyAbsSyn ) -> HappyWrap150-happyOut150 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut150 #-}-newtype HappyWrap151 = HappyWrap151 ((OrdList (LHsSigType GhcPs)))-happyIn151 :: ((OrdList (LHsSigType GhcPs))) -> (HappyAbsSyn )-happyIn151 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap151 x)-{-# INLINE happyIn151 #-}-happyOut151 :: (HappyAbsSyn ) -> HappyWrap151-happyOut151 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut151 #-}-newtype HappyWrap152 = HappyWrap152 (Located UnpackednessPragma)-happyIn152 :: (Located UnpackednessPragma) -> (HappyAbsSyn )-happyIn152 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap152 x)-{-# INLINE happyIn152 #-}-happyOut152 :: (HappyAbsSyn ) -> HappyWrap152-happyOut152 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut152 #-}-newtype HappyWrap153 = HappyWrap153 (Located ([AddAnn], HsForAllTelescope GhcPs))-happyIn153 :: (Located ([AddAnn], HsForAllTelescope GhcPs)) -> (HappyAbsSyn )-happyIn153 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap153 x)-{-# INLINE happyIn153 #-}-happyOut153 :: (HappyAbsSyn ) -> HappyWrap153-happyOut153 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut153 #-}-newtype HappyWrap154 = HappyWrap154 (LHsType GhcPs)-happyIn154 :: (LHsType GhcPs) -> (HappyAbsSyn )-happyIn154 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap154 x)-{-# INLINE happyIn154 #-}-happyOut154 :: (HappyAbsSyn ) -> HappyWrap154-happyOut154 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut154 #-}-newtype HappyWrap155 = HappyWrap155 (LHsType GhcPs)-happyIn155 :: (LHsType GhcPs) -> (HappyAbsSyn )-happyIn155 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap155 x)-{-# INLINE happyIn155 #-}-happyOut155 :: (HappyAbsSyn ) -> HappyWrap155-happyOut155 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut155 #-}-newtype HappyWrap156 = HappyWrap156 (LHsContext GhcPs)-happyIn156 :: (LHsContext GhcPs) -> (HappyAbsSyn )-happyIn156 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap156 x)-{-# INLINE happyIn156 #-}-happyOut156 :: (HappyAbsSyn ) -> HappyWrap156-happyOut156 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut156 #-}-newtype HappyWrap157 = HappyWrap157 (LHsType GhcPs)-happyIn157 :: (LHsType GhcPs) -> (HappyAbsSyn )-happyIn157 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap157 x)-{-# INLINE happyIn157 #-}-happyOut157 :: (HappyAbsSyn ) -> HappyWrap157-happyOut157 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut157 #-}-newtype HappyWrap158 = HappyWrap158 (Located (IsUnicodeSyntax -> (HsArrow GhcPs, AddAnn)))-happyIn158 :: (Located (IsUnicodeSyntax -> (HsArrow GhcPs, AddAnn))) -> (HappyAbsSyn )-happyIn158 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap158 x)-{-# INLINE happyIn158 #-}-happyOut158 :: (HappyAbsSyn ) -> HappyWrap158-happyOut158 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut158 #-}-newtype HappyWrap159 = HappyWrap159 (LHsType GhcPs)-happyIn159 :: (LHsType GhcPs) -> (HappyAbsSyn )-happyIn159 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap159 x)-{-# INLINE happyIn159 #-}-happyOut159 :: (HappyAbsSyn ) -> HappyWrap159-happyOut159 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut159 #-}-newtype HappyWrap160 = HappyWrap160 (forall b. DisambTD b => PV (Located b))-happyIn160 :: (forall b. DisambTD b => PV (Located b)) -> (HappyAbsSyn )-happyIn160 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap160 x)-{-# INLINE happyIn160 #-}-happyOut160 :: (HappyAbsSyn ) -> HappyWrap160-happyOut160 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut160 #-}-newtype HappyWrap161 = HappyWrap161 (forall b. DisambTD b => PV (Located b))-happyIn161 :: (forall b. DisambTD b => PV (Located b)) -> (HappyAbsSyn )-happyIn161 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap161 x)-{-# INLINE happyIn161 #-}-happyOut161 :: (HappyAbsSyn ) -> HappyWrap161-happyOut161 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut161 #-}-newtype HappyWrap162 = HappyWrap162 (LHsType GhcPs)-happyIn162 :: (LHsType GhcPs) -> (HappyAbsSyn )-happyIn162 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap162 x)-{-# INLINE happyIn162 #-}-happyOut162 :: (HappyAbsSyn ) -> HappyWrap162-happyOut162 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut162 #-}-newtype HappyWrap163 = HappyWrap163 (Located RdrName)-happyIn163 :: (Located RdrName) -> (HappyAbsSyn )-happyIn163 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap163 x)-{-# INLINE happyIn163 #-}-happyOut163 :: (HappyAbsSyn ) -> HappyWrap163-happyOut163 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut163 #-}-newtype HappyWrap164 = HappyWrap164 (LHsType GhcPs)-happyIn164 :: (LHsType GhcPs) -> (HappyAbsSyn )-happyIn164 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap164 x)-{-# INLINE happyIn164 #-}-happyOut164 :: (HappyAbsSyn ) -> HappyWrap164-happyOut164 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut164 #-}-newtype HappyWrap165 = HappyWrap165 (LHsSigType GhcPs)-happyIn165 :: (LHsSigType GhcPs) -> (HappyAbsSyn )-happyIn165 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap165 x)-{-# INLINE happyIn165 #-}-happyOut165 :: (HappyAbsSyn ) -> HappyWrap165-happyOut165 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut165 #-}-newtype HappyWrap166 = HappyWrap166 ([LHsSigType GhcPs])-happyIn166 :: ([LHsSigType GhcPs]) -> (HappyAbsSyn )-happyIn166 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap166 x)-{-# INLINE happyIn166 #-}-happyOut166 :: (HappyAbsSyn ) -> HappyWrap166-happyOut166 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut166 #-}-newtype HappyWrap167 = HappyWrap167 ([LHsType GhcPs])-happyIn167 :: ([LHsType GhcPs]) -> (HappyAbsSyn )-happyIn167 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap167 x)-{-# INLINE happyIn167 #-}-happyOut167 :: (HappyAbsSyn ) -> HappyWrap167-happyOut167 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut167 #-}-newtype HappyWrap168 = HappyWrap168 ([LHsType GhcPs])-happyIn168 :: ([LHsType GhcPs]) -> (HappyAbsSyn )-happyIn168 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap168 x)-{-# INLINE happyIn168 #-}-happyOut168 :: (HappyAbsSyn ) -> HappyWrap168-happyOut168 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut168 #-}-newtype HappyWrap169 = HappyWrap169 ([LHsType GhcPs])-happyIn169 :: ([LHsType GhcPs]) -> (HappyAbsSyn )-happyIn169 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap169 x)-{-# INLINE happyIn169 #-}-happyOut169 :: (HappyAbsSyn ) -> HappyWrap169-happyOut169 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut169 #-}-newtype HappyWrap170 = HappyWrap170 ([LHsTyVarBndr Specificity GhcPs])-happyIn170 :: ([LHsTyVarBndr Specificity GhcPs]) -> (HappyAbsSyn )-happyIn170 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap170 x)-{-# INLINE happyIn170 #-}-happyOut170 :: (HappyAbsSyn ) -> HappyWrap170-happyOut170 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut170 #-}-newtype HappyWrap171 = HappyWrap171 (LHsTyVarBndr Specificity GhcPs)-happyIn171 :: (LHsTyVarBndr Specificity GhcPs) -> (HappyAbsSyn )-happyIn171 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap171 x)-{-# INLINE happyIn171 #-}-happyOut171 :: (HappyAbsSyn ) -> HappyWrap171-happyOut171 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut171 #-}-newtype HappyWrap172 = HappyWrap172 (LHsTyVarBndr Specificity GhcPs)-happyIn172 :: (LHsTyVarBndr Specificity GhcPs) -> (HappyAbsSyn )-happyIn172 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap172 x)-{-# INLINE happyIn172 #-}-happyOut172 :: (HappyAbsSyn ) -> HappyWrap172-happyOut172 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut172 #-}-newtype HappyWrap173 = HappyWrap173 (Located ([AddAnn],[Located (FunDep (Located RdrName))]))-happyIn173 :: (Located ([AddAnn],[Located (FunDep (Located RdrName))])) -> (HappyAbsSyn )-happyIn173 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap173 x)-{-# INLINE happyIn173 #-}-happyOut173 :: (HappyAbsSyn ) -> HappyWrap173-happyOut173 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut173 #-}-newtype HappyWrap174 = HappyWrap174 (Located [Located (FunDep (Located RdrName))])-happyIn174 :: (Located [Located (FunDep (Located RdrName))]) -> (HappyAbsSyn )-happyIn174 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap174 x)-{-# INLINE happyIn174 #-}-happyOut174 :: (HappyAbsSyn ) -> HappyWrap174-happyOut174 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut174 #-}-newtype HappyWrap175 = HappyWrap175 (Located (FunDep (Located RdrName)))-happyIn175 :: (Located (FunDep (Located RdrName))) -> (HappyAbsSyn )-happyIn175 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap175 x)-{-# INLINE happyIn175 #-}-happyOut175 :: (HappyAbsSyn ) -> HappyWrap175-happyOut175 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut175 #-}-newtype HappyWrap176 = HappyWrap176 (Located [Located RdrName])-happyIn176 :: (Located [Located RdrName]) -> (HappyAbsSyn )-happyIn176 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap176 x)-{-# INLINE happyIn176 #-}-happyOut176 :: (HappyAbsSyn ) -> HappyWrap176-happyOut176 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut176 #-}-newtype HappyWrap177 = HappyWrap177 (LHsKind GhcPs)-happyIn177 :: (LHsKind GhcPs) -> (HappyAbsSyn )-happyIn177 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap177 x)-{-# INLINE happyIn177 #-}-happyOut177 :: (HappyAbsSyn ) -> HappyWrap177-happyOut177 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut177 #-}-newtype HappyWrap178 = HappyWrap178 (Located ([AddAnn]-                          ,[LConDecl GhcPs]))-happyIn178 :: (Located ([AddAnn]-                          ,[LConDecl GhcPs])) -> (HappyAbsSyn )-happyIn178 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap178 x)-{-# INLINE happyIn178 #-}-happyOut178 :: (HappyAbsSyn ) -> HappyWrap178-happyOut178 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut178 #-}-newtype HappyWrap179 = HappyWrap179 (Located [LConDecl GhcPs])-happyIn179 :: (Located [LConDecl GhcPs]) -> (HappyAbsSyn )-happyIn179 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap179 x)-{-# INLINE happyIn179 #-}-happyOut179 :: (HappyAbsSyn ) -> HappyWrap179-happyOut179 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut179 #-}-newtype HappyWrap180 = HappyWrap180 (LConDecl GhcPs)-happyIn180 :: (LConDecl GhcPs) -> (HappyAbsSyn )-happyIn180 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap180 x)-{-# INLINE happyIn180 #-}-happyOut180 :: (HappyAbsSyn ) -> HappyWrap180-happyOut180 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut180 #-}-newtype HappyWrap181 = HappyWrap181 (Located ([AddAnn],[LConDecl GhcPs]))-happyIn181 :: (Located ([AddAnn],[LConDecl GhcPs])) -> (HappyAbsSyn )-happyIn181 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap181 x)-{-# INLINE happyIn181 #-}-happyOut181 :: (HappyAbsSyn ) -> HappyWrap181-happyOut181 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut181 #-}-newtype HappyWrap182 = HappyWrap182 (Located [LConDecl GhcPs])-happyIn182 :: (Located [LConDecl GhcPs]) -> (HappyAbsSyn )-happyIn182 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap182 x)-{-# INLINE happyIn182 #-}-happyOut182 :: (HappyAbsSyn ) -> HappyWrap182-happyOut182 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut182 #-}-newtype HappyWrap183 = HappyWrap183 (LConDecl GhcPs)-happyIn183 :: (LConDecl GhcPs) -> (HappyAbsSyn )-happyIn183 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap183 x)-{-# INLINE happyIn183 #-}-happyOut183 :: (HappyAbsSyn ) -> HappyWrap183-happyOut183 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut183 #-}-newtype HappyWrap184 = HappyWrap184 (Located ([AddAnn], Maybe [LHsTyVarBndr Specificity GhcPs]))-happyIn184 :: (Located ([AddAnn], Maybe [LHsTyVarBndr Specificity GhcPs])) -> (HappyAbsSyn )-happyIn184 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap184 x)-{-# INLINE happyIn184 #-}-happyOut184 :: (HappyAbsSyn ) -> HappyWrap184-happyOut184 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut184 #-}-newtype HappyWrap185 = HappyWrap185 (Located (Located RdrName, HsConDeclH98Details GhcPs))-happyIn185 :: (Located (Located RdrName, HsConDeclH98Details GhcPs)) -> (HappyAbsSyn )-happyIn185 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap185 x)-{-# INLINE happyIn185 #-}-happyOut185 :: (HappyAbsSyn ) -> HappyWrap185-happyOut185 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut185 #-}-newtype HappyWrap186 = HappyWrap186 ([LConDeclField GhcPs])-happyIn186 :: ([LConDeclField GhcPs]) -> (HappyAbsSyn )-happyIn186 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap186 x)-{-# INLINE happyIn186 #-}-happyOut186 :: (HappyAbsSyn ) -> HappyWrap186-happyOut186 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut186 #-}-newtype HappyWrap187 = HappyWrap187 ([LConDeclField GhcPs])-happyIn187 :: ([LConDeclField GhcPs]) -> (HappyAbsSyn )-happyIn187 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap187 x)-{-# INLINE happyIn187 #-}-happyOut187 :: (HappyAbsSyn ) -> HappyWrap187-happyOut187 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut187 #-}-newtype HappyWrap188 = HappyWrap188 (LConDeclField GhcPs)-happyIn188 :: (LConDeclField GhcPs) -> (HappyAbsSyn )-happyIn188 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap188 x)-{-# INLINE happyIn188 #-}-happyOut188 :: (HappyAbsSyn ) -> HappyWrap188-happyOut188 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut188 #-}-newtype HappyWrap189 = HappyWrap189 (HsDeriving GhcPs)-happyIn189 :: (HsDeriving GhcPs) -> (HappyAbsSyn )-happyIn189 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap189 x)-{-# INLINE happyIn189 #-}-happyOut189 :: (HappyAbsSyn ) -> HappyWrap189-happyOut189 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut189 #-}-newtype HappyWrap190 = HappyWrap190 (HsDeriving GhcPs)-happyIn190 :: (HsDeriving GhcPs) -> (HappyAbsSyn )-happyIn190 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap190 x)-{-# INLINE happyIn190 #-}-happyOut190 :: (HappyAbsSyn ) -> HappyWrap190-happyOut190 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut190 #-}-newtype HappyWrap191 = HappyWrap191 (LHsDerivingClause GhcPs)-happyIn191 :: (LHsDerivingClause GhcPs) -> (HappyAbsSyn )-happyIn191 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap191 x)-{-# INLINE happyIn191 #-}-happyOut191 :: (HappyAbsSyn ) -> HappyWrap191-happyOut191 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut191 #-}-newtype HappyWrap192 = HappyWrap192 (LDerivClauseTys GhcPs)-happyIn192 :: (LDerivClauseTys GhcPs) -> (HappyAbsSyn )-happyIn192 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap192 x)-{-# INLINE happyIn192 #-}-happyOut192 :: (HappyAbsSyn ) -> HappyWrap192-happyOut192 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut192 #-}-newtype HappyWrap193 = HappyWrap193 (LHsDecl GhcPs)-happyIn193 :: (LHsDecl GhcPs) -> (HappyAbsSyn )-happyIn193 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap193 x)-{-# INLINE happyIn193 #-}-happyOut193 :: (HappyAbsSyn ) -> HappyWrap193-happyOut193 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut193 #-}-newtype HappyWrap194 = HappyWrap194 (LHsDecl GhcPs)-happyIn194 :: (LHsDecl GhcPs) -> (HappyAbsSyn )-happyIn194 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap194 x)-{-# INLINE happyIn194 #-}-happyOut194 :: (HappyAbsSyn ) -> HappyWrap194-happyOut194 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut194 #-}-newtype HappyWrap195 = HappyWrap195 (Located ([AddAnn],GRHSs GhcPs (LHsExpr GhcPs)))-happyIn195 :: (Located ([AddAnn],GRHSs GhcPs (LHsExpr GhcPs))) -> (HappyAbsSyn )-happyIn195 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap195 x)-{-# INLINE happyIn195 #-}-happyOut195 :: (HappyAbsSyn ) -> HappyWrap195-happyOut195 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut195 #-}-newtype HappyWrap196 = HappyWrap196 (Located [LGRHS GhcPs (LHsExpr GhcPs)])-happyIn196 :: (Located [LGRHS GhcPs (LHsExpr GhcPs)]) -> (HappyAbsSyn )-happyIn196 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap196 x)-{-# INLINE happyIn196 #-}-happyOut196 :: (HappyAbsSyn ) -> HappyWrap196-happyOut196 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut196 #-}-newtype HappyWrap197 = HappyWrap197 (LGRHS GhcPs (LHsExpr GhcPs))-happyIn197 :: (LGRHS GhcPs (LHsExpr GhcPs)) -> (HappyAbsSyn )-happyIn197 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap197 x)-{-# INLINE happyIn197 #-}-happyOut197 :: (HappyAbsSyn ) -> HappyWrap197-happyOut197 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut197 #-}-newtype HappyWrap198 = HappyWrap198 (LHsDecl GhcPs)-happyIn198 :: (LHsDecl GhcPs) -> (HappyAbsSyn )-happyIn198 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap198 x)-{-# INLINE happyIn198 #-}-happyOut198 :: (HappyAbsSyn ) -> HappyWrap198-happyOut198 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut198 #-}-newtype HappyWrap199 = HappyWrap199 (([AddAnn],Maybe Activation))-happyIn199 :: (([AddAnn],Maybe Activation)) -> (HappyAbsSyn )-happyIn199 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap199 x)-{-# INLINE happyIn199 #-}-happyOut199 :: (HappyAbsSyn ) -> HappyWrap199-happyOut199 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut199 #-}-newtype HappyWrap200 = HappyWrap200 (([AddAnn],Activation))-happyIn200 :: (([AddAnn],Activation)) -> (HappyAbsSyn )-happyIn200 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap200 x)-{-# INLINE happyIn200 #-}-happyOut200 :: (HappyAbsSyn ) -> HappyWrap200-happyOut200 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut200 #-}-newtype HappyWrap201 = HappyWrap201 (Located (HsSplice GhcPs))-happyIn201 :: (Located (HsSplice GhcPs)) -> (HappyAbsSyn )-happyIn201 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap201 x)-{-# INLINE happyIn201 #-}-happyOut201 :: (HappyAbsSyn ) -> HappyWrap201-happyOut201 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut201 #-}-newtype HappyWrap202 = HappyWrap202 (ECP)-happyIn202 :: (ECP) -> (HappyAbsSyn )-happyIn202 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap202 x)-{-# INLINE happyIn202 #-}-happyOut202 :: (HappyAbsSyn ) -> HappyWrap202-happyOut202 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut202 #-}-newtype HappyWrap203 = HappyWrap203 (ECP)-happyIn203 :: (ECP) -> (HappyAbsSyn )-happyIn203 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap203 x)-{-# INLINE happyIn203 #-}-happyOut203 :: (HappyAbsSyn ) -> HappyWrap203-happyOut203 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut203 #-}-newtype HappyWrap204 = HappyWrap204 (ECP)-happyIn204 :: (ECP) -> (HappyAbsSyn )-happyIn204 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap204 x)-{-# INLINE happyIn204 #-}-happyOut204 :: (HappyAbsSyn ) -> HappyWrap204-happyOut204 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut204 #-}-newtype HappyWrap205 = HappyWrap205 (ECP)-happyIn205 :: (ECP) -> (HappyAbsSyn )-happyIn205 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap205 x)-{-# INLINE happyIn205 #-}-happyOut205 :: (HappyAbsSyn ) -> HappyWrap205-happyOut205 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut205 #-}-newtype HappyWrap206 = HappyWrap206 (([Located Token],Bool))-happyIn206 :: (([Located Token],Bool)) -> (HappyAbsSyn )-happyIn206 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap206 x)-{-# INLINE happyIn206 #-}-happyOut206 :: (HappyAbsSyn ) -> HappyWrap206-happyOut206 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut206 #-}-newtype HappyWrap207 = HappyWrap207 (Located ([AddAnn], HsPragE GhcPs))-happyIn207 :: (Located ([AddAnn], HsPragE GhcPs)) -> (HappyAbsSyn )-happyIn207 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap207 x)-{-# INLINE happyIn207 #-}-happyOut207 :: (HappyAbsSyn ) -> HappyWrap207-happyOut207 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut207 #-}-newtype HappyWrap208 = HappyWrap208 (ECP)-happyIn208 :: (ECP) -> (HappyAbsSyn )-happyIn208 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap208 x)-{-# INLINE happyIn208 #-}-happyOut208 :: (HappyAbsSyn ) -> HappyWrap208-happyOut208 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut208 #-}-newtype HappyWrap209 = HappyWrap209 (ECP)-happyIn209 :: (ECP) -> (HappyAbsSyn )-happyIn209 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap209 x)-{-# INLINE happyIn209 #-}-happyOut209 :: (HappyAbsSyn ) -> HappyWrap209-happyOut209 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut209 #-}-newtype HappyWrap210 = HappyWrap210 (ECP)-happyIn210 :: (ECP) -> (HappyAbsSyn )-happyIn210 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap210 x)-{-# INLINE happyIn210 #-}-happyOut210 :: (HappyAbsSyn ) -> HappyWrap210-happyOut210 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut210 #-}-newtype HappyWrap211 = HappyWrap211 (ECP)-happyIn211 :: (ECP) -> (HappyAbsSyn )-happyIn211 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap211 x)-{-# INLINE happyIn211 #-}-happyOut211 :: (HappyAbsSyn ) -> HappyWrap211-happyOut211 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut211 #-}-newtype HappyWrap212 = HappyWrap212 (LHsExpr GhcPs)-happyIn212 :: (LHsExpr GhcPs) -> (HappyAbsSyn )-happyIn212 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap212 x)-{-# INLINE happyIn212 #-}-happyOut212 :: (HappyAbsSyn ) -> HappyWrap212-happyOut212 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut212 #-}-newtype HappyWrap213 = HappyWrap213 (Located (HsSplice GhcPs))-happyIn213 :: (Located (HsSplice GhcPs)) -> (HappyAbsSyn )-happyIn213 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap213 x)-{-# INLINE happyIn213 #-}-happyOut213 :: (HappyAbsSyn ) -> HappyWrap213-happyOut213 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut213 #-}-newtype HappyWrap214 = HappyWrap214 (Located (HsSplice GhcPs))-happyIn214 :: (Located (HsSplice GhcPs)) -> (HappyAbsSyn )-happyIn214 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap214 x)-{-# INLINE happyIn214 #-}-happyOut214 :: (HappyAbsSyn ) -> HappyWrap214-happyOut214 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut214 #-}-newtype HappyWrap215 = HappyWrap215 ([LHsCmdTop GhcPs])-happyIn215 :: ([LHsCmdTop GhcPs]) -> (HappyAbsSyn )-happyIn215 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap215 x)-{-# INLINE happyIn215 #-}-happyOut215 :: (HappyAbsSyn ) -> HappyWrap215-happyOut215 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut215 #-}-newtype HappyWrap216 = HappyWrap216 (LHsCmdTop GhcPs)-happyIn216 :: (LHsCmdTop GhcPs) -> (HappyAbsSyn )-happyIn216 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap216 x)-{-# INLINE happyIn216 #-}-happyOut216 :: (HappyAbsSyn ) -> HappyWrap216-happyOut216 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut216 #-}-newtype HappyWrap217 = HappyWrap217 (([AddAnn],[LHsDecl GhcPs]))-happyIn217 :: (([AddAnn],[LHsDecl GhcPs])) -> (HappyAbsSyn )-happyIn217 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap217 x)-{-# INLINE happyIn217 #-}-happyOut217 :: (HappyAbsSyn ) -> HappyWrap217-happyOut217 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut217 #-}-newtype HappyWrap218 = HappyWrap218 ([LHsDecl GhcPs])-happyIn218 :: ([LHsDecl GhcPs]) -> (HappyAbsSyn )-happyIn218 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap218 x)-{-# INLINE happyIn218 #-}-happyOut218 :: (HappyAbsSyn ) -> HappyWrap218-happyOut218 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut218 #-}-newtype HappyWrap219 = HappyWrap219 (ECP)-happyIn219 :: (ECP) -> (HappyAbsSyn )-happyIn219 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap219 x)-{-# INLINE happyIn219 #-}-happyOut219 :: (HappyAbsSyn ) -> HappyWrap219-happyOut219 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut219 #-}-newtype HappyWrap220 = HappyWrap220 (forall b. DisambECP b => PV ([AddAnn],SumOrTuple b))-happyIn220 :: (forall b. DisambECP b => PV ([AddAnn],SumOrTuple b)) -> (HappyAbsSyn )-happyIn220 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap220 x)-{-# INLINE happyIn220 #-}-happyOut220 :: (HappyAbsSyn ) -> HappyWrap220-happyOut220 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut220 #-}-newtype HappyWrap221 = HappyWrap221 (forall b. DisambECP b => PV (SrcSpan,[Located (Maybe (Located b))]))-happyIn221 :: (forall b. DisambECP b => PV (SrcSpan,[Located (Maybe (Located b))])) -> (HappyAbsSyn )-happyIn221 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap221 x)-{-# INLINE happyIn221 #-}-happyOut221 :: (HappyAbsSyn ) -> HappyWrap221-happyOut221 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut221 #-}-newtype HappyWrap222 = HappyWrap222 (forall b. DisambECP b => PV [Located (Maybe (Located b))])-happyIn222 :: (forall b. DisambECP b => PV [Located (Maybe (Located b))]) -> (HappyAbsSyn )-happyIn222 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap222 x)-{-# INLINE happyIn222 #-}-happyOut222 :: (HappyAbsSyn ) -> HappyWrap222-happyOut222 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut222 #-}-newtype HappyWrap223 = HappyWrap223 (forall b. DisambECP b => SrcSpan -> PV (Located b))-happyIn223 :: (forall b. DisambECP b => SrcSpan -> PV (Located b)) -> (HappyAbsSyn )-happyIn223 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap223 x)-{-# INLINE happyIn223 #-}-happyOut223 :: (HappyAbsSyn ) -> HappyWrap223-happyOut223 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut223 #-}-newtype HappyWrap224 = HappyWrap224 (forall b. DisambECP b => PV [Located b])-happyIn224 :: (forall b. DisambECP b => PV [Located b]) -> (HappyAbsSyn )-happyIn224 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap224 x)-{-# INLINE happyIn224 #-}-happyOut224 :: (HappyAbsSyn ) -> HappyWrap224-happyOut224 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut224 #-}-newtype HappyWrap225 = HappyWrap225 (Located [LStmt GhcPs (LHsExpr GhcPs)])-happyIn225 :: (Located [LStmt GhcPs (LHsExpr GhcPs)]) -> (HappyAbsSyn )-happyIn225 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap225 x)-{-# INLINE happyIn225 #-}-happyOut225 :: (HappyAbsSyn ) -> HappyWrap225-happyOut225 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut225 #-}-newtype HappyWrap226 = HappyWrap226 (Located [[LStmt GhcPs (LHsExpr GhcPs)]])-happyIn226 :: (Located [[LStmt GhcPs (LHsExpr GhcPs)]]) -> (HappyAbsSyn )-happyIn226 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap226 x)-{-# INLINE happyIn226 #-}-happyOut226 :: (HappyAbsSyn ) -> HappyWrap226-happyOut226 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut226 #-}-newtype HappyWrap227 = HappyWrap227 (Located [LStmt GhcPs (LHsExpr GhcPs)])-happyIn227 :: (Located [LStmt GhcPs (LHsExpr GhcPs)]) -> (HappyAbsSyn )-happyIn227 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap227 x)-{-# INLINE happyIn227 #-}-happyOut227 :: (HappyAbsSyn ) -> HappyWrap227-happyOut227 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut227 #-}-newtype HappyWrap228 = HappyWrap228 (Located ([AddAnn],[LStmt GhcPs (LHsExpr GhcPs)] -> Stmt GhcPs (LHsExpr GhcPs)))-happyIn228 :: (Located ([AddAnn],[LStmt GhcPs (LHsExpr GhcPs)] -> Stmt GhcPs (LHsExpr GhcPs))) -> (HappyAbsSyn )-happyIn228 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap228 x)-{-# INLINE happyIn228 #-}-happyOut228 :: (HappyAbsSyn ) -> HappyWrap228-happyOut228 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut228 #-}-newtype HappyWrap229 = HappyWrap229 (Located [LStmt GhcPs (LHsExpr GhcPs)])-happyIn229 :: (Located [LStmt GhcPs (LHsExpr GhcPs)]) -> (HappyAbsSyn )-happyIn229 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap229 x)-{-# INLINE happyIn229 #-}-happyOut229 :: (HappyAbsSyn ) -> HappyWrap229-happyOut229 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut229 #-}-newtype HappyWrap230 = HappyWrap230 (Located [LStmt GhcPs (LHsExpr GhcPs)])-happyIn230 :: (Located [LStmt GhcPs (LHsExpr GhcPs)]) -> (HappyAbsSyn )-happyIn230 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap230 x)-{-# INLINE happyIn230 #-}-happyOut230 :: (HappyAbsSyn ) -> HappyWrap230-happyOut230 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut230 #-}-newtype HappyWrap231 = HappyWrap231 (forall b. DisambECP b => PV (Located ([AddAnn],[LMatch GhcPs (Located b)])))-happyIn231 :: (forall b. DisambECP b => PV (Located ([AddAnn],[LMatch GhcPs (Located b)]))) -> (HappyAbsSyn )-happyIn231 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap231 x)-{-# INLINE happyIn231 #-}-happyOut231 :: (HappyAbsSyn ) -> HappyWrap231-happyOut231 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut231 #-}-newtype HappyWrap232 = HappyWrap232 (forall b. DisambECP b => PV (Located ([AddAnn],[LMatch GhcPs (Located b)])))-happyIn232 :: (forall b. DisambECP b => PV (Located ([AddAnn],[LMatch GhcPs (Located b)]))) -> (HappyAbsSyn )-happyIn232 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap232 x)-{-# INLINE happyIn232 #-}-happyOut232 :: (HappyAbsSyn ) -> HappyWrap232-happyOut232 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut232 #-}-newtype HappyWrap233 = HappyWrap233 (forall b. DisambECP b => PV (Located ([AddAnn],[LMatch GhcPs (Located b)])))-happyIn233 :: (forall b. DisambECP b => PV (Located ([AddAnn],[LMatch GhcPs (Located b)]))) -> (HappyAbsSyn )-happyIn233 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap233 x)-{-# INLINE happyIn233 #-}-happyOut233 :: (HappyAbsSyn ) -> HappyWrap233-happyOut233 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut233 #-}-newtype HappyWrap234 = HappyWrap234 (forall b. DisambECP b => PV (LMatch GhcPs (Located b)))-happyIn234 :: (forall b. DisambECP b => PV (LMatch GhcPs (Located b))) -> (HappyAbsSyn )-happyIn234 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap234 x)-{-# INLINE happyIn234 #-}-happyOut234 :: (HappyAbsSyn ) -> HappyWrap234-happyOut234 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut234 #-}-newtype HappyWrap235 = HappyWrap235 (forall b. DisambECP b => PV (Located ([AddAnn],GRHSs GhcPs (Located b))))-happyIn235 :: (forall b. DisambECP b => PV (Located ([AddAnn],GRHSs GhcPs (Located b)))) -> (HappyAbsSyn )-happyIn235 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap235 x)-{-# INLINE happyIn235 #-}-happyOut235 :: (HappyAbsSyn ) -> HappyWrap235-happyOut235 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut235 #-}-newtype HappyWrap236 = HappyWrap236 (forall b. DisambECP b => PV (Located [LGRHS GhcPs (Located b)]))-happyIn236 :: (forall b. DisambECP b => PV (Located [LGRHS GhcPs (Located b)])) -> (HappyAbsSyn )-happyIn236 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap236 x)-{-# INLINE happyIn236 #-}-happyOut236 :: (HappyAbsSyn ) -> HappyWrap236-happyOut236 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut236 #-}-newtype HappyWrap237 = HappyWrap237 (forall b. DisambECP b => PV (Located [LGRHS GhcPs (Located b)]))-happyIn237 :: (forall b. DisambECP b => PV (Located [LGRHS GhcPs (Located b)])) -> (HappyAbsSyn )-happyIn237 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap237 x)-{-# INLINE happyIn237 #-}-happyOut237 :: (HappyAbsSyn ) -> HappyWrap237-happyOut237 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut237 #-}-newtype HappyWrap238 = HappyWrap238 (Located ([AddAnn],[LGRHS GhcPs (LHsExpr GhcPs)]))-happyIn238 :: (Located ([AddAnn],[LGRHS GhcPs (LHsExpr GhcPs)])) -> (HappyAbsSyn )-happyIn238 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap238 x)-{-# INLINE happyIn238 #-}-happyOut238 :: (HappyAbsSyn ) -> HappyWrap238-happyOut238 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut238 #-}-newtype HappyWrap239 = HappyWrap239 (forall b. DisambECP b => PV (LGRHS GhcPs (Located b)))-happyIn239 :: (forall b. DisambECP b => PV (LGRHS GhcPs (Located b))) -> (HappyAbsSyn )-happyIn239 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap239 x)-{-# INLINE happyIn239 #-}-happyOut239 :: (HappyAbsSyn ) -> HappyWrap239-happyOut239 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut239 #-}-newtype HappyWrap240 = HappyWrap240 (LPat GhcPs)-happyIn240 :: (LPat GhcPs) -> (HappyAbsSyn )-happyIn240 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap240 x)-{-# INLINE happyIn240 #-}-happyOut240 :: (HappyAbsSyn ) -> HappyWrap240-happyOut240 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut240 #-}-newtype HappyWrap241 = HappyWrap241 (LPat GhcPs)-happyIn241 :: (LPat GhcPs) -> (HappyAbsSyn )-happyIn241 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap241 x)-{-# INLINE happyIn241 #-}-happyOut241 :: (HappyAbsSyn ) -> HappyWrap241-happyOut241 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut241 #-}-newtype HappyWrap242 = HappyWrap242 (LPat GhcPs)-happyIn242 :: (LPat GhcPs) -> (HappyAbsSyn )-happyIn242 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap242 x)-{-# INLINE happyIn242 #-}-happyOut242 :: (HappyAbsSyn ) -> HappyWrap242-happyOut242 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut242 #-}-newtype HappyWrap243 = HappyWrap243 ([LPat GhcPs])-happyIn243 :: ([LPat GhcPs]) -> (HappyAbsSyn )-happyIn243 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap243 x)-{-# INLINE happyIn243 #-}-happyOut243 :: (HappyAbsSyn ) -> HappyWrap243-happyOut243 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut243 #-}-newtype HappyWrap244 = HappyWrap244 (forall b. DisambECP b => PV (Located ([AddAnn],[LStmt GhcPs (Located b)])))-happyIn244 :: (forall b. DisambECP b => PV (Located ([AddAnn],[LStmt GhcPs (Located b)]))) -> (HappyAbsSyn )-happyIn244 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap244 x)-{-# INLINE happyIn244 #-}-happyOut244 :: (HappyAbsSyn ) -> HappyWrap244-happyOut244 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut244 #-}-newtype HappyWrap245 = HappyWrap245 (forall b. DisambECP b => PV (Located ([AddAnn],[LStmt GhcPs (Located b)])))-happyIn245 :: (forall b. DisambECP b => PV (Located ([AddAnn],[LStmt GhcPs (Located b)]))) -> (HappyAbsSyn )-happyIn245 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap245 x)-{-# INLINE happyIn245 #-}-happyOut245 :: (HappyAbsSyn ) -> HappyWrap245-happyOut245 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut245 #-}-newtype HappyWrap246 = HappyWrap246 (Maybe (LStmt GhcPs (LHsExpr GhcPs)))-happyIn246 :: (Maybe (LStmt GhcPs (LHsExpr GhcPs))) -> (HappyAbsSyn )-happyIn246 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap246 x)-{-# INLINE happyIn246 #-}-happyOut246 :: (HappyAbsSyn ) -> HappyWrap246-happyOut246 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut246 #-}-newtype HappyWrap247 = HappyWrap247 (LStmt GhcPs (LHsExpr GhcPs))-happyIn247 :: (LStmt GhcPs (LHsExpr GhcPs)) -> (HappyAbsSyn )-happyIn247 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap247 x)-{-# INLINE happyIn247 #-}-happyOut247 :: (HappyAbsSyn ) -> HappyWrap247-happyOut247 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut247 #-}-newtype HappyWrap248 = HappyWrap248 (forall b. DisambECP b => PV (LStmt GhcPs (Located b)))-happyIn248 :: (forall b. DisambECP b => PV (LStmt GhcPs (Located b))) -> (HappyAbsSyn )-happyIn248 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap248 x)-{-# INLINE happyIn248 #-}-happyOut248 :: (HappyAbsSyn ) -> HappyWrap248-happyOut248 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut248 #-}-newtype HappyWrap249 = HappyWrap249 (forall b. DisambECP b => PV (LStmt GhcPs (Located b)))-happyIn249 :: (forall b. DisambECP b => PV (LStmt GhcPs (Located b))) -> (HappyAbsSyn )-happyIn249 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap249 x)-{-# INLINE happyIn249 #-}-happyOut249 :: (HappyAbsSyn ) -> HappyWrap249-happyOut249 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut249 #-}-newtype HappyWrap250 = HappyWrap250 (forall b. DisambECP b => PV ([AddAnn],([LHsRecField GhcPs (Located b)], Maybe SrcSpan)))-happyIn250 :: (forall b. DisambECP b => PV ([AddAnn],([LHsRecField GhcPs (Located b)], Maybe SrcSpan))) -> (HappyAbsSyn )-happyIn250 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap250 x)-{-# INLINE happyIn250 #-}-happyOut250 :: (HappyAbsSyn ) -> HappyWrap250-happyOut250 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut250 #-}-newtype HappyWrap251 = HappyWrap251 (forall b. DisambECP b => PV ([AddAnn],([LHsRecField GhcPs (Located b)], Maybe SrcSpan)))-happyIn251 :: (forall b. DisambECP b => PV ([AddAnn],([LHsRecField GhcPs (Located b)], Maybe SrcSpan))) -> (HappyAbsSyn )-happyIn251 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap251 x)-{-# INLINE happyIn251 #-}-happyOut251 :: (HappyAbsSyn ) -> HappyWrap251-happyOut251 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut251 #-}-newtype HappyWrap252 = HappyWrap252 (forall b. DisambECP b => PV (LHsRecField GhcPs (Located b)))-happyIn252 :: (forall b. DisambECP b => PV (LHsRecField GhcPs (Located b))) -> (HappyAbsSyn )-happyIn252 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap252 x)-{-# INLINE happyIn252 #-}-happyOut252 :: (HappyAbsSyn ) -> HappyWrap252-happyOut252 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut252 #-}-newtype HappyWrap253 = HappyWrap253 (Located [LIPBind GhcPs])-happyIn253 :: (Located [LIPBind GhcPs]) -> (HappyAbsSyn )-happyIn253 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap253 x)-{-# INLINE happyIn253 #-}-happyOut253 :: (HappyAbsSyn ) -> HappyWrap253-happyOut253 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut253 #-}-newtype HappyWrap254 = HappyWrap254 (LIPBind GhcPs)-happyIn254 :: (LIPBind GhcPs) -> (HappyAbsSyn )-happyIn254 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap254 x)-{-# INLINE happyIn254 #-}-happyOut254 :: (HappyAbsSyn ) -> HappyWrap254-happyOut254 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut254 #-}-newtype HappyWrap255 = HappyWrap255 (Located HsIPName)-happyIn255 :: (Located HsIPName) -> (HappyAbsSyn )-happyIn255 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap255 x)-{-# INLINE happyIn255 #-}-happyOut255 :: (HappyAbsSyn ) -> HappyWrap255-happyOut255 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut255 #-}-newtype HappyWrap256 = HappyWrap256 (Located FastString)-happyIn256 :: (Located FastString) -> (HappyAbsSyn )-happyIn256 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap256 x)-{-# INLINE happyIn256 #-}-happyOut256 :: (HappyAbsSyn ) -> HappyWrap256-happyOut256 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut256 #-}-newtype HappyWrap257 = HappyWrap257 (LBooleanFormula (Located RdrName))-happyIn257 :: (LBooleanFormula (Located RdrName)) -> (HappyAbsSyn )-happyIn257 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap257 x)-{-# INLINE happyIn257 #-}-happyOut257 :: (HappyAbsSyn ) -> HappyWrap257-happyOut257 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut257 #-}-newtype HappyWrap258 = HappyWrap258 (LBooleanFormula (Located RdrName))-happyIn258 :: (LBooleanFormula (Located RdrName)) -> (HappyAbsSyn )-happyIn258 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap258 x)-{-# INLINE happyIn258 #-}-happyOut258 :: (HappyAbsSyn ) -> HappyWrap258-happyOut258 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut258 #-}-newtype HappyWrap259 = HappyWrap259 (LBooleanFormula (Located RdrName))-happyIn259 :: (LBooleanFormula (Located RdrName)) -> (HappyAbsSyn )-happyIn259 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap259 x)-{-# INLINE happyIn259 #-}-happyOut259 :: (HappyAbsSyn ) -> HappyWrap259-happyOut259 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut259 #-}-newtype HappyWrap260 = HappyWrap260 ([LBooleanFormula (Located RdrName)])-happyIn260 :: ([LBooleanFormula (Located RdrName)]) -> (HappyAbsSyn )-happyIn260 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap260 x)-{-# INLINE happyIn260 #-}-happyOut260 :: (HappyAbsSyn ) -> HappyWrap260-happyOut260 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut260 #-}-newtype HappyWrap261 = HappyWrap261 (LBooleanFormula (Located RdrName))-happyIn261 :: (LBooleanFormula (Located RdrName)) -> (HappyAbsSyn )-happyIn261 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap261 x)-{-# INLINE happyIn261 #-}-happyOut261 :: (HappyAbsSyn ) -> HappyWrap261-happyOut261 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut261 #-}-newtype HappyWrap262 = HappyWrap262 (Located [Located RdrName])-happyIn262 :: (Located [Located RdrName]) -> (HappyAbsSyn )-happyIn262 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap262 x)-{-# INLINE happyIn262 #-}-happyOut262 :: (HappyAbsSyn ) -> HappyWrap262-happyOut262 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut262 #-}-newtype HappyWrap263 = HappyWrap263 (Located RdrName)-happyIn263 :: (Located RdrName) -> (HappyAbsSyn )-happyIn263 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap263 x)-{-# INLINE happyIn263 #-}-happyOut263 :: (HappyAbsSyn ) -> HappyWrap263-happyOut263 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut263 #-}-newtype HappyWrap264 = HappyWrap264 (Located RdrName)-happyIn264 :: (Located RdrName) -> (HappyAbsSyn )-happyIn264 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap264 x)-{-# INLINE happyIn264 #-}-happyOut264 :: (HappyAbsSyn ) -> HappyWrap264-happyOut264 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut264 #-}-newtype HappyWrap265 = HappyWrap265 (Located RdrName)-happyIn265 :: (Located RdrName) -> (HappyAbsSyn )-happyIn265 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap265 x)-{-# INLINE happyIn265 #-}-happyOut265 :: (HappyAbsSyn ) -> HappyWrap265-happyOut265 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut265 #-}-newtype HappyWrap266 = HappyWrap266 (Located RdrName)-happyIn266 :: (Located RdrName) -> (HappyAbsSyn )-happyIn266 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap266 x)-{-# INLINE happyIn266 #-}-happyOut266 :: (HappyAbsSyn ) -> HappyWrap266-happyOut266 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut266 #-}-newtype HappyWrap267 = HappyWrap267 (Located RdrName)-happyIn267 :: (Located RdrName) -> (HappyAbsSyn )-happyIn267 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap267 x)-{-# INLINE happyIn267 #-}-happyOut267 :: (HappyAbsSyn ) -> HappyWrap267-happyOut267 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut267 #-}-newtype HappyWrap268 = HappyWrap268 (Located [Located RdrName])-happyIn268 :: (Located [Located RdrName]) -> (HappyAbsSyn )-happyIn268 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap268 x)-{-# INLINE happyIn268 #-}-happyOut268 :: (HappyAbsSyn ) -> HappyWrap268-happyOut268 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut268 #-}-newtype HappyWrap269 = HappyWrap269 (Located DataCon)-happyIn269 :: (Located DataCon) -> (HappyAbsSyn )-happyIn269 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap269 x)-{-# INLINE happyIn269 #-}-happyOut269 :: (HappyAbsSyn ) -> HappyWrap269-happyOut269 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut269 #-}-newtype HappyWrap270 = HappyWrap270 (Located DataCon)-happyIn270 :: (Located DataCon) -> (HappyAbsSyn )-happyIn270 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap270 x)-{-# INLINE happyIn270 #-}-happyOut270 :: (HappyAbsSyn ) -> HappyWrap270-happyOut270 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut270 #-}-newtype HappyWrap271 = HappyWrap271 (Located RdrName)-happyIn271 :: (Located RdrName) -> (HappyAbsSyn )-happyIn271 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap271 x)-{-# INLINE happyIn271 #-}-happyOut271 :: (HappyAbsSyn ) -> HappyWrap271-happyOut271 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut271 #-}-newtype HappyWrap272 = HappyWrap272 (Located RdrName)-happyIn272 :: (Located RdrName) -> (HappyAbsSyn )-happyIn272 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap272 x)-{-# INLINE happyIn272 #-}-happyOut272 :: (HappyAbsSyn ) -> HappyWrap272-happyOut272 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut272 #-}-newtype HappyWrap273 = HappyWrap273 (Located RdrName)-happyIn273 :: (Located RdrName) -> (HappyAbsSyn )-happyIn273 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap273 x)-{-# INLINE happyIn273 #-}-happyOut273 :: (HappyAbsSyn ) -> HappyWrap273-happyOut273 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut273 #-}-newtype HappyWrap274 = HappyWrap274 (Located RdrName)-happyIn274 :: (Located RdrName) -> (HappyAbsSyn )-happyIn274 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap274 x)-{-# INLINE happyIn274 #-}-happyOut274 :: (HappyAbsSyn ) -> HappyWrap274-happyOut274 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut274 #-}-newtype HappyWrap275 = HappyWrap275 (Located RdrName)-happyIn275 :: (Located RdrName) -> (HappyAbsSyn )-happyIn275 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap275 x)-{-# INLINE happyIn275 #-}-happyOut275 :: (HappyAbsSyn ) -> HappyWrap275-happyOut275 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut275 #-}-newtype HappyWrap276 = HappyWrap276 (Located RdrName)-happyIn276 :: (Located RdrName) -> (HappyAbsSyn )-happyIn276 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap276 x)-{-# INLINE happyIn276 #-}-happyOut276 :: (HappyAbsSyn ) -> HappyWrap276-happyOut276 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut276 #-}-newtype HappyWrap277 = HappyWrap277 (Located RdrName)-happyIn277 :: (Located RdrName) -> (HappyAbsSyn )-happyIn277 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap277 x)-{-# INLINE happyIn277 #-}-happyOut277 :: (HappyAbsSyn ) -> HappyWrap277-happyOut277 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut277 #-}-newtype HappyWrap278 = HappyWrap278 (Located RdrName)-happyIn278 :: (Located RdrName) -> (HappyAbsSyn )-happyIn278 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap278 x)-{-# INLINE happyIn278 #-}-happyOut278 :: (HappyAbsSyn ) -> HappyWrap278-happyOut278 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut278 #-}-newtype HappyWrap279 = HappyWrap279 (Located RdrName)-happyIn279 :: (Located RdrName) -> (HappyAbsSyn )-happyIn279 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap279 x)-{-# INLINE happyIn279 #-}-happyOut279 :: (HappyAbsSyn ) -> HappyWrap279-happyOut279 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut279 #-}-newtype HappyWrap280 = HappyWrap280 (Located RdrName)-happyIn280 :: (Located RdrName) -> (HappyAbsSyn )-happyIn280 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap280 x)-{-# INLINE happyIn280 #-}-happyOut280 :: (HappyAbsSyn ) -> HappyWrap280-happyOut280 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut280 #-}-newtype HappyWrap281 = HappyWrap281 (Located RdrName)-happyIn281 :: (Located RdrName) -> (HappyAbsSyn )-happyIn281 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap281 x)-{-# INLINE happyIn281 #-}-happyOut281 :: (HappyAbsSyn ) -> HappyWrap281-happyOut281 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut281 #-}-newtype HappyWrap282 = HappyWrap282 (Located RdrName)-happyIn282 :: (Located RdrName) -> (HappyAbsSyn )-happyIn282 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap282 x)-{-# INLINE happyIn282 #-}-happyOut282 :: (HappyAbsSyn ) -> HappyWrap282-happyOut282 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut282 #-}-newtype HappyWrap283 = HappyWrap283 (Located RdrName)-happyIn283 :: (Located RdrName) -> (HappyAbsSyn )-happyIn283 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap283 x)-{-# INLINE happyIn283 #-}-happyOut283 :: (HappyAbsSyn ) -> HappyWrap283-happyOut283 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut283 #-}-newtype HappyWrap284 = HappyWrap284 (forall b. DisambInfixOp b => PV (Located b))-happyIn284 :: (forall b. DisambInfixOp b => PV (Located b)) -> (HappyAbsSyn )-happyIn284 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap284 x)-{-# INLINE happyIn284 #-}-happyOut284 :: (HappyAbsSyn ) -> HappyWrap284-happyOut284 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut284 #-}-newtype HappyWrap285 = HappyWrap285 (forall b. DisambInfixOp b => PV (Located b))-happyIn285 :: (forall b. DisambInfixOp b => PV (Located b)) -> (HappyAbsSyn )-happyIn285 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap285 x)-{-# INLINE happyIn285 #-}-happyOut285 :: (HappyAbsSyn ) -> HappyWrap285-happyOut285 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut285 #-}-newtype HappyWrap286 = HappyWrap286 (forall b. DisambInfixOp b => PV (Located b))-happyIn286 :: (forall b. DisambInfixOp b => PV (Located b)) -> (HappyAbsSyn )-happyIn286 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap286 x)-{-# INLINE happyIn286 #-}-happyOut286 :: (HappyAbsSyn ) -> HappyWrap286-happyOut286 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut286 #-}-newtype HappyWrap287 = HappyWrap287 (Located RdrName)-happyIn287 :: (Located RdrName) -> (HappyAbsSyn )-happyIn287 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap287 x)-{-# INLINE happyIn287 #-}-happyOut287 :: (HappyAbsSyn ) -> HappyWrap287-happyOut287 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut287 #-}-newtype HappyWrap288 = HappyWrap288 (Located RdrName)-happyIn288 :: (Located RdrName) -> (HappyAbsSyn )-happyIn288 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap288 x)-{-# INLINE happyIn288 #-}-happyOut288 :: (HappyAbsSyn ) -> HappyWrap288-happyOut288 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut288 #-}-newtype HappyWrap289 = HappyWrap289 (Located RdrName)-happyIn289 :: (Located RdrName) -> (HappyAbsSyn )-happyIn289 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap289 x)-{-# INLINE happyIn289 #-}-happyOut289 :: (HappyAbsSyn ) -> HappyWrap289-happyOut289 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut289 #-}-newtype HappyWrap290 = HappyWrap290 (Located RdrName)-happyIn290 :: (Located RdrName) -> (HappyAbsSyn )-happyIn290 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap290 x)-{-# INLINE happyIn290 #-}-happyOut290 :: (HappyAbsSyn ) -> HappyWrap290-happyOut290 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut290 #-}-newtype HappyWrap291 = HappyWrap291 (Located RdrName)-happyIn291 :: (Located RdrName) -> (HappyAbsSyn )-happyIn291 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap291 x)-{-# INLINE happyIn291 #-}-happyOut291 :: (HappyAbsSyn ) -> HappyWrap291-happyOut291 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut291 #-}-newtype HappyWrap292 = HappyWrap292 (Located RdrName)-happyIn292 :: (Located RdrName) -> (HappyAbsSyn )-happyIn292 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap292 x)-{-# INLINE happyIn292 #-}-happyOut292 :: (HappyAbsSyn ) -> HappyWrap292-happyOut292 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut292 #-}-newtype HappyWrap293 = HappyWrap293 (Located RdrName)-happyIn293 :: (Located RdrName) -> (HappyAbsSyn )-happyIn293 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap293 x)-{-# INLINE happyIn293 #-}-happyOut293 :: (HappyAbsSyn ) -> HappyWrap293-happyOut293 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut293 #-}-newtype HappyWrap294 = HappyWrap294 (Located RdrName)-happyIn294 :: (Located RdrName) -> (HappyAbsSyn )-happyIn294 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap294 x)-{-# INLINE happyIn294 #-}-happyOut294 :: (HappyAbsSyn ) -> HappyWrap294-happyOut294 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut294 #-}-newtype HappyWrap295 = HappyWrap295 (Located RdrName)-happyIn295 :: (Located RdrName) -> (HappyAbsSyn )-happyIn295 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap295 x)-{-# INLINE happyIn295 #-}-happyOut295 :: (HappyAbsSyn ) -> HappyWrap295-happyOut295 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut295 #-}-newtype HappyWrap296 = HappyWrap296 (Located RdrName)-happyIn296 :: (Located RdrName) -> (HappyAbsSyn )-happyIn296 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap296 x)-{-# INLINE happyIn296 #-}-happyOut296 :: (HappyAbsSyn ) -> HappyWrap296-happyOut296 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut296 #-}-newtype HappyWrap297 = HappyWrap297 (Located RdrName)-happyIn297 :: (Located RdrName) -> (HappyAbsSyn )-happyIn297 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap297 x)-{-# INLINE happyIn297 #-}-happyOut297 :: (HappyAbsSyn ) -> HappyWrap297-happyOut297 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut297 #-}-newtype HappyWrap298 = HappyWrap298 (Located RdrName)-happyIn298 :: (Located RdrName) -> (HappyAbsSyn )-happyIn298 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap298 x)-{-# INLINE happyIn298 #-}-happyOut298 :: (HappyAbsSyn ) -> HappyWrap298-happyOut298 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut298 #-}-newtype HappyWrap299 = HappyWrap299 (Located RdrName)-happyIn299 :: (Located RdrName) -> (HappyAbsSyn )-happyIn299 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap299 x)-{-# INLINE happyIn299 #-}-happyOut299 :: (HappyAbsSyn ) -> HappyWrap299-happyOut299 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut299 #-}-newtype HappyWrap300 = HappyWrap300 (Located RdrName)-happyIn300 :: (Located RdrName) -> (HappyAbsSyn )-happyIn300 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap300 x)-{-# INLINE happyIn300 #-}-happyOut300 :: (HappyAbsSyn ) -> HappyWrap300-happyOut300 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut300 #-}-newtype HappyWrap301 = HappyWrap301 (Located FastString)-happyIn301 :: (Located FastString) -> (HappyAbsSyn )-happyIn301 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap301 x)-{-# INLINE happyIn301 #-}-happyOut301 :: (HappyAbsSyn ) -> HappyWrap301-happyOut301 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut301 #-}-newtype HappyWrap302 = HappyWrap302 (Located FastString)-happyIn302 :: (Located FastString) -> (HappyAbsSyn )-happyIn302 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap302 x)-{-# INLINE happyIn302 #-}-happyOut302 :: (HappyAbsSyn ) -> HappyWrap302-happyOut302 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut302 #-}-newtype HappyWrap303 = HappyWrap303 (Located RdrName)-happyIn303 :: (Located RdrName) -> (HappyAbsSyn )-happyIn303 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap303 x)-{-# INLINE happyIn303 #-}-happyOut303 :: (HappyAbsSyn ) -> HappyWrap303-happyOut303 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut303 #-}-newtype HappyWrap304 = HappyWrap304 (Located RdrName)-happyIn304 :: (Located RdrName) -> (HappyAbsSyn )-happyIn304 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap304 x)-{-# INLINE happyIn304 #-}-happyOut304 :: (HappyAbsSyn ) -> HappyWrap304-happyOut304 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut304 #-}-newtype HappyWrap305 = HappyWrap305 (Located RdrName)-happyIn305 :: (Located RdrName) -> (HappyAbsSyn )-happyIn305 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap305 x)-{-# INLINE happyIn305 #-}-happyOut305 :: (HappyAbsSyn ) -> HappyWrap305-happyOut305 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut305 #-}-newtype HappyWrap306 = HappyWrap306 (Located RdrName)-happyIn306 :: (Located RdrName) -> (HappyAbsSyn )-happyIn306 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap306 x)-{-# INLINE happyIn306 #-}-happyOut306 :: (HappyAbsSyn ) -> HappyWrap306-happyOut306 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut306 #-}-newtype HappyWrap307 = HappyWrap307 (Located (HsLit GhcPs))-happyIn307 :: (Located (HsLit GhcPs)) -> (HappyAbsSyn )-happyIn307 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap307 x)-{-# INLINE happyIn307 #-}-happyOut307 :: (HappyAbsSyn ) -> HappyWrap307-happyOut307 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut307 #-}-newtype HappyWrap308 = HappyWrap308 (())-happyIn308 :: (()) -> (HappyAbsSyn )-happyIn308 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap308 x)-{-# INLINE happyIn308 #-}-happyOut308 :: (HappyAbsSyn ) -> HappyWrap308-happyOut308 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut308 #-}-newtype HappyWrap309 = HappyWrap309 (Located ModuleName)-happyIn309 :: (Located ModuleName) -> (HappyAbsSyn )-happyIn309 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap309 x)-{-# INLINE happyIn309 #-}-happyOut309 :: (HappyAbsSyn ) -> HappyWrap309-happyOut309 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut309 #-}-newtype HappyWrap310 = HappyWrap310 (([SrcSpan],Int))-happyIn310 :: (([SrcSpan],Int)) -> (HappyAbsSyn )-happyIn310 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap310 x)-{-# INLINE happyIn310 #-}-happyOut310 :: (HappyAbsSyn ) -> HappyWrap310-happyOut310 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut310 #-}-newtype HappyWrap311 = HappyWrap311 (([SrcSpan],Int))-happyIn311 :: (([SrcSpan],Int)) -> (HappyAbsSyn )-happyIn311 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap311 x)-{-# INLINE happyIn311 #-}-happyOut311 :: (HappyAbsSyn ) -> HappyWrap311-happyOut311 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut311 #-}-newtype HappyWrap312 = HappyWrap312 (([SrcSpan],Int))-happyIn312 :: (([SrcSpan],Int)) -> (HappyAbsSyn )-happyIn312 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap312 x)-{-# INLINE happyIn312 #-}-happyOut312 :: (HappyAbsSyn ) -> HappyWrap312-happyOut312 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut312 #-}-newtype HappyWrap313 = HappyWrap313 (ECP)-happyIn313 :: (ECP) -> (HappyAbsSyn )-happyIn313 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap313 x)-{-# INLINE happyIn313 #-}-happyOut313 :: (HappyAbsSyn ) -> HappyWrap313-happyOut313 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut313 #-}-newtype HappyWrap314 = HappyWrap314 (ECP)-happyIn314 :: (ECP) -> (HappyAbsSyn )-happyIn314 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap314 x)-{-# INLINE happyIn314 #-}-happyOut314 :: (HappyAbsSyn ) -> HappyWrap314-happyOut314 x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOut314 #-}-happyInTok :: ((Located Token)) -> (HappyAbsSyn )-happyInTok x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyInTok #-}-happyOutTok :: (HappyAbsSyn ) -> ((Located Token))-happyOutTok x = Happy_GHC_Exts.unsafeCoerce# x-{-# INLINE happyOutTok #-}---happyExpList :: HappyAddr-happyExpList = HappyA# 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NOINLINE happyExpListPerState #-}-happyExpListPerState st =-    token_strs_expected-  where token_strs = ["error","%dummy","%start_parseModuleNoHaddock","%start_parseSignature","%start_parseImport","%start_parseStatement","%start_parseDeclaration","%start_parseExpression","%start_parsePattern","%start_parseTypeSignature","%start_parseStmt","%start_parseIdentifier","%start_parseType","%start_parseBackpack","%start_parseHeader","identifier","backpack","units","unit","unitid","msubsts","msubst","moduleid","pkgname","litpkgname_segment","HYPHEN","litpkgname","mayberns","rns","rn","unitbody","unitdecls","unitdecl","signature","module","missing_module_keyword","implicit_top","maybemodwarning","body","body2","top","top1","header","header_body","header_body2","header_top","header_top_importdecls","maybeexports","exportlist","exportlist1","export","export_subspec","qcnames","qcnames1","qcname_ext_w_wildcard","qcname_ext","qcname","semis1","semis","importdecls","importdecls_semi","importdecl","maybe_src","maybe_safe","maybe_pkg","optqualified","maybeas","maybeimpspec","impspec","prec","infix","ops","topdecls","topdecls_semi","topdecl","cl_decl","ty_decl","standalone_kind_sig","sks_vars","inst_decl","overlap_pragma","deriv_strategy_no_via","deriv_strategy_via","deriv_standalone_strategy","opt_injective_info","injectivity_cond","inj_varids","where_type_family","ty_fam_inst_eqn_list","ty_fam_inst_eqns","ty_fam_inst_eqn","at_decl_cls","opt_family","opt_instance","at_decl_inst","data_or_newtype","opt_kind_sig","opt_datafam_kind_sig","opt_tyfam_kind_sig","opt_at_kind_inj_sig","tycl_hdr","datafam_inst_hdr","capi_ctype","stand_alone_deriving","role_annot","maybe_roles","roles","role","pattern_synonym_decl","pattern_synonym_lhs","vars0","cvars1","where_decls","pattern_synonym_sig","decl_cls","decls_cls","decllist_cls","where_cls","decl_inst","decls_inst","decllist_inst","where_inst","decls","decllist","binds","wherebinds","rules","rule","rule_activation","rule_activation_marker","rule_explicit_activation","rule_foralls","rule_vars","rule_var","warnings","warning","deprecations","deprecation","strings","stringlist","annotation","fdecl","callconv","safety","fspec","opt_sig","opt_tyconsig","sigktype","sigtype","sig_vars","sigtypes1","unpackedness","forall_telescope","ktype","ctype","context","type","mult","btype","infixtype","ftype","tyarg","tyop","atype","inst_type","deriv_types","comma_types0","comma_types1","bar_types2","tv_bndrs","tv_bndr","tv_bndr_no_braces","fds","fds1","fd","varids0","kind","gadt_constrlist","gadt_constrs","gadt_constr","constrs","constrs1","constr","forall","constr_stuff","fielddecls","fielddecls1","fielddecl","maybe_derivings","derivings","deriving","deriv_clause_types","decl_no_th","decl","rhs","gdrhs","gdrh","sigdecl","activation","explicit_activation","quasiquote","exp","infixexp","exp10p","exp10","optSemi","prag_e","fexp","aexp","aexp1","aexp2","splice_exp","splice_untyped","splice_typed","cmdargs","acmd","cvtopbody","cvtopdecls0","texp","tup_exprs","commas_tup_tail","tup_tail","list","lexps","flattenedpquals","pquals","squals","transformqual","guardquals","guardquals1","altslist","alts","alts1","alt","alt_rhs","ralt","gdpats","ifgdpats","gdpat","pat","bindpat","apat","apats","stmtlist","stmts","maybe_stmt","e_stmt","stmt","qual","fbinds","fbinds1","fbind","dbinds","dbind","ipvar","overloaded_label","name_boolformula_opt","name_boolformula","name_boolformula_and","name_boolformula_and_list","name_boolformula_atom","namelist","name_var","qcon_nowiredlist","qcon","gen_qcon","con","con_list","sysdcon_nolist","sysdcon","conop","qconop","gtycon","ntgtycon","oqtycon","oqtycon_no_varcon","qtyconop","qtycon","tycon","qtyconsym","tyconsym","op","varop","qop","qopm","hole_op","qvarop","qvaropm","tyvar","tyvarop","tyvarid","var","qvar","qvarid","varid","qvarsym","qvarsym_no_minus","qvarsym1","varsym","varsym_no_minus","special_id","special_sym","qconid","conid","qconsym","consym","literal","close","modid","commas","bars0","bars","exp_prag__exp__","exp_prag__exp10p__","'_'","'as'","'case'","'class'","'data'","'default'","'deriving'","'else'","'hiding'","'if'","'import'","'in'","'infix'","'infixl'","'infixr'","'instance'","'let'","'module'","'newtype'","'of'","'qualified'","'then'","'type'","'where'","'forall'","'foreign'","'export'","'label'","'dynamic'","'safe'","'interruptible'","'unsafe'","'family'","'role'","'stdcall'","'ccall'","'capi'","'prim'","'javascript'","'proc'","'rec'","'group'","'by'","'using'","'pattern'","'static'","'stock'","'anyclass'","'via'","'unit'","'signature'","'dependency'","'{-# INLINE'","'{-# SPECIALISE'","'{-# SPECIALISE_INLINE'","'{-# SOURCE'","'{-# RULES'","'{-# SCC'","'{-# DEPRECATED'","'{-# WARNING'","'{-# UNPACK'","'{-# NOUNPACK'","'{-# ANN'","'{-# MINIMAL'","'{-# CTYPE'","'{-# OVERLAPPING'","'{-# OVERLAPPABLE'","'{-# OVERLAPS'","'{-# INCOHERENT'","'{-# COMPLETE'","'#-}'","'..'","':'","'::'","'='","'\\\\'","'lcase'","'|'","'<-'","'->'","'->.'","TIGHT_INFIX_AT","'=>'","'-'","PREFIX_TILDE","PREFIX_BANG","PREFIX_MINUS","'*'","'-<'","'>-'","'-<<'","'>>-'","'.'","PREFIX_AT","PREFIX_PERCENT","'{'","'}'","vocurly","vccurly","'['","']'","'('","')'","'(#'","'#)'","'(|'","'|)'","';'","','","'`'","SIMPLEQUOTE","VARID","CONID","VARSYM","CONSYM","QVARID","QCONID","QVARSYM","QCONSYM","DO","MDO","IPDUPVARID","LABELVARID","CHAR","STRING","INTEGER","RATIONAL","PRIMCHAR","PRIMSTRING","PRIMINTEGER","PRIMWORD","PRIMFLOAT","PRIMDOUBLE","'[|'","'[p|'","'[t|'","'[d|'","'|]'","'[||'","'||]'","PREFIX_DOLLAR","PREFIX_DOLLAR_DOLLAR","TH_TY_QUOTE","TH_QUASIQUOTE","TH_QQUASIQUOTE","%eof"]-        bit_start = st Prelude.* 460-        bit_end = (st Prelude.+ 1) Prelude.* 460-        read_bit = readArrayBit happyExpList-        bits = Prelude.map read_bit [bit_start..bit_end Prelude.- 1]-        bits_indexed = Prelude.zip bits [0..459]-        token_strs_expected = Prelude.concatMap f bits_indexed-        f (Prelude.False, _) = []-        f (Prelude.True, nr) = [token_strs Prelude.!! nr]--happyActOffsets :: HappyAddr-happyActOffsets = HappyA# 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:: HappyAddr-happyGotoOffsets = HappyA# 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:: Happy_GHC_Exts.Int# -> Happy_GHC_Exts.Int#-happyAdjustOffset off = off--happyDefActions :: HappyAddr-happyDefActions = HappyA# 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:: HappyAddr-happyCheck = HappyA# 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f\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff\xff"#--happyTable :: HappyAddr-happyTable = HappyA# 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= Happy_Data_Array.array (13, 797) [-	(13 , happyReduce_13),-	(14 , happyReduce_14),-	(15 , happyReduce_15),-	(16 , happyReduce_16),-	(17 , happyReduce_17),-	(18 , happyReduce_18),-	(19 , happyReduce_19),-	(20 , happyReduce_20),-	(21 , happyReduce_21),-	(22 , happyReduce_22),-	(23 , happyReduce_23),-	(24 , happyReduce_24),-	(25 , happyReduce_25),-	(26 , happyReduce_26),-	(27 , happyReduce_27),-	(28 , happyReduce_28),-	(29 , happyReduce_29),-	(30 , happyReduce_30),-	(31 , happyReduce_31),-	(32 , happyReduce_32),-	(33 , happyReduce_33),-	(34 , happyReduce_34),-	(35 , happyReduce_35),-	(36 , happyReduce_36),-	(37 , happyReduce_37),-	(38 , happyReduce_38),-	(39 , happyReduce_39),-	(40 , happyReduce_40),-	(41 , happyReduce_41),-	(42 , happyReduce_42),-	(43 , happyReduce_43),-	(44 , happyReduce_44),-	(45 , happyReduce_45),-	(46 , happyReduce_46),-	(47 , happyReduce_47),-	(48 , happyReduce_48),-	(49 , happyReduce_49),-	(50 , happyReduce_50),-	(51 , happyReduce_51),-	(52 , happyReduce_52),-	(53 , happyReduce_53),-	(54 , happyReduce_54),-	(55 , happyReduce_55),-	(56 , happyReduce_56),-	(57 , happyReduce_57),-	(58 , happyReduce_58),-	(59 , happyReduce_59),-	(60 , happyReduce_60),-	(61 , happyReduce_61),-	(62 , happyReduce_62),-	(63 , happyReduce_63),-	(64 , happyReduce_64),-	(65 , happyReduce_65),-	(66 , happyReduce_66),-	(67 , happyReduce_67),-	(68 , happyReduce_68),-	(69 , happyReduce_69),-	(70 , happyReduce_70),-	(71 , happyReduce_71),-	(72 , happyReduce_72),-	(73 , happyReduce_73),-	(74 , happyReduce_74),-	(75 , happyReduce_75),-	(76 , happyReduce_76),-	(77 , happyReduce_77),-	(78 , happyReduce_78),-	(79 , happyReduce_79),-	(80 , happyReduce_80),-	(81 , happyReduce_81),-	(82 , happyReduce_82),-	(83 , happyReduce_83),-	(84 , happyReduce_84),-	(85 , happyReduce_85),-	(86 , happyReduce_86),-	(87 , happyReduce_87),-	(88 , happyReduce_88),-	(89 , happyReduce_89),-	(90 , happyReduce_90),-	(91 , happyReduce_91),-	(92 , happyReduce_92),-	(93 , happyReduce_93),-	(94 , happyReduce_94),-	(95 , happyReduce_95),-	(96 , happyReduce_96),-	(97 , happyReduce_97),-	(98 , happyReduce_98),-	(99 , happyReduce_99),-	(100 , happyReduce_100),-	(101 , happyReduce_101),-	(102 , happyReduce_102),-	(103 , happyReduce_103),-	(104 , happyReduce_104),-	(105 , happyReduce_105),-	(106 , happyReduce_106),-	(107 , happyReduce_107),-	(108 , happyReduce_108),-	(109 , happyReduce_109),-	(110 , happyReduce_110),-	(111 , happyReduce_111),-	(112 , happyReduce_112),-	(113 , happyReduce_113),-	(114 , happyReduce_114),-	(115 , happyReduce_115),-	(116 , happyReduce_116),-	(117 , happyReduce_117),-	(118 , happyReduce_118),-	(119 , happyReduce_119),-	(120 , happyReduce_120),-	(121 , happyReduce_121),-	(122 , happyReduce_122),-	(123 , happyReduce_123),-	(124 , happyReduce_124),-	(125 , happyReduce_125),-	(126 , happyReduce_126),-	(127 , happyReduce_127),-	(128 , happyReduce_128),-	(129 , happyReduce_129),-	(130 , happyReduce_130),-	(131 , happyReduce_131),-	(132 , happyReduce_132),-	(133 , happyReduce_133),-	(134 , happyReduce_134),-	(135 , happyReduce_135),-	(136 , happyReduce_136),-	(137 , happyReduce_137),-	(138 , happyReduce_138),-	(139 , happyReduce_139),-	(140 , happyReduce_140),-	(141 , happyReduce_141),-	(142 , happyReduce_142),-	(143 , happyReduce_143),-	(144 , happyReduce_144),-	(145 , happyReduce_145),-	(146 , happyReduce_146),-	(147 , happyReduce_147),-	(148 , happyReduce_148),-	(149 , happyReduce_149),-	(150 , happyReduce_150),-	(151 , happyReduce_151),-	(152 , happyReduce_152),-	(153 , happyReduce_153),-	(154 , happyReduce_154),-	(155 , happyReduce_155),-	(156 , happyReduce_156),-	(157 , happyReduce_157),-	(158 , happyReduce_158),-	(159 , happyReduce_159),-	(160 , happyReduce_160),-	(161 , happyReduce_161),-	(162 , happyReduce_162),-	(163 , happyReduce_163),-	(164 , happyReduce_164),-	(165 , happyReduce_165),-	(166 , happyReduce_166),-	(167 , happyReduce_167),-	(168 , happyReduce_168),-	(169 , happyReduce_169),-	(170 , happyReduce_170),-	(171 , happyReduce_171),-	(172 , happyReduce_172),-	(173 , happyReduce_173),-	(174 , happyReduce_174),-	(175 , happyReduce_175),-	(176 , happyReduce_176),-	(177 , happyReduce_177),-	(178 , happyReduce_178),-	(179 , happyReduce_179),-	(180 , happyReduce_180),-	(181 , happyReduce_181),-	(182 , happyReduce_182),-	(183 , happyReduce_183),-	(184 , happyReduce_184),-	(185 , happyReduce_185),-	(186 , happyReduce_186),-	(187 , happyReduce_187),-	(188 , happyReduce_188),-	(189 , happyReduce_189),-	(190 , happyReduce_190),-	(191 , happyReduce_191),-	(192 , happyReduce_192),-	(193 , happyReduce_193),-	(194 , happyReduce_194),-	(195 , happyReduce_195),-	(196 , happyReduce_196),-	(197 , happyReduce_197),-	(198 , happyReduce_198),-	(199 , happyReduce_199),-	(200 , happyReduce_200),-	(201 , happyReduce_201),-	(202 , happyReduce_202),-	(203 , happyReduce_203),-	(204 , happyReduce_204),-	(205 , happyReduce_205),-	(206 , happyReduce_206),-	(207 , happyReduce_207),-	(208 , happyReduce_208),-	(209 , happyReduce_209),-	(210 , happyReduce_210),-	(211 , happyReduce_211),-	(212 , happyReduce_212),-	(213 , happyReduce_213),-	(214 , happyReduce_214),-	(215 , happyReduce_215),-	(216 , happyReduce_216),-	(217 , happyReduce_217),-	(218 , happyReduce_218),-	(219 , happyReduce_219),-	(220 , happyReduce_220),-	(221 , happyReduce_221),-	(222 , happyReduce_222),-	(223 , happyReduce_223),-	(224 , happyReduce_224),-	(225 , happyReduce_225),-	(226 , happyReduce_226),-	(227 , happyReduce_227),-	(228 , happyReduce_228),-	(229 , happyReduce_229),-	(230 , happyReduce_230),-	(231 , happyReduce_231),-	(232 , happyReduce_232),-	(233 , happyReduce_233),-	(234 , happyReduce_234),-	(235 , happyReduce_235),-	(236 , happyReduce_236),-	(237 , happyReduce_237),-	(238 , happyReduce_238),-	(239 , happyReduce_239),-	(240 , happyReduce_240),-	(241 , happyReduce_241),-	(242 , happyReduce_242),-	(243 , happyReduce_243),-	(244 , happyReduce_244),-	(245 , happyReduce_245),-	(246 , happyReduce_246),-	(247 , happyReduce_247),-	(248 , happyReduce_248),-	(249 , happyReduce_249),-	(250 , happyReduce_250),-	(251 , happyReduce_251),-	(252 , happyReduce_252),-	(253 , happyReduce_253),-	(254 , happyReduce_254),-	(255 , happyReduce_255),-	(256 , happyReduce_256),-	(257 , happyReduce_257),-	(258 , happyReduce_258),-	(259 , happyReduce_259),-	(260 , happyReduce_260),-	(261 , happyReduce_261),-	(262 , happyReduce_262),-	(263 , happyReduce_263),-	(264 , happyReduce_264),-	(265 , happyReduce_265),-	(266 , happyReduce_266),-	(267 , happyReduce_267),-	(268 , happyReduce_268),-	(269 , happyReduce_269),-	(270 , happyReduce_270),-	(271 , happyReduce_271),-	(272 , happyReduce_272),-	(273 , happyReduce_273),-	(274 , happyReduce_274),-	(275 , happyReduce_275),-	(276 , happyReduce_276),-	(277 , happyReduce_277),-	(278 , happyReduce_278),-	(279 , happyReduce_279),-	(280 , happyReduce_280),-	(281 , happyReduce_281),-	(282 , happyReduce_282),-	(283 , happyReduce_283),-	(284 , happyReduce_284),-	(285 , happyReduce_285),-	(286 , happyReduce_286),-	(287 , happyReduce_287),-	(288 , happyReduce_288),-	(289 , happyReduce_289),-	(290 , happyReduce_290),-	(291 , happyReduce_291),-	(292 , happyReduce_292),-	(293 , happyReduce_293),-	(294 , happyReduce_294),-	(295 , happyReduce_295),-	(296 , happyReduce_296),-	(297 , happyReduce_297),-	(298 , happyReduce_298),-	(299 , happyReduce_299),-	(300 , happyReduce_300),-	(301 , happyReduce_301),-	(302 , happyReduce_302),-	(303 , happyReduce_303),-	(304 , happyReduce_304),-	(305 , happyReduce_305),-	(306 , happyReduce_306),-	(307 , happyReduce_307),-	(308 , happyReduce_308),-	(309 , happyReduce_309),-	(310 , happyReduce_310),-	(311 , happyReduce_311),-	(312 , happyReduce_312),-	(313 , happyReduce_313),-	(314 , happyReduce_314),-	(315 , happyReduce_315),-	(316 , happyReduce_316),-	(317 , happyReduce_317),-	(318 , happyReduce_318),-	(319 , happyReduce_319),-	(320 , happyReduce_320),-	(321 , happyReduce_321),-	(322 , happyReduce_322),-	(323 , happyReduce_323),-	(324 , happyReduce_324),-	(325 , happyReduce_325),-	(326 , happyReduce_326),-	(327 , happyReduce_327),-	(328 , happyReduce_328),-	(329 , happyReduce_329),-	(330 , happyReduce_330),-	(331 , happyReduce_331),-	(332 , happyReduce_332),-	(333 , happyReduce_333),-	(334 , happyReduce_334),-	(335 , happyReduce_335),-	(336 , happyReduce_336),-	(337 , happyReduce_337),-	(338 , happyReduce_338),-	(339 , happyReduce_339),-	(340 , happyReduce_340),-	(341 , happyReduce_341),-	(342 , happyReduce_342),-	(343 , happyReduce_343),-	(344 , happyReduce_344),-	(345 , happyReduce_345),-	(346 , happyReduce_346),-	(347 , happyReduce_347),-	(348 , happyReduce_348),-	(349 , happyReduce_349),-	(350 , happyReduce_350),-	(351 , happyReduce_351),-	(352 , happyReduce_352),-	(353 , happyReduce_353),-	(354 , happyReduce_354),-	(355 , happyReduce_355),-	(356 , happyReduce_356),-	(357 , happyReduce_357),-	(358 , happyReduce_358),-	(359 , happyReduce_359),-	(360 , 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happyReduce_398),-	(399 , happyReduce_399),-	(400 , happyReduce_400),-	(401 , happyReduce_401),-	(402 , happyReduce_402),-	(403 , happyReduce_403),-	(404 , happyReduce_404),-	(405 , happyReduce_405),-	(406 , happyReduce_406),-	(407 , happyReduce_407),-	(408 , happyReduce_408),-	(409 , happyReduce_409),-	(410 , happyReduce_410),-	(411 , happyReduce_411),-	(412 , happyReduce_412),-	(413 , happyReduce_413),-	(414 , happyReduce_414),-	(415 , happyReduce_415),-	(416 , happyReduce_416),-	(417 , happyReduce_417),-	(418 , happyReduce_418),-	(419 , happyReduce_419),-	(420 , happyReduce_420),-	(421 , happyReduce_421),-	(422 , happyReduce_422),-	(423 , happyReduce_423),-	(424 , happyReduce_424),-	(425 , happyReduce_425),-	(426 , happyReduce_426),-	(427 , happyReduce_427),-	(428 , happyReduce_428),-	(429 , happyReduce_429),-	(430 , happyReduce_430),-	(431 , happyReduce_431),-	(432 , happyReduce_432),-	(433 , happyReduce_433),-	(434 , happyReduce_434),-	(435 , happyReduce_435),-	(436 , happyReduce_436),-	(437 , happyReduce_437),-	(438 , happyReduce_438),-	(439 , happyReduce_439),-	(440 , happyReduce_440),-	(441 , happyReduce_441),-	(442 , happyReduce_442),-	(443 , happyReduce_443),-	(444 , happyReduce_444),-	(445 , happyReduce_445),-	(446 , happyReduce_446),-	(447 , happyReduce_447),-	(448 , happyReduce_448),-	(449 , happyReduce_449),-	(450 , happyReduce_450),-	(451 , happyReduce_451),-	(452 , happyReduce_452),-	(453 , happyReduce_453),-	(454 , happyReduce_454),-	(455 , happyReduce_455),-	(456 , happyReduce_456),-	(457 , happyReduce_457),-	(458 , happyReduce_458),-	(459 , happyReduce_459),-	(460 , happyReduce_460),-	(461 , happyReduce_461),-	(462 , happyReduce_462),-	(463 , happyReduce_463),-	(464 , happyReduce_464),-	(465 , happyReduce_465),-	(466 , happyReduce_466),-	(467 , happyReduce_467),-	(468 , happyReduce_468),-	(469 , happyReduce_469),-	(470 , happyReduce_470),-	(471 , happyReduce_471),-	(472 , happyReduce_472),-	(473 , happyReduce_473),-	(474 , happyReduce_474),-	(475 , happyReduce_475),-	(476 , happyReduce_476),-	(477 , happyReduce_477),-	(478 , happyReduce_478),-	(479 , happyReduce_479),-	(480 , happyReduce_480),-	(481 , happyReduce_481),-	(482 , happyReduce_482),-	(483 , happyReduce_483),-	(484 , happyReduce_484),-	(485 , happyReduce_485),-	(486 , happyReduce_486),-	(487 , happyReduce_487),-	(488 , happyReduce_488),-	(489 , happyReduce_489),-	(490 , happyReduce_490),-	(491 , happyReduce_491),-	(492 , happyReduce_492),-	(493 , happyReduce_493),-	(494 , happyReduce_494),-	(495 , happyReduce_495),-	(496 , happyReduce_496),-	(497 , happyReduce_497),-	(498 , happyReduce_498),-	(499 , happyReduce_499),-	(500 , happyReduce_500),-	(501 , happyReduce_501),-	(502 , happyReduce_502),-	(503 , happyReduce_503),-	(504 , happyReduce_504),-	(505 , happyReduce_505),-	(506 , happyReduce_506),-	(507 , happyReduce_507),-	(508 , happyReduce_508),-	(509 , happyReduce_509),-	(510 , happyReduce_510),-	(511 , happyReduce_511),-	(512 , happyReduce_512),-	(513 , happyReduce_513),-	(514 , happyReduce_514),-	(515 , happyReduce_515),-	(516 , happyReduce_516),-	(517 , happyReduce_517),-	(518 , happyReduce_518),-	(519 , happyReduce_519),-	(520 , happyReduce_520),-	(521 , happyReduce_521),-	(522 , happyReduce_522),-	(523 , happyReduce_523),-	(524 , happyReduce_524),-	(525 , happyReduce_525),-	(526 , happyReduce_526),-	(527 , happyReduce_527),-	(528 , happyReduce_528),-	(529 , happyReduce_529),-	(530 , happyReduce_530),-	(531 , happyReduce_531),-	(532 , happyReduce_532),-	(533 , happyReduce_533),-	(534 , happyReduce_534),-	(535 , happyReduce_535),-	(536 , happyReduce_536),-	(537 , happyReduce_537),-	(538 , happyReduce_538),-	(539 , happyReduce_539),-	(540 , happyReduce_540),-	(541 , happyReduce_541),-	(542 , happyReduce_542),-	(543 , happyReduce_543),-	(544 , happyReduce_544),-	(545 , happyReduce_545),-	(546 , happyReduce_546),-	(547 , happyReduce_547),-	(548 , happyReduce_548),-	(549 , happyReduce_549),-	(550 , happyReduce_550),-	(551 , happyReduce_551),-	(552 , happyReduce_552),-	(553 , happyReduce_553),-	(554 , happyReduce_554),-	(555 , happyReduce_555),-	(556 , happyReduce_556),-	(557 , happyReduce_557),-	(558 , happyReduce_558),-	(559 , happyReduce_559),-	(560 , happyReduce_560),-	(561 , happyReduce_561),-	(562 , happyReduce_562),-	(563 , happyReduce_563),-	(564 , happyReduce_564),-	(565 , happyReduce_565),-	(566 , happyReduce_566),-	(567 , happyReduce_567),-	(568 , happyReduce_568),-	(569 , happyReduce_569),-	(570 , happyReduce_570),-	(571 , happyReduce_571),-	(572 , happyReduce_572),-	(573 , happyReduce_573),-	(574 , happyReduce_574),-	(575 , happyReduce_575),-	(576 , happyReduce_576),-	(577 , happyReduce_577),-	(578 , happyReduce_578),-	(579 , happyReduce_579),-	(580 , happyReduce_580),-	(581 , happyReduce_581),-	(582 , happyReduce_582),-	(583 , happyReduce_583),-	(584 , happyReduce_584),-	(585 , happyReduce_585),-	(586 , happyReduce_586),-	(587 , happyReduce_587),-	(588 , happyReduce_588),-	(589 , happyReduce_589),-	(590 , happyReduce_590),-	(591 , happyReduce_591),-	(592 , happyReduce_592),-	(593 , happyReduce_593),-	(594 , happyReduce_594),-	(595 , happyReduce_595),-	(596 , happyReduce_596),-	(597 , happyReduce_597),-	(598 , happyReduce_598),-	(599 , happyReduce_599),-	(600 , happyReduce_600),-	(601 , happyReduce_601),-	(602 , happyReduce_602),-	(603 , happyReduce_603),-	(604 , happyReduce_604),-	(605 , happyReduce_605),-	(606 , happyReduce_606),-	(607 , happyReduce_607),-	(608 , happyReduce_608),-	(609 , happyReduce_609),-	(610 , happyReduce_610),-	(611 , happyReduce_611),-	(612 , happyReduce_612),-	(613 , happyReduce_613),-	(614 , happyReduce_614),-	(615 , happyReduce_615),-	(616 , happyReduce_616),-	(617 , happyReduce_617),-	(618 , happyReduce_618),-	(619 , happyReduce_619),-	(620 , happyReduce_620),-	(621 , happyReduce_621),-	(622 , happyReduce_622),-	(623 , happyReduce_623),-	(624 , happyReduce_624),-	(625 , happyReduce_625),-	(626 , happyReduce_626),-	(627 , happyReduce_627),-	(628 , happyReduce_628),-	(629 , happyReduce_629),-	(630 , happyReduce_630),-	(631 , happyReduce_631),-	(632 , happyReduce_632),-	(633 , happyReduce_633),-	(634 , happyReduce_634),-	(635 , happyReduce_635),-	(636 , happyReduce_636),-	(637 , happyReduce_637),-	(638 , happyReduce_638),-	(639 , happyReduce_639),-	(640 , happyReduce_640),-	(641 , happyReduce_641),-	(642 , happyReduce_642),-	(643 , happyReduce_643),-	(644 , happyReduce_644),-	(645 , happyReduce_645),-	(646 , happyReduce_646),-	(647 , happyReduce_647),-	(648 , happyReduce_648),-	(649 , happyReduce_649),-	(650 , happyReduce_650),-	(651 , happyReduce_651),-	(652 , happyReduce_652),-	(653 , happyReduce_653),-	(654 , happyReduce_654),-	(655 , happyReduce_655),-	(656 , happyReduce_656),-	(657 , happyReduce_657),-	(658 , happyReduce_658),-	(659 , happyReduce_659),-	(660 , happyReduce_660),-	(661 , happyReduce_661),-	(662 , happyReduce_662),-	(663 , happyReduce_663),-	(664 , happyReduce_664),-	(665 , happyReduce_665),-	(666 , happyReduce_666),-	(667 , happyReduce_667),-	(668 , happyReduce_668),-	(669 , happyReduce_669),-	(670 , happyReduce_670),-	(671 , happyReduce_671),-	(672 , happyReduce_672),-	(673 , happyReduce_673),-	(674 , happyReduce_674),-	(675 , happyReduce_675),-	(676 , happyReduce_676),-	(677 , happyReduce_677),-	(678 , happyReduce_678),-	(679 , happyReduce_679),-	(680 , happyReduce_680),-	(681 , happyReduce_681),-	(682 , happyReduce_682),-	(683 , happyReduce_683),-	(684 , happyReduce_684),-	(685 , happyReduce_685),-	(686 , happyReduce_686),-	(687 , happyReduce_687),-	(688 , happyReduce_688),-	(689 , happyReduce_689),-	(690 , happyReduce_690),-	(691 , happyReduce_691),-	(692 , happyReduce_692),-	(693 , happyReduce_693),-	(694 , happyReduce_694),-	(695 , happyReduce_695),-	(696 , happyReduce_696),-	(697 , happyReduce_697),-	(698 , happyReduce_698),-	(699 , happyReduce_699),-	(700 , happyReduce_700),-	(701 , happyReduce_701),-	(702 , happyReduce_702),-	(703 , happyReduce_703),-	(704 , happyReduce_704),-	(705 , happyReduce_705),-	(706 , happyReduce_706),-	(707 , happyReduce_707),-	(708 , happyReduce_708),-	(709 , happyReduce_709),-	(710 , happyReduce_710),-	(711 , happyReduce_711),-	(712 , happyReduce_712),-	(713 , happyReduce_713),-	(714 , happyReduce_714),-	(715 , happyReduce_715),-	(716 , happyReduce_716),-	(717 , happyReduce_717),-	(718 , happyReduce_718),-	(719 , happyReduce_719),-	(720 , happyReduce_720),-	(721 , happyReduce_721),-	(722 , happyReduce_722),-	(723 , happyReduce_723),-	(724 , happyReduce_724),-	(725 , happyReduce_725),-	(726 , happyReduce_726),-	(727 , happyReduce_727),-	(728 , happyReduce_728),-	(729 , happyReduce_729),-	(730 , happyReduce_730),-	(731 , happyReduce_731),-	(732 , happyReduce_732),-	(733 , happyReduce_733),-	(734 , happyReduce_734),-	(735 , happyReduce_735),-	(736 , happyReduce_736),-	(737 , happyReduce_737),-	(738 , happyReduce_738),-	(739 , happyReduce_739),-	(740 , happyReduce_740),-	(741 , happyReduce_741),-	(742 , happyReduce_742),-	(743 , happyReduce_743),-	(744 , happyReduce_744),-	(745 , happyReduce_745),-	(746 , happyReduce_746),-	(747 , happyReduce_747),-	(748 , happyReduce_748),-	(749 , happyReduce_749),-	(750 , happyReduce_750),-	(751 , happyReduce_751),-	(752 , happyReduce_752),-	(753 , happyReduce_753),-	(754 , happyReduce_754),-	(755 , happyReduce_755),-	(756 , happyReduce_756),-	(757 , happyReduce_757),-	(758 , happyReduce_758),-	(759 , happyReduce_759),-	(760 , happyReduce_760),-	(761 , happyReduce_761),-	(762 , happyReduce_762),-	(763 , happyReduce_763),-	(764 , happyReduce_764),-	(765 , happyReduce_765),-	(766 , happyReduce_766),-	(767 , happyReduce_767),-	(768 , happyReduce_768),-	(769 , happyReduce_769),-	(770 , happyReduce_770),-	(771 , happyReduce_771),-	(772 , happyReduce_772),-	(773 , happyReduce_773),-	(774 , happyReduce_774),-	(775 , happyReduce_775),-	(776 , happyReduce_776),-	(777 , happyReduce_777),-	(778 , happyReduce_778),-	(779 , happyReduce_779),-	(780 , happyReduce_780),-	(781 , happyReduce_781),-	(782 , happyReduce_782),-	(783 , happyReduce_783),-	(784 , happyReduce_784),-	(785 , happyReduce_785),-	(786 , happyReduce_786),-	(787 , happyReduce_787),-	(788 , happyReduce_788),-	(789 , happyReduce_789),-	(790 , happyReduce_790),-	(791 , happyReduce_791),-	(792 , happyReduce_792),-	(793 , happyReduce_793),-	(794 , happyReduce_794),-	(795 , happyReduce_795),-	(796 , happyReduce_796),-	(797 , happyReduce_797)-	]--happy_n_terms = 147 :: Prelude.Int-happy_n_nonterms = 299 :: Prelude.Int--happyReduce_13 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_13 = happySpecReduce_1  0# happyReduction_13-happyReduction_13 happy_x_1-	 =  case happyOut293 happy_x_1 of { (HappyWrap293 happy_var_1) -> -	happyIn16-		 (happy_var_1-	)}--happyReduce_14 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_14 = happySpecReduce_1  0# happyReduction_14-happyReduction_14 happy_x_1-	 =  case happyOut265 happy_x_1 of { (HappyWrap265 happy_var_1) -> -	happyIn16-		 (happy_var_1-	)}--happyReduce_15 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_15 = happySpecReduce_1  0# happyReduction_15-happyReduction_15 happy_x_1-	 =  case happyOut287 happy_x_1 of { (HappyWrap287 happy_var_1) -> -	happyIn16-		 (happy_var_1-	)}--happyReduce_16 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_16 = happySpecReduce_1  0# happyReduction_16-happyReduction_16 happy_x_1-	 =  case happyOut272 happy_x_1 of { (HappyWrap272 happy_var_1) -> -	happyIn16-		 (happy_var_1-	)}--happyReduce_17 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_17 = happyMonadReduce 3# 0# happyReduction_17-happyReduction_17 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ getRdrName unrestrictedFunTyCon)-                               [mop happy_var_1,mu AnnRarrow happy_var_2,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn16 r))--happyReduce_18 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_18 = happyMonadReduce 1# 0# happyReduction_18-happyReduction_18 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	( ams (sLL happy_var_1 happy_var_1 $ getRdrName unrestrictedFunTyCon)-                               [mu AnnRarrow happy_var_1])})-	) (\r -> happyReturn (happyIn16 r))--happyReduce_19 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_19 = happySpecReduce_3  1# happyReduction_19-happyReduction_19 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut18 happy_x_2 of { (HappyWrap18 happy_var_2) -> -	happyIn17-		 (fromOL happy_var_2-	)}--happyReduce_20 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_20 = happySpecReduce_3  1# happyReduction_20-happyReduction_20 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut18 happy_x_2 of { (HappyWrap18 happy_var_2) -> -	happyIn17-		 (fromOL happy_var_2-	)}--happyReduce_21 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_21 = happySpecReduce_3  2# happyReduction_21-happyReduction_21 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut18 happy_x_1 of { (HappyWrap18 happy_var_1) -> -	case happyOut19 happy_x_3 of { (HappyWrap19 happy_var_3) -> -	happyIn18-		 (happy_var_1 `appOL` unitOL happy_var_3-	)}}--happyReduce_22 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_22 = happySpecReduce_2  2# happyReduction_22-happyReduction_22 happy_x_2-	happy_x_1-	 =  case happyOut18 happy_x_1 of { (HappyWrap18 happy_var_1) -> -	happyIn18-		 (happy_var_1-	)}--happyReduce_23 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_23 = happySpecReduce_1  2# happyReduction_23-happyReduction_23 happy_x_1-	 =  case happyOut19 happy_x_1 of { (HappyWrap19 happy_var_1) -> -	happyIn18-		 (unitOL happy_var_1-	)}--happyReduce_24 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_24 = happyReduce 4# 3# happyReduction_24-happyReduction_24 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut24 happy_x_2 of { (HappyWrap24 happy_var_2) -> -	case happyOut31 happy_x_4 of { (HappyWrap31 happy_var_4) -> -	happyIn19-		 (sL1 happy_var_1 $ HsUnit { hsunitName = happy_var_2-                              , hsunitBody = fromOL happy_var_4 }-	) `HappyStk` happyRest}}}--happyReduce_25 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_25 = happySpecReduce_1  4# happyReduction_25-happyReduction_25 happy_x_1-	 =  case happyOut24 happy_x_1 of { (HappyWrap24 happy_var_1) -> -	happyIn20-		 (sL1 happy_var_1 $ HsUnitId happy_var_1 []-	)}--happyReduce_26 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_26 = happyReduce 4# 4# happyReduction_26-happyReduction_26 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOut24 happy_x_1 of { (HappyWrap24 happy_var_1) -> -	case happyOut21 happy_x_3 of { (HappyWrap21 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	happyIn20-		 (sLL happy_var_1 happy_var_4 $ HsUnitId happy_var_1 (fromOL happy_var_3)-	) `HappyStk` happyRest}}}--happyReduce_27 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_27 = happySpecReduce_3  5# happyReduction_27-happyReduction_27 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut21 happy_x_1 of { (HappyWrap21 happy_var_1) -> -	case happyOut22 happy_x_3 of { (HappyWrap22 happy_var_3) -> -	happyIn21-		 (happy_var_1 `appOL` unitOL happy_var_3-	)}}--happyReduce_28 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_28 = happySpecReduce_2  5# happyReduction_28-happyReduction_28 happy_x_2-	happy_x_1-	 =  case happyOut21 happy_x_1 of { (HappyWrap21 happy_var_1) -> -	happyIn21-		 (happy_var_1-	)}--happyReduce_29 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_29 = happySpecReduce_1  5# happyReduction_29-happyReduction_29 happy_x_1-	 =  case happyOut22 happy_x_1 of { (HappyWrap22 happy_var_1) -> -	happyIn21-		 (unitOL happy_var_1-	)}--happyReduce_30 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_30 = happySpecReduce_3  6# happyReduction_30-happyReduction_30 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut309 happy_x_1 of { (HappyWrap309 happy_var_1) -> -	case happyOut23 happy_x_3 of { (HappyWrap23 happy_var_3) -> -	happyIn22-		 (sLL happy_var_1 happy_var_3 $ (happy_var_1, happy_var_3)-	)}}--happyReduce_31 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_31 = happyReduce 4# 6# happyReduction_31-happyReduction_31 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOut309 happy_x_1 of { (HappyWrap309 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut309 happy_x_3 of { (HappyWrap309 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	happyIn22-		 (sLL happy_var_1 happy_var_4 $ (happy_var_1, sLL happy_var_2 happy_var_4 $ HsModuleVar happy_var_3)-	) `HappyStk` happyRest}}}}--happyReduce_32 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_32 = happySpecReduce_3  7# happyReduction_32-happyReduction_32 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut309 happy_x_2 of { (HappyWrap309 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn23-		 (sLL happy_var_1 happy_var_3 $ HsModuleVar happy_var_2-	)}}}--happyReduce_33 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_33 = happySpecReduce_3  7# happyReduction_33-happyReduction_33 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut20 happy_x_1 of { (HappyWrap20 happy_var_1) -> -	case happyOut309 happy_x_3 of { (HappyWrap309 happy_var_3) -> -	happyIn23-		 (sLL happy_var_1 happy_var_3 $ HsModuleId happy_var_1 happy_var_3-	)}}--happyReduce_34 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_34 = happySpecReduce_1  8# happyReduction_34-happyReduction_34 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn24-		 (sL1 happy_var_1 $ PackageName (getSTRING happy_var_1)-	)}--happyReduce_35 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_35 = happySpecReduce_1  8# happyReduction_35-happyReduction_35 happy_x_1-	 =  case happyOut27 happy_x_1 of { (HappyWrap27 happy_var_1) -> -	happyIn24-		 (sL1 happy_var_1 $ PackageName (unLoc happy_var_1)-	)}--happyReduce_36 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_36 = happySpecReduce_1  9# happyReduction_36-happyReduction_36 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn25-		 (sL1 happy_var_1 $ getVARID happy_var_1-	)}--happyReduce_37 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_37 = happySpecReduce_1  9# happyReduction_37-happyReduction_37 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn25-		 (sL1 happy_var_1 $ getCONID happy_var_1-	)}--happyReduce_38 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_38 = happySpecReduce_1  9# happyReduction_38-happyReduction_38 happy_x_1-	 =  case happyOut301 happy_x_1 of { (HappyWrap301 happy_var_1) -> -	happyIn25-		 (happy_var_1-	)}--happyReduce_39 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_39 = happySpecReduce_1  10# happyReduction_39-happyReduction_39 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn26-		 ([mj AnnMinus happy_var_1 ]-	)}--happyReduce_40 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_40 = happySpecReduce_1  10# happyReduction_40-happyReduction_40 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn26-		 ([mj AnnMinus happy_var_1 ]-	)}--happyReduce_41 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_41 = happyMonadReduce 1# 10# happyReduction_41-happyReduction_41 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	( if (getVARSYM happy_var_1 == fsLit "-")-                   then return [mj AnnMinus happy_var_1]-                   else do { addError $ PsError PsErrExpectedHyphen [] (getLoc happy_var_1)-                           ; return [] })})-	) (\r -> happyReturn (happyIn26 r))--happyReduce_42 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_42 = happySpecReduce_1  11# happyReduction_42-happyReduction_42 happy_x_1-	 =  case happyOut25 happy_x_1 of { (HappyWrap25 happy_var_1) -> -	happyIn27-		 (happy_var_1-	)}--happyReduce_43 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_43 = happySpecReduce_3  11# happyReduction_43-happyReduction_43 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut25 happy_x_1 of { (HappyWrap25 happy_var_1) -> -	case happyOut27 happy_x_3 of { (HappyWrap27 happy_var_3) -> -	happyIn27-		 (sLL happy_var_1 happy_var_3 $ appendFS (unLoc happy_var_1) (consFS '-' (unLoc happy_var_3))-	)}}--happyReduce_44 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_44 = happySpecReduce_0  12# happyReduction_44-happyReduction_44  =  happyIn28-		 (Nothing-	)--happyReduce_45 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_45 = happySpecReduce_3  12# happyReduction_45-happyReduction_45 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut29 happy_x_2 of { (HappyWrap29 happy_var_2) -> -	happyIn28-		 (Just (fromOL happy_var_2)-	)}--happyReduce_46 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_46 = happySpecReduce_3  13# happyReduction_46-happyReduction_46 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut29 happy_x_1 of { (HappyWrap29 happy_var_1) -> -	case happyOut30 happy_x_3 of { (HappyWrap30 happy_var_3) -> -	happyIn29-		 (happy_var_1 `appOL` unitOL happy_var_3-	)}}--happyReduce_47 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_47 = happySpecReduce_2  13# happyReduction_47-happyReduction_47 happy_x_2-	happy_x_1-	 =  case happyOut29 happy_x_1 of { (HappyWrap29 happy_var_1) -> -	happyIn29-		 (happy_var_1-	)}--happyReduce_48 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_48 = happySpecReduce_1  13# happyReduction_48-happyReduction_48 happy_x_1-	 =  case happyOut30 happy_x_1 of { (HappyWrap30 happy_var_1) -> -	happyIn29-		 (unitOL happy_var_1-	)}--happyReduce_49 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_49 = happySpecReduce_3  14# happyReduction_49-happyReduction_49 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut309 happy_x_1 of { (HappyWrap309 happy_var_1) -> -	case happyOut309 happy_x_3 of { (HappyWrap309 happy_var_3) -> -	happyIn30-		 (sLL happy_var_1 happy_var_3 $ Renaming happy_var_1 (Just happy_var_3)-	)}}--happyReduce_50 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_50 = happySpecReduce_1  14# happyReduction_50-happyReduction_50 happy_x_1-	 =  case happyOut309 happy_x_1 of { (HappyWrap309 happy_var_1) -> -	happyIn30-		 (sL1 happy_var_1    $ Renaming happy_var_1 Nothing-	)}--happyReduce_51 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_51 = happySpecReduce_3  15# happyReduction_51-happyReduction_51 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut32 happy_x_2 of { (HappyWrap32 happy_var_2) -> -	happyIn31-		 (happy_var_2-	)}--happyReduce_52 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_52 = happySpecReduce_3  15# happyReduction_52-happyReduction_52 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut32 happy_x_2 of { (HappyWrap32 happy_var_2) -> -	happyIn31-		 (happy_var_2-	)}--happyReduce_53 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_53 = happySpecReduce_3  16# happyReduction_53-happyReduction_53 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut32 happy_x_1 of { (HappyWrap32 happy_var_1) -> -	case happyOut33 happy_x_3 of { (HappyWrap33 happy_var_3) -> -	happyIn32-		 (happy_var_1 `appOL` unitOL happy_var_3-	)}}--happyReduce_54 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_54 = happySpecReduce_2  16# happyReduction_54-happyReduction_54 happy_x_2-	happy_x_1-	 =  case happyOut32 happy_x_1 of { (HappyWrap32 happy_var_1) -> -	happyIn32-		 (happy_var_1-	)}--happyReduce_55 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_55 = happySpecReduce_1  16# happyReduction_55-happyReduction_55 happy_x_1-	 =  case happyOut33 happy_x_1 of { (HappyWrap33 happy_var_1) -> -	happyIn32-		 (unitOL happy_var_1-	)}--happyReduce_56 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_56 = happyReduce 7# 17# happyReduction_56-happyReduction_56 (happy_x_7 `HappyStk`-	happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut63 happy_x_2 of { (HappyWrap63 happy_var_2) -> -	case happyOut309 happy_x_3 of { (HappyWrap309 happy_var_3) -> -	case happyOut38 happy_x_4 of { (HappyWrap38 happy_var_4) -> -	case happyOut48 happy_x_5 of { (HappyWrap48 happy_var_5) -> -	case happyOut39 happy_x_7 of { (HappyWrap39 happy_var_7) -> -	happyIn33-		 (sL1 happy_var_1 $ DeclD-                 (case snd happy_var_2 of-                   NotBoot -> HsSrcFile-                   IsBoot  -> HsBootFile)-                 happy_var_3-                 (Just $ sL1 happy_var_1 (HsModule (thdOf3 happy_var_7) (Just happy_var_3) happy_var_5 (fst $ sndOf3 happy_var_7) (snd $ sndOf3 happy_var_7) happy_var_4 Nothing))-	) `HappyStk` happyRest}}}}}}--happyReduce_57 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_57 = happyReduce 6# 17# happyReduction_57-happyReduction_57 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut309 happy_x_2 of { (HappyWrap309 happy_var_2) -> -	case happyOut38 happy_x_3 of { (HappyWrap38 happy_var_3) -> -	case happyOut48 happy_x_4 of { (HappyWrap48 happy_var_4) -> -	case happyOut39 happy_x_6 of { (HappyWrap39 happy_var_6) -> -	happyIn33-		 (sL1 happy_var_1 $ DeclD-                 HsigFile-                 happy_var_2-                 (Just $ sL1 happy_var_1 (HsModule (thdOf3 happy_var_6) (Just happy_var_2) happy_var_4 (fst $ sndOf3 happy_var_6) (snd $ sndOf3 happy_var_6) happy_var_3 Nothing))-	) `HappyStk` happyRest}}}}}--happyReduce_58 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_58 = happySpecReduce_3  17# happyReduction_58-happyReduction_58 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut63 happy_x_2 of { (HappyWrap63 happy_var_2) -> -	case happyOut309 happy_x_3 of { (HappyWrap309 happy_var_3) -> -	happyIn33-		 (sL1 happy_var_1 $ DeclD (case snd happy_var_2 of-                   NotBoot -> HsSrcFile-                   IsBoot  -> HsBootFile) happy_var_3 Nothing-	)}}}--happyReduce_59 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_59 = happySpecReduce_2  17# happyReduction_59-happyReduction_59 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut309 happy_x_2 of { (HappyWrap309 happy_var_2) -> -	happyIn33-		 (sL1 happy_var_1 $ DeclD HsigFile happy_var_2 Nothing-	)}}--happyReduce_60 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_60 = happySpecReduce_3  17# happyReduction_60-happyReduction_60 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut20 happy_x_2 of { (HappyWrap20 happy_var_2) -> -	case happyOut28 happy_x_3 of { (HappyWrap28 happy_var_3) -> -	happyIn33-		 (sL1 happy_var_1 $ IncludeD (IncludeDecl { idUnitId = happy_var_2-                                              , idModRenaming = happy_var_3-                                              , idSignatureInclude = False })-	)}}}--happyReduce_61 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_61 = happySpecReduce_3  17# happyReduction_61-happyReduction_61 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut20 happy_x_3 of { (HappyWrap20 happy_var_3) -> -	happyIn33-		 (sL1 happy_var_1 $ IncludeD (IncludeDecl { idUnitId = happy_var_3-                                              , idModRenaming = Nothing-                                              , idSignatureInclude = True })-	)}}--happyReduce_62 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_62 = happyMonadReduce 6# 18# happyReduction_62-happyReduction_62 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut309 happy_x_2 of { (HappyWrap309 happy_var_2) -> -	case happyOut38 happy_x_3 of { (HappyWrap38 happy_var_3) -> -	case happyOut48 happy_x_4 of { (HappyWrap48 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	case happyOut39 happy_x_6 of { (HappyWrap39 happy_var_6) -> -	( fileSrcSpan >>= \ loc ->-                ams (L loc (HsModule (thdOf3 happy_var_6) (Just happy_var_2) happy_var_4 (fst $ sndOf3 happy_var_6)-                              (snd $ sndOf3 happy_var_6) happy_var_3 Nothing)-                    )-                    ([mj AnnSignature happy_var_1, mj AnnWhere happy_var_5] ++ fstOf3 happy_var_6))}}}}}})-	) (\r -> happyReturn (happyIn34 r))--happyReduce_63 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_63 = happyMonadReduce 6# 19# happyReduction_63-happyReduction_63 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut309 happy_x_2 of { (HappyWrap309 happy_var_2) -> -	case happyOut38 happy_x_3 of { (HappyWrap38 happy_var_3) -> -	case happyOut48 happy_x_4 of { (HappyWrap48 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	case happyOut39 happy_x_6 of { (HappyWrap39 happy_var_6) -> -	( fileSrcSpan >>= \ loc ->-                ams (L loc (HsModule (thdOf3 happy_var_6) (Just happy_var_2) happy_var_4 (fst $ sndOf3 happy_var_6)-                              (snd $ sndOf3 happy_var_6) happy_var_3 Nothing)-                    )-                    ([mj AnnModule happy_var_1, mj AnnWhere happy_var_5] ++ fstOf3 happy_var_6))}}}}}})-	) (\r -> happyReturn (happyIn35 r))--happyReduce_64 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_64 = happyMonadReduce 1# 19# happyReduction_64-happyReduction_64 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut40 happy_x_1 of { (HappyWrap40 happy_var_1) -> -	( fileSrcSpan >>= \ loc ->-                   ams (L loc (HsModule (thdOf3 happy_var_1) Nothing Nothing-                               (fst $ sndOf3 happy_var_1) (snd $ sndOf3 happy_var_1) Nothing Nothing))-                       (fstOf3 happy_var_1))})-	) (\r -> happyReturn (happyIn35 r))--happyReduce_65 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_65 = happyMonadReduce 0# 20# happyReduction_65-happyReduction_65 (happyRest) tk-	 = happyThen ((( pushModuleContext))-	) (\r -> happyReturn (happyIn36 r))--happyReduce_66 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_66 = happyMonadReduce 0# 21# happyReduction_66-happyReduction_66 (happyRest) tk-	 = happyThen ((( pushModuleContext))-	) (\r -> happyReturn (happyIn37 r))--happyReduce_67 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_67 = happyMonadReduce 3# 22# happyReduction_67-happyReduction_67 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut139 happy_x_2 of { (HappyWrap139 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ajs (sLL happy_var_1 happy_var_3 $ DeprecatedTxt (sL1 happy_var_1 (getDEPRECATED_PRAGs happy_var_1)) (snd $ unLoc happy_var_2))-                             (mo happy_var_1:mc happy_var_3: (fst $ unLoc happy_var_2)))}}})-	) (\r -> happyReturn (happyIn38 r))--happyReduce_68 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_68 = happyMonadReduce 3# 22# happyReduction_68-happyReduction_68 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut139 happy_x_2 of { (HappyWrap139 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ajs (sLL happy_var_1 happy_var_3 $ WarningTxt (sL1 happy_var_1 (getWARNING_PRAGs happy_var_1)) (snd $ unLoc happy_var_2))-                                (mo happy_var_1:mc happy_var_3 : (fst $ unLoc happy_var_2)))}}})-	) (\r -> happyReturn (happyIn38 r))--happyReduce_69 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_69 = happySpecReduce_0  22# happyReduction_69-happyReduction_69  =  happyIn38-		 (Nothing-	)--happyReduce_70 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_70 = happySpecReduce_3  23# happyReduction_70-happyReduction_70 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut41 happy_x_2 of { (HappyWrap41 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn39-		 ((moc happy_var_1:mcc happy_var_3:(fst happy_var_2)-                                         , snd happy_var_2, ExplicitBraces)-	)}}}--happyReduce_71 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_71 = happySpecReduce_3  23# happyReduction_71-happyReduction_71 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut41 happy_x_2 of { (HappyWrap41 happy_var_2) -> -	happyIn39-		 ((fst happy_var_2, snd happy_var_2, VirtualBraces (getVOCURLY happy_var_1))-	)}}--happyReduce_72 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_72 = happySpecReduce_3  24# happyReduction_72-happyReduction_72 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut41 happy_x_2 of { (HappyWrap41 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn40-		 ((moc happy_var_1:mcc happy_var_3-                                                   :(fst happy_var_2), snd happy_var_2, ExplicitBraces)-	)}}}--happyReduce_73 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_73 = happySpecReduce_3  24# happyReduction_73-happyReduction_73 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut41 happy_x_2 of { (HappyWrap41 happy_var_2) -> -	happyIn40-		 (([],snd happy_var_2, VirtualBraces leftmostColumn)-	)}--happyReduce_74 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_74 = happySpecReduce_2  25# happyReduction_74-happyReduction_74 happy_x_2-	happy_x_1-	 =  case happyOut59 happy_x_1 of { (HappyWrap59 happy_var_1) -> -	case happyOut42 happy_x_2 of { (HappyWrap42 happy_var_2) -> -	happyIn41-		 ((happy_var_1, happy_var_2)-	)}}--happyReduce_75 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_75 = happySpecReduce_2  26# happyReduction_75-happyReduction_75 happy_x_2-	happy_x_1-	 =  case happyOut61 happy_x_1 of { (HappyWrap61 happy_var_1) -> -	case happyOut74 happy_x_2 of { (HappyWrap74 happy_var_2) -> -	happyIn42-		 ((reverse happy_var_1, cvTopDecls happy_var_2)-	)}}--happyReduce_76 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_76 = happySpecReduce_2  26# happyReduction_76-happyReduction_76 happy_x_2-	happy_x_1-	 =  case happyOut61 happy_x_1 of { (HappyWrap61 happy_var_1) -> -	case happyOut73 happy_x_2 of { (HappyWrap73 happy_var_2) -> -	happyIn42-		 ((reverse happy_var_1, cvTopDecls happy_var_2)-	)}}--happyReduce_77 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_77 = happySpecReduce_1  26# happyReduction_77-happyReduction_77 happy_x_1-	 =  case happyOut60 happy_x_1 of { (HappyWrap60 happy_var_1) -> -	happyIn42-		 ((reverse happy_var_1, [])-	)}--happyReduce_78 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_78 = happyMonadReduce 6# 27# happyReduction_78-happyReduction_78 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut309 happy_x_2 of { (HappyWrap309 happy_var_2) -> -	case happyOut38 happy_x_3 of { (HappyWrap38 happy_var_3) -> -	case happyOut48 happy_x_4 of { (HappyWrap48 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	case happyOut44 happy_x_6 of { (HappyWrap44 happy_var_6) -> -	( fileSrcSpan >>= \ loc ->-                   ams (L loc (HsModule NoLayoutInfo (Just happy_var_2) happy_var_4 happy_var_6 [] happy_var_3 Nothing-                          )) [mj AnnModule happy_var_1,mj AnnWhere happy_var_5])}}}}}})-	) (\r -> happyReturn (happyIn43 r))--happyReduce_79 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_79 = happyMonadReduce 6# 27# happyReduction_79-happyReduction_79 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut309 happy_x_2 of { (HappyWrap309 happy_var_2) -> -	case happyOut38 happy_x_3 of { (HappyWrap38 happy_var_3) -> -	case happyOut48 happy_x_4 of { (HappyWrap48 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	case happyOut44 happy_x_6 of { (HappyWrap44 happy_var_6) -> -	( fileSrcSpan >>= \ loc ->-                   ams (L loc (HsModule NoLayoutInfo (Just happy_var_2) happy_var_4 happy_var_6 [] happy_var_3 Nothing-                          )) [mj AnnModule happy_var_1,mj AnnWhere happy_var_5])}}}}}})-	) (\r -> happyReturn (happyIn43 r))--happyReduce_80 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_80 = happyMonadReduce 1# 27# happyReduction_80-happyReduction_80 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut45 happy_x_1 of { (HappyWrap45 happy_var_1) -> -	( fileSrcSpan >>= \ loc ->-                   return (L loc (HsModule NoLayoutInfo Nothing Nothing happy_var_1 [] Nothing-                          Nothing)))})-	) (\r -> happyReturn (happyIn43 r))--happyReduce_81 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_81 = happySpecReduce_2  28# happyReduction_81-happyReduction_81 happy_x_2-	happy_x_1-	 =  case happyOut46 happy_x_2 of { (HappyWrap46 happy_var_2) -> -	happyIn44-		 (happy_var_2-	)}--happyReduce_82 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_82 = happySpecReduce_2  28# happyReduction_82-happyReduction_82 happy_x_2-	happy_x_1-	 =  case happyOut46 happy_x_2 of { (HappyWrap46 happy_var_2) -> -	happyIn44-		 (happy_var_2-	)}--happyReduce_83 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_83 = happySpecReduce_2  29# happyReduction_83-happyReduction_83 happy_x_2-	happy_x_1-	 =  case happyOut46 happy_x_2 of { (HappyWrap46 happy_var_2) -> -	happyIn45-		 (happy_var_2-	)}--happyReduce_84 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_84 = happySpecReduce_2  29# happyReduction_84-happyReduction_84 happy_x_2-	happy_x_1-	 =  case happyOut46 happy_x_2 of { (HappyWrap46 happy_var_2) -> -	happyIn45-		 (happy_var_2-	)}--happyReduce_85 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_85 = happySpecReduce_2  30# happyReduction_85-happyReduction_85 happy_x_2-	happy_x_1-	 =  case happyOut47 happy_x_2 of { (HappyWrap47 happy_var_2) -> -	happyIn46-		 (happy_var_2-	)}--happyReduce_86 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_86 = happySpecReduce_1  31# happyReduction_86-happyReduction_86 happy_x_1-	 =  case happyOut61 happy_x_1 of { (HappyWrap61 happy_var_1) -> -	happyIn47-		 (happy_var_1-	)}--happyReduce_87 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_87 = happySpecReduce_1  31# happyReduction_87-happyReduction_87 happy_x_1-	 =  case happyOut60 happy_x_1 of { (HappyWrap60 happy_var_1) -> -	happyIn47-		 (happy_var_1-	)}--happyReduce_88 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_88 = happyMonadReduce 3# 32# happyReduction_88-happyReduction_88 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut49 happy_x_2 of { (HappyWrap49 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( amsL (comb2 happy_var_1 happy_var_3) ([mop happy_var_1,mcp happy_var_3] ++ (fst happy_var_2)) >>-                                       return (Just (sLL happy_var_1 happy_var_3 (fromOL $ snd happy_var_2))))}}})-	) (\r -> happyReturn (happyIn48 r))--happyReduce_89 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_89 = happySpecReduce_0  32# happyReduction_89-happyReduction_89  =  happyIn48-		 (Nothing-	)--happyReduce_90 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_90 = happySpecReduce_1  33# happyReduction_90-happyReduction_90 happy_x_1-	 =  case happyOut50 happy_x_1 of { (HappyWrap50 happy_var_1) -> -	happyIn49-		 (([], happy_var_1)-	)}--happyReduce_91 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_91 = happySpecReduce_0  33# happyReduction_91-happyReduction_91  =  happyIn49-		 (([], nilOL)-	)--happyReduce_92 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_92 = happySpecReduce_2  33# happyReduction_92-happyReduction_92 happy_x_2-	happy_x_1-	 =  case happyOut50 happy_x_1 of { (HappyWrap50 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	happyIn49-		 (([mj AnnComma happy_var_2], happy_var_1)-	)}}--happyReduce_93 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_93 = happySpecReduce_1  33# happyReduction_93-happyReduction_93 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn49-		 (([mj AnnComma happy_var_1], nilOL)-	)}--happyReduce_94 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_94 = happyMonadReduce 3# 34# happyReduction_94-happyReduction_94 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut50 happy_x_1 of { (HappyWrap50 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut51 happy_x_3 of { (HappyWrap51 happy_var_3) -> -	( (addAnnotation (oll happy_var_1) AnnComma (gl happy_var_2) ) >>-                              return (happy_var_1 `appOL` happy_var_3))}}})-	) (\r -> happyReturn (happyIn50 r))--happyReduce_95 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_95 = happySpecReduce_1  34# happyReduction_95-happyReduction_95 happy_x_1-	 =  case happyOut51 happy_x_1 of { (HappyWrap51 happy_var_1) -> -	happyIn50-		 (happy_var_1-	)}--happyReduce_96 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_96 = happyMonadReduce 2# 35# happyReduction_96-happyReduction_96 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut56 happy_x_1 of { (HappyWrap56 happy_var_1) -> -	case happyOut52 happy_x_2 of { (HappyWrap52 happy_var_2) -> -	( mkModuleImpExp happy_var_1 (snd $ unLoc happy_var_2)-                                          >>= \ie -> amsu (sLL happy_var_1 happy_var_2 ie) (fst $ unLoc happy_var_2))}})-	) (\r -> happyReturn (happyIn51 r))--happyReduce_97 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_97 = happyMonadReduce 2# 35# happyReduction_97-happyReduction_97 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut309 happy_x_2 of { (HappyWrap309 happy_var_2) -> -	( amsu (sLL happy_var_1 happy_var_2 (IEModuleContents noExtField happy_var_2))-                                             [mj AnnModule happy_var_1])}})-	) (\r -> happyReturn (happyIn51 r))--happyReduce_98 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_98 = happyMonadReduce 2# 35# happyReduction_98-happyReduction_98 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut265 happy_x_2 of { (HappyWrap265 happy_var_2) -> -	( amsu (sLL happy_var_1 happy_var_2 (IEVar noExtField (sLL happy_var_1 happy_var_2 (IEPattern happy_var_2))))-                                             [mj AnnPattern happy_var_1])}})-	) (\r -> happyReturn (happyIn51 r))--happyReduce_99 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_99 = happySpecReduce_0  36# happyReduction_99-happyReduction_99  =  happyIn52-		 (sL0 ([],ImpExpAbs)-	)--happyReduce_100 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_100 = happyMonadReduce 3# 36# happyReduction_100-happyReduction_100 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut53 happy_x_2 of { (HappyWrap53 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( mkImpExpSubSpec (reverse (snd happy_var_2))-                                      >>= \(as,ie) -> return $ sLL happy_var_1 happy_var_3-                                            (as ++ [mop happy_var_1,mcp happy_var_3] ++ fst happy_var_2, ie))}}})-	) (\r -> happyReturn (happyIn52 r))--happyReduce_101 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_101 = happySpecReduce_0  37# happyReduction_101-happyReduction_101  =  happyIn53-		 (([],[])-	)--happyReduce_102 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_102 = happySpecReduce_1  37# happyReduction_102-happyReduction_102 happy_x_1-	 =  case happyOut54 happy_x_1 of { (HappyWrap54 happy_var_1) -> -	happyIn53-		 (happy_var_1-	)}--happyReduce_103 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_103 = happyMonadReduce 3# 38# happyReduction_103-happyReduction_103 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut54 happy_x_1 of { (HappyWrap54 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut55 happy_x_3 of { (HappyWrap55 happy_var_3) -> -	( case (head (snd happy_var_1)) of-                                                    l@(L _ ImpExpQcWildcard) ->-                                                       return ([mj AnnComma happy_var_2, mj AnnDotdot l]-                                                               ,(snd (unLoc happy_var_3)  : snd happy_var_1))-                                                    l -> (ams (head (snd happy_var_1)) [mj AnnComma happy_var_2] >>-                                                          return (fst happy_var_1 ++ fst (unLoc happy_var_3),-                                                                  snd (unLoc happy_var_3) : snd happy_var_1)))}}})-	) (\r -> happyReturn (happyIn54 r))--happyReduce_104 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_104 = happySpecReduce_1  38# happyReduction_104-happyReduction_104 happy_x_1-	 =  case happyOut55 happy_x_1 of { (HappyWrap55 happy_var_1) -> -	happyIn54-		 ((fst (unLoc happy_var_1),[snd (unLoc happy_var_1)])-	)}--happyReduce_105 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_105 = happySpecReduce_1  39# happyReduction_105-happyReduction_105 happy_x_1-	 =  case happyOut56 happy_x_1 of { (HappyWrap56 happy_var_1) -> -	happyIn55-		 (sL1 happy_var_1 ([],happy_var_1)-	)}--happyReduce_106 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_106 = happySpecReduce_1  39# happyReduction_106-happyReduction_106 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn55-		 (sL1 happy_var_1 ([mj AnnDotdot happy_var_1], sL1 happy_var_1 ImpExpQcWildcard)-	)}--happyReduce_107 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_107 = happySpecReduce_1  40# happyReduction_107-happyReduction_107 happy_x_1-	 =  case happyOut57 happy_x_1 of { (HappyWrap57 happy_var_1) -> -	happyIn56-		 (sL1 happy_var_1 (ImpExpQcName happy_var_1)-	)}--happyReduce_108 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_108 = happyMonadReduce 2# 40# happyReduction_108-happyReduction_108 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut275 happy_x_2 of { (HappyWrap275 happy_var_2) -> -	( do { n <- mkTypeImpExp happy_var_2-                                          ; ams (sLL happy_var_1 happy_var_2 (ImpExpQcType n))-                                                [mj AnnType happy_var_1] })}})-	) (\r -> happyReturn (happyIn56 r))--happyReduce_109 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_109 = happySpecReduce_1  41# happyReduction_109-happyReduction_109 happy_x_1-	 =  case happyOut293 happy_x_1 of { (HappyWrap293 happy_var_1) -> -	happyIn57-		 (happy_var_1-	)}--happyReduce_110 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_110 = happySpecReduce_1  41# happyReduction_110-happyReduction_110 happy_x_1-	 =  case happyOut276 happy_x_1 of { (HappyWrap276 happy_var_1) -> -	happyIn57-		 (happy_var_1-	)}--happyReduce_111 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_111 = happySpecReduce_2  42# happyReduction_111-happyReduction_111 happy_x_2-	happy_x_1-	 =  case happyOut58 happy_x_1 of { (HappyWrap58 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	happyIn58-		 (mj AnnSemi happy_var_2 : happy_var_1-	)}}--happyReduce_112 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_112 = happySpecReduce_1  42# happyReduction_112-happyReduction_112 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn58-		 ([mj AnnSemi happy_var_1]-	)}--happyReduce_113 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_113 = happySpecReduce_2  43# happyReduction_113-happyReduction_113 happy_x_2-	happy_x_1-	 =  case happyOut59 happy_x_1 of { (HappyWrap59 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	happyIn59-		 (mj AnnSemi happy_var_2 : happy_var_1-	)}}--happyReduce_114 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_114 = happySpecReduce_0  43# happyReduction_114-happyReduction_114  =  happyIn59-		 ([]-	)--happyReduce_115 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_115 = happySpecReduce_2  44# happyReduction_115-happyReduction_115 happy_x_2-	happy_x_1-	 =  case happyOut61 happy_x_1 of { (HappyWrap61 happy_var_1) -> -	case happyOut62 happy_x_2 of { (HappyWrap62 happy_var_2) -> -	happyIn60-		 (happy_var_2 : happy_var_1-	)}}--happyReduce_116 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_116 = happyMonadReduce 3# 45# happyReduction_116-happyReduction_116 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut61 happy_x_1 of { (HappyWrap61 happy_var_1) -> -	case happyOut62 happy_x_2 of { (HappyWrap62 happy_var_2) -> -	case happyOut58 happy_x_3 of { (HappyWrap58 happy_var_3) -> -	( ams happy_var_2 happy_var_3 >> return (happy_var_2 : happy_var_1))}}})-	) (\r -> happyReturn (happyIn61 r))--happyReduce_117 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_117 = happySpecReduce_0  45# happyReduction_117-happyReduction_117  =  happyIn61-		 ([]-	)--happyReduce_118 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_118 = happyMonadReduce 9# 46# happyReduction_118-happyReduction_118 (happy_x_9 `HappyStk`-	happy_x_8 `HappyStk`-	happy_x_7 `HappyStk`-	happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut63 happy_x_2 of { (HappyWrap63 happy_var_2) -> -	case happyOut64 happy_x_3 of { (HappyWrap64 happy_var_3) -> -	case happyOut66 happy_x_4 of { (HappyWrap66 happy_var_4) -> -	case happyOut65 happy_x_5 of { (HappyWrap65 happy_var_5) -> -	case happyOut309 happy_x_6 of { (HappyWrap309 happy_var_6) -> -	case happyOut66 happy_x_7 of { (HappyWrap66 happy_var_7) -> -	case happyOut67 happy_x_8 of { (HappyWrap67 happy_var_8) -> -	case happyOut68 happy_x_9 of { (HappyWrap68 happy_var_9) -> -	( do {-                  ; let { ; mPreQual = unLoc happy_var_4-                          ; mPostQual = unLoc happy_var_7 }-                  ; checkImportDecl mPreQual mPostQual-                  ; ams (L (comb5 happy_var_1 happy_var_6 happy_var_7 (snd happy_var_8) happy_var_9) $-                      ImportDecl { ideclExt = noExtField-                                  , ideclSourceSrc = snd $ fst happy_var_2-                                  , ideclName = happy_var_6, ideclPkgQual = snd happy_var_5-                                  , ideclSource = snd happy_var_2, ideclSafe = snd happy_var_3-                                  , ideclQualified = importDeclQualifiedStyle mPreQual mPostQual-                                  , ideclImplicit = False-                                  , ideclAs = unLoc (snd happy_var_8)-                                  , ideclHiding = unLoc happy_var_9 })-                         (mj AnnImport happy_var_1 : fst (fst happy_var_2) ++ fst happy_var_3 ++ fmap (mj AnnQualified) (maybeToList mPreQual)-                                          ++ fst happy_var_5 ++ fmap (mj AnnQualified) (maybeToList mPostQual) ++ fst happy_var_8)-                  })}}}}}}}}})-	) (\r -> happyReturn (happyIn62 r))--happyReduce_119 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_119 = happySpecReduce_2  47# happyReduction_119-happyReduction_119 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	happyIn63-		 ((([mo happy_var_1,mc happy_var_2],getSOURCE_PRAGs happy_var_1)-                                      , IsBoot)-	)}}--happyReduce_120 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_120 = happySpecReduce_0  47# happyReduction_120-happyReduction_120  =  happyIn63-		 ((([],NoSourceText),NotBoot)-	)--happyReduce_121 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_121 = happySpecReduce_1  48# happyReduction_121-happyReduction_121 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn64-		 (([mj AnnSafe happy_var_1],True)-	)}--happyReduce_122 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_122 = happySpecReduce_0  48# happyReduction_122-happyReduction_122  =  happyIn64-		 (([],False)-	)--happyReduce_123 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_123 = happyMonadReduce 1# 49# happyReduction_123-happyReduction_123 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	( do { let { pkgFS = getSTRING happy_var_1 }-                        ; unless (looksLikePackageName (unpackFS pkgFS)) $-                             addError $ PsError (PsErrInvalidPackageName pkgFS) [] (getLoc happy_var_1)-                        ; return ([mj AnnPackageName happy_var_1], Just (StringLiteral (getSTRINGs happy_var_1) pkgFS)) })})-	) (\r -> happyReturn (happyIn65 r))--happyReduce_124 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_124 = happySpecReduce_0  49# happyReduction_124-happyReduction_124  =  happyIn65-		 (([],Nothing)-	)--happyReduce_125 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_125 = happySpecReduce_1  50# happyReduction_125-happyReduction_125 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn66-		 (sL1 happy_var_1 (Just happy_var_1)-	)}--happyReduce_126 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_126 = happySpecReduce_0  50# happyReduction_126-happyReduction_126  =  happyIn66-		 (noLoc Nothing-	)--happyReduce_127 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_127 = happySpecReduce_2  51# happyReduction_127-happyReduction_127 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut309 happy_x_2 of { (HappyWrap309 happy_var_2) -> -	happyIn67-		 (([mj AnnAs happy_var_1]-                                                 ,sLL happy_var_1 happy_var_2 (Just happy_var_2))-	)}}--happyReduce_128 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_128 = happySpecReduce_0  51# happyReduction_128-happyReduction_128  =  happyIn67-		 (([],noLoc Nothing)-	)--happyReduce_129 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_129 = happyMonadReduce 1# 52# happyReduction_129-happyReduction_129 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut69 happy_x_1 of { (HappyWrap69 happy_var_1) -> -	( let (b, ie) = unLoc happy_var_1 in-                                       checkImportSpec ie-                                        >>= \checkedIe ->-                                          return (L (gl happy_var_1) (Just (b, checkedIe))))})-	) (\r -> happyReturn (happyIn68 r))--happyReduce_130 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_130 = happySpecReduce_0  52# happyReduction_130-happyReduction_130  =  happyIn68-		 (noLoc Nothing-	)--happyReduce_131 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_131 = happyMonadReduce 3# 53# happyReduction_131-happyReduction_131 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut49 happy_x_2 of { (HappyWrap49 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (False,-                                                      sLL happy_var_1 happy_var_3 $ fromOL (snd happy_var_2)))-                                                   ([mop happy_var_1,mcp happy_var_3] ++ (fst happy_var_2)))}}})-	) (\r -> happyReturn (happyIn69 r))--happyReduce_132 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_132 = happyMonadReduce 4# 53# happyReduction_132-happyReduction_132 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut49 happy_x_3 of { (HappyWrap49 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	( ams (sLL happy_var_1 happy_var_4 (True,-                                                      sLL happy_var_1 happy_var_4 $ fromOL (snd happy_var_3)))-                                               ([mj AnnHiding happy_var_1,mop happy_var_2,mcp happy_var_4] ++ (fst happy_var_3)))}}}})-	) (\r -> happyReturn (happyIn69 r))--happyReduce_133 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_133 = happySpecReduce_0  54# happyReduction_133-happyReduction_133  =  happyIn70-		 (noLoc (NoSourceText,9)-	)--happyReduce_134 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_134 = happySpecReduce_1  54# happyReduction_134-happyReduction_134 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn70-		 (sL1 happy_var_1 (getINTEGERs happy_var_1,fromInteger (il_value (getINTEGER happy_var_1)))-	)}--happyReduce_135 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_135 = happySpecReduce_1  55# happyReduction_135-happyReduction_135 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn71-		 (sL1 happy_var_1 InfixN-	)}--happyReduce_136 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_136 = happySpecReduce_1  55# happyReduction_136-happyReduction_136 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn71-		 (sL1 happy_var_1 InfixL-	)}--happyReduce_137 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_137 = happySpecReduce_1  55# happyReduction_137-happyReduction_137 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn71-		 (sL1 happy_var_1 InfixR-	)}--happyReduce_138 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_138 = happyMonadReduce 3# 56# happyReduction_138-happyReduction_138 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut72 happy_x_1 of { (HappyWrap72 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut282 happy_x_3 of { (HappyWrap282 happy_var_3) -> -	( addAnnotation (oll $ unLoc happy_var_1) AnnComma (gl happy_var_2) >>-                              return (sLL happy_var_1 happy_var_3 ((unLoc happy_var_1) `appOL` unitOL happy_var_3)))}}})-	) (\r -> happyReturn (happyIn72 r))--happyReduce_139 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_139 = happySpecReduce_1  56# happyReduction_139-happyReduction_139 happy_x_1-	 =  case happyOut282 happy_x_1 of { (HappyWrap282 happy_var_1) -> -	happyIn72-		 (sL1 happy_var_1 (unitOL happy_var_1)-	)}--happyReduce_140 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_140 = happySpecReduce_2  57# happyReduction_140-happyReduction_140 happy_x_2-	happy_x_1-	 =  case happyOut74 happy_x_1 of { (HappyWrap74 happy_var_1) -> -	case happyOut75 happy_x_2 of { (HappyWrap75 happy_var_2) -> -	happyIn73-		 (happy_var_1 `snocOL` happy_var_2-	)}}--happyReduce_141 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_141 = happyMonadReduce 3# 58# happyReduction_141-happyReduction_141 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut74 happy_x_1 of { (HappyWrap74 happy_var_1) -> -	case happyOut75 happy_x_2 of { (HappyWrap75 happy_var_2) -> -	case happyOut58 happy_x_3 of { (HappyWrap58 happy_var_3) -> -	( ams happy_var_2 happy_var_3 >> return (happy_var_1 `snocOL` happy_var_2))}}})-	) (\r -> happyReturn (happyIn74 r))--happyReduce_142 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_142 = happySpecReduce_0  58# happyReduction_142-happyReduction_142  =  happyIn74-		 (nilOL-	)--happyReduce_143 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_143 = happySpecReduce_1  59# happyReduction_143-happyReduction_143 happy_x_1-	 =  case happyOut76 happy_x_1 of { (HappyWrap76 happy_var_1) -> -	happyIn75-		 (sL1 happy_var_1 (TyClD noExtField (unLoc happy_var_1))-	)}--happyReduce_144 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_144 = happySpecReduce_1  59# happyReduction_144-happyReduction_144 happy_x_1-	 =  case happyOut77 happy_x_1 of { (HappyWrap77 happy_var_1) -> -	happyIn75-		 (sL1 happy_var_1 (TyClD noExtField (unLoc happy_var_1))-	)}--happyReduce_145 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_145 = happySpecReduce_1  59# happyReduction_145-happyReduction_145 happy_x_1-	 =  case happyOut78 happy_x_1 of { (HappyWrap78 happy_var_1) -> -	happyIn75-		 (sL1 happy_var_1 (KindSigD noExtField (unLoc happy_var_1))-	)}--happyReduce_146 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_146 = happySpecReduce_1  59# happyReduction_146-happyReduction_146 happy_x_1-	 =  case happyOut80 happy_x_1 of { (HappyWrap80 happy_var_1) -> -	happyIn75-		 (sL1 happy_var_1 (InstD noExtField (unLoc happy_var_1))-	)}--happyReduce_147 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_147 = happySpecReduce_1  59# happyReduction_147-happyReduction_147 happy_x_1-	 =  case happyOut104 happy_x_1 of { (HappyWrap104 happy_var_1) -> -	happyIn75-		 (sLL happy_var_1 happy_var_1 (DerivD noExtField (unLoc happy_var_1))-	)}--happyReduce_148 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_148 = happySpecReduce_1  59# happyReduction_148-happyReduction_148 happy_x_1-	 =  case happyOut105 happy_x_1 of { (HappyWrap105 happy_var_1) -> -	happyIn75-		 (sL1 happy_var_1 (RoleAnnotD noExtField (unLoc happy_var_1))-	)}--happyReduce_149 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_149 = happyMonadReduce 4# 59# happyReduction_149-happyReduction_149 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut167 happy_x_3 of { (HappyWrap167 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	( ams (sLL happy_var_1 happy_var_4 (DefD noExtField (DefaultDecl noExtField happy_var_3)))-                                                         [mj AnnDefault happy_var_1-                                                         ,mop happy_var_2,mcp happy_var_4])}}}})-	) (\r -> happyReturn (happyIn75 r))--happyReduce_150 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_150 = happyMonadReduce 2# 59# happyReduction_150-happyReduction_150 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut142 happy_x_2 of { (HappyWrap142 happy_var_2) -> -	( ams (sLL happy_var_1 happy_var_2 (snd $ unLoc happy_var_2))-                                           (mj AnnForeign happy_var_1:(fst $ unLoc happy_var_2)))}})-	) (\r -> happyReturn (happyIn75 r))--happyReduce_151 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_151 = happyMonadReduce 3# 59# happyReduction_151-happyReduction_151 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut137 happy_x_2 of { (HappyWrap137 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ WarningD noExtField (Warnings noExtField (getDEPRECATED_PRAGs happy_var_1) (fromOL happy_var_2)))-                                                       [mo happy_var_1,mc happy_var_3])}}})-	) (\r -> happyReturn (happyIn75 r))--happyReduce_152 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_152 = happyMonadReduce 3# 59# happyReduction_152-happyReduction_152 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut135 happy_x_2 of { (HappyWrap135 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ WarningD noExtField (Warnings noExtField (getWARNING_PRAGs happy_var_1) (fromOL happy_var_2)))-                                                       [mo happy_var_1,mc happy_var_3])}}})-	) (\r -> happyReturn (happyIn75 r))--happyReduce_153 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_153 = happyMonadReduce 3# 59# happyReduction_153-happyReduction_153 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut127 happy_x_2 of { (HappyWrap127 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ RuleD noExtField (HsRules noExtField (getRULES_PRAGs happy_var_1) (fromOL happy_var_2)))-                                                       [mo happy_var_1,mc happy_var_3])}}})-	) (\r -> happyReturn (happyIn75 r))--happyReduce_154 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_154 = happySpecReduce_1  59# happyReduction_154-happyReduction_154 happy_x_1-	 =  case happyOut141 happy_x_1 of { (HappyWrap141 happy_var_1) -> -	happyIn75-		 (happy_var_1-	)}--happyReduce_155 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_155 = happySpecReduce_1  59# happyReduction_155-happyReduction_155 happy_x_1-	 =  case happyOut193 happy_x_1 of { (HappyWrap193 happy_var_1) -> -	happyIn75-		 (happy_var_1-	)}--happyReduce_156 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_156 = happyMonadReduce 1# 59# happyReduction_156-happyReduction_156 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> -	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->-                                                   return $ sLL happy_var_1 happy_var_1 $ mkSpliceDecl happy_var_1)})-	) (\r -> happyReturn (happyIn75 r))--happyReduce_157 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_157 = happyMonadReduce 4# 60# happyReduction_157-happyReduction_157 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut101 happy_x_2 of { (HappyWrap101 happy_var_2) -> -	case happyOut173 happy_x_3 of { (HappyWrap173 happy_var_3) -> -	case happyOut118 happy_x_4 of { (HappyWrap118 happy_var_4) -> -	( amms (mkClassDecl (comb4 happy_var_1 happy_var_2 happy_var_3 happy_var_4) happy_var_2 happy_var_3 (sndOf3 $ unLoc happy_var_4) (thdOf3 $ unLoc happy_var_4))-                        (mj AnnClass happy_var_1:(fst $ unLoc happy_var_3)++(fstOf3 $ unLoc happy_var_4)))}}}})-	) (\r -> happyReturn (happyIn76 r))--happyReduce_158 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_158 = happyMonadReduce 4# 61# happyReduction_158-happyReduction_158 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut157 happy_x_2 of { (HappyWrap157 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut154 happy_x_4 of { (HappyWrap154 happy_var_4) -> -	( amms (mkTySynonym (comb2 happy_var_1 happy_var_4) happy_var_2 happy_var_4)-                        [mj AnnType happy_var_1,mj AnnEqual happy_var_3])}}}})-	) (\r -> happyReturn (happyIn77 r))--happyReduce_159 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_159 = happyMonadReduce 6# 61# happyReduction_159-happyReduction_159 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut157 happy_x_3 of { (HappyWrap157 happy_var_3) -> -	case happyOut99 happy_x_4 of { (HappyWrap99 happy_var_4) -> -	case happyOut85 happy_x_5 of { (HappyWrap85 happy_var_5) -> -	case happyOut88 happy_x_6 of { (HappyWrap88 happy_var_6) -> -	( amms (mkFamDecl (comb4 happy_var_1 happy_var_3 happy_var_4 happy_var_5) (snd $ unLoc happy_var_6) happy_var_3-                                   (snd $ unLoc happy_var_4) (snd $ unLoc happy_var_5))-                        (mj AnnType happy_var_1:mj AnnFamily happy_var_2:(fst $ unLoc happy_var_4)-                           ++ (fst $ unLoc happy_var_5) ++ (fst $ unLoc happy_var_6)))}}}}}})-	) (\r -> happyReturn (happyIn77 r))--happyReduce_160 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_160 = happyMonadReduce 5# 61# happyReduction_160-happyReduction_160 (happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut96 happy_x_1 of { (HappyWrap96 happy_var_1) -> -	case happyOut103 happy_x_2 of { (HappyWrap103 happy_var_2) -> -	case happyOut101 happy_x_3 of { (HappyWrap101 happy_var_3) -> -	case happyOut181 happy_x_4 of { (HappyWrap181 happy_var_4) -> -	case happyOut189 happy_x_5 of { (HappyWrap189 happy_var_5) -> -	( amms (mkTyData (comb4 happy_var_1 happy_var_3 happy_var_4 happy_var_5) (snd $ unLoc happy_var_1) happy_var_2 happy_var_3-                           Nothing (reverse (snd $ unLoc happy_var_4))-                                   (fmap reverse happy_var_5))-                                   -- We need the location on tycl_hdr in case-                                   -- constrs and deriving are both empty-                        ((fst $ unLoc happy_var_1):(fst $ unLoc happy_var_4)))}}}}})-	) (\r -> happyReturn (happyIn77 r))--happyReduce_161 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_161 = happyMonadReduce 6# 61# happyReduction_161-happyReduction_161 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut96 happy_x_1 of { (HappyWrap96 happy_var_1) -> -	case happyOut103 happy_x_2 of { (HappyWrap103 happy_var_2) -> -	case happyOut101 happy_x_3 of { (HappyWrap101 happy_var_3) -> -	case happyOut97 happy_x_4 of { (HappyWrap97 happy_var_4) -> -	case happyOut178 happy_x_5 of { (HappyWrap178 happy_var_5) -> -	case happyOut189 happy_x_6 of { (HappyWrap189 happy_var_6) -> -	( amms (mkTyData (comb4 happy_var_1 happy_var_3 happy_var_5 happy_var_6) (snd $ unLoc happy_var_1) happy_var_2 happy_var_3-                            (snd $ unLoc happy_var_4) (snd $ unLoc happy_var_5)-                            (fmap reverse happy_var_6) )-                                   -- We need the location on tycl_hdr in case-                                   -- constrs and deriving are both empty-                    ((fst $ unLoc happy_var_1):(fst $ unLoc happy_var_4)++(fst $ unLoc happy_var_5)))}}}}}})-	) (\r -> happyReturn (happyIn77 r))--happyReduce_162 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_162 = happyMonadReduce 4# 61# happyReduction_162-happyReduction_162 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut157 happy_x_3 of { (HappyWrap157 happy_var_3) -> -	case happyOut98 happy_x_4 of { (HappyWrap98 happy_var_4) -> -	( amms (mkFamDecl (comb3 happy_var_1 happy_var_2 happy_var_4) DataFamily happy_var_3-                                   (snd $ unLoc happy_var_4) Nothing)-                        (mj AnnData happy_var_1:mj AnnFamily happy_var_2:(fst $ unLoc happy_var_4)))}}}})-	) (\r -> happyReturn (happyIn77 r))--happyReduce_163 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_163 = happyMonadReduce 4# 62# happyReduction_163-happyReduction_163 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut79 happy_x_2 of { (HappyWrap79 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut148 happy_x_4 of { (HappyWrap148 happy_var_4) -> -	( amms (mkStandaloneKindSig (comb2 happy_var_1 happy_var_4) happy_var_2 happy_var_4)-              [mj AnnType happy_var_1,mu AnnDcolon happy_var_3])}}}})-	) (\r -> happyReturn (happyIn78 r))--happyReduce_164 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_164 = happyMonadReduce 3# 63# happyReduction_164-happyReduction_164 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut79 happy_x_1 of { (HappyWrap79 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut275 happy_x_3 of { (HappyWrap275 happy_var_3) -> -	( addAnnotation (gl $ head $ unLoc happy_var_1) AnnComma (gl happy_var_2) >>-         return (sLL happy_var_1 happy_var_3 (happy_var_3 : unLoc happy_var_1)))}}})-	) (\r -> happyReturn (happyIn79 r))--happyReduce_165 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_165 = happySpecReduce_1  63# happyReduction_165-happyReduction_165 happy_x_1-	 =  case happyOut275 happy_x_1 of { (HappyWrap275 happy_var_1) -> -	happyIn79-		 (sL1 happy_var_1 [happy_var_1]-	)}--happyReduce_166 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_166 = happyMonadReduce 4# 64# happyReduction_166-happyReduction_166 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut81 happy_x_2 of { (HappyWrap81 happy_var_2) -> -	case happyOut165 happy_x_3 of { (HappyWrap165 happy_var_3) -> -	case happyOut122 happy_x_4 of { (HappyWrap122 happy_var_4) -> -	( do { (binds, sigs, _, ats, adts, _) <- cvBindsAndSigs (snd $ unLoc happy_var_4)-             ; let cid = ClsInstDecl { cid_ext = noExtField-                                     , cid_poly_ty = happy_var_3, cid_binds = binds-                                     , cid_sigs = mkClassOpSigs sigs-                                     , cid_tyfam_insts = ats-                                     , cid_overlap_mode = happy_var_2-                                     , cid_datafam_insts = adts }-             ; ams (L (comb3 happy_var_1 happy_var_3 happy_var_4) (ClsInstD { cid_d_ext = noExtField, cid_inst = cid }))-                   (mj AnnInstance happy_var_1 : (fst $ unLoc happy_var_4)) })}}}})-	) (\r -> happyReturn (happyIn80 r))--happyReduce_167 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_167 = happyMonadReduce 3# 64# happyReduction_167-happyReduction_167 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut91 happy_x_3 of { (HappyWrap91 happy_var_3) -> -	( ams happy_var_3 (fst $ unLoc happy_var_3)-                >> amms (mkTyFamInst (comb2 happy_var_1 happy_var_3) (snd $ unLoc happy_var_3))-                    (mj AnnType happy_var_1:mj AnnInstance happy_var_2:(fst $ unLoc happy_var_3)))}}})-	) (\r -> happyReturn (happyIn80 r))--happyReduce_168 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_168 = happyMonadReduce 6# 64# happyReduction_168-happyReduction_168 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut96 happy_x_1 of { (HappyWrap96 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut103 happy_x_3 of { (HappyWrap103 happy_var_3) -> -	case happyOut102 happy_x_4 of { (HappyWrap102 happy_var_4) -> -	case happyOut181 happy_x_5 of { (HappyWrap181 happy_var_5) -> -	case happyOut189 happy_x_6 of { (HappyWrap189 happy_var_6) -> -	( amms (mkDataFamInst (comb4 happy_var_1 happy_var_4 happy_var_5 happy_var_6) (snd $ unLoc happy_var_1) happy_var_3 (snd $ unLoc happy_var_4)-                                      Nothing (reverse (snd  $ unLoc happy_var_5))-                                              (fmap reverse happy_var_6))-                    ((fst $ unLoc happy_var_1):mj AnnInstance happy_var_2:(fst $ unLoc happy_var_4)++(fst $ unLoc happy_var_5)))}}}}}})-	) (\r -> happyReturn (happyIn80 r))--happyReduce_169 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_169 = happyMonadReduce 7# 64# happyReduction_169-happyReduction_169 (happy_x_7 `HappyStk`-	happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut96 happy_x_1 of { (HappyWrap96 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut103 happy_x_3 of { (HappyWrap103 happy_var_3) -> -	case happyOut102 happy_x_4 of { (HappyWrap102 happy_var_4) -> -	case happyOut97 happy_x_5 of { (HappyWrap97 happy_var_5) -> -	case happyOut178 happy_x_6 of { (HappyWrap178 happy_var_6) -> -	case happyOut189 happy_x_7 of { (HappyWrap189 happy_var_7) -> -	( amms (mkDataFamInst (comb4 happy_var_1 happy_var_4 happy_var_6 happy_var_7) (snd $ unLoc happy_var_1) happy_var_3 (snd $ unLoc happy_var_4)-                                   (snd $ unLoc happy_var_5) (snd $ unLoc happy_var_6)-                                   (fmap reverse happy_var_7))-                    ((fst $ unLoc happy_var_1):mj AnnInstance happy_var_2-                       :(fst $ unLoc happy_var_4)++(fst $ unLoc happy_var_5)++(fst $ unLoc happy_var_6)))}}}}}}})-	) (\r -> happyReturn (happyIn80 r))--happyReduce_170 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_170 = happyMonadReduce 2# 65# happyReduction_170-happyReduction_170 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( ajs (sLL happy_var_1 happy_var_2 (Overlappable (getOVERLAPPABLE_PRAGs happy_var_1)))-                                       [mo happy_var_1,mc happy_var_2])}})-	) (\r -> happyReturn (happyIn81 r))--happyReduce_171 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_171 = happyMonadReduce 2# 65# happyReduction_171-happyReduction_171 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( ajs (sLL happy_var_1 happy_var_2 (Overlapping (getOVERLAPPING_PRAGs happy_var_1)))-                                       [mo happy_var_1,mc happy_var_2])}})-	) (\r -> happyReturn (happyIn81 r))--happyReduce_172 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_172 = happyMonadReduce 2# 65# happyReduction_172-happyReduction_172 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( ajs (sLL happy_var_1 happy_var_2 (Overlaps (getOVERLAPS_PRAGs happy_var_1)))-                                       [mo happy_var_1,mc happy_var_2])}})-	) (\r -> happyReturn (happyIn81 r))--happyReduce_173 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_173 = happyMonadReduce 2# 65# happyReduction_173-happyReduction_173 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( ajs (sLL happy_var_1 happy_var_2 (Incoherent (getINCOHERENT_PRAGs happy_var_1)))-                                       [mo happy_var_1,mc happy_var_2])}})-	) (\r -> happyReturn (happyIn81 r))--happyReduce_174 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_174 = happySpecReduce_0  65# happyReduction_174-happyReduction_174  =  happyIn81-		 (Nothing-	)--happyReduce_175 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_175 = happyMonadReduce 1# 66# happyReduction_175-happyReduction_175 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	( ams (sL1 happy_var_1 StockStrategy)-                                       [mj AnnStock happy_var_1])})-	) (\r -> happyReturn (happyIn82 r))--happyReduce_176 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_176 = happyMonadReduce 1# 66# happyReduction_176-happyReduction_176 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	( ams (sL1 happy_var_1 AnyclassStrategy)-                                       [mj AnnAnyclass happy_var_1])})-	) (\r -> happyReturn (happyIn82 r))--happyReduce_177 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_177 = happyMonadReduce 1# 66# happyReduction_177-happyReduction_177 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	( ams (sL1 happy_var_1 NewtypeStrategy)-                                       [mj AnnNewtype happy_var_1])})-	) (\r -> happyReturn (happyIn82 r))--happyReduce_178 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_178 = happyMonadReduce 2# 67# happyReduction_178-happyReduction_178 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut148 happy_x_2 of { (HappyWrap148 happy_var_2) -> -	( ams (sLL happy_var_1 happy_var_2 (ViaStrategy happy_var_2))-                                       [mj AnnVia happy_var_1])}})-	) (\r -> happyReturn (happyIn83 r))--happyReduce_179 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_179 = happyMonadReduce 1# 68# happyReduction_179-happyReduction_179 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	( ajs (sL1 happy_var_1 StockStrategy)-                                       [mj AnnStock happy_var_1])})-	) (\r -> happyReturn (happyIn84 r))--happyReduce_180 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_180 = happyMonadReduce 1# 68# happyReduction_180-happyReduction_180 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	( ajs (sL1 happy_var_1 AnyclassStrategy)-                                       [mj AnnAnyclass happy_var_1])})-	) (\r -> happyReturn (happyIn84 r))--happyReduce_181 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_181 = happyMonadReduce 1# 68# happyReduction_181-happyReduction_181 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	( ajs (sL1 happy_var_1 NewtypeStrategy)-                                       [mj AnnNewtype happy_var_1])})-	) (\r -> happyReturn (happyIn84 r))--happyReduce_182 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_182 = happySpecReduce_1  68# happyReduction_182-happyReduction_182 happy_x_1-	 =  case happyOut83 happy_x_1 of { (HappyWrap83 happy_var_1) -> -	happyIn84-		 (Just happy_var_1-	)}--happyReduce_183 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_183 = happySpecReduce_0  68# happyReduction_183-happyReduction_183  =  happyIn84-		 (Nothing-	)--happyReduce_184 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_184 = happySpecReduce_0  69# happyReduction_184-happyReduction_184  =  happyIn85-		 (noLoc ([], Nothing)-	)--happyReduce_185 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_185 = happySpecReduce_2  69# happyReduction_185-happyReduction_185 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut86 happy_x_2 of { (HappyWrap86 happy_var_2) -> -	happyIn85-		 (sLL happy_var_1 happy_var_2 ([mj AnnVbar happy_var_1]-                                                , Just (happy_var_2))-	)}}--happyReduce_186 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_186 = happyMonadReduce 3# 70# happyReduction_186-happyReduction_186 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut291 happy_x_1 of { (HappyWrap291 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut87 happy_x_3 of { (HappyWrap87 happy_var_3) -> -	( ams (sLL happy_var_1 happy_var_3 (InjectivityAnn happy_var_1 (reverse (unLoc happy_var_3))))-                  [mu AnnRarrow happy_var_2])}}})-	) (\r -> happyReturn (happyIn86 r))--happyReduce_187 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_187 = happySpecReduce_2  71# happyReduction_187-happyReduction_187 happy_x_2-	happy_x_1-	 =  case happyOut87 happy_x_1 of { (HappyWrap87 happy_var_1) -> -	case happyOut291 happy_x_2 of { (HappyWrap291 happy_var_2) -> -	happyIn87-		 (sLL happy_var_1 happy_var_2 (happy_var_2 : unLoc happy_var_1)-	)}}--happyReduce_188 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_188 = happySpecReduce_1  71# happyReduction_188-happyReduction_188 happy_x_1-	 =  case happyOut291 happy_x_1 of { (HappyWrap291 happy_var_1) -> -	happyIn87-		 (sLL happy_var_1 happy_var_1 [happy_var_1]-	)}--happyReduce_189 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_189 = happySpecReduce_0  72# happyReduction_189-happyReduction_189  =  happyIn88-		 (noLoc ([],OpenTypeFamily)-	)--happyReduce_190 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_190 = happySpecReduce_2  72# happyReduction_190-happyReduction_190 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut89 happy_x_2 of { (HappyWrap89 happy_var_2) -> -	happyIn88-		 (sLL happy_var_1 happy_var_2 (mj AnnWhere happy_var_1:(fst $ unLoc happy_var_2)-                    ,ClosedTypeFamily (fmap reverse $ snd $ unLoc happy_var_2))-	)}}--happyReduce_191 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_191 = happySpecReduce_3  73# happyReduction_191-happyReduction_191 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut90 happy_x_2 of { (HappyWrap90 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn89-		 (sLL happy_var_1 happy_var_3 ([moc happy_var_1,mcc happy_var_3]-                                                ,Just (unLoc happy_var_2))-	)}}}--happyReduce_192 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_192 = happySpecReduce_3  73# happyReduction_192-happyReduction_192 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut90 happy_x_2 of { (HappyWrap90 happy_var_2) -> -	happyIn89-		 (let (L loc _) = happy_var_2 in-                                             L loc ([],Just (unLoc happy_var_2))-	)}--happyReduce_193 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_193 = happySpecReduce_3  73# happyReduction_193-happyReduction_193 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn89-		 (sLL happy_var_1 happy_var_3 ([moc happy_var_1,mj AnnDotdot happy_var_2-                                                 ,mcc happy_var_3],Nothing)-	)}}}--happyReduce_194 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_194 = happySpecReduce_3  73# happyReduction_194-happyReduction_194 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_2 of { happy_var_2 -> -	happyIn89-		 (let (L loc _) = happy_var_2 in-                                             L loc ([mj AnnDotdot happy_var_2],Nothing)-	)}--happyReduce_195 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_195 = happyMonadReduce 3# 74# happyReduction_195-happyReduction_195 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut90 happy_x_1 of { (HappyWrap90 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut91 happy_x_3 of { (HappyWrap91 happy_var_3) -> -	( let (L loc (anns, eqn)) = happy_var_3 in-                                         asl (unLoc happy_var_1) happy_var_2 (L loc eqn)-                                         >> ams happy_var_3 anns-                                         >> return (sLL happy_var_1 happy_var_3 (L loc eqn : unLoc happy_var_1)))}}})-	) (\r -> happyReturn (happyIn90 r))--happyReduce_196 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_196 = happyMonadReduce 2# 74# happyReduction_196-happyReduction_196 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut90 happy_x_1 of { (HappyWrap90 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( addAnnotation (gl happy_var_1) AnnSemi (gl happy_var_2)-                                         >> return (sLL happy_var_1 happy_var_2  (unLoc happy_var_1)))}})-	) (\r -> happyReturn (happyIn90 r))--happyReduce_197 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_197 = happyMonadReduce 1# 74# happyReduction_197-happyReduction_197 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut91 happy_x_1 of { (HappyWrap91 happy_var_1) -> -	( let (L loc (anns, eqn)) = happy_var_1 in-                                         ams happy_var_1 anns-                                         >> return (sLL happy_var_1 happy_var_1 [L loc eqn]))})-	) (\r -> happyReturn (happyIn90 r))--happyReduce_198 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_198 = happySpecReduce_0  74# happyReduction_198-happyReduction_198  =  happyIn90-		 (noLoc []-	)--happyReduce_199 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_199 = happyMonadReduce 6# 75# happyReduction_199-happyReduction_199 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut170 happy_x_2 of { (HappyWrap170 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut157 happy_x_4 of { (HappyWrap157 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	case happyOut154 happy_x_6 of { (HappyWrap154 happy_var_6) -> -	( do { hintExplicitForall happy_var_1-                    ; tvbs <- fromSpecTyVarBndrs happy_var_2-                    ; (eqn,ann) <- mkTyFamInstEqn (mkHsOuterExplicit tvbs) happy_var_4 happy_var_6-                    ; return (sLL happy_var_1 happy_var_6-                               (mu AnnForall happy_var_1:mj AnnDot happy_var_3:mj AnnEqual happy_var_5:ann,eqn)) })}}}}}})-	) (\r -> happyReturn (happyIn91 r))--happyReduce_200 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_200 = happyMonadReduce 3# 75# happyReduction_200-happyReduction_200 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut157 happy_x_1 of { (HappyWrap157 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut154 happy_x_3 of { (HappyWrap154 happy_var_3) -> -	( do { (eqn,ann) <- mkTyFamInstEqn mkHsOuterImplicit happy_var_1 happy_var_3-                    ; return (sLL happy_var_1 happy_var_3 (mj AnnEqual happy_var_2:ann, eqn))  })}}})-	) (\r -> happyReturn (happyIn91 r))--happyReduce_201 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_201 = happyMonadReduce 4# 76# happyReduction_201-happyReduction_201 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut93 happy_x_2 of { (HappyWrap93 happy_var_2) -> -	case happyOut157 happy_x_3 of { (HappyWrap157 happy_var_3) -> -	case happyOut98 happy_x_4 of { (HappyWrap98 happy_var_4) -> -	( amms (liftM mkTyClD (mkFamDecl (comb3 happy_var_1 happy_var_3 happy_var_4) DataFamily happy_var_3-                                                  (snd $ unLoc happy_var_4) Nothing))-                        (mj AnnData happy_var_1:happy_var_2++(fst $ unLoc happy_var_4)))}}}})-	) (\r -> happyReturn (happyIn92 r))--happyReduce_202 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_202 = happyMonadReduce 3# 76# happyReduction_202-happyReduction_202 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut157 happy_x_2 of { (HappyWrap157 happy_var_2) -> -	case happyOut100 happy_x_3 of { (HappyWrap100 happy_var_3) -> -	( amms (liftM mkTyClD-                        (mkFamDecl (comb3 happy_var_1 happy_var_2 happy_var_3) OpenTypeFamily happy_var_2-                                   (fst . snd $ unLoc happy_var_3)-                                   (snd . snd $ unLoc happy_var_3)))-                       (mj AnnType happy_var_1:(fst $ unLoc happy_var_3)))}}})-	) (\r -> happyReturn (happyIn92 r))--happyReduce_203 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_203 = happyMonadReduce 4# 76# happyReduction_203-happyReduction_203 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut157 happy_x_3 of { (HappyWrap157 happy_var_3) -> -	case happyOut100 happy_x_4 of { (HappyWrap100 happy_var_4) -> -	( amms (liftM mkTyClD-                        (mkFamDecl (comb3 happy_var_1 happy_var_3 happy_var_4) OpenTypeFamily happy_var_3-                                   (fst . snd $ unLoc happy_var_4)-                                   (snd . snd $ unLoc happy_var_4)))-                       (mj AnnType happy_var_1:mj AnnFamily happy_var_2:(fst $ unLoc happy_var_4)))}}}})-	) (\r -> happyReturn (happyIn92 r))--happyReduce_204 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_204 = happyMonadReduce 2# 76# happyReduction_204-happyReduction_204 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut91 happy_x_2 of { (HappyWrap91 happy_var_2) -> -	( ams happy_var_2 (fst $ unLoc happy_var_2) >>-                   amms (liftM mkInstD (mkTyFamInst (comb2 happy_var_1 happy_var_2) (snd $ unLoc happy_var_2)))-                        (mj AnnType happy_var_1:(fst $ unLoc happy_var_2)))}})-	) (\r -> happyReturn (happyIn92 r))--happyReduce_205 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_205 = happyMonadReduce 3# 76# happyReduction_205-happyReduction_205 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut91 happy_x_3 of { (HappyWrap91 happy_var_3) -> -	( ams happy_var_3 (fst $ unLoc happy_var_3) >>-                   amms (liftM mkInstD (mkTyFamInst (comb2 happy_var_1 happy_var_3) (snd $ unLoc happy_var_3)))-                        (mj AnnType happy_var_1:mj AnnInstance happy_var_2:(fst $ unLoc happy_var_3)))}}})-	) (\r -> happyReturn (happyIn92 r))--happyReduce_206 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_206 = happySpecReduce_0  77# happyReduction_206-happyReduction_206  =  happyIn93-		 ([]-	)--happyReduce_207 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_207 = happySpecReduce_1  77# happyReduction_207-happyReduction_207 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn93-		 ([mj AnnFamily happy_var_1]-	)}--happyReduce_208 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_208 = happySpecReduce_0  78# happyReduction_208-happyReduction_208  =  happyIn94-		 ([]-	)--happyReduce_209 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_209 = happySpecReduce_1  78# happyReduction_209-happyReduction_209 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn94-		 ([mj AnnInstance happy_var_1]-	)}--happyReduce_210 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_210 = happyMonadReduce 3# 79# happyReduction_210-happyReduction_210 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut94 happy_x_2 of { (HappyWrap94 happy_var_2) -> -	case happyOut91 happy_x_3 of { (HappyWrap91 happy_var_3) -> -	( ams happy_var_3 (fst $ unLoc happy_var_3) >>-                   amms (mkTyFamInst (comb2 happy_var_1 happy_var_3) (snd $ unLoc happy_var_3))-                        (mj AnnType happy_var_1:happy_var_2++(fst $ unLoc happy_var_3)))}}})-	) (\r -> happyReturn (happyIn95 r))--happyReduce_211 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_211 = happyMonadReduce 6# 79# happyReduction_211-happyReduction_211 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut96 happy_x_1 of { (HappyWrap96 happy_var_1) -> -	case happyOut94 happy_x_2 of { (HappyWrap94 happy_var_2) -> -	case happyOut103 happy_x_3 of { (HappyWrap103 happy_var_3) -> -	case happyOut102 happy_x_4 of { (HappyWrap102 happy_var_4) -> -	case happyOut181 happy_x_5 of { (HappyWrap181 happy_var_5) -> -	case happyOut189 happy_x_6 of { (HappyWrap189 happy_var_6) -> -	( amms (mkDataFamInst (comb4 happy_var_1 happy_var_4 happy_var_5 happy_var_6) (snd $ unLoc happy_var_1) happy_var_3 (snd $ unLoc happy_var_4)-                                    Nothing (reverse (snd $ unLoc happy_var_5))-                                            (fmap reverse happy_var_6))-                       ((fst $ unLoc happy_var_1):happy_var_2++(fst $ unLoc happy_var_4)++(fst $ unLoc happy_var_5)))}}}}}})-	) (\r -> happyReturn (happyIn95 r))--happyReduce_212 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_212 = happyMonadReduce 7# 79# happyReduction_212-happyReduction_212 (happy_x_7 `HappyStk`-	happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut96 happy_x_1 of { (HappyWrap96 happy_var_1) -> -	case happyOut94 happy_x_2 of { (HappyWrap94 happy_var_2) -> -	case happyOut103 happy_x_3 of { (HappyWrap103 happy_var_3) -> -	case happyOut102 happy_x_4 of { (HappyWrap102 happy_var_4) -> -	case happyOut97 happy_x_5 of { (HappyWrap97 happy_var_5) -> -	case happyOut178 happy_x_6 of { (HappyWrap178 happy_var_6) -> -	case happyOut189 happy_x_7 of { (HappyWrap189 happy_var_7) -> -	( amms (mkDataFamInst (comb4 happy_var_1 happy_var_4 happy_var_6 happy_var_7) (snd $ unLoc happy_var_1) happy_var_3-                                (snd $ unLoc happy_var_4) (snd $ unLoc happy_var_5) (snd $ unLoc happy_var_6)-                                (fmap reverse happy_var_7))-                        ((fst $ unLoc happy_var_1):happy_var_2++(fst $ unLoc happy_var_4)++(fst $ unLoc happy_var_5)++(fst $ unLoc happy_var_6)))}}}}}}})-	) (\r -> happyReturn (happyIn95 r))--happyReduce_213 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_213 = happySpecReduce_1  80# happyReduction_213-happyReduction_213 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn96-		 (sL1 happy_var_1 (mj AnnData    happy_var_1,DataType)-	)}--happyReduce_214 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_214 = happySpecReduce_1  80# happyReduction_214-happyReduction_214 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn96-		 (sL1 happy_var_1 (mj AnnNewtype happy_var_1,NewType)-	)}--happyReduce_215 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_215 = happySpecReduce_0  81# happyReduction_215-happyReduction_215  =  happyIn97-		 (noLoc     ([]               , Nothing)-	)--happyReduce_216 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_216 = happySpecReduce_2  81# happyReduction_216-happyReduction_216 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut177 happy_x_2 of { (HappyWrap177 happy_var_2) -> -	happyIn97-		 (sLL happy_var_1 happy_var_2 ([mu AnnDcolon happy_var_1], Just happy_var_2)-	)}}--happyReduce_217 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_217 = happySpecReduce_0  82# happyReduction_217-happyReduction_217  =  happyIn98-		 (noLoc     ([]               , noLoc (NoSig noExtField)         )-	)--happyReduce_218 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_218 = happySpecReduce_2  82# happyReduction_218-happyReduction_218 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut177 happy_x_2 of { (HappyWrap177 happy_var_2) -> -	happyIn98-		 (sLL happy_var_1 happy_var_2 ([mu AnnDcolon happy_var_1], sLL happy_var_1 happy_var_2 (KindSig noExtField happy_var_2))-	)}}--happyReduce_219 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_219 = happySpecReduce_0  83# happyReduction_219-happyReduction_219  =  happyIn99-		 (noLoc     ([]               , noLoc     (NoSig    noExtField)   )-	)--happyReduce_220 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_220 = happySpecReduce_2  83# happyReduction_220-happyReduction_220 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut177 happy_x_2 of { (HappyWrap177 happy_var_2) -> -	happyIn99-		 (sLL happy_var_1 happy_var_2 ([mu AnnDcolon happy_var_1], sLL happy_var_1 happy_var_2 (KindSig  noExtField happy_var_2))-	)}}--happyReduce_221 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_221 = happyMonadReduce 2# 83# happyReduction_221-happyReduction_221 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut171 happy_x_2 of { (HappyWrap171 happy_var_2) -> -	( do { tvb <- fromSpecTyVarBndr happy_var_2-                             ; return $ sLL happy_var_1 happy_var_2 ([mj AnnEqual happy_var_1] , sLL happy_var_1 happy_var_2 (TyVarSig noExtField tvb))})}})-	) (\r -> happyReturn (happyIn99 r))--happyReduce_222 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_222 = happySpecReduce_0  84# happyReduction_222-happyReduction_222  =  happyIn100-		 (noLoc ([], (noLoc (NoSig noExtField), Nothing))-	)--happyReduce_223 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_223 = happySpecReduce_2  84# happyReduction_223-happyReduction_223 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut177 happy_x_2 of { (HappyWrap177 happy_var_2) -> -	happyIn100-		 (sLL happy_var_1 happy_var_2 ( [mu AnnDcolon happy_var_1]-                                 , (sLL happy_var_2 happy_var_2 (KindSig noExtField happy_var_2), Nothing))-	)}}--happyReduce_224 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_224 = happyMonadReduce 4# 84# happyReduction_224-happyReduction_224 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut172 happy_x_2 of { (HappyWrap172 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut86 happy_x_4 of { (HappyWrap86 happy_var_4) -> -	( do { tvb <- fromSpecTyVarBndr happy_var_2-                      ; return $ sLL happy_var_1 happy_var_4 ([mj AnnEqual happy_var_1, mj AnnVbar happy_var_3]-                                           , (sLL happy_var_1 happy_var_2 (TyVarSig noExtField tvb), Just happy_var_4))})}}}})-	) (\r -> happyReturn (happyIn100 r))--happyReduce_225 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_225 = happyMonadReduce 3# 85# happyReduction_225-happyReduction_225 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut156 happy_x_1 of { (HappyWrap156 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut157 happy_x_3 of { (HappyWrap157 happy_var_3) -> -	( addAnnotation (gl happy_var_1) (toUnicodeAnn AnnDarrow happy_var_2) (gl happy_var_2)-                                       >> (return (sLL happy_var_1 happy_var_3 (Just happy_var_1, happy_var_3))))}}})-	) (\r -> happyReturn (happyIn101 r))--happyReduce_226 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_226 = happySpecReduce_1  85# happyReduction_226-happyReduction_226 happy_x_1-	 =  case happyOut157 happy_x_1 of { (HappyWrap157 happy_var_1) -> -	happyIn101-		 (sL1 happy_var_1 (Nothing, happy_var_1)-	)}--happyReduce_227 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_227 = happyMonadReduce 6# 86# happyReduction_227-happyReduction_227 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut170 happy_x_2 of { (HappyWrap170 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut156 happy_x_4 of { (HappyWrap156 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	case happyOut157 happy_x_6 of { (HappyWrap157 happy_var_6) -> -	( hintExplicitForall happy_var_1-                                                       >> fromSpecTyVarBndrs happy_var_2-                                                         >>= \tvbs -> (addAnnotation (gl happy_var_4) (toUnicodeAnn AnnDarrow happy_var_5) (gl happy_var_5)-                                                             >> return (sLL happy_var_1 happy_var_6 ([mu AnnForall happy_var_1, mj AnnDot happy_var_3]-                                                                                  , (Just happy_var_4, mkHsOuterExplicit tvbs, happy_var_6)))-                                                          ))}}}}}})-	) (\r -> happyReturn (happyIn102 r))--happyReduce_228 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_228 = happyMonadReduce 4# 86# happyReduction_228-happyReduction_228 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut170 happy_x_2 of { (HappyWrap170 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut157 happy_x_4 of { (HappyWrap157 happy_var_4) -> -	( do { hintExplicitForall happy_var_1-                                             ; tvbs <- fromSpecTyVarBndrs happy_var_2-                                             ; return (sLL happy_var_1 happy_var_4 ([mu AnnForall happy_var_1, mj AnnDot happy_var_3]-                                                                 , (Nothing, mkHsOuterExplicit tvbs, happy_var_4)))-                                       })}}}})-	) (\r -> happyReturn (happyIn102 r))--happyReduce_229 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_229 = happyMonadReduce 3# 86# happyReduction_229-happyReduction_229 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut156 happy_x_1 of { (HappyWrap156 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut157 happy_x_3 of { (HappyWrap157 happy_var_3) -> -	( addAnnotation (gl happy_var_1) (toUnicodeAnn AnnDarrow happy_var_2) (gl happy_var_2)-                                       >> (return (sLL happy_var_1 happy_var_3([], (Just happy_var_1, mkHsOuterImplicit, happy_var_3)))))}}})-	) (\r -> happyReturn (happyIn102 r))--happyReduce_230 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_230 = happySpecReduce_1  86# happyReduction_230-happyReduction_230 happy_x_1-	 =  case happyOut157 happy_x_1 of { (HappyWrap157 happy_var_1) -> -	happyIn102-		 (sL1 happy_var_1 ([], (Nothing, mkHsOuterImplicit, happy_var_1))-	)}--happyReduce_231 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_231 = happyMonadReduce 4# 87# happyReduction_231-happyReduction_231 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	( ajs (sLL happy_var_1 happy_var_4 (CType (getCTYPEs happy_var_1) (Just (Header (getSTRINGs happy_var_2) (getSTRING happy_var_2)))-                                        (getSTRINGs happy_var_3,getSTRING happy_var_3)))-                              [mo happy_var_1,mj AnnHeader happy_var_2,mj AnnVal happy_var_3,mc happy_var_4])}}}})-	) (\r -> happyReturn (happyIn103 r))--happyReduce_232 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_232 = happyMonadReduce 3# 87# happyReduction_232-happyReduction_232 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ajs (sLL happy_var_1 happy_var_3 (CType (getCTYPEs happy_var_1) Nothing (getSTRINGs happy_var_2, getSTRING happy_var_2)))-                              [mo happy_var_1,mj AnnVal happy_var_2,mc happy_var_3])}}})-	) (\r -> happyReturn (happyIn103 r))--happyReduce_233 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_233 = happySpecReduce_0  87# happyReduction_233-happyReduction_233  =  happyIn103-		 (Nothing-	)--happyReduce_234 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_234 = happyMonadReduce 5# 88# happyReduction_234-happyReduction_234 (happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut84 happy_x_2 of { (HappyWrap84 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut81 happy_x_4 of { (HappyWrap81 happy_var_4) -> -	case happyOut165 happy_x_5 of { (HappyWrap165 happy_var_5) -> -	( do { let { err = text "in the stand-alone deriving instance"-                                    <> colon <+> quotes (ppr happy_var_5) }-                      ; ams (sLL happy_var_1 happy_var_5-                                 (DerivDecl noExtField (mkHsWildCardBndrs happy_var_5) happy_var_2 happy_var_4))-                            [mj AnnDeriving happy_var_1, mj AnnInstance happy_var_3] })}}}}})-	) (\r -> happyReturn (happyIn104 r))--happyReduce_235 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_235 = happyMonadReduce 4# 89# happyReduction_235-happyReduction_235 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut275 happy_x_3 of { (HappyWrap275 happy_var_3) -> -	case happyOut106 happy_x_4 of { (HappyWrap106 happy_var_4) -> -	( amms (mkRoleAnnotDecl (comb3 happy_var_1 happy_var_3 happy_var_4) happy_var_3 (reverse (unLoc happy_var_4)))-                  [mj AnnType happy_var_1,mj AnnRole happy_var_2])}}}})-	) (\r -> happyReturn (happyIn105 r))--happyReduce_236 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_236 = happySpecReduce_0  90# happyReduction_236-happyReduction_236  =  happyIn106-		 (noLoc []-	)--happyReduce_237 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_237 = happySpecReduce_1  90# happyReduction_237-happyReduction_237 happy_x_1-	 =  case happyOut107 happy_x_1 of { (HappyWrap107 happy_var_1) -> -	happyIn106-		 (happy_var_1-	)}--happyReduce_238 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_238 = happySpecReduce_1  91# happyReduction_238-happyReduction_238 happy_x_1-	 =  case happyOut108 happy_x_1 of { (HappyWrap108 happy_var_1) -> -	happyIn107-		 (sLL happy_var_1 happy_var_1 [happy_var_1]-	)}--happyReduce_239 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_239 = happySpecReduce_2  91# happyReduction_239-happyReduction_239 happy_x_2-	happy_x_1-	 =  case happyOut107 happy_x_1 of { (HappyWrap107 happy_var_1) -> -	case happyOut108 happy_x_2 of { (HappyWrap108 happy_var_2) -> -	happyIn107-		 (sLL happy_var_1 happy_var_2 $ happy_var_2 : unLoc happy_var_1-	)}}--happyReduce_240 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_240 = happySpecReduce_1  92# happyReduction_240-happyReduction_240 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn108-		 (sL1 happy_var_1 $ Just $ getVARID happy_var_1-	)}--happyReduce_241 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_241 = happySpecReduce_1  92# happyReduction_241-happyReduction_241 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn108-		 (sL1 happy_var_1 Nothing-	)}--happyReduce_242 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_242 = happyMonadReduce 4# 93# happyReduction_242-happyReduction_242 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut110 happy_x_2 of { (HappyWrap110 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut240 happy_x_4 of { (HappyWrap240 happy_var_4) -> -	(      let (name, args,as ) = happy_var_2 in-                 ams (sLL happy_var_1 happy_var_4 . ValD noExtField $ mkPatSynBind name args happy_var_4-                                                    ImplicitBidirectional)-               (as ++ [mj AnnPattern happy_var_1, mj AnnEqual happy_var_3]))}}}})-	) (\r -> happyReturn (happyIn109 r))--happyReduce_243 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_243 = happyMonadReduce 4# 93# happyReduction_243-happyReduction_243 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut110 happy_x_2 of { (HappyWrap110 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut240 happy_x_4 of { (HappyWrap240 happy_var_4) -> -	(    let (name, args, as) = happy_var_2 in-               ams (sLL happy_var_1 happy_var_4 . ValD noExtField $ mkPatSynBind name args happy_var_4 Unidirectional)-               (as ++ [mj AnnPattern happy_var_1,mu AnnLarrow happy_var_3]))}}}})-	) (\r -> happyReturn (happyIn109 r))--happyReduce_244 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_244 = happyMonadReduce 5# 93# happyReduction_244-happyReduction_244 (happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut110 happy_x_2 of { (HappyWrap110 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut240 happy_x_4 of { (HappyWrap240 happy_var_4) -> -	case happyOut113 happy_x_5 of { (HappyWrap113 happy_var_5) -> -	( do { let (name, args, as) = happy_var_2-                  ; mg <- mkPatSynMatchGroup name (snd $ unLoc happy_var_5)-                  ; ams (sLL happy_var_1 happy_var_5 . ValD noExtField $-                           mkPatSynBind name args happy_var_4 (ExplicitBidirectional mg))-                       (as ++ ((mj AnnPattern happy_var_1:mu AnnLarrow happy_var_3:(fst $ unLoc happy_var_5))) )-                   })}}}}})-	) (\r -> happyReturn (happyIn109 r))--happyReduce_245 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_245 = happySpecReduce_2  94# happyReduction_245-happyReduction_245 happy_x_2-	happy_x_1-	 =  case happyOut267 happy_x_1 of { (HappyWrap267 happy_var_1) -> -	case happyOut111 happy_x_2 of { (HappyWrap111 happy_var_2) -> -	happyIn110-		 ((happy_var_1, PrefixCon noTypeArgs happy_var_2, [])-	)}}--happyReduce_246 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_246 = happySpecReduce_3  94# happyReduction_246-happyReduction_246 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut295 happy_x_1 of { (HappyWrap295 happy_var_1) -> -	case happyOut271 happy_x_2 of { (HappyWrap271 happy_var_2) -> -	case happyOut295 happy_x_3 of { (HappyWrap295 happy_var_3) -> -	happyIn110-		 ((happy_var_2, InfixCon happy_var_1 happy_var_3, [])-	)}}}--happyReduce_247 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_247 = happyReduce 4# 94# happyReduction_247-happyReduction_247 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOut267 happy_x_1 of { (HappyWrap267 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut112 happy_x_3 of { (HappyWrap112 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	happyIn110-		 ((happy_var_1, RecCon happy_var_3, [moc happy_var_2, mcc happy_var_4] )-	) `HappyStk` happyRest}}}}--happyReduce_248 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_248 = happySpecReduce_0  95# happyReduction_248-happyReduction_248  =  happyIn111-		 ([]-	)--happyReduce_249 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_249 = happySpecReduce_2  95# happyReduction_249-happyReduction_249 happy_x_2-	happy_x_1-	 =  case happyOut295 happy_x_1 of { (HappyWrap295 happy_var_1) -> -	case happyOut111 happy_x_2 of { (HappyWrap111 happy_var_2) -> -	happyIn111-		 (happy_var_1 : happy_var_2-	)}}--happyReduce_250 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_250 = happySpecReduce_1  96# happyReduction_250-happyReduction_250 happy_x_1-	 =  case happyOut292 happy_x_1 of { (HappyWrap292 happy_var_1) -> -	happyIn112-		 ([RecordPatSynField (mkFieldOcc happy_var_1) happy_var_1]-	)}--happyReduce_251 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_251 = happyMonadReduce 3# 96# happyReduction_251-happyReduction_251 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut292 happy_x_1 of { (HappyWrap292 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut112 happy_x_3 of { (HappyWrap112 happy_var_3) -> -	( addAnnotation (getLoc happy_var_1) AnnComma (getLoc happy_var_2) >>-                                         return ((RecordPatSynField (mkFieldOcc happy_var_1) happy_var_1) : happy_var_3 ))}}})-	) (\r -> happyReturn (happyIn112 r))--happyReduce_252 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_252 = happyReduce 4# 97# happyReduction_252-happyReduction_252 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut123 happy_x_3 of { (HappyWrap123 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	happyIn113-		 (sLL happy_var_1 happy_var_4 ((mj AnnWhere happy_var_1:moc happy_var_2-                                           :mcc happy_var_4:(fst $ unLoc happy_var_3)),sL1 happy_var_3 (snd $ unLoc happy_var_3))-	) `HappyStk` happyRest}}}}--happyReduce_253 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_253 = happyReduce 4# 97# happyReduction_253-happyReduction_253 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut123 happy_x_3 of { (HappyWrap123 happy_var_3) -> -	happyIn113-		 (L (comb2 happy_var_1 happy_var_3) ((mj AnnWhere happy_var_1:(fst $ unLoc happy_var_3))-                                          ,sL1 happy_var_3 (snd $ unLoc happy_var_3))-	) `HappyStk` happyRest}}--happyReduce_254 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_254 = happyMonadReduce 4# 98# happyReduction_254-happyReduction_254 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut268 happy_x_2 of { (HappyWrap268 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut149 happy_x_4 of { (HappyWrap149 happy_var_4) -> -	( ams (sLL happy_var_1 happy_var_4 $ PatSynSig noExtField (unLoc happy_var_2) happy_var_4)-                          [mj AnnPattern happy_var_1, mu AnnDcolon happy_var_3])}}}})-	) (\r -> happyReturn (happyIn114 r))--happyReduce_255 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_255 = happySpecReduce_1  99# happyReduction_255-happyReduction_255 happy_x_1-	 =  case happyOut92 happy_x_1 of { (HappyWrap92 happy_var_1) -> -	happyIn115-		 (happy_var_1-	)}--happyReduce_256 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_256 = happySpecReduce_1  99# happyReduction_256-happyReduction_256 happy_x_1-	 =  case happyOut194 happy_x_1 of { (HappyWrap194 happy_var_1) -> -	happyIn115-		 (happy_var_1-	)}--happyReduce_257 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_257 = happyMonadReduce 4# 99# happyReduction_257-happyReduction_257 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut203 happy_x_2 of { (HappyWrap203 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut149 happy_x_4 of { (HappyWrap149 happy_var_4) -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->-                       do { v <- checkValSigLhs happy_var_2-                          ; let err = text "in default signature" <> colon <+>-                                      quotes (ppr happy_var_2)-                          ; ams (sLL happy_var_1 happy_var_4 $ SigD noExtField $ ClassOpSig noExtField True [v] happy_var_4)-                                [mj AnnDefault happy_var_1,mu AnnDcolon happy_var_3] })}}}})-	) (\r -> happyReturn (happyIn115 r))--happyReduce_258 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_258 = happyMonadReduce 3# 100# happyReduction_258-happyReduction_258 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut116 happy_x_1 of { (HappyWrap116 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut115 happy_x_3 of { (HappyWrap115 happy_var_3) -> -	( if isNilOL (snd $ unLoc happy_var_1)-                                             then return (sLL happy_var_1 happy_var_3 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)-                                                                    , unitOL happy_var_3))-                                             else ams (lastOL (snd $ unLoc happy_var_1)) [mj AnnSemi happy_var_2]-                                           >> return (sLL happy_var_1 happy_var_3 (fst $ unLoc happy_var_1-                                                                ,(snd $ unLoc happy_var_1) `appOL` unitOL happy_var_3)))}}})-	) (\r -> happyReturn (happyIn116 r))--happyReduce_259 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_259 = happyMonadReduce 2# 100# happyReduction_259-happyReduction_259 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut116 happy_x_1 of { (HappyWrap116 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( if isNilOL (snd $ unLoc happy_var_1)-                                             then return (sLL happy_var_1 happy_var_2 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)-                                                                                   ,snd $ unLoc happy_var_1))-                                             else ams (lastOL (snd $ unLoc happy_var_1)) [mj AnnSemi happy_var_2]-                                           >> return (sLL happy_var_1 happy_var_2  (unLoc happy_var_1)))}})-	) (\r -> happyReturn (happyIn116 r))--happyReduce_260 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_260 = happySpecReduce_1  100# happyReduction_260-happyReduction_260 happy_x_1-	 =  case happyOut115 happy_x_1 of { (HappyWrap115 happy_var_1) -> -	happyIn116-		 (sL1 happy_var_1 ([], unitOL happy_var_1)-	)}--happyReduce_261 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_261 = happySpecReduce_0  100# happyReduction_261-happyReduction_261  =  happyIn116-		 (noLoc ([],nilOL)-	)--happyReduce_262 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_262 = happySpecReduce_3  101# happyReduction_262-happyReduction_262 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut116 happy_x_2 of { (HappyWrap116 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn117-		 (sLL happy_var_1 happy_var_3 (moc happy_var_1:mcc happy_var_3:(fst $ unLoc happy_var_2)-                                             ,snd $ unLoc happy_var_2, ExplicitBraces)-	)}}}--happyReduce_263 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_263 = happySpecReduce_3  101# happyReduction_263-happyReduction_263 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut116 happy_x_2 of { (HappyWrap116 happy_var_2) -> -	happyIn117-		 (let { L l (anns, decls) = happy_var_2 }-                                           in L l (anns, decls, VirtualBraces (getVOCURLY happy_var_1))-	)}}--happyReduce_264 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_264 = happySpecReduce_2  102# happyReduction_264-happyReduction_264 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut117 happy_x_2 of { (HappyWrap117 happy_var_2) -> -	happyIn118-		 (sLL happy_var_1 happy_var_2 (mj AnnWhere happy_var_1:(fstOf3 $ unLoc happy_var_2)-                                             ,sndOf3 $ unLoc happy_var_2,thdOf3 $ unLoc happy_var_2)-	)}}--happyReduce_265 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_265 = happySpecReduce_0  102# happyReduction_265-happyReduction_265  =  happyIn118-		 (noLoc ([],nilOL,NoLayoutInfo)-	)--happyReduce_266 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_266 = happySpecReduce_1  103# happyReduction_266-happyReduction_266 happy_x_1-	 =  case happyOut95 happy_x_1 of { (HappyWrap95 happy_var_1) -> -	happyIn119-		 (sLL happy_var_1 happy_var_1 (unitOL (sL1 happy_var_1 (InstD noExtField (unLoc happy_var_1))))-	)}--happyReduce_267 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_267 = happySpecReduce_1  103# happyReduction_267-happyReduction_267 happy_x_1-	 =  case happyOut194 happy_x_1 of { (HappyWrap194 happy_var_1) -> -	happyIn119-		 (sLL happy_var_1 happy_var_1 (unitOL happy_var_1)-	)}--happyReduce_268 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_268 = happyMonadReduce 3# 104# happyReduction_268-happyReduction_268 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut120 happy_x_1 of { (HappyWrap120 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut119 happy_x_3 of { (HappyWrap119 happy_var_3) -> -	( if isNilOL (snd $ unLoc happy_var_1)-                                             then return (sLL happy_var_1 happy_var_3 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)-                                                                    , unLoc happy_var_3))-                                             else ams (lastOL $ snd $ unLoc happy_var_1) [mj AnnSemi happy_var_2]-                                           >> return-                                            (sLL happy_var_1 happy_var_3 (fst $ unLoc happy_var_1-                                                       ,(snd $ unLoc happy_var_1) `appOL` unLoc happy_var_3)))}}})-	) (\r -> happyReturn (happyIn120 r))--happyReduce_269 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_269 = happyMonadReduce 2# 104# happyReduction_269-happyReduction_269 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut120 happy_x_1 of { (HappyWrap120 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( if isNilOL (snd $ unLoc happy_var_1)-                                             then return (sLL happy_var_1 happy_var_2 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)-                                                                                   ,snd $ unLoc happy_var_1))-                                             else ams (lastOL $ snd $ unLoc happy_var_1) [mj AnnSemi happy_var_2]-                                           >> return (sLL happy_var_1 happy_var_2 (unLoc happy_var_1)))}})-	) (\r -> happyReturn (happyIn120 r))--happyReduce_270 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_270 = happySpecReduce_1  104# happyReduction_270-happyReduction_270 happy_x_1-	 =  case happyOut119 happy_x_1 of { (HappyWrap119 happy_var_1) -> -	happyIn120-		 (sL1 happy_var_1 ([],unLoc happy_var_1)-	)}--happyReduce_271 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_271 = happySpecReduce_0  104# happyReduction_271-happyReduction_271  =  happyIn120-		 (noLoc ([],nilOL)-	)--happyReduce_272 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_272 = happySpecReduce_3  105# happyReduction_272-happyReduction_272 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut120 happy_x_2 of { (HappyWrap120 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn121-		 (sLL happy_var_1 happy_var_3 (moc happy_var_1:mcc happy_var_3:(fst $ unLoc happy_var_2),snd $ unLoc happy_var_2)-	)}}}--happyReduce_273 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_273 = happySpecReduce_3  105# happyReduction_273-happyReduction_273 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut120 happy_x_2 of { (HappyWrap120 happy_var_2) -> -	happyIn121-		 (L (gl happy_var_2) (unLoc happy_var_2)-	)}--happyReduce_274 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_274 = happySpecReduce_2  106# happyReduction_274-happyReduction_274 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut121 happy_x_2 of { (HappyWrap121 happy_var_2) -> -	happyIn122-		 (sLL happy_var_1 happy_var_2 (mj AnnWhere happy_var_1:(fst $ unLoc happy_var_2)-                                             ,(snd $ unLoc happy_var_2))-	)}}--happyReduce_275 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_275 = happySpecReduce_0  106# happyReduction_275-happyReduction_275  =  happyIn122-		 (noLoc ([],nilOL)-	)--happyReduce_276 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_276 = happyMonadReduce 3# 107# happyReduction_276-happyReduction_276 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut123 happy_x_1 of { (HappyWrap123 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut194 happy_x_3 of { (HappyWrap194 happy_var_3) -> -	( if isNilOL (snd $ unLoc happy_var_1)-                                 then return (sLL happy_var_1 happy_var_3 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)-                                                        , unitOL happy_var_3))-                                 else do ams (lastOL $ snd $ unLoc happy_var_1) [mj AnnSemi happy_var_2]-                                           >> return (-                                          let { this = unitOL happy_var_3;-                                                rest = snd $ unLoc happy_var_1;-                                                these = rest `appOL` this }-                                          in rest `seq` this `seq` these `seq`-                                             (sLL happy_var_1 happy_var_3 (fst $ unLoc happy_var_1,these))))}}})-	) (\r -> happyReturn (happyIn123 r))--happyReduce_277 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_277 = happyMonadReduce 2# 107# happyReduction_277-happyReduction_277 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut123 happy_x_1 of { (HappyWrap123 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( if isNilOL (snd $ unLoc happy_var_1)-                                  then return (sLL happy_var_1 happy_var_2 ((mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)-                                                          ,snd $ unLoc happy_var_1)))-                                  else ams (lastOL $ snd $ unLoc happy_var_1) [mj AnnSemi happy_var_2]-                                           >> return (sLL happy_var_1 happy_var_2 (unLoc happy_var_1)))}})-	) (\r -> happyReturn (happyIn123 r))--happyReduce_278 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_278 = happySpecReduce_1  107# happyReduction_278-happyReduction_278 happy_x_1-	 =  case happyOut194 happy_x_1 of { (HappyWrap194 happy_var_1) -> -	happyIn123-		 (sL1 happy_var_1 ([], unitOL happy_var_1)-	)}--happyReduce_279 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_279 = happySpecReduce_0  107# happyReduction_279-happyReduction_279  =  happyIn123-		 (noLoc ([],nilOL)-	)--happyReduce_280 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_280 = happySpecReduce_3  108# happyReduction_280-happyReduction_280 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut123 happy_x_2 of { (HappyWrap123 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn124-		 (sLL happy_var_1 happy_var_3 (moc happy_var_1:mcc happy_var_3:(fst $ unLoc happy_var_2)-                                                   ,sL1 happy_var_2 $ snd $ unLoc happy_var_2)-	)}}}--happyReduce_281 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_281 = happySpecReduce_3  108# happyReduction_281-happyReduction_281 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut123 happy_x_2 of { (HappyWrap123 happy_var_2) -> -	happyIn124-		 (L (gl happy_var_2) (fst $ unLoc happy_var_2,sL1 happy_var_2 $ snd $ unLoc happy_var_2)-	)}--happyReduce_282 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_282 = happyMonadReduce 1# 109# happyReduction_282-happyReduction_282 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut124 happy_x_1 of { (HappyWrap124 happy_var_1) -> -	( do { val_binds <- cvBindGroup (unLoc $ snd $ unLoc happy_var_1)-                                  ; return (sL1 happy_var_1 (fst $ unLoc happy_var_1-                                                    ,sL1 happy_var_1 $ HsValBinds noExtField val_binds)) })})-	) (\r -> happyReturn (happyIn125 r))--happyReduce_283 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_283 = happySpecReduce_3  109# happyReduction_283-happyReduction_283 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut253 happy_x_2 of { (HappyWrap253 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn125-		 (sLL happy_var_1 happy_var_3 ([moc happy_var_1,mcc happy_var_3]-                                             ,sL1 happy_var_2 $ HsIPBinds noExtField (IPBinds noExtField (reverse $ unLoc happy_var_2)))-	)}}}--happyReduce_284 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_284 = happySpecReduce_3  109# happyReduction_284-happyReduction_284 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut253 happy_x_2 of { (HappyWrap253 happy_var_2) -> -	happyIn125-		 (L (getLoc happy_var_2) ([]-                                            ,sL1 happy_var_2 $ HsIPBinds noExtField (IPBinds noExtField (reverse $ unLoc happy_var_2)))-	)}--happyReduce_285 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_285 = happySpecReduce_2  110# happyReduction_285-happyReduction_285 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut125 happy_x_2 of { (HappyWrap125 happy_var_2) -> -	happyIn126-		 (sLL happy_var_1 happy_var_2 (mj AnnWhere happy_var_1 : (fst $ unLoc happy_var_2)-                                             ,snd $ unLoc happy_var_2)-	)}}--happyReduce_286 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_286 = happySpecReduce_0  110# happyReduction_286-happyReduction_286  =  happyIn126-		 (noLoc ([],noLoc emptyLocalBinds)-	)--happyReduce_287 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_287 = happyMonadReduce 3# 111# happyReduction_287-happyReduction_287 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut127 happy_x_1 of { (HappyWrap127 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut128 happy_x_3 of { (HappyWrap128 happy_var_3) -> -	( addAnnotation (oll happy_var_1) AnnSemi (gl happy_var_2)-                                          >> return (happy_var_1 `snocOL` happy_var_3))}}})-	) (\r -> happyReturn (happyIn127 r))--happyReduce_288 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_288 = happyMonadReduce 2# 111# happyReduction_288-happyReduction_288 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut127 happy_x_1 of { (HappyWrap127 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( addAnnotation (oll happy_var_1) AnnSemi (gl happy_var_2)-                                          >> return happy_var_1)}})-	) (\r -> happyReturn (happyIn127 r))--happyReduce_289 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_289 = happySpecReduce_1  111# happyReduction_289-happyReduction_289 happy_x_1-	 =  case happyOut128 happy_x_1 of { (HappyWrap128 happy_var_1) -> -	happyIn127-		 (unitOL happy_var_1-	)}--happyReduce_290 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_290 = happySpecReduce_0  111# happyReduction_290-happyReduction_290  =  happyIn127-		 (nilOL-	)--happyReduce_291 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_291 = happyMonadReduce 6# 112# happyReduction_291-happyReduction_291 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut129 happy_x_2 of { (HappyWrap129 happy_var_2) -> -	case happyOut132 happy_x_3 of { (HappyWrap132 happy_var_3) -> -	case happyOut203 happy_x_4 of { (HappyWrap203 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	case happyOut202 happy_x_6 of { (HappyWrap202 happy_var_6) -> -	(runPV (unECP happy_var_4) >>= \ happy_var_4 ->-           runPV (unECP happy_var_6) >>= \ happy_var_6 ->-           ams (sLL happy_var_1 happy_var_6 $ HsRule { rd_ext = noExtField-                                   , rd_name = L (gl happy_var_1) (getSTRINGs happy_var_1, getSTRING happy_var_1)-                                   , rd_act = (snd happy_var_2) `orElse` AlwaysActive-                                   , rd_tyvs = sndOf3 happy_var_3, rd_tmvs = thdOf3 happy_var_3-                                   , rd_lhs = happy_var_4, rd_rhs = happy_var_6 })-               (mj AnnEqual happy_var_5 : (fst happy_var_2) ++ (fstOf3 happy_var_3)))}}}}}})-	) (\r -> happyReturn (happyIn128 r))--happyReduce_292 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_292 = happySpecReduce_0  113# happyReduction_292-happyReduction_292  =  happyIn129-		 (([],Nothing)-	)--happyReduce_293 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_293 = happySpecReduce_1  113# happyReduction_293-happyReduction_293 happy_x_1-	 =  case happyOut131 happy_x_1 of { (HappyWrap131 happy_var_1) -> -	happyIn129-		 ((fst happy_var_1,Just (snd happy_var_1))-	)}--happyReduce_294 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_294 = happySpecReduce_1  114# happyReduction_294-happyReduction_294 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn130-		 ([mj AnnTilde happy_var_1]-	)}--happyReduce_295 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_295 = happyMonadReduce 1# 114# happyReduction_295-happyReduction_295 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	( if (getVARSYM happy_var_1 == fsLit "~")-                   then return [mj AnnTilde happy_var_1]-                   else do { addError $ PsError PsErrInvalidRuleActivationMarker [] (getLoc happy_var_1)-                           ; return [] })})-	) (\r -> happyReturn (happyIn130 r))--happyReduce_296 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_296 = happySpecReduce_3  115# happyReduction_296-happyReduction_296 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn131-		 (([mos happy_var_1,mj AnnVal happy_var_2,mcs happy_var_3]-                                  ,ActiveAfter  (getINTEGERs happy_var_2) (fromInteger (il_value (getINTEGER happy_var_2))))-	)}}}--happyReduce_297 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_297 = happyReduce 4# 115# happyReduction_297-happyReduction_297 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut130 happy_x_2 of { (HappyWrap130 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	happyIn131-		 ((happy_var_2++[mos happy_var_1,mj AnnVal happy_var_3,mcs happy_var_4]-                                  ,ActiveBefore (getINTEGERs happy_var_3) (fromInteger (il_value (getINTEGER happy_var_3))))-	) `HappyStk` happyRest}}}}--happyReduce_298 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_298 = happySpecReduce_3  115# happyReduction_298-happyReduction_298 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut130 happy_x_2 of { (HappyWrap130 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn131-		 ((happy_var_2++[mos happy_var_1,mcs happy_var_3]-                                  ,NeverActive)-	)}}}--happyReduce_299 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_299 = happyMonadReduce 6# 116# happyReduction_299-happyReduction_299 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut133 happy_x_2 of { (HappyWrap133 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	case happyOut133 happy_x_5 of { (HappyWrap133 happy_var_5) -> -	case happyOutTok happy_x_6 of { happy_var_6 -> -	( let tyvs = mkRuleTyVarBndrs happy_var_2-                                                              in hintExplicitForall happy_var_1-                                                              >> checkRuleTyVarBndrNames (mkRuleTyVarBndrs happy_var_2)-                                                              >> return ([mu AnnForall happy_var_1,mj AnnDot happy_var_3,-                                                                          mu AnnForall happy_var_4,mj AnnDot happy_var_6],-                                                                         Just (mkRuleTyVarBndrs happy_var_2), mkRuleBndrs happy_var_5))}}}}}})-	) (\r -> happyReturn (happyIn132 r))--happyReduce_300 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_300 = happySpecReduce_3  116# happyReduction_300-happyReduction_300 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut133 happy_x_2 of { (HappyWrap133 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn132-		 (([mu AnnForall happy_var_1,mj AnnDot happy_var_3],-                                                              Nothing, mkRuleBndrs happy_var_2)-	)}}}--happyReduce_301 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_301 = happySpecReduce_0  116# happyReduction_301-happyReduction_301  =  happyIn132-		 (([], Nothing, [])-	)--happyReduce_302 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_302 = happySpecReduce_2  117# happyReduction_302-happyReduction_302 happy_x_2-	happy_x_1-	 =  case happyOut134 happy_x_1 of { (HappyWrap134 happy_var_1) -> -	case happyOut133 happy_x_2 of { (HappyWrap133 happy_var_2) -> -	happyIn133-		 (happy_var_1 : happy_var_2-	)}}--happyReduce_303 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_303 = happySpecReduce_0  117# happyReduction_303-happyReduction_303  =  happyIn133-		 ([]-	)--happyReduce_304 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_304 = happySpecReduce_1  118# happyReduction_304-happyReduction_304 happy_x_1-	 =  case happyOut295 happy_x_1 of { (HappyWrap295 happy_var_1) -> -	happyIn134-		 (sLL happy_var_1 happy_var_1 (RuleTyTmVar happy_var_1 Nothing)-	)}--happyReduce_305 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_305 = happyMonadReduce 5# 118# happyReduction_305-happyReduction_305 (happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut295 happy_x_2 of { (HappyWrap295 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut155 happy_x_4 of { (HappyWrap155 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	( ams (sLL happy_var_1 happy_var_5 (RuleTyTmVar happy_var_2 (Just happy_var_4)))-                                               [mop happy_var_1,mu AnnDcolon happy_var_3,mcp happy_var_5])}}}}})-	) (\r -> happyReturn (happyIn134 r))--happyReduce_306 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_306 = happyMonadReduce 3# 119# happyReduction_306-happyReduction_306 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut135 happy_x_1 of { (HappyWrap135 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut136 happy_x_3 of { (HappyWrap136 happy_var_3) -> -	( addAnnotation (oll happy_var_1) AnnSemi (gl happy_var_2)-                                          >> return (happy_var_1 `appOL` happy_var_3))}}})-	) (\r -> happyReturn (happyIn135 r))--happyReduce_307 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_307 = happyMonadReduce 2# 119# happyReduction_307-happyReduction_307 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut135 happy_x_1 of { (HappyWrap135 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( addAnnotation (oll happy_var_1) AnnSemi (gl happy_var_2)-                                          >> return happy_var_1)}})-	) (\r -> happyReturn (happyIn135 r))--happyReduce_308 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_308 = happySpecReduce_1  119# happyReduction_308-happyReduction_308 happy_x_1-	 =  case happyOut136 happy_x_1 of { (HappyWrap136 happy_var_1) -> -	happyIn135-		 (happy_var_1-	)}--happyReduce_309 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_309 = happySpecReduce_0  119# happyReduction_309-happyReduction_309  =  happyIn135-		 (nilOL-	)--happyReduce_310 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_310 = happyMonadReduce 2# 120# happyReduction_310-happyReduction_310 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut262 happy_x_1 of { (HappyWrap262 happy_var_1) -> -	case happyOut139 happy_x_2 of { (HappyWrap139 happy_var_2) -> -	( amsu (sLL happy_var_1 happy_var_2 (Warning noExtField (unLoc happy_var_1) (WarningTxt (noLoc NoSourceText) $ snd $ unLoc happy_var_2)))-                     (fst $ unLoc happy_var_2))}})-	) (\r -> happyReturn (happyIn136 r))--happyReduce_311 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_311 = happyMonadReduce 3# 121# happyReduction_311-happyReduction_311 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut137 happy_x_1 of { (HappyWrap137 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut138 happy_x_3 of { (HappyWrap138 happy_var_3) -> -	( addAnnotation (oll happy_var_1) AnnSemi (gl happy_var_2)-                                          >> return (happy_var_1 `appOL` happy_var_3))}}})-	) (\r -> happyReturn (happyIn137 r))--happyReduce_312 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_312 = happyMonadReduce 2# 121# happyReduction_312-happyReduction_312 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut137 happy_x_1 of { (HappyWrap137 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( addAnnotation (oll happy_var_1) AnnSemi (gl happy_var_2)-                                          >> return happy_var_1)}})-	) (\r -> happyReturn (happyIn137 r))--happyReduce_313 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_313 = happySpecReduce_1  121# happyReduction_313-happyReduction_313 happy_x_1-	 =  case happyOut138 happy_x_1 of { (HappyWrap138 happy_var_1) -> -	happyIn137-		 (happy_var_1-	)}--happyReduce_314 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_314 = happySpecReduce_0  121# happyReduction_314-happyReduction_314  =  happyIn137-		 (nilOL-	)--happyReduce_315 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_315 = happyMonadReduce 2# 122# happyReduction_315-happyReduction_315 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut262 happy_x_1 of { (HappyWrap262 happy_var_1) -> -	case happyOut139 happy_x_2 of { (HappyWrap139 happy_var_2) -> -	( amsu (sLL happy_var_1 happy_var_2 $ (Warning noExtField (unLoc happy_var_1) (DeprecatedTxt (noLoc NoSourceText) $ snd $ unLoc happy_var_2)))-                     (fst $ unLoc happy_var_2))}})-	) (\r -> happyReturn (happyIn138 r))--happyReduce_316 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_316 = happySpecReduce_1  123# happyReduction_316-happyReduction_316 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn139-		 (sL1 happy_var_1 ([],[L (gl happy_var_1) (getStringLiteral happy_var_1)])-	)}--happyReduce_317 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_317 = happySpecReduce_3  123# happyReduction_317-happyReduction_317 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut140 happy_x_2 of { (HappyWrap140 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn139-		 (sLL happy_var_1 happy_var_3 $ ([mos happy_var_1,mcs happy_var_3],fromOL (unLoc happy_var_2))-	)}}}--happyReduce_318 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_318 = happyMonadReduce 3# 124# happyReduction_318-happyReduction_318 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut140 happy_x_1 of { (HappyWrap140 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( addAnnotation (oll $ unLoc happy_var_1) AnnComma (gl happy_var_2) >>-                               return (sLL happy_var_1 happy_var_3 (unLoc happy_var_1 `snocOL`-                                                  (L (gl happy_var_3) (getStringLiteral happy_var_3)))))}}})-	) (\r -> happyReturn (happyIn140 r))--happyReduce_319 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_319 = happySpecReduce_1  124# happyReduction_319-happyReduction_319 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn140-		 (sLL happy_var_1 happy_var_1 (unitOL (L (gl happy_var_1) (getStringLiteral happy_var_1)))-	)}--happyReduce_320 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_320 = happySpecReduce_0  124# happyReduction_320-happyReduction_320  =  happyIn140-		 (noLoc nilOL-	)--happyReduce_321 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_321 = happyMonadReduce 4# 125# happyReduction_321-happyReduction_321 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut263 happy_x_2 of { (HappyWrap263 happy_var_2) -> -	case happyOut209 happy_x_3 of { (HappyWrap209 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	( runPV (unECP happy_var_3) >>= \ happy_var_3 ->-                                            ams (sLL happy_var_1 happy_var_4 (AnnD noExtField $ HsAnnotation noExtField-                                            (getANN_PRAGs happy_var_1)-                                            (ValueAnnProvenance happy_var_2) happy_var_3))-                                            [mo happy_var_1,mc happy_var_4])}}}})-	) (\r -> happyReturn (happyIn141 r))--happyReduce_322 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_322 = happyMonadReduce 5# 125# happyReduction_322-happyReduction_322 (happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut279 happy_x_3 of { (HappyWrap279 happy_var_3) -> -	case happyOut209 happy_x_4 of { (HappyWrap209 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	( runPV (unECP happy_var_4) >>= \ happy_var_4 ->-                                            ams (sLL happy_var_1 happy_var_5 (AnnD noExtField $ HsAnnotation noExtField-                                            (getANN_PRAGs happy_var_1)-                                            (TypeAnnProvenance happy_var_3) happy_var_4))-                                            [mo happy_var_1,mj AnnType happy_var_2,mc happy_var_5])}}}}})-	) (\r -> happyReturn (happyIn141 r))--happyReduce_323 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_323 = happyMonadReduce 4# 125# happyReduction_323-happyReduction_323 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut209 happy_x_3 of { (HappyWrap209 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	( runPV (unECP happy_var_3) >>= \ happy_var_3 ->-                                            ams (sLL happy_var_1 happy_var_4 (AnnD noExtField $ HsAnnotation noExtField-                                                (getANN_PRAGs happy_var_1)-                                                 ModuleAnnProvenance happy_var_3))-                                                [mo happy_var_1,mj AnnModule happy_var_2,mc happy_var_4])}}}})-	) (\r -> happyReturn (happyIn141 r))--happyReduce_324 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_324 = happyMonadReduce 4# 126# happyReduction_324-happyReduction_324 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut143 happy_x_2 of { (HappyWrap143 happy_var_2) -> -	case happyOut144 happy_x_3 of { (HappyWrap144 happy_var_3) -> -	case happyOut145 happy_x_4 of { (HappyWrap145 happy_var_4) -> -	( mkImport happy_var_2 happy_var_3 (snd $ unLoc happy_var_4) >>= \i ->-                 return (sLL happy_var_1 happy_var_4 (mj AnnImport happy_var_1 : (fst $ unLoc happy_var_4),i)))}}}})-	) (\r -> happyReturn (happyIn142 r))--happyReduce_325 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_325 = happyMonadReduce 3# 126# happyReduction_325-happyReduction_325 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut143 happy_x_2 of { (HappyWrap143 happy_var_2) -> -	case happyOut145 happy_x_3 of { (HappyWrap145 happy_var_3) -> -	( do { d <- mkImport happy_var_2 (noLoc PlaySafe) (snd $ unLoc happy_var_3);-                    return (sLL happy_var_1 happy_var_3 (mj AnnImport happy_var_1 : (fst $ unLoc happy_var_3),d)) })}}})-	) (\r -> happyReturn (happyIn142 r))--happyReduce_326 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_326 = happyMonadReduce 3# 126# happyReduction_326-happyReduction_326 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut143 happy_x_2 of { (HappyWrap143 happy_var_2) -> -	case happyOut145 happy_x_3 of { (HappyWrap145 happy_var_3) -> -	( mkExport happy_var_2 (snd $ unLoc happy_var_3) >>= \i ->-                  return (sLL happy_var_1 happy_var_3 (mj AnnExport happy_var_1 : (fst $ unLoc happy_var_3),i) ))}}})-	) (\r -> happyReturn (happyIn142 r))--happyReduce_327 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_327 = happySpecReduce_1  127# happyReduction_327-happyReduction_327 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn143-		 (sLL happy_var_1 happy_var_1 StdCallConv-	)}--happyReduce_328 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_328 = happySpecReduce_1  127# happyReduction_328-happyReduction_328 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn143-		 (sLL happy_var_1 happy_var_1 CCallConv-	)}--happyReduce_329 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_329 = happySpecReduce_1  127# happyReduction_329-happyReduction_329 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn143-		 (sLL happy_var_1 happy_var_1 CApiConv-	)}--happyReduce_330 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_330 = happySpecReduce_1  127# happyReduction_330-happyReduction_330 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn143-		 (sLL happy_var_1 happy_var_1 PrimCallConv-	)}--happyReduce_331 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_331 = happySpecReduce_1  127# happyReduction_331-happyReduction_331 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn143-		 (sLL happy_var_1 happy_var_1 JavaScriptCallConv-	)}--happyReduce_332 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_332 = happySpecReduce_1  128# happyReduction_332-happyReduction_332 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn144-		 (sLL happy_var_1 happy_var_1 PlayRisky-	)}--happyReduce_333 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_333 = happySpecReduce_1  128# happyReduction_333-happyReduction_333 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn144-		 (sLL happy_var_1 happy_var_1 PlaySafe-	)}--happyReduce_334 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_334 = happySpecReduce_1  128# happyReduction_334-happyReduction_334 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn144-		 (sLL happy_var_1 happy_var_1 PlayInterruptible-	)}--happyReduce_335 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_335 = happyReduce 4# 129# happyReduction_335-happyReduction_335 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut292 happy_x_2 of { (HappyWrap292 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut149 happy_x_4 of { (HappyWrap149 happy_var_4) -> -	happyIn145-		 (sLL happy_var_1 happy_var_4 ([mu AnnDcolon happy_var_3]-                                             ,(L (getLoc happy_var_1)-                                                    (getStringLiteral happy_var_1), happy_var_2, happy_var_4))-	) `HappyStk` happyRest}}}}--happyReduce_336 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_336 = happySpecReduce_3  129# happyReduction_336-happyReduction_336 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut292 happy_x_1 of { (HappyWrap292 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut149 happy_x_3 of { (HappyWrap149 happy_var_3) -> -	happyIn145-		 (sLL happy_var_1 happy_var_3 ([mu AnnDcolon happy_var_2]-                                             ,(noLoc (StringLiteral NoSourceText nilFS), happy_var_1, happy_var_3))-	)}}}--happyReduce_337 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_337 = happySpecReduce_0  130# happyReduction_337-happyReduction_337  =  happyIn146-		 (([],Nothing)-	)--happyReduce_338 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_338 = happySpecReduce_2  130# happyReduction_338-happyReduction_338 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut155 happy_x_2 of { (HappyWrap155 happy_var_2) -> -	happyIn146-		 (([mu AnnDcolon happy_var_1],Just happy_var_2)-	)}}--happyReduce_339 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_339 = happySpecReduce_0  131# happyReduction_339-happyReduction_339  =  happyIn147-		 (([], Nothing)-	)--happyReduce_340 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_340 = happySpecReduce_2  131# happyReduction_340-happyReduction_340 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut273 happy_x_2 of { (HappyWrap273 happy_var_2) -> -	happyIn147-		 (([mu AnnDcolon happy_var_1], Just happy_var_2)-	)}}--happyReduce_341 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_341 = happySpecReduce_1  132# happyReduction_341-happyReduction_341 happy_x_1-	 =  case happyOut149 happy_x_1 of { (HappyWrap149 happy_var_1) -> -	happyIn148-		 (happy_var_1-	)}--happyReduce_342 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_342 = happyMonadReduce 3# 132# happyReduction_342-happyReduction_342 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut155 happy_x_1 of { (HappyWrap155 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut177 happy_x_3 of { (HappyWrap177 happy_var_3) -> -	( ams (sLL happy_var_1 happy_var_3 $ mkHsImplicitSigType $-                                       sLL happy_var_1 happy_var_3 $ HsKindSig noExtField happy_var_1 happy_var_3)-                                      [mu AnnDcolon happy_var_2])}}})-	) (\r -> happyReturn (happyIn148 r))--happyReduce_343 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_343 = happySpecReduce_1  133# happyReduction_343-happyReduction_343 happy_x_1-	 =  case happyOut155 happy_x_1 of { (HappyWrap155 happy_var_1) -> -	happyIn149-		 (hsTypeToHsSigType happy_var_1-	)}--happyReduce_344 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_344 = happyMonadReduce 3# 134# happyReduction_344-happyReduction_344 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut150 happy_x_1 of { (HappyWrap150 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut292 happy_x_3 of { (HappyWrap292 happy_var_3) -> -	( addAnnotation (gl $ head $ unLoc happy_var_1)-                                                       AnnComma (gl happy_var_2)-                                         >> return (sLL happy_var_1 happy_var_3 (happy_var_3 : unLoc happy_var_1)))}}})-	) (\r -> happyReturn (happyIn150 r))--happyReduce_345 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_345 = happySpecReduce_1  134# happyReduction_345-happyReduction_345 happy_x_1-	 =  case happyOut292 happy_x_1 of { (HappyWrap292 happy_var_1) -> -	happyIn150-		 (sL1 happy_var_1 [happy_var_1]-	)}--happyReduce_346 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_346 = happySpecReduce_1  135# happyReduction_346-happyReduction_346 happy_x_1-	 =  case happyOut149 happy_x_1 of { (HappyWrap149 happy_var_1) -> -	happyIn151-		 (unitOL happy_var_1-	)}--happyReduce_347 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_347 = happyMonadReduce 3# 135# happyReduction_347-happyReduction_347 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut149 happy_x_1 of { (HappyWrap149 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut151 happy_x_3 of { (HappyWrap151 happy_var_3) -> -	( addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2)-                                >> return (unitOL happy_var_1 `appOL` happy_var_3))}}})-	) (\r -> happyReturn (happyIn151 r))--happyReduce_348 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_348 = happySpecReduce_2  136# happyReduction_348-happyReduction_348 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	happyIn152-		 (sLL happy_var_1 happy_var_2 (UnpackednessPragma [mo happy_var_1, mc happy_var_2] (getUNPACK_PRAGs happy_var_1) SrcUnpack)-	)}}--happyReduce_349 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_349 = happySpecReduce_2  136# happyReduction_349-happyReduction_349 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	happyIn152-		 (sLL happy_var_1 happy_var_2 (UnpackednessPragma [mo happy_var_1, mc happy_var_2] (getNOUNPACK_PRAGs happy_var_1) SrcNoUnpack)-	)}}--happyReduce_350 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_350 = happyMonadReduce 3# 137# happyReduction_350-happyReduction_350 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut170 happy_x_2 of { (HappyWrap170 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( do { hintExplicitForall happy_var_1-                                       ; pure $ sLL happy_var_1 happy_var_3-                                           ( [mu AnnForall happy_var_1, mu AnnDot happy_var_3]-                                           , mkHsForAllInvisTele happy_var_2 ) })}}})-	) (\r -> happyReturn (happyIn153 r))--happyReduce_351 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_351 = happyMonadReduce 3# 137# happyReduction_351-happyReduction_351 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut170 happy_x_2 of { (HappyWrap170 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( do { hintExplicitForall happy_var_1-                                       ; req_tvbs <- fromSpecTyVarBndrs happy_var_2-                                       ; pure $ sLL happy_var_1 happy_var_3 $-                                           ( [mu AnnForall happy_var_1, mu AnnRarrow happy_var_3]-                                           , mkHsForAllVisTele req_tvbs ) })}}})-	) (\r -> happyReturn (happyIn153 r))--happyReduce_352 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_352 = happySpecReduce_1  138# happyReduction_352-happyReduction_352 happy_x_1-	 =  case happyOut155 happy_x_1 of { (HappyWrap155 happy_var_1) -> -	happyIn154-		 (happy_var_1-	)}--happyReduce_353 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_353 = happyMonadReduce 3# 138# happyReduction_353-happyReduction_353 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut155 happy_x_1 of { (HappyWrap155 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut177 happy_x_3 of { (HappyWrap177 happy_var_3) -> -	( ams (sLL happy_var_1 happy_var_3 $ HsKindSig noExtField happy_var_1 happy_var_3)-                                      [mu AnnDcolon happy_var_2])}}})-	) (\r -> happyReturn (happyIn154 r))--happyReduce_354 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_354 = happyMonadReduce 2# 139# happyReduction_354-happyReduction_354 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut153 happy_x_1 of { (HappyWrap153 happy_var_1) -> -	case happyOut155 happy_x_2 of { (HappyWrap155 happy_var_2) -> -	( let (forall_anns, forall_tele) = unLoc happy_var_1 in-                                         ams (sLL happy_var_1 happy_var_2 $-                                              HsForAllTy { hst_tele = forall_tele-                                                         , hst_xforall = noExtField-                                                         , hst_body = happy_var_2 })-                                             forall_anns)}})-	) (\r -> happyReturn (happyIn155 r))--happyReduce_355 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_355 = happyMonadReduce 3# 139# happyReduction_355-happyReduction_355 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut156 happy_x_1 of { (HappyWrap156 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut155 happy_x_3 of { (HappyWrap155 happy_var_3) -> -	( addAnnotation (gl happy_var_1) (toUnicodeAnn AnnDarrow happy_var_2) (gl happy_var_2)-                                         >> return (sLL happy_var_1 happy_var_3 $-                                            HsQualTy { hst_ctxt = happy_var_1-                                                     , hst_xqual = noExtField-                                                     , hst_body = happy_var_3 }))}}})-	) (\r -> happyReturn (happyIn155 r))--happyReduce_356 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_356 = happyMonadReduce 3# 139# happyReduction_356-happyReduction_356 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut255 happy_x_1 of { (HappyWrap255 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut157 happy_x_3 of { (HappyWrap157 happy_var_3) -> -	( ams (sLL happy_var_1 happy_var_3 (HsIParamTy noExtField happy_var_1 happy_var_3))-                                             [mu AnnDcolon happy_var_2])}}})-	) (\r -> happyReturn (happyIn155 r))--happyReduce_357 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_357 = happySpecReduce_1  139# happyReduction_357-happyReduction_357 happy_x_1-	 =  case happyOut157 happy_x_1 of { (HappyWrap157 happy_var_1) -> -	happyIn155-		 (happy_var_1-	)}--happyReduce_358 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_358 = happyMonadReduce 1# 140# happyReduction_358-happyReduction_358 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut159 happy_x_1 of { (HappyWrap159 happy_var_1) -> -	( do { (anns,ctx) <- checkContext happy_var_1-                                                ; if null (unLoc ctx)-                                                   then addAnnotation (gl happy_var_1) AnnUnit (gl happy_var_1)-                                                   else return ()-                                                ; ams ctx anns-                                                })})-	) (\r -> happyReturn (happyIn156 r))--happyReduce_359 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_359 = happySpecReduce_1  141# happyReduction_359-happyReduction_359 happy_x_1-	 =  case happyOut159 happy_x_1 of { (HappyWrap159 happy_var_1) -> -	happyIn157-		 (happy_var_1-	)}--happyReduce_360 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_360 = happyMonadReduce 3# 141# happyReduction_360-happyReduction_360 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut159 happy_x_1 of { (HappyWrap159 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut155 happy_x_3 of { (HappyWrap155 happy_var_3) -> -	( ams happy_var_1 [mu AnnRarrow happy_var_2] -- See Note [GADT decl discards annotations]-                                       >> ams (sLL happy_var_1 happy_var_3 $ HsFunTy noExtField (HsUnrestrictedArrow (toUnicode happy_var_2)) happy_var_1 happy_var_3)-                                              [mu AnnRarrow happy_var_2])}}})-	) (\r -> happyReturn (happyIn157 r))--happyReduce_361 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_361 = happyMonadReduce 4# 141# happyReduction_361-happyReduction_361 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut159 happy_x_1 of { (HappyWrap159 happy_var_1) -> -	case happyOut158 happy_x_2 of { (HappyWrap158 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut155 happy_x_4 of { (HappyWrap155 happy_var_4) -> -	( hintLinear (getLoc happy_var_2)-                                       >> let (arr, ann) = (unLoc happy_var_2) (toUnicode happy_var_3)-                                          in (ams happy_var_1 [ann,mu AnnRarrow happy_var_3] -- See Note [GADT decl discards annotations]-                                             >> ams (sLL happy_var_1 happy_var_4 $ HsFunTy noExtField arr happy_var_1 happy_var_4)-                                                  [ann,mu AnnRarrow happy_var_3]))}}}})-	) (\r -> happyReturn (happyIn157 r))--happyReduce_362 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_362 = happyMonadReduce 3# 141# happyReduction_362-happyReduction_362 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut159 happy_x_1 of { (HappyWrap159 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut155 happy_x_3 of { (HappyWrap155 happy_var_3) -> -	( hintLinear (getLoc happy_var_2)-                                       >> ams happy_var_1 [mu AnnLollyU happy_var_2] -- See Note [GADT decl discards annotations]-                                       >> ams (sLL happy_var_1 happy_var_3 $ HsFunTy noExtField (HsLinearArrow UnicodeSyntax) happy_var_1 happy_var_3)-                                              [mu AnnLollyU happy_var_2])}}})-	) (\r -> happyReturn (happyIn157 r))--happyReduce_363 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_363 = happySpecReduce_2  142# happyReduction_363-happyReduction_363 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut164 happy_x_2 of { (HappyWrap164 happy_var_2) -> -	happyIn158-		 (sLL happy_var_1 happy_var_2 (\u -> mkMultTy u happy_var_1 happy_var_2)-	)}}--happyReduce_364 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_364 = happyMonadReduce 1# 143# happyReduction_364-happyReduction_364 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut160 happy_x_1 of { (HappyWrap160 happy_var_1) -> -	( runPV happy_var_1)})-	) (\r -> happyReturn (happyIn159 r))--happyReduce_365 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_365 = happySpecReduce_1  144# happyReduction_365-happyReduction_365 happy_x_1-	 =  case happyOut161 happy_x_1 of { (HappyWrap161 happy_var_1) -> -	happyIn160-		 (happy_var_1-	)}--happyReduce_366 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_366 = happySpecReduce_3  144# happyReduction_366-happyReduction_366 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut161 happy_x_1 of { (HappyWrap161 happy_var_1) -> -	case happyOut163 happy_x_2 of { (HappyWrap163 happy_var_2) -> -	case happyOut160 happy_x_3 of { (HappyWrap160 happy_var_3) -> -	happyIn160-		 (happy_var_1 >>= \ happy_var_1 ->-                                          happy_var_3 >>= \ happy_var_3 ->-                                          do { when (looksLikeMult happy_var_1 happy_var_2 happy_var_3) $ hintLinear (getLoc happy_var_2)-                                             ; mkHsOpTyPV happy_var_1 happy_var_2 happy_var_3 }-	)}}}--happyReduce_367 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_367 = happySpecReduce_2  144# happyReduction_367-happyReduction_367 happy_x_2-	happy_x_1-	 =  case happyOut152 happy_x_1 of { (HappyWrap152 happy_var_1) -> -	case happyOut160 happy_x_2 of { (HappyWrap160 happy_var_2) -> -	happyIn160-		 (happy_var_2 >>= \ happy_var_2 ->-                                          mkUnpackednessPV happy_var_1 happy_var_2-	)}}--happyReduce_368 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_368 = happySpecReduce_1  145# happyReduction_368-happyReduction_368 happy_x_1-	 =  case happyOut164 happy_x_1 of { (HappyWrap164 happy_var_1) -> -	happyIn161-		 (mkHsAppTyHeadPV happy_var_1-	)}--happyReduce_369 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_369 = happySpecReduce_1  145# happyReduction_369-happyReduction_369 happy_x_1-	 =  case happyOut163 happy_x_1 of { (HappyWrap163 happy_var_1) -> -	happyIn161-		 (failOpFewArgs happy_var_1-	)}--happyReduce_370 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_370 = happySpecReduce_2  145# happyReduction_370-happyReduction_370 happy_x_2-	happy_x_1-	 =  case happyOut161 happy_x_1 of { (HappyWrap161 happy_var_1) -> -	case happyOut162 happy_x_2 of { (HappyWrap162 happy_var_2) -> -	happyIn161-		 (happy_var_1 >>= \ happy_var_1 ->-                                          mkHsAppTyPV happy_var_1 happy_var_2-	)}}--happyReduce_371 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_371 = happySpecReduce_3  145# happyReduction_371-happyReduction_371 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut161 happy_x_1 of { (HappyWrap161 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut164 happy_x_3 of { (HappyWrap164 happy_var_3) -> -	happyIn161-		 (happy_var_1 >>= \ happy_var_1 ->-                                          mkHsAppKindTyPV happy_var_1 (getLoc happy_var_2) happy_var_3-	)}}}--happyReduce_372 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_372 = happySpecReduce_1  146# happyReduction_372-happyReduction_372 happy_x_1-	 =  case happyOut164 happy_x_1 of { (HappyWrap164 happy_var_1) -> -	happyIn162-		 (happy_var_1-	)}--happyReduce_373 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_373 = happyMonadReduce 2# 146# happyReduction_373-happyReduction_373 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut152 happy_x_1 of { (HappyWrap152 happy_var_1) -> -	case happyOut164 happy_x_2 of { (HappyWrap164 happy_var_2) -> -	( addUnpackednessP happy_var_1 happy_var_2)}})-	) (\r -> happyReturn (happyIn162 r))--happyReduce_374 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_374 = happySpecReduce_1  147# happyReduction_374-happyReduction_374 happy_x_1-	 =  case happyOut277 happy_x_1 of { (HappyWrap277 happy_var_1) -> -	happyIn163-		 (happy_var_1-	)}--happyReduce_375 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_375 = happySpecReduce_1  147# happyReduction_375-happyReduction_375 happy_x_1-	 =  case happyOut290 happy_x_1 of { (HappyWrap290 happy_var_1) -> -	happyIn163-		 (happy_var_1-	)}--happyReduce_376 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_376 = happyMonadReduce 2# 147# happyReduction_376-happyReduction_376 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut272 happy_x_2 of { (HappyWrap272 happy_var_2) -> -	( ams (sLL happy_var_1 happy_var_2 (unLoc happy_var_2))-                                               [mj AnnSimpleQuote happy_var_1,mj AnnVal happy_var_2])}})-	) (\r -> happyReturn (happyIn163 r))--happyReduce_377 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_377 = happyMonadReduce 2# 147# happyReduction_377-happyReduction_377 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut283 happy_x_2 of { (HappyWrap283 happy_var_2) -> -	( ams (sLL happy_var_1 happy_var_2 (unLoc happy_var_2))-                                               [mj AnnSimpleQuote happy_var_1,mj AnnVal happy_var_2])}})-	) (\r -> happyReturn (happyIn163 r))--happyReduce_378 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_378 = happySpecReduce_1  148# happyReduction_378-happyReduction_378 happy_x_1-	 =  case happyOut274 happy_x_1 of { (HappyWrap274 happy_var_1) -> -	happyIn164-		 (sL1 happy_var_1 (HsTyVar noExtField NotPromoted happy_var_1)-	)}--happyReduce_379 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_379 = happySpecReduce_1  148# happyReduction_379-happyReduction_379 happy_x_1-	 =  case happyOut289 happy_x_1 of { (HappyWrap289 happy_var_1) -> -	happyIn164-		 (sL1 happy_var_1 (HsTyVar noExtField NotPromoted happy_var_1)-	)}--happyReduce_380 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_380 = happyMonadReduce 1# 148# happyReduction_380-happyReduction_380 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	( do { warnStarIsType (getLoc happy_var_1)-                                               ; return $ sL1 happy_var_1 (HsStarTy noExtField (isUnicode happy_var_1)) })})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_381 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_381 = happyMonadReduce 2# 148# happyReduction_381-happyReduction_381 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut164 happy_x_2 of { (HappyWrap164 happy_var_2) -> -	( ams (sLL happy_var_1 happy_var_2 (mkBangTy SrcLazy happy_var_2)) [mj AnnTilde happy_var_1])}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_382 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_382 = happyMonadReduce 2# 148# happyReduction_382-happyReduction_382 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut164 happy_x_2 of { (HappyWrap164 happy_var_2) -> -	( ams (sLL happy_var_1 happy_var_2 (mkBangTy SrcStrict happy_var_2)) [mj AnnBang happy_var_1])}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_383 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_383 = happyMonadReduce 3# 148# happyReduction_383-happyReduction_383 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut186 happy_x_2 of { (HappyWrap186 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( amms (checkRecordSyntax-                                                    (sLL happy_var_1 happy_var_3 $ HsRecTy noExtField happy_var_2))-                                                        -- Constructor sigs only-                                                 [moc happy_var_1,mcc happy_var_3])}}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_384 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_384 = happyMonadReduce 2# 148# happyReduction_384-happyReduction_384 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( ams (sLL happy_var_1 happy_var_2 $ HsTupleTy noExtField-                                                    HsBoxedOrConstraintTuple [])-                                                [mop happy_var_1,mcp happy_var_2])}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_385 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_385 = happyMonadReduce 5# 148# happyReduction_385-happyReduction_385 (happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut154 happy_x_2 of { (HappyWrap154 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut168 happy_x_4 of { (HappyWrap168 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	( addAnnotation (gl happy_var_2) AnnComma-                                                          (gl happy_var_3) >>-                                            ams (sLL happy_var_1 happy_var_5 $ HsTupleTy noExtField--                                             HsBoxedOrConstraintTuple (happy_var_2 : happy_var_4))-                                                [mop happy_var_1,mcp happy_var_5])}}}}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_386 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_386 = happyMonadReduce 2# 148# happyReduction_386-happyReduction_386 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( ams (sLL happy_var_1 happy_var_2 $ HsTupleTy noExtField HsUnboxedTuple [])-                                             [mo happy_var_1,mc happy_var_2])}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_387 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_387 = happyMonadReduce 3# 148# happyReduction_387-happyReduction_387 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut168 happy_x_2 of { (HappyWrap168 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ HsTupleTy noExtField HsUnboxedTuple happy_var_2)-                                             [mo happy_var_1,mc happy_var_3])}}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_388 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_388 = happyMonadReduce 3# 148# happyReduction_388-happyReduction_388 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut169 happy_x_2 of { (HappyWrap169 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ HsSumTy noExtField happy_var_2)-                                             [mo happy_var_1,mc happy_var_3])}}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_389 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_389 = happyMonadReduce 3# 148# happyReduction_389-happyReduction_389 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut154 happy_x_2 of { (HappyWrap154 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ HsListTy  noExtField happy_var_2) [mos happy_var_1,mcs happy_var_3])}}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_390 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_390 = happyMonadReduce 3# 148# happyReduction_390-happyReduction_390 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut154 happy_x_2 of { (HappyWrap154 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ HsParTy   noExtField happy_var_2) [mop happy_var_1,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_391 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_391 = happySpecReduce_1  148# happyReduction_391-happyReduction_391 happy_x_1-	 =  case happyOut201 happy_x_1 of { (HappyWrap201 happy_var_1) -> -	happyIn164-		 (mapLoc (HsSpliceTy noExtField) happy_var_1-	)}--happyReduce_392 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_392 = happySpecReduce_1  148# happyReduction_392-happyReduction_392 happy_x_1-	 =  case happyOut213 happy_x_1 of { (HappyWrap213 happy_var_1) -> -	happyIn164-		 (mapLoc (HsSpliceTy noExtField) happy_var_1-	)}--happyReduce_393 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_393 = happyMonadReduce 2# 148# happyReduction_393-happyReduction_393 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut264 happy_x_2 of { (HappyWrap264 happy_var_2) -> -	( ams (sLL happy_var_1 happy_var_2 $ HsTyVar noExtField IsPromoted happy_var_2) [mj AnnSimpleQuote happy_var_1,mj AnnName happy_var_2])}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_394 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_394 = happyMonadReduce 6# 148# happyReduction_394-happyReduction_394 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut154 happy_x_3 of { (HappyWrap154 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	case happyOut168 happy_x_5 of { (HappyWrap168 happy_var_5) -> -	case happyOutTok happy_x_6 of { happy_var_6 -> -	( addAnnotation (gl happy_var_3) AnnComma (gl happy_var_4) >>-                                ams (sLL happy_var_1 happy_var_6 $ HsExplicitTupleTy noExtField (happy_var_3 : happy_var_5))-                                    [mj AnnSimpleQuote happy_var_1,mop happy_var_2,mcp happy_var_6])}}}}}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_395 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_395 = happyMonadReduce 4# 148# happyReduction_395-happyReduction_395 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut167 happy_x_3 of { (HappyWrap167 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	( ams (sLL happy_var_1 happy_var_4 $ HsExplicitListTy noExtField IsPromoted happy_var_3)-                                                       [mj AnnSimpleQuote happy_var_1,mos happy_var_2,mcs happy_var_4])}}}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_396 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_396 = happyMonadReduce 2# 148# happyReduction_396-happyReduction_396 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut292 happy_x_2 of { (HappyWrap292 happy_var_2) -> -	( ams (sLL happy_var_1 happy_var_2 $ HsTyVar noExtField IsPromoted happy_var_2)-                                                       [mj AnnSimpleQuote happy_var_1,mj AnnName happy_var_2])}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_397 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_397 = happyMonadReduce 5# 148# happyReduction_397-happyReduction_397 (happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut154 happy_x_2 of { (HappyWrap154 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut168 happy_x_4 of { (HappyWrap168 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	( addAnnotation (gl happy_var_2) AnnComma-                                                           (gl happy_var_3) >>-                                             ams (sLL happy_var_1 happy_var_5 $ HsExplicitListTy noExtField NotPromoted (happy_var_2 : happy_var_4))-                                                 [mos happy_var_1,mcs happy_var_5])}}}}})-	) (\r -> happyReturn (happyIn164 r))--happyReduce_398 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_398 = happySpecReduce_1  148# happyReduction_398-happyReduction_398 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn164-		 (sLL happy_var_1 happy_var_1 $ HsTyLit noExtField $ HsNumTy (getINTEGERs happy_var_1)-                                                           (il_value (getINTEGER happy_var_1))-	)}--happyReduce_399 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_399 = happySpecReduce_1  148# happyReduction_399-happyReduction_399 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn164-		 (sLL happy_var_1 happy_var_1 $ HsTyLit noExtField $ HsStrTy (getSTRINGs happy_var_1)-                                                                     (getSTRING  happy_var_1)-	)}--happyReduce_400 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_400 = happySpecReduce_1  148# happyReduction_400-happyReduction_400 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn164-		 (sL1 happy_var_1 $ mkAnonWildCardTy-	)}--happyReduce_401 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_401 = happySpecReduce_1  149# happyReduction_401-happyReduction_401 happy_x_1-	 =  case happyOut149 happy_x_1 of { (HappyWrap149 happy_var_1) -> -	happyIn165-		 (happy_var_1-	)}--happyReduce_402 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_402 = happySpecReduce_1  150# happyReduction_402-happyReduction_402 happy_x_1-	 =  case happyOut148 happy_x_1 of { (HappyWrap148 happy_var_1) -> -	happyIn166-		 ([happy_var_1]-	)}--happyReduce_403 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_403 = happyMonadReduce 3# 150# happyReduction_403-happyReduction_403 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut148 happy_x_1 of { (HappyWrap148 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut166 happy_x_3 of { (HappyWrap166 happy_var_3) -> -	( addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2)-                                           >> return (happy_var_1 : happy_var_3))}}})-	) (\r -> happyReturn (happyIn166 r))--happyReduce_404 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_404 = happySpecReduce_1  151# happyReduction_404-happyReduction_404 happy_x_1-	 =  case happyOut168 happy_x_1 of { (HappyWrap168 happy_var_1) -> -	happyIn167-		 (happy_var_1-	)}--happyReduce_405 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_405 = happySpecReduce_0  151# happyReduction_405-happyReduction_405  =  happyIn167-		 ([]-	)--happyReduce_406 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_406 = happySpecReduce_1  152# happyReduction_406-happyReduction_406 happy_x_1-	 =  case happyOut154 happy_x_1 of { (HappyWrap154 happy_var_1) -> -	happyIn168-		 ([happy_var_1]-	)}--happyReduce_407 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_407 = happyMonadReduce 3# 152# happyReduction_407-happyReduction_407 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut154 happy_x_1 of { (HappyWrap154 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut168 happy_x_3 of { (HappyWrap168 happy_var_3) -> -	( addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2)-                                          >> return (happy_var_1 : happy_var_3))}}})-	) (\r -> happyReturn (happyIn168 r))--happyReduce_408 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_408 = happyMonadReduce 3# 153# happyReduction_408-happyReduction_408 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut154 happy_x_1 of { (HappyWrap154 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut154 happy_x_3 of { (HappyWrap154 happy_var_3) -> -	( addAnnotation (gl happy_var_1) AnnVbar (gl happy_var_2)-                                          >> return [happy_var_1,happy_var_3])}}})-	) (\r -> happyReturn (happyIn169 r))--happyReduce_409 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_409 = happyMonadReduce 3# 153# happyReduction_409-happyReduction_409 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut154 happy_x_1 of { (HappyWrap154 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut169 happy_x_3 of { (HappyWrap169 happy_var_3) -> -	( addAnnotation (gl happy_var_1) AnnVbar (gl happy_var_2)-                                          >> return (happy_var_1 : happy_var_3))}}})-	) (\r -> happyReturn (happyIn169 r))--happyReduce_410 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_410 = happySpecReduce_2  154# happyReduction_410-happyReduction_410 happy_x_2-	happy_x_1-	 =  case happyOut171 happy_x_1 of { (HappyWrap171 happy_var_1) -> -	case happyOut170 happy_x_2 of { (HappyWrap170 happy_var_2) -> -	happyIn170-		 (happy_var_1 : happy_var_2-	)}}--happyReduce_411 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_411 = happySpecReduce_0  154# happyReduction_411-happyReduction_411  =  happyIn170-		 ([]-	)--happyReduce_412 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_412 = happySpecReduce_1  155# happyReduction_412-happyReduction_412 happy_x_1-	 =  case happyOut172 happy_x_1 of { (HappyWrap172 happy_var_1) -> -	happyIn171-		 (happy_var_1-	)}--happyReduce_413 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_413 = happyMonadReduce 3# 155# happyReduction_413-happyReduction_413 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut289 happy_x_2 of { (HappyWrap289 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (UserTyVar noExtField InferredSpec happy_var_2))-                                               [moc happy_var_1, mcc happy_var_3])}}})-	) (\r -> happyReturn (happyIn171 r))--happyReduce_414 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_414 = happyMonadReduce 5# 155# happyReduction_414-happyReduction_414 (happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut289 happy_x_2 of { (HappyWrap289 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut177 happy_x_4 of { (HappyWrap177 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	( ams (sLL happy_var_1 happy_var_5 (KindedTyVar noExtField InferredSpec happy_var_2 happy_var_4))-                                               [moc happy_var_1,mu AnnDcolon happy_var_3-                                               ,mcc happy_var_5])}}}}})-	) (\r -> happyReturn (happyIn171 r))--happyReduce_415 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_415 = happySpecReduce_1  156# happyReduction_415-happyReduction_415 happy_x_1-	 =  case happyOut289 happy_x_1 of { (HappyWrap289 happy_var_1) -> -	happyIn172-		 (sL1 happy_var_1 (UserTyVar noExtField SpecifiedSpec happy_var_1)-	)}--happyReduce_416 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_416 = happyMonadReduce 5# 156# happyReduction_416-happyReduction_416 (happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut289 happy_x_2 of { (HappyWrap289 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut177 happy_x_4 of { (HappyWrap177 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	( ams (sLL happy_var_1 happy_var_5 (KindedTyVar noExtField SpecifiedSpec happy_var_2 happy_var_4))-                                               [mop happy_var_1,mu AnnDcolon happy_var_3-                                               ,mcp happy_var_5])}}}}})-	) (\r -> happyReturn (happyIn172 r))--happyReduce_417 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_417 = happySpecReduce_0  157# happyReduction_417-happyReduction_417  =  happyIn173-		 (noLoc ([],[])-	)--happyReduce_418 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_418 = happySpecReduce_2  157# happyReduction_418-happyReduction_418 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut174 happy_x_2 of { (HappyWrap174 happy_var_2) -> -	happyIn173-		 ((sLL happy_var_1 happy_var_2 ([mj AnnVbar happy_var_1]-                                                 ,reverse (unLoc happy_var_2)))-	)}}--happyReduce_419 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_419 = happyMonadReduce 3# 158# happyReduction_419-happyReduction_419 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut174 happy_x_1 of { (HappyWrap174 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut175 happy_x_3 of { (HappyWrap175 happy_var_3) -> -	( addAnnotation (gl $ head $ unLoc happy_var_1) AnnComma (gl happy_var_2)-                           >> return (sLL happy_var_1 happy_var_3 (happy_var_3 : unLoc happy_var_1)))}}})-	) (\r -> happyReturn (happyIn174 r))--happyReduce_420 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_420 = happySpecReduce_1  158# happyReduction_420-happyReduction_420 happy_x_1-	 =  case happyOut175 happy_x_1 of { (HappyWrap175 happy_var_1) -> -	happyIn174-		 (sL1 happy_var_1 [happy_var_1]-	)}--happyReduce_421 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_421 = happyMonadReduce 3# 159# happyReduction_421-happyReduction_421 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut176 happy_x_1 of { (HappyWrap176 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut176 happy_x_3 of { (HappyWrap176 happy_var_3) -> -	( ams (L (comb3 happy_var_1 happy_var_2 happy_var_3)-                                       (reverse (unLoc happy_var_1), reverse (unLoc happy_var_3)))-                                       [mu AnnRarrow happy_var_2])}}})-	) (\r -> happyReturn (happyIn175 r))--happyReduce_422 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_422 = happySpecReduce_0  160# happyReduction_422-happyReduction_422  =  happyIn176-		 (noLoc []-	)--happyReduce_423 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_423 = happySpecReduce_2  160# happyReduction_423-happyReduction_423 happy_x_2-	happy_x_1-	 =  case happyOut176 happy_x_1 of { (HappyWrap176 happy_var_1) -> -	case happyOut289 happy_x_2 of { (HappyWrap289 happy_var_2) -> -	happyIn176-		 (sLL happy_var_1 happy_var_2 (happy_var_2 : unLoc happy_var_1)-	)}}--happyReduce_424 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_424 = happySpecReduce_1  161# happyReduction_424-happyReduction_424 happy_x_1-	 =  case happyOut155 happy_x_1 of { (HappyWrap155 happy_var_1) -> -	happyIn177-		 (happy_var_1-	)}--happyReduce_425 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_425 = happyMonadReduce 4# 162# happyReduction_425-happyReduction_425 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut179 happy_x_3 of { (HappyWrap179 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	( checkEmptyGADTs $-                                                      L (comb2 happy_var_1 happy_var_3)-                                                        ([mj AnnWhere happy_var_1-                                                         ,moc happy_var_2-                                                         ,mcc happy_var_4]-                                                        , unLoc happy_var_3))}}}})-	) (\r -> happyReturn (happyIn178 r))--happyReduce_426 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_426 = happyMonadReduce 4# 162# happyReduction_426-happyReduction_426 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut179 happy_x_3 of { (HappyWrap179 happy_var_3) -> -	( checkEmptyGADTs $-                                                      L (comb2 happy_var_1 happy_var_3)-                                                        ([mj AnnWhere happy_var_1]-                                                        , unLoc happy_var_3))}})-	) (\r -> happyReturn (happyIn178 r))--happyReduce_427 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_427 = happySpecReduce_0  162# happyReduction_427-happyReduction_427  =  happyIn178-		 (noLoc ([],[])-	)--happyReduce_428 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_428 = happyMonadReduce 3# 163# happyReduction_428-happyReduction_428 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut180 happy_x_1 of { (HappyWrap180 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut179 happy_x_3 of { (HappyWrap179 happy_var_3) -> -	( addAnnotation (gl happy_var_1) AnnSemi (gl happy_var_2)-                     >> return (L (comb2 happy_var_1 happy_var_3) (happy_var_1 : unLoc happy_var_3)))}}})-	) (\r -> happyReturn (happyIn179 r))--happyReduce_429 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_429 = happySpecReduce_1  163# happyReduction_429-happyReduction_429 happy_x_1-	 =  case happyOut180 happy_x_1 of { (HappyWrap180 happy_var_1) -> -	happyIn179-		 (L (gl happy_var_1) [happy_var_1]-	)}--happyReduce_430 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_430 = happySpecReduce_0  163# happyReduction_430-happyReduction_430  =  happyIn179-		 (noLoc []-	)--happyReduce_431 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_431 = happyMonadReduce 4# 164# happyReduction_431-happyReduction_431 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut268 happy_x_2 of { (HappyWrap268 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut149 happy_x_4 of { (HappyWrap149 happy_var_4) -> -	( do { (decl, anns) <- mkGadtDecl (unLoc happy_var_2) happy_var_4-                      ; ams (sLL happy_var_2 happy_var_4 decl)-                            (mu AnnDcolon happy_var_3:anns) })}}})-	) (\r -> happyReturn (happyIn180 r))--happyReduce_432 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_432 = happySpecReduce_2  165# happyReduction_432-happyReduction_432 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut182 happy_x_2 of { (HappyWrap182 happy_var_2) -> -	happyIn181-		 (sLL happy_var_1 happy_var_2 ([mj AnnEqual happy_var_1],unLoc happy_var_2)-	)}}--happyReduce_433 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_433 = happyMonadReduce 3# 166# happyReduction_433-happyReduction_433 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut182 happy_x_1 of { (HappyWrap182 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut183 happy_x_3 of { (HappyWrap183 happy_var_3) -> -	( addAnnotation (gl $ head $ unLoc happy_var_1) AnnVbar (gl happy_var_2)-               >> return (sLL happy_var_1 happy_var_3 (happy_var_3 : unLoc happy_var_1)))}}})-	) (\r -> happyReturn (happyIn182 r))--happyReduce_434 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_434 = happySpecReduce_1  166# happyReduction_434-happyReduction_434 happy_x_1-	 =  case happyOut183 happy_x_1 of { (HappyWrap183 happy_var_1) -> -	happyIn182-		 (sL1 happy_var_1 [happy_var_1]-	)}--happyReduce_435 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_435 = happyMonadReduce 4# 167# happyReduction_435-happyReduction_435 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut184 happy_x_1 of { (HappyWrap184 happy_var_1) -> -	case happyOut156 happy_x_2 of { (HappyWrap156 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut185 happy_x_4 of { (HappyWrap185 happy_var_4) -> -	( ams (let (con,details) = unLoc happy_var_4 in-                  (L (comb4 happy_var_1 happy_var_2 happy_var_3 happy_var_4) (mkConDeclH98 con-                                             (snd $ unLoc happy_var_1)-                                             (Just happy_var_2)-                                             details)))-                        (mu AnnDarrow happy_var_3:(fst $ unLoc happy_var_1)))}}}})-	) (\r -> happyReturn (happyIn183 r))--happyReduce_436 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_436 = happyMonadReduce 2# 167# happyReduction_436-happyReduction_436 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut184 happy_x_1 of { (HappyWrap184 happy_var_1) -> -	case happyOut185 happy_x_2 of { (HappyWrap185 happy_var_2) -> -	( ams (let (con,details) = unLoc happy_var_2 in-                  (L (comb2 happy_var_1 happy_var_2) (mkConDeclH98 con-                                            (snd $ unLoc happy_var_1)-                                            Nothing   -- No context-                                            details)))-                       (fst $ unLoc happy_var_1))}})-	) (\r -> happyReturn (happyIn183 r))--happyReduce_437 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_437 = happySpecReduce_3  168# happyReduction_437-happyReduction_437 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut170 happy_x_2 of { (HappyWrap170 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn184-		 (sLL happy_var_1 happy_var_3 ([mu AnnForall happy_var_1,mj AnnDot happy_var_3], Just happy_var_2)-	)}}}--happyReduce_438 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_438 = happySpecReduce_0  168# happyReduction_438-happyReduction_438  =  happyIn184-		 (noLoc ([], Nothing)-	)--happyReduce_439 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_439 = happyMonadReduce 1# 169# happyReduction_439-happyReduction_439 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut160 happy_x_1 of { (HappyWrap160 happy_var_1) -> -	( fmap (mapLoc (\b -> (dataConBuilderCon b,-                                                  dataConBuilderDetails b)))-                                  (runPV happy_var_1))})-	) (\r -> happyReturn (happyIn185 r))--happyReduce_440 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_440 = happySpecReduce_0  170# happyReduction_440-happyReduction_440  =  happyIn186-		 ([]-	)--happyReduce_441 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_441 = happySpecReduce_1  170# happyReduction_441-happyReduction_441 happy_x_1-	 =  case happyOut187 happy_x_1 of { (HappyWrap187 happy_var_1) -> -	happyIn186-		 (happy_var_1-	)}--happyReduce_442 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_442 = happyMonadReduce 3# 171# happyReduction_442-happyReduction_442 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut188 happy_x_1 of { (HappyWrap188 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut187 happy_x_3 of { (HappyWrap187 happy_var_3) -> -	( addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2) >>-               return (happy_var_1 : happy_var_3))}}})-	) (\r -> happyReturn (happyIn187 r))--happyReduce_443 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_443 = happySpecReduce_1  171# happyReduction_443-happyReduction_443 happy_x_1-	 =  case happyOut188 happy_x_1 of { (HappyWrap188 happy_var_1) -> -	happyIn187-		 ([happy_var_1]-	)}--happyReduce_444 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_444 = happyMonadReduce 3# 172# happyReduction_444-happyReduction_444 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut150 happy_x_1 of { (HappyWrap150 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut155 happy_x_3 of { (HappyWrap155 happy_var_3) -> -	( ams (L (comb2 happy_var_1 happy_var_3)-                      (ConDeclField noExtField (reverse (map (\ln@(L l n) -> L l $ FieldOcc noExtField ln) (unLoc happy_var_1))) happy_var_3 Nothing))-                   [mu AnnDcolon happy_var_2])}}})-	) (\r -> happyReturn (happyIn188 r))--happyReduce_445 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_445 = happySpecReduce_0  173# happyReduction_445-happyReduction_445  =  happyIn189-		 (noLoc []-	)--happyReduce_446 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_446 = happySpecReduce_1  173# happyReduction_446-happyReduction_446 happy_x_1-	 =  case happyOut190 happy_x_1 of { (HappyWrap190 happy_var_1) -> -	happyIn189-		 (happy_var_1-	)}--happyReduce_447 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_447 = happySpecReduce_2  174# happyReduction_447-happyReduction_447 happy_x_2-	happy_x_1-	 =  case happyOut190 happy_x_1 of { (HappyWrap190 happy_var_1) -> -	case happyOut191 happy_x_2 of { (HappyWrap191 happy_var_2) -> -	happyIn190-		 (sLL happy_var_1 happy_var_2 $ happy_var_2 : unLoc happy_var_1-	)}}--happyReduce_448 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_448 = happySpecReduce_1  174# happyReduction_448-happyReduction_448 happy_x_1-	 =  case happyOut191 happy_x_1 of { (HappyWrap191 happy_var_1) -> -	happyIn190-		 (sLL happy_var_1 happy_var_1 [happy_var_1]-	)}--happyReduce_449 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_449 = happyMonadReduce 2# 175# happyReduction_449-happyReduction_449 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut192 happy_x_2 of { (HappyWrap192 happy_var_2) -> -	( let { full_loc = comb2 happy_var_1 happy_var_2 }-                 in ams (L full_loc $ HsDerivingClause noExtField Nothing happy_var_2)-                        [mj AnnDeriving happy_var_1])}})-	) (\r -> happyReturn (happyIn191 r))--happyReduce_450 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_450 = happyMonadReduce 3# 175# happyReduction_450-happyReduction_450 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut82 happy_x_2 of { (HappyWrap82 happy_var_2) -> -	case happyOut192 happy_x_3 of { (HappyWrap192 happy_var_3) -> -	( let { full_loc = comb2 happy_var_1 happy_var_3 }-                 in ams (L full_loc $ HsDerivingClause noExtField (Just happy_var_2) happy_var_3)-                        [mj AnnDeriving happy_var_1])}}})-	) (\r -> happyReturn (happyIn191 r))--happyReduce_451 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_451 = happyMonadReduce 3# 175# happyReduction_451-happyReduction_451 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut192 happy_x_2 of { (HappyWrap192 happy_var_2) -> -	case happyOut83 happy_x_3 of { (HappyWrap83 happy_var_3) -> -	( let { full_loc = comb2 happy_var_1 happy_var_3 }-                 in ams (L full_loc $ HsDerivingClause noExtField (Just happy_var_3) happy_var_2)-                        [mj AnnDeriving happy_var_1])}}})-	) (\r -> happyReturn (happyIn191 r))--happyReduce_452 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_452 = happySpecReduce_1  176# happyReduction_452-happyReduction_452 happy_x_1-	 =  case happyOut278 happy_x_1 of { (HappyWrap278 happy_var_1) -> -	happyIn192-		 (let { tc = sL1 happy_var_1 $ mkHsImplicitSigType $-                                           sL1 happy_var_1 $ HsTyVar noExtField NotPromoted happy_var_1 } in-                                sL1 happy_var_1 (DctSingle noExtField tc)-	)}--happyReduce_453 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_453 = happyMonadReduce 2# 176# happyReduction_453-happyReduction_453 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( ams (sLL happy_var_1 happy_var_2 (DctMulti noExtField []))-                                     [mop happy_var_1,mcp happy_var_2])}})-	) (\r -> happyReturn (happyIn192 r))--happyReduce_454 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_454 = happyMonadReduce 3# 176# happyReduction_454-happyReduction_454 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut166 happy_x_2 of { (HappyWrap166 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (DctMulti noExtField happy_var_2))-                                     [mop happy_var_1,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn192 r))--happyReduce_455 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_455 = happySpecReduce_1  177# happyReduction_455-happyReduction_455 happy_x_1-	 =  case happyOut198 happy_x_1 of { (HappyWrap198 happy_var_1) -> -	happyIn193-		 (happy_var_1-	)}--happyReduce_456 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_456 = happyMonadReduce 3# 177# happyReduction_456-happyReduction_456 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> -	case happyOut146 happy_x_2 of { (HappyWrap146 happy_var_2) -> -	case happyOut195 happy_x_3 of { (HappyWrap195 happy_var_3) -> -	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->-                                       do { (ann,r) <- checkValDef happy_var_1 (snd happy_var_2) happy_var_3;-                                        let { l = comb2 happy_var_1 happy_var_3 };-                                        -- Depending upon what the pattern looks like we might get either-                                        -- a FunBind or PatBind back from checkValDef. See Note-                                        -- [FunBind vs PatBind]-                                        case r of {-                                          (FunBind _ n _ _) ->-                                                amsL l (mj AnnFunId n:(fst happy_var_2)) >> return () ;-                                          (PatBind _ (L lh _lhs) _rhs _) ->-                                                amsL lh (fst happy_var_2) >> return () } ;-                                        _ <- amsL l (ann ++ (fst $ unLoc happy_var_3));-                                        return $! (sL l $ ValD noExtField r) })}}})-	) (\r -> happyReturn (happyIn193 r))--happyReduce_457 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_457 = happySpecReduce_1  177# happyReduction_457-happyReduction_457 happy_x_1-	 =  case happyOut109 happy_x_1 of { (HappyWrap109 happy_var_1) -> -	happyIn193-		 (happy_var_1-	)}--happyReduce_458 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_458 = happySpecReduce_1  178# happyReduction_458-happyReduction_458 happy_x_1-	 =  case happyOut193 happy_x_1 of { (HappyWrap193 happy_var_1) -> -	happyIn194-		 (happy_var_1-	)}--happyReduce_459 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_459 = happySpecReduce_1  178# happyReduction_459-happyReduction_459 happy_x_1-	 =  case happyOut212 happy_x_1 of { (HappyWrap212 happy_var_1) -> -	happyIn194-		 (sLL happy_var_1 happy_var_1 $ mkSpliceDecl happy_var_1-	)}--happyReduce_460 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_460 = happyMonadReduce 3# 179# happyReduction_460-happyReduction_460 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut202 happy_x_2 of { (HappyWrap202 happy_var_2) -> -	case happyOut126 happy_x_3 of { (HappyWrap126 happy_var_3) -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 -> return $-                                  sL (comb3 happy_var_1 happy_var_2 happy_var_3)-                                    ((mj AnnEqual happy_var_1 : (fst $ unLoc happy_var_3))-                                    ,GRHSs noExtField (unguardedRHS (comb3 happy_var_1 happy_var_2 happy_var_3) happy_var_2)-                                   (snd $ unLoc happy_var_3)))}}})-	) (\r -> happyReturn (happyIn195 r))--happyReduce_461 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_461 = happySpecReduce_2  179# happyReduction_461-happyReduction_461 happy_x_2-	happy_x_1-	 =  case happyOut196 happy_x_1 of { (HappyWrap196 happy_var_1) -> -	case happyOut126 happy_x_2 of { (HappyWrap126 happy_var_2) -> -	happyIn195-		 (sLL happy_var_1 happy_var_2  (fst $ unLoc happy_var_2-                                    ,GRHSs noExtField (reverse (unLoc happy_var_1))-                                                    (snd $ unLoc happy_var_2))-	)}}--happyReduce_462 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_462 = happySpecReduce_2  180# happyReduction_462-happyReduction_462 happy_x_2-	happy_x_1-	 =  case happyOut196 happy_x_1 of { (HappyWrap196 happy_var_1) -> -	case happyOut197 happy_x_2 of { (HappyWrap197 happy_var_2) -> -	happyIn196-		 (sLL happy_var_1 happy_var_2 (happy_var_2 : unLoc happy_var_1)-	)}}--happyReduce_463 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_463 = happySpecReduce_1  180# happyReduction_463-happyReduction_463 happy_x_1-	 =  case happyOut197 happy_x_1 of { (HappyWrap197 happy_var_1) -> -	happyIn196-		 (sL1 happy_var_1 [happy_var_1]-	)}--happyReduce_464 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_464 = happyMonadReduce 4# 181# happyReduction_464-happyReduction_464 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut229 happy_x_2 of { (HappyWrap229 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut202 happy_x_4 of { (HappyWrap202 happy_var_4) -> -	( runPV (unECP happy_var_4) >>= \ happy_var_4 ->-                                     ams (sL (comb2 happy_var_1 happy_var_4) $ GRHS noExtField (unLoc happy_var_2) happy_var_4)-                                         [mj AnnVbar happy_var_1,mj AnnEqual happy_var_3])}}}})-	) (\r -> happyReturn (happyIn197 r))--happyReduce_465 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_465 = happyMonadReduce 3# 182# happyReduction_465-happyReduction_465 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut149 happy_x_3 of { (HappyWrap149 happy_var_3) -> -	( do { happy_var_1 <- runPV (unECP happy_var_1)-                              ; v <- checkValSigLhs happy_var_1-                              ; _ <- amsL (comb2 happy_var_1 happy_var_3) [mu AnnDcolon happy_var_2]-                              ; return (sLL happy_var_1 happy_var_3 $ SigD noExtField $-                                  TypeSig noExtField [v] (mkHsWildCardBndrs happy_var_3))})}}})-	) (\r -> happyReturn (happyIn198 r))--happyReduce_466 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_466 = happyMonadReduce 5# 182# happyReduction_466-happyReduction_466 (happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut292 happy_x_1 of { (HappyWrap292 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut150 happy_x_3 of { (HappyWrap150 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	case happyOut149 happy_x_5 of { (HappyWrap149 happy_var_5) -> -	( do { let sig = TypeSig noExtField (happy_var_1 : reverse (unLoc happy_var_3))-                                     (mkHsWildCardBndrs happy_var_5)-                 ; addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2)-                 ; ams ( sLL happy_var_1 happy_var_5 $ SigD noExtField sig )-                       [mu AnnDcolon happy_var_4] })}}}}})-	) (\r -> happyReturn (happyIn198 r))--happyReduce_467 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_467 = happyMonadReduce 3# 182# happyReduction_467-happyReduction_467 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut71 happy_x_1 of { (HappyWrap71 happy_var_1) -> -	case happyOut70 happy_x_2 of { (HappyWrap70 happy_var_2) -> -	case happyOut72 happy_x_3 of { (HappyWrap72 happy_var_3) -> -	( checkPrecP happy_var_2 happy_var_3 >>-                 ams (sLL happy_var_1 happy_var_3 $ SigD noExtField-                        (FixSig noExtField (FixitySig noExtField (fromOL $ unLoc happy_var_3)-                                (Fixity (fst $ unLoc happy_var_2) (snd $ unLoc happy_var_2) (unLoc happy_var_1)))))-                     [mj AnnInfix happy_var_1,mj AnnVal happy_var_2])}}})-	) (\r -> happyReturn (happyIn198 r))--happyReduce_468 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_468 = happySpecReduce_1  182# happyReduction_468-happyReduction_468 happy_x_1-	 =  case happyOut114 happy_x_1 of { (HappyWrap114 happy_var_1) -> -	happyIn198-		 (sLL happy_var_1 happy_var_1 . SigD noExtField . unLoc $ happy_var_1-	)}--happyReduce_469 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_469 = happyMonadReduce 4# 182# happyReduction_469-happyReduction_469 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut268 happy_x_2 of { (HappyWrap268 happy_var_2) -> -	case happyOut147 happy_x_3 of { (HappyWrap147 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	( let (dcolon, tc) = happy_var_3-                   in ams-                       (sLL happy_var_1 happy_var_4-                         (SigD noExtField (CompleteMatchSig noExtField (getCOMPLETE_PRAGs happy_var_1) happy_var_2 tc)))-                    ([ mo happy_var_1 ] ++ dcolon ++ [mc happy_var_4]))}}}})-	) (\r -> happyReturn (happyIn198 r))--happyReduce_470 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_470 = happyMonadReduce 4# 182# happyReduction_470-happyReduction_470 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut199 happy_x_2 of { (HappyWrap199 happy_var_2) -> -	case happyOut293 happy_x_3 of { (HappyWrap293 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	( ams ((sLL happy_var_1 happy_var_4 $ SigD noExtField (InlineSig noExtField happy_var_3-                            (mkInlinePragma (getINLINE_PRAGs happy_var_1) (getINLINE happy_var_1)-                                            (snd happy_var_2)))))-                       ((mo happy_var_1:fst happy_var_2) ++ [mc happy_var_4]))}}}})-	) (\r -> happyReturn (happyIn198 r))--happyReduce_471 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_471 = happyMonadReduce 3# 182# happyReduction_471-happyReduction_471 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut293 happy_x_2 of { (HappyWrap293 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (SigD noExtField (SCCFunSig noExtField (getSCC_PRAGs happy_var_1) happy_var_2 Nothing)))-                 [mo happy_var_1, mc happy_var_3])}}})-	) (\r -> happyReturn (happyIn198 r))--happyReduce_472 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_472 = happyMonadReduce 4# 182# happyReduction_472-happyReduction_472 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut293 happy_x_2 of { (HappyWrap293 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	( do { scc <- getSCC happy_var_3-                ; let str_lit = StringLiteral (getSTRINGs happy_var_3) scc-                ; ams (sLL happy_var_1 happy_var_4 (SigD noExtField (SCCFunSig noExtField (getSCC_PRAGs happy_var_1) happy_var_2 (Just ( sL1 happy_var_3 str_lit)))))-                      [mo happy_var_1, mc happy_var_4] })}}}})-	) (\r -> happyReturn (happyIn198 r))--happyReduce_473 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_473 = happyMonadReduce 6# 182# happyReduction_473-happyReduction_473 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut199 happy_x_2 of { (HappyWrap199 happy_var_2) -> -	case happyOut293 happy_x_3 of { (HappyWrap293 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	case happyOut151 happy_x_5 of { (HappyWrap151 happy_var_5) -> -	case happyOutTok happy_x_6 of { happy_var_6 -> -	( ams (-                 let inl_prag = mkInlinePragma (getSPEC_PRAGs happy_var_1)-                                             (NoUserInlinePrag, FunLike) (snd happy_var_2)-                  in sLL happy_var_1 happy_var_6 $ SigD noExtField (SpecSig noExtField happy_var_3 (fromOL happy_var_5) inl_prag))-                    (mo happy_var_1:mu AnnDcolon happy_var_4:mc happy_var_6:(fst happy_var_2)))}}}}}})-	) (\r -> happyReturn (happyIn198 r))--happyReduce_474 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_474 = happyMonadReduce 6# 182# happyReduction_474-happyReduction_474 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut199 happy_x_2 of { (HappyWrap199 happy_var_2) -> -	case happyOut293 happy_x_3 of { (HappyWrap293 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	case happyOut151 happy_x_5 of { (HappyWrap151 happy_var_5) -> -	case happyOutTok happy_x_6 of { happy_var_6 -> -	( ams (sLL happy_var_1 happy_var_6 $ SigD noExtField (SpecSig noExtField happy_var_3 (fromOL happy_var_5)-                               (mkInlinePragma (getSPEC_INLINE_PRAGs happy_var_1)-                                               (getSPEC_INLINE happy_var_1) (snd happy_var_2))))-                       (mo happy_var_1:mu AnnDcolon happy_var_4:mc happy_var_6:(fst happy_var_2)))}}}}}})-	) (\r -> happyReturn (happyIn198 r))--happyReduce_475 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_475 = happyMonadReduce 4# 182# happyReduction_475-happyReduction_475 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut165 happy_x_3 of { (HappyWrap165 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	( ams (sLL happy_var_1 happy_var_4-                                  $ SigD noExtField (SpecInstSig noExtField (getSPEC_PRAGs happy_var_1) happy_var_3))-                       [mo happy_var_1,mj AnnInstance happy_var_2,mc happy_var_4])}}}})-	) (\r -> happyReturn (happyIn198 r))--happyReduce_476 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_476 = happyMonadReduce 3# 182# happyReduction_476-happyReduction_476 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut257 happy_x_2 of { (HappyWrap257 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ SigD noExtField (MinimalSig noExtField (getMINIMAL_PRAGs happy_var_1) happy_var_2))-                   [mo happy_var_1,mc happy_var_3])}}})-	) (\r -> happyReturn (happyIn198 r))--happyReduce_477 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_477 = happySpecReduce_0  183# happyReduction_477-happyReduction_477  =  happyIn199-		 (([],Nothing)-	)--happyReduce_478 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_478 = happySpecReduce_1  183# happyReduction_478-happyReduction_478 happy_x_1-	 =  case happyOut200 happy_x_1 of { (HappyWrap200 happy_var_1) -> -	happyIn199-		 ((fst happy_var_1,Just (snd happy_var_1))-	)}--happyReduce_479 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_479 = happySpecReduce_3  184# happyReduction_479-happyReduction_479 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn200-		 (([mj AnnOpenS happy_var_1,mj AnnVal happy_var_2,mj AnnCloseS happy_var_3]-                                  ,ActiveAfter  (getINTEGERs happy_var_2) (fromInteger (il_value (getINTEGER happy_var_2))))-	)}}}--happyReduce_480 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_480 = happyReduce 4# 184# happyReduction_480-happyReduction_480 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut130 happy_x_2 of { (HappyWrap130 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	happyIn200-		 ((happy_var_2++[mj AnnOpenS happy_var_1,mj AnnVal happy_var_3,mj AnnCloseS happy_var_4]-                                  ,ActiveBefore (getINTEGERs happy_var_3) (fromInteger (il_value (getINTEGER happy_var_3))))-	) `HappyStk` happyRest}}}}--happyReduce_481 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_481 = happySpecReduce_1  185# happyReduction_481-happyReduction_481 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn201-		 (let { loc = getLoc happy_var_1-                                ; ITquasiQuote (quoter, quote, quoteSpan) = unLoc happy_var_1-                                ; quoterId = mkUnqual varName quoter }-                            in sL1 happy_var_1 (mkHsQuasiQuote quoterId (mkSrcSpanPs quoteSpan) quote)-	)}--happyReduce_482 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_482 = happySpecReduce_1  185# happyReduction_482-happyReduction_482 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn201-		 (let { loc = getLoc happy_var_1-                                ; ITqQuasiQuote (qual, quoter, quote, quoteSpan) = unLoc happy_var_1-                                ; quoterId = mkQual varName (qual, quoter) }-                            in sL (getLoc happy_var_1) (mkHsQuasiQuote quoterId (mkSrcSpanPs quoteSpan) quote)-	)}--happyReduce_483 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_483 = happySpecReduce_3  186# happyReduction_483-happyReduction_483 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut155 happy_x_3 of { (HappyWrap155 happy_var_3) -> -	happyIn202-		 (ECP $-                                   unECP happy_var_1 >>= \ happy_var_1 ->-                                   rejectPragmaPV happy_var_1 >>-                                   amms (mkHsTySigPV (comb2 happy_var_1 happy_var_3) happy_var_1 happy_var_3)-                                       [mu AnnDcolon happy_var_2]-	)}}}--happyReduce_484 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_484 = happyMonadReduce 3# 186# happyReduction_484-happyReduction_484 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut202 happy_x_3 of { (HappyWrap202 happy_var_3) -> -	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->-                                   runPV (unECP happy_var_3) >>= \ happy_var_3 ->-                                   fmap ecpFromCmd $-                                   ams (sLL happy_var_1 happy_var_3 $ HsCmdArrApp noExtField happy_var_1 happy_var_3-                                                        HsFirstOrderApp True)-                                       [mu Annlarrowtail happy_var_2])}}})-	) (\r -> happyReturn (happyIn202 r))--happyReduce_485 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_485 = happyMonadReduce 3# 186# happyReduction_485-happyReduction_485 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut202 happy_x_3 of { (HappyWrap202 happy_var_3) -> -	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->-                                   runPV (unECP happy_var_3) >>= \ happy_var_3 ->-                                   fmap ecpFromCmd $-                                   ams (sLL happy_var_1 happy_var_3 $ HsCmdArrApp noExtField happy_var_3 happy_var_1-                                                      HsFirstOrderApp False)-                                       [mu Annrarrowtail happy_var_2])}}})-	) (\r -> happyReturn (happyIn202 r))--happyReduce_486 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_486 = happyMonadReduce 3# 186# happyReduction_486-happyReduction_486 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut202 happy_x_3 of { (HappyWrap202 happy_var_3) -> -	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->-                                   runPV (unECP happy_var_3) >>= \ happy_var_3 ->-                                   fmap ecpFromCmd $-                                   ams (sLL happy_var_1 happy_var_3 $ HsCmdArrApp noExtField happy_var_1 happy_var_3-                                                      HsHigherOrderApp True)-                                       [mu AnnLarrowtail happy_var_2])}}})-	) (\r -> happyReturn (happyIn202 r))--happyReduce_487 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_487 = happyMonadReduce 3# 186# happyReduction_487-happyReduction_487 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut202 happy_x_3 of { (HappyWrap202 happy_var_3) -> -	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->-                                   runPV (unECP happy_var_3) >>= \ happy_var_3 ->-                                   fmap ecpFromCmd $-                                   ams (sLL happy_var_1 happy_var_3 $ HsCmdArrApp noExtField happy_var_3 happy_var_1-                                                      HsHigherOrderApp False)-                                       [mu AnnRarrowtail happy_var_2])}}})-	) (\r -> happyReturn (happyIn202 r))--happyReduce_488 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_488 = happySpecReduce_1  186# happyReduction_488-happyReduction_488 happy_x_1-	 =  case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> -	happyIn202-		 (happy_var_1-	)}--happyReduce_489 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_489 = happySpecReduce_1  186# happyReduction_489-happyReduction_489 happy_x_1-	 =  case happyOut313 happy_x_1 of { (HappyWrap313 happy_var_1) -> -	happyIn202-		 (happy_var_1-	)}--happyReduce_490 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_490 = happySpecReduce_1  187# happyReduction_490-happyReduction_490 happy_x_1-	 =  case happyOut205 happy_x_1 of { (HappyWrap205 happy_var_1) -> -	happyIn203-		 (happy_var_1-	)}--happyReduce_491 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_491 = happySpecReduce_3  187# happyReduction_491-happyReduction_491 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> -	case happyOut284 happy_x_2 of { (HappyWrap284 happy_var_2) -> -	case happyOut204 happy_x_3 of { (HappyWrap204 happy_var_3) -> -	happyIn203-		 (ECP $-                                 superInfixOp $-                                 happy_var_2 >>= \ happy_var_2 ->-                                 unECP happy_var_1 >>= \ happy_var_1 ->-                                 unECP happy_var_3 >>= \ happy_var_3 ->-                                 rejectPragmaPV happy_var_1 >>-                                 amms (mkHsOpAppPV (comb2 happy_var_1 happy_var_3) happy_var_1 happy_var_2 happy_var_3)-                                     [mj AnnVal happy_var_2]-	)}}}--happyReduce_492 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_492 = happySpecReduce_1  188# happyReduction_492-happyReduction_492 happy_x_1-	 =  case happyOut205 happy_x_1 of { (HappyWrap205 happy_var_1) -> -	happyIn204-		 (happy_var_1-	)}--happyReduce_493 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_493 = happySpecReduce_1  188# happyReduction_493-happyReduction_493 happy_x_1-	 =  case happyOut314 happy_x_1 of { (HappyWrap314 happy_var_1) -> -	happyIn204-		 (happy_var_1-	)}--happyReduce_494 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_494 = happySpecReduce_2  189# happyReduction_494-happyReduction_494 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut208 happy_x_2 of { (HappyWrap208 happy_var_2) -> -	happyIn205-		 (ECP $-                                           unECP happy_var_2 >>= \ happy_var_2 ->-                                           amms (mkHsNegAppPV (comb2 happy_var_1 happy_var_2) happy_var_2)-                                               [mj AnnMinus happy_var_1]-	)}}--happyReduce_495 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_495 = happySpecReduce_1  189# happyReduction_495-happyReduction_495 happy_x_1-	 =  case happyOut208 happy_x_1 of { (HappyWrap208 happy_var_1) -> -	happyIn205-		 (happy_var_1-	)}--happyReduce_496 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_496 = happySpecReduce_1  190# happyReduction_496-happyReduction_496 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn206-		 (([happy_var_1],True)-	)}--happyReduce_497 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_497 = happySpecReduce_0  190# happyReduction_497-happyReduction_497  =  happyIn206-		 (([],False)-	)--happyReduce_498 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_498 = happyMonadReduce 3# 191# happyReduction_498-happyReduction_498 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( do scc <- getSCC happy_var_2-                                          ; return $ sLL happy_var_1 happy_var_3-                                             ([mo happy_var_1,mj AnnValStr happy_var_2,mc happy_var_3],-                                              HsPragSCC noExtField-                                                (getSCC_PRAGs happy_var_1)-                                                (StringLiteral (getSTRINGs happy_var_2) scc)))}}})-	) (\r -> happyReturn (happyIn207 r))--happyReduce_499 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_499 = happySpecReduce_3  191# happyReduction_499-happyReduction_499 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn207-		 (sLL happy_var_1 happy_var_3 ([mo happy_var_1,mj AnnVal happy_var_2,mc happy_var_3],-                                                  HsPragSCC noExtField-                                                    (getSCC_PRAGs happy_var_1)-                                                    (StringLiteral NoSourceText (getVARID happy_var_2)))-	)}}}--happyReduce_500 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_500 = happySpecReduce_2  192# happyReduction_500-happyReduction_500 happy_x_2-	happy_x_1-	 =  case happyOut208 happy_x_1 of { (HappyWrap208 happy_var_1) -> -	case happyOut209 happy_x_2 of { (HappyWrap209 happy_var_2) -> -	happyIn208-		 (ECP $-                                          superFunArg $-                                          unECP happy_var_1 >>= \ happy_var_1 ->-                                          unECP happy_var_2 >>= \ happy_var_2 ->-                                          mkHsAppPV (comb2 happy_var_1 happy_var_2) happy_var_1 happy_var_2-	)}}--happyReduce_501 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_501 = happySpecReduce_3  192# happyReduction_501-happyReduction_501 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut208 happy_x_1 of { (HappyWrap208 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut164 happy_x_3 of { (HappyWrap164 happy_var_3) -> -	happyIn208-		 (ECP $-                                        unECP happy_var_1 >>= \ happy_var_1 ->-                                        amms (mkHsAppTypePV (comb2 happy_var_1 happy_var_3) happy_var_1 happy_var_3) [mj AnnAt happy_var_2]-	)}}}--happyReduce_502 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_502 = happyMonadReduce 2# 192# happyReduction_502-happyReduction_502 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut209 happy_x_2 of { (HappyWrap209 happy_var_2) -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->-                                        fmap ecpFromExp $-                                        ams (sLL happy_var_1 happy_var_2 $ HsStatic noExtField happy_var_2)-                                            [mj AnnStatic happy_var_1])}})-	) (\r -> happyReturn (happyIn208 r))--happyReduce_503 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_503 = happySpecReduce_1  192# happyReduction_503-happyReduction_503 happy_x_1-	 =  case happyOut209 happy_x_1 of { (HappyWrap209 happy_var_1) -> -	happyIn208-		 (happy_var_1-	)}--happyReduce_504 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_504 = happySpecReduce_3  193# happyReduction_504-happyReduction_504 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut293 happy_x_1 of { (HappyWrap293 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut209 happy_x_3 of { (HappyWrap209 happy_var_3) -> -	happyIn209-		 (ECP $-                                   unECP happy_var_3 >>= \ happy_var_3 ->-                                   amms (mkHsAsPatPV (comb2 happy_var_1 happy_var_3) happy_var_1 happy_var_3) [mj AnnAt happy_var_2]-	)}}}--happyReduce_505 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_505 = happySpecReduce_2  193# happyReduction_505-happyReduction_505 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut209 happy_x_2 of { (HappyWrap209 happy_var_2) -> -	happyIn209-		 (ECP $-                                   unECP happy_var_2 >>= \ happy_var_2 ->-                                   amms (mkHsLazyPatPV (comb2 happy_var_1 happy_var_2) happy_var_2) [mj AnnTilde happy_var_1]-	)}}--happyReduce_506 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_506 = happySpecReduce_2  193# happyReduction_506-happyReduction_506 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut209 happy_x_2 of { (HappyWrap209 happy_var_2) -> -	happyIn209-		 (ECP $-                                   unECP happy_var_2 >>= \ happy_var_2 ->-                                   amms (mkHsBangPatPV (comb2 happy_var_1 happy_var_2) happy_var_2) [mj AnnBang happy_var_1]-	)}}--happyReduce_507 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_507 = happySpecReduce_2  193# happyReduction_507-happyReduction_507 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut209 happy_x_2 of { (HappyWrap209 happy_var_2) -> -	happyIn209-		 (ECP $-                                   unECP happy_var_2 >>= \ happy_var_2 ->-                                   amms (mkHsNegAppPV (comb2 happy_var_1 happy_var_2) happy_var_2) [mj AnnMinus happy_var_1]-	)}}--happyReduce_508 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_508 = happyReduce 5# 193# happyReduction_508-happyReduction_508 (happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut242 happy_x_2 of { (HappyWrap242 happy_var_2) -> -	case happyOut243 happy_x_3 of { (HappyWrap243 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	case happyOut202 happy_x_5 of { (HappyWrap202 happy_var_5) -> -	happyIn209-		 (ECP $-                      unECP happy_var_5 >>= \ happy_var_5 ->-                      amms (mkHsLamPV (comb2 happy_var_1 happy_var_5) (mkMatchGroup FromSource-                            [sLL happy_var_1 happy_var_5 $ Match { m_ext = noExtField-                                               , m_ctxt = LambdaExpr-                                               , m_pats = happy_var_2:happy_var_3-                                               , m_grhss = unguardedGRHSs happy_var_5 }]))-                          [mj AnnLam happy_var_1, mu AnnRarrow happy_var_4]-	) `HappyStk` happyRest}}}}}--happyReduce_509 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_509 = happyReduce 4# 193# happyReduction_509-happyReduction_509 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut125 happy_x_2 of { (HappyWrap125 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut202 happy_x_4 of { (HappyWrap202 happy_var_4) -> -	happyIn209-		 (ECP $-                                           unECP happy_var_4 >>= \ happy_var_4 ->-                                           amms (mkHsLetPV (comb2 happy_var_1 happy_var_4) (snd (unLoc happy_var_2)) happy_var_4)-                                               (mj AnnLet happy_var_1:mj AnnIn happy_var_3-                                                 :(fst $ unLoc happy_var_2))-	) `HappyStk` happyRest}}}}--happyReduce_510 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_510 = happySpecReduce_3  193# happyReduction_510-happyReduction_510 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut231 happy_x_3 of { (HappyWrap231 happy_var_3) -> -	happyIn209-		 (ECP $ happy_var_3 >>= \ happy_var_3 ->-               amms (mkHsLamCasePV (comb2 happy_var_1 happy_var_3)-                                   (mkMatchGroup FromSource (snd $ unLoc happy_var_3)))-                    (mj AnnLam happy_var_1:mj AnnCase happy_var_2:(fst $ unLoc happy_var_3))-	)}}}--happyReduce_511 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_511 = happyMonadReduce 8# 193# happyReduction_511-happyReduction_511 (happy_x_8 `HappyStk`-	happy_x_7 `HappyStk`-	happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut202 happy_x_2 of { (HappyWrap202 happy_var_2) -> -	case happyOut206 happy_x_3 of { (HappyWrap206 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	case happyOut202 happy_x_5 of { (HappyWrap202 happy_var_5) -> -	case happyOut206 happy_x_6 of { (HappyWrap206 happy_var_6) -> -	case happyOutTok happy_x_7 of { happy_var_7 -> -	case happyOut202 happy_x_8 of { (HappyWrap202 happy_var_8) -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->-                            return $ ECP $-                              unECP happy_var_5 >>= \ happy_var_5 ->-                              unECP happy_var_8 >>= \ happy_var_8 ->-                              amms (mkHsIfPV (comb2 happy_var_1 happy_var_8) happy_var_2 (snd happy_var_3) happy_var_5 (snd happy_var_6) happy_var_8)-                                  (mj AnnIf happy_var_1:mj AnnThen happy_var_4-                                     :mj AnnElse happy_var_7-                                     :(map (\l -> mj AnnSemi l) (fst happy_var_3))-                                    ++(map (\l -> mj AnnSemi l) (fst happy_var_6))))}}}}}}}})-	) (\r -> happyReturn (happyIn209 r))--happyReduce_512 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_512 = happyMonadReduce 2# 193# happyReduction_512-happyReduction_512 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut238 happy_x_2 of { (HappyWrap238 happy_var_2) -> -	( hintMultiWayIf (getLoc happy_var_1) >>= \_ ->-                                           fmap ecpFromExp $-                                           ams (sLL happy_var_1 happy_var_2 $ HsMultiIf noExtField-                                                     (reverse $ snd $ unLoc happy_var_2))-                                               (mj AnnIf happy_var_1:(fst $ unLoc happy_var_2)))}})-	) (\r -> happyReturn (happyIn209 r))--happyReduce_513 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_513 = happyMonadReduce 4# 193# happyReduction_513-happyReduction_513 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut202 happy_x_2 of { (HappyWrap202 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut231 happy_x_4 of { (HappyWrap231 happy_var_4) -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->-                                         return $ ECP $-                                           happy_var_4 >>= \ happy_var_4 ->-                                           amms (mkHsCasePV (comb3 happy_var_1 happy_var_3 happy_var_4) happy_var_2 (mkMatchGroup-                                                   FromSource (snd $ unLoc happy_var_4)))-                                               (mj AnnCase happy_var_1:mj AnnOf happy_var_3-                                                  :(fst $ unLoc happy_var_4)))}}}})-	) (\r -> happyReturn (happyIn209 r))--happyReduce_514 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_514 = happyMonadReduce 2# 193# happyReduction_514-happyReduction_514 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut244 happy_x_2 of { (HappyWrap244 happy_var_2) -> -	( do-                                      hintQualifiedDo happy_var_1-                                      return $ ECP $-                                        happy_var_2 >>= \ happy_var_2 ->-                                        amms (mkHsDoPV (comb2 happy_var_1 happy_var_2)-                                                       (fmap mkModuleNameFS (getDO happy_var_1))-                                                       (mapLoc snd happy_var_2))-                                             (mj AnnDo happy_var_1:(fst $ unLoc happy_var_2)))}})-	) (\r -> happyReturn (happyIn209 r))--happyReduce_515 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_515 = happyMonadReduce 2# 193# happyReduction_515-happyReduction_515 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut244 happy_x_2 of { (HappyWrap244 happy_var_2) -> -	( hintQualifiedDo happy_var_1 >> runPV happy_var_2 >>= \ happy_var_2 ->-                                       fmap ecpFromExp $-                                       ams (L (comb2 happy_var_1 happy_var_2)-                                              (mkHsDo (MDoExpr $-                                                        fmap mkModuleNameFS (getMDO happy_var_1))-                                                        (snd $ unLoc happy_var_2)))-                                           (mj AnnMdo happy_var_1:(fst $ unLoc happy_var_2)))}})-	) (\r -> happyReturn (happyIn209 r))--happyReduce_516 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_516 = happyMonadReduce 4# 193# happyReduction_516-happyReduction_516 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut209 happy_x_2 of { (HappyWrap209 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut202 happy_x_4 of { (HappyWrap202 happy_var_4) -> -	( (checkPattern <=< runPV) (unECP happy_var_2) >>= \ p ->-                           runPV (unECP happy_var_4) >>= \ happy_var_4@cmd ->-                           fmap ecpFromExp $-                           ams (sLL happy_var_1 happy_var_4 $ HsProc noExtField p (sLL happy_var_1 happy_var_4 $ HsCmdTop noExtField cmd))-                                            -- TODO: is LL right here?-                               [mj AnnProc happy_var_1,mu AnnRarrow happy_var_3])}}}})-	) (\r -> happyReturn (happyIn209 r))--happyReduce_517 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_517 = happySpecReduce_1  193# happyReduction_517-happyReduction_517 happy_x_1-	 =  case happyOut210 happy_x_1 of { (HappyWrap210 happy_var_1) -> -	happyIn209-		 (happy_var_1-	)}--happyReduce_518 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_518 = happyReduce 4# 194# happyReduction_518-happyReduction_518 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOut210 happy_x_1 of { (HappyWrap210 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut250 happy_x_3 of { (HappyWrap250 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	happyIn210-		 (ECP $-                                  unECP happy_var_1 >>= \ happy_var_1 ->-                                  happy_var_3 >>= \ happy_var_3 ->-                                  amms (mkHsRecordPV (comb2 happy_var_1 happy_var_4) (comb2 happy_var_2 happy_var_4) happy_var_1 (snd happy_var_3))-                                       (moc happy_var_2:mcc happy_var_4:(fst happy_var_3))-	) `HappyStk` happyRest}}}}--happyReduce_519 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_519 = happySpecReduce_1  194# happyReduction_519-happyReduction_519 happy_x_1-	 =  case happyOut211 happy_x_1 of { (HappyWrap211 happy_var_1) -> -	happyIn210-		 (happy_var_1-	)}--happyReduce_520 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_520 = happySpecReduce_1  195# happyReduction_520-happyReduction_520 happy_x_1-	 =  case happyOut293 happy_x_1 of { (HappyWrap293 happy_var_1) -> -	happyIn211-		 (ECP $ mkHsVarPV $! happy_var_1-	)}--happyReduce_521 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_521 = happySpecReduce_1  195# happyReduction_521-happyReduction_521 happy_x_1-	 =  case happyOut265 happy_x_1 of { (HappyWrap265 happy_var_1) -> -	happyIn211-		 (ECP $ mkHsVarPV $! happy_var_1-	)}--happyReduce_522 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_522 = happySpecReduce_1  195# happyReduction_522-happyReduction_522 happy_x_1-	 =  case happyOut255 happy_x_1 of { (HappyWrap255 happy_var_1) -> -	happyIn211-		 (ecpFromExp $ sL1 happy_var_1 (HsIPVar noExtField $! unLoc happy_var_1)-	)}--happyReduce_523 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_523 = happySpecReduce_1  195# happyReduction_523-happyReduction_523 happy_x_1-	 =  case happyOut256 happy_x_1 of { (HappyWrap256 happy_var_1) -> -	happyIn211-		 (ecpFromExp $ sL1 happy_var_1 (HsOverLabel noExtField Nothing $! unLoc happy_var_1)-	)}--happyReduce_524 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_524 = happySpecReduce_1  195# happyReduction_524-happyReduction_524 happy_x_1-	 =  case happyOut307 happy_x_1 of { (HappyWrap307 happy_var_1) -> -	happyIn211-		 (ECP $ mkHsLitPV $! happy_var_1-	)}--happyReduce_525 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_525 = happySpecReduce_1  195# happyReduction_525-happyReduction_525 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn211-		 (ECP $ mkHsOverLitPV (sL1 happy_var_1 $ mkHsIntegral   (getINTEGER  happy_var_1))-	)}--happyReduce_526 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_526 = happySpecReduce_1  195# happyReduction_526-happyReduction_526 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn211-		 (ECP $ mkHsOverLitPV (sL1 happy_var_1 $ mkHsFractional (getRATIONAL happy_var_1))-	)}--happyReduce_527 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_527 = happySpecReduce_3  195# happyReduction_527-happyReduction_527 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut219 happy_x_2 of { (HappyWrap219 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn211-		 (ECP $-                                           unECP happy_var_2 >>= \ happy_var_2 ->-                                           amms (mkHsParPV (comb2 happy_var_1 happy_var_3) happy_var_2) [mop happy_var_1,mcp happy_var_3]-	)}}}--happyReduce_528 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_528 = happySpecReduce_3  195# happyReduction_528-happyReduction_528 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut220 happy_x_2 of { (HappyWrap220 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn211-		 (ECP $-                                           happy_var_2 >>= \ happy_var_2 ->-                                           amms (mkSumOrTuplePV (comb2 happy_var_1 happy_var_3) Boxed (snd happy_var_2))-                                                ((mop happy_var_1:fst happy_var_2) ++ [mcp happy_var_3])-	)}}}--happyReduce_529 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_529 = happySpecReduce_3  195# happyReduction_529-happyReduction_529 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut219 happy_x_2 of { (HappyWrap219 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn211-		 (ECP $-                                           unECP happy_var_2 >>= \ happy_var_2 ->-                                           amms (mkSumOrTuplePV (comb2 happy_var_1 happy_var_3) Unboxed (Tuple [L (gl happy_var_2) (Just happy_var_2)]))-                                                [mo happy_var_1,mc happy_var_3]-	)}}}--happyReduce_530 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_530 = happySpecReduce_3  195# happyReduction_530-happyReduction_530 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut220 happy_x_2 of { (HappyWrap220 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn211-		 (ECP $-                                           happy_var_2 >>= \ happy_var_2 ->-                                           amms (mkSumOrTuplePV (comb2 happy_var_1 happy_var_3) Unboxed (snd happy_var_2))-                                                ((mo happy_var_1:fst happy_var_2) ++ [mc happy_var_3])-	)}}}--happyReduce_531 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_531 = happySpecReduce_3  195# happyReduction_531-happyReduction_531 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut223 happy_x_2 of { (HappyWrap223 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn211-		 (ECP $ happy_var_2 (comb2 happy_var_1 happy_var_3) >>= \a -> ams a [mos happy_var_1,mcs happy_var_3]-	)}}}--happyReduce_532 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_532 = happySpecReduce_1  195# happyReduction_532-happyReduction_532 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn211-		 (ECP $ mkHsWildCardPV (getLoc happy_var_1)-	)}--happyReduce_533 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_533 = happySpecReduce_1  195# happyReduction_533-happyReduction_533 happy_x_1-	 =  case happyOut213 happy_x_1 of { (HappyWrap213 happy_var_1) -> -	happyIn211-		 (ECP $ mkHsSplicePV happy_var_1-	)}--happyReduce_534 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_534 = happySpecReduce_1  195# happyReduction_534-happyReduction_534 happy_x_1-	 =  case happyOut214 happy_x_1 of { (HappyWrap214 happy_var_1) -> -	happyIn211-		 (ecpFromExp $ mapLoc (HsSpliceE noExtField) happy_var_1-	)}--happyReduce_535 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_535 = happyMonadReduce 2# 195# happyReduction_535-happyReduction_535 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut293 happy_x_2 of { (HappyWrap293 happy_var_2) -> -	( fmap ecpFromExp $ ams (sLL happy_var_1 happy_var_2 $ HsBracket noExtField (VarBr noExtField True  (unLoc happy_var_2))) [mj AnnSimpleQuote happy_var_1,mj AnnName happy_var_2])}})-	) (\r -> happyReturn (happyIn211 r))--happyReduce_536 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_536 = happyMonadReduce 2# 195# happyReduction_536-happyReduction_536 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut265 happy_x_2 of { (HappyWrap265 happy_var_2) -> -	( fmap ecpFromExp $ ams (sLL happy_var_1 happy_var_2 $ HsBracket noExtField (VarBr noExtField True  (unLoc happy_var_2))) [mj AnnSimpleQuote happy_var_1,mj AnnName happy_var_2])}})-	) (\r -> happyReturn (happyIn211 r))--happyReduce_537 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_537 = happyMonadReduce 2# 195# happyReduction_537-happyReduction_537 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut289 happy_x_2 of { (HappyWrap289 happy_var_2) -> -	( fmap ecpFromExp $ ams (sLL happy_var_1 happy_var_2 $ HsBracket noExtField (VarBr noExtField False (unLoc happy_var_2))) [mj AnnThTyQuote happy_var_1,mj AnnName happy_var_2])}})-	) (\r -> happyReturn (happyIn211 r))--happyReduce_538 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_538 = happyMonadReduce 2# 195# happyReduction_538-happyReduction_538 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut273 happy_x_2 of { (HappyWrap273 happy_var_2) -> -	( fmap ecpFromExp $ ams (sLL happy_var_1 happy_var_2 $ HsBracket noExtField (VarBr noExtField False (unLoc happy_var_2))) [mj AnnThTyQuote happy_var_1,mj AnnName happy_var_2])}})-	) (\r -> happyReturn (happyIn211 r))--happyReduce_539 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_539 = happyMonadReduce 1# 195# happyReduction_539-happyReduction_539 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	( reportEmptyDoubleQuotes (getLoc happy_var_1))})-	) (\r -> happyReturn (happyIn211 r))--happyReduce_540 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_540 = happyMonadReduce 3# 195# happyReduction_540-happyReduction_540 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut202 happy_x_2 of { (HappyWrap202 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->-                                 fmap ecpFromExp $-                                 ams (sLL happy_var_1 happy_var_3 $ HsBracket noExtField (ExpBr noExtField happy_var_2))-                                      (if (hasE happy_var_1) then [mj AnnOpenE happy_var_1, mu AnnCloseQ happy_var_3]-                                                    else [mu AnnOpenEQ happy_var_1,mu AnnCloseQ happy_var_3]))}}})-	) (\r -> happyReturn (happyIn211 r))--happyReduce_541 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_541 = happyMonadReduce 3# 195# happyReduction_541-happyReduction_541 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut202 happy_x_2 of { (HappyWrap202 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->-                                 fmap ecpFromExp $-                                 ams (sLL happy_var_1 happy_var_3 $ HsBracket noExtField (TExpBr noExtField happy_var_2))-                                      (if (hasE happy_var_1) then [mj AnnOpenE happy_var_1,mc happy_var_3] else [mo happy_var_1,mc happy_var_3]))}}})-	) (\r -> happyReturn (happyIn211 r))--happyReduce_542 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_542 = happyMonadReduce 3# 195# happyReduction_542-happyReduction_542 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut154 happy_x_2 of { (HappyWrap154 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( fmap ecpFromExp $-                                 ams (sLL happy_var_1 happy_var_3 $ HsBracket noExtField (TypBr noExtField happy_var_2)) [mo happy_var_1,mu AnnCloseQ happy_var_3])}}})-	) (\r -> happyReturn (happyIn211 r))--happyReduce_543 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_543 = happyMonadReduce 3# 195# happyReduction_543-happyReduction_543 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut203 happy_x_2 of { (HappyWrap203 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( (checkPattern <=< runPV) (unECP happy_var_2) >>= \p ->-                                      fmap ecpFromExp $-                                      ams (sLL happy_var_1 happy_var_3 $ HsBracket noExtField (PatBr noExtField p))-                                          [mo happy_var_1,mu AnnCloseQ happy_var_3])}}})-	) (\r -> happyReturn (happyIn211 r))--happyReduce_544 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_544 = happyMonadReduce 3# 195# happyReduction_544-happyReduction_544 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut217 happy_x_2 of { (HappyWrap217 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( fmap ecpFromExp $-                                  ams (sLL happy_var_1 happy_var_3 $ HsBracket noExtField (DecBrL noExtField (snd happy_var_2)))-                                      (mo happy_var_1:mu AnnCloseQ happy_var_3:fst happy_var_2))}}})-	) (\r -> happyReturn (happyIn211 r))--happyReduce_545 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_545 = happySpecReduce_1  195# happyReduction_545-happyReduction_545 happy_x_1-	 =  case happyOut201 happy_x_1 of { (HappyWrap201 happy_var_1) -> -	happyIn211-		 (ECP $ mkHsSplicePV happy_var_1-	)}--happyReduce_546 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_546 = happyMonadReduce 4# 195# happyReduction_546-happyReduction_546 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut209 happy_x_2 of { (HappyWrap209 happy_var_2) -> -	case happyOut215 happy_x_3 of { (HappyWrap215 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->-                                     fmap ecpFromCmd $-                                     ams (sLL happy_var_1 happy_var_4 $ HsCmdArrForm noExtField happy_var_2 Prefix-                                                          Nothing (reverse happy_var_3))-                                         [mu AnnOpenB happy_var_1,mu AnnCloseB happy_var_4])}}}})-	) (\r -> happyReturn (happyIn211 r))--happyReduce_547 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_547 = happySpecReduce_1  196# happyReduction_547-happyReduction_547 happy_x_1-	 =  case happyOut213 happy_x_1 of { (HappyWrap213 happy_var_1) -> -	happyIn212-		 (mapLoc (HsSpliceE noExtField) happy_var_1-	)}--happyReduce_548 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_548 = happySpecReduce_1  196# happyReduction_548-happyReduction_548 happy_x_1-	 =  case happyOut214 happy_x_1 of { (HappyWrap214 happy_var_1) -> -	happyIn212-		 (mapLoc (HsSpliceE noExtField) happy_var_1-	)}--happyReduce_549 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_549 = happyMonadReduce 2# 197# happyReduction_549-happyReduction_549 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut211 happy_x_2 of { (HappyWrap211 happy_var_2) -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->-                                   ams (sLL happy_var_1 happy_var_2 $ mkUntypedSplice DollarSplice happy_var_2)-                                       [mj AnnDollar happy_var_1])}})-	) (\r -> happyReturn (happyIn213 r))--happyReduce_550 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_550 = happyMonadReduce 2# 198# happyReduction_550-happyReduction_550 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut211 happy_x_2 of { (HappyWrap211 happy_var_2) -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->-                                   ams (sLL happy_var_1 happy_var_2 $ mkTypedSplice DollarSplice happy_var_2)-                                       [mj AnnDollarDollar happy_var_1])}})-	) (\r -> happyReturn (happyIn214 r))--happyReduce_551 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_551 = happySpecReduce_2  199# happyReduction_551-happyReduction_551 happy_x_2-	happy_x_1-	 =  case happyOut215 happy_x_1 of { (HappyWrap215 happy_var_1) -> -	case happyOut216 happy_x_2 of { (HappyWrap216 happy_var_2) -> -	happyIn215-		 (happy_var_2 : happy_var_1-	)}}--happyReduce_552 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_552 = happySpecReduce_0  199# happyReduction_552-happyReduction_552  =  happyIn215-		 ([]-	)--happyReduce_553 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_553 = happyMonadReduce 1# 200# happyReduction_553-happyReduction_553 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut209 happy_x_1 of { (HappyWrap209 happy_var_1) -> -	( runPV (unECP happy_var_1) >>= \ cmd ->-                                   runPV (checkCmdBlockArguments cmd) >>= \ _ ->-                                   return (sL1 cmd $ HsCmdTop noExtField cmd))})-	) (\r -> happyReturn (happyIn216 r))--happyReduce_554 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_554 = happySpecReduce_3  201# happyReduction_554-happyReduction_554 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut218 happy_x_2 of { (HappyWrap218 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn217-		 (([mj AnnOpenC happy_var_1-                                                  ,mj AnnCloseC happy_var_3],happy_var_2)-	)}}}--happyReduce_555 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_555 = happySpecReduce_3  201# happyReduction_555-happyReduction_555 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut218 happy_x_2 of { (HappyWrap218 happy_var_2) -> -	happyIn217-		 (([],happy_var_2)-	)}--happyReduce_556 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_556 = happySpecReduce_1  202# happyReduction_556-happyReduction_556 happy_x_1-	 =  case happyOut74 happy_x_1 of { (HappyWrap74 happy_var_1) -> -	happyIn218-		 (cvTopDecls happy_var_1-	)}--happyReduce_557 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_557 = happySpecReduce_1  202# happyReduction_557-happyReduction_557 happy_x_1-	 =  case happyOut73 happy_x_1 of { (HappyWrap73 happy_var_1) -> -	happyIn218-		 (cvTopDecls happy_var_1-	)}--happyReduce_558 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_558 = happySpecReduce_1  203# happyReduction_558-happyReduction_558 happy_x_1-	 =  case happyOut202 happy_x_1 of { (HappyWrap202 happy_var_1) -> -	happyIn219-		 (happy_var_1-	)}--happyReduce_559 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_559 = happyMonadReduce 2# 203# happyReduction_559-happyReduction_559 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> -	case happyOut284 happy_x_2 of { (HappyWrap284 happy_var_2) -> -	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->-                                runPV (rejectPragmaPV happy_var_1) >>-                                runPV happy_var_2 >>= \ happy_var_2 ->-                                return $ ecpFromExp $-                                sLL happy_var_1 happy_var_2 $ SectionL noExtField happy_var_1 happy_var_2)}})-	) (\r -> happyReturn (happyIn219 r))--happyReduce_560 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_560 = happySpecReduce_2  203# happyReduction_560-happyReduction_560 happy_x_2-	happy_x_1-	 =  case happyOut285 happy_x_1 of { (HappyWrap285 happy_var_1) -> -	case happyOut203 happy_x_2 of { (HappyWrap203 happy_var_2) -> -	happyIn219-		 (ECP $-                                superInfixOp $-                                unECP happy_var_2 >>= \ happy_var_2 ->-                                happy_var_1 >>= \ happy_var_1 ->-                                mkHsSectionR_PV (comb2 happy_var_1 happy_var_2) happy_var_1 happy_var_2-	)}}--happyReduce_561 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_561 = happySpecReduce_3  203# happyReduction_561-happyReduction_561 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut202 happy_x_1 of { (HappyWrap202 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut219 happy_x_3 of { (HappyWrap219 happy_var_3) -> -	happyIn219-		 (ECP $-                             unECP happy_var_1 >>= \ happy_var_1 ->-                             unECP happy_var_3 >>= \ happy_var_3 ->-                             amms (mkHsViewPatPV (comb2 happy_var_1 happy_var_3) happy_var_1 happy_var_3) [mu AnnRarrow happy_var_2]-	)}}}--happyReduce_562 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_562 = happySpecReduce_2  204# happyReduction_562-happyReduction_562 happy_x_2-	happy_x_1-	 =  case happyOut219 happy_x_1 of { (HappyWrap219 happy_var_1) -> -	case happyOut221 happy_x_2 of { (HappyWrap221 happy_var_2) -> -	happyIn220-		 (unECP happy_var_1 >>= \ happy_var_1 ->-                             happy_var_2 >>= \ happy_var_2 ->-                             do { addAnnotation (gl happy_var_1) AnnComma (fst happy_var_2)-                                ; return ([],Tuple ((sL1 happy_var_1 (Just happy_var_1)) : snd happy_var_2)) }-	)}}--happyReduce_563 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_563 = happySpecReduce_2  204# happyReduction_563-happyReduction_563 happy_x_2-	happy_x_1-	 =  case happyOut219 happy_x_1 of { (HappyWrap219 happy_var_1) -> -	case happyOut312 happy_x_2 of { (HappyWrap312 happy_var_2) -> -	happyIn220-		 (unECP happy_var_1 >>= \ happy_var_1 -> return $-                            (mvbars (fst happy_var_2), Sum 1  (snd happy_var_2 + 1) happy_var_1)-	)}}--happyReduce_564 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_564 = happySpecReduce_2  204# happyReduction_564-happyReduction_564 happy_x_2-	happy_x_1-	 =  case happyOut310 happy_x_1 of { (HappyWrap310 happy_var_1) -> -	case happyOut222 happy_x_2 of { (HappyWrap222 happy_var_2) -> -	happyIn220-		 (happy_var_2 >>= \ happy_var_2 ->-                   do { mapM_ (\ll -> addAnnotation ll AnnComma ll) (fst happy_var_1)-                      ; return-                           ([],Tuple (map (\l -> L l Nothing) (fst happy_var_1) ++ happy_var_2)) }-	)}}--happyReduce_565 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_565 = happySpecReduce_3  204# happyReduction_565-happyReduction_565 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut312 happy_x_1 of { (HappyWrap312 happy_var_1) -> -	case happyOut219 happy_x_2 of { (HappyWrap219 happy_var_2) -> -	case happyOut311 happy_x_3 of { (HappyWrap311 happy_var_3) -> -	happyIn220-		 (unECP happy_var_2 >>= \ happy_var_2 -> return $-                  (mvbars (fst happy_var_1) ++ mvbars (fst happy_var_3), Sum (snd happy_var_1 + 1) (snd happy_var_1 + snd happy_var_3 + 1) happy_var_2)-	)}}}--happyReduce_566 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_566 = happySpecReduce_2  205# happyReduction_566-happyReduction_566 happy_x_2-	happy_x_1-	 =  case happyOut310 happy_x_1 of { (HappyWrap310 happy_var_1) -> -	case happyOut222 happy_x_2 of { (HappyWrap222 happy_var_2) -> -	happyIn221-		 (happy_var_2 >>= \ happy_var_2 ->-          do { mapM_ (\ll -> addAnnotation ll AnnComma ll) (tail $ fst happy_var_1)-             ; return (-            (head $ fst happy_var_1-            ,(map (\l -> L l Nothing) (tail $ fst happy_var_1)) ++ happy_var_2)) }-	)}}--happyReduce_567 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_567 = happySpecReduce_2  206# happyReduction_567-happyReduction_567 happy_x_2-	happy_x_1-	 =  case happyOut219 happy_x_1 of { (HappyWrap219 happy_var_1) -> -	case happyOut221 happy_x_2 of { (HappyWrap221 happy_var_2) -> -	happyIn222-		 (unECP happy_var_1 >>= \ happy_var_1 ->-                                   happy_var_2 >>= \ happy_var_2 ->-                                   addAnnotation (gl happy_var_1) AnnComma (fst happy_var_2) >>-                                   return ((L (gl happy_var_1) (Just happy_var_1)) : snd happy_var_2)-	)}}--happyReduce_568 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_568 = happySpecReduce_1  206# happyReduction_568-happyReduction_568 happy_x_1-	 =  case happyOut219 happy_x_1 of { (HappyWrap219 happy_var_1) -> -	happyIn222-		 (unECP happy_var_1 >>= \ happy_var_1 ->-                                   return [L (gl happy_var_1) (Just happy_var_1)]-	)}--happyReduce_569 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_569 = happySpecReduce_0  206# happyReduction_569-happyReduction_569  =  happyIn222-		 (return [noLoc Nothing]-	)--happyReduce_570 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_570 = happySpecReduce_1  207# happyReduction_570-happyReduction_570 happy_x_1-	 =  case happyOut219 happy_x_1 of { (HappyWrap219 happy_var_1) -> -	happyIn223-		 (\loc -> unECP happy_var_1 >>= \ happy_var_1 ->-                            mkHsExplicitListPV loc [happy_var_1]-	)}--happyReduce_571 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_571 = happySpecReduce_1  207# happyReduction_571-happyReduction_571 happy_x_1-	 =  case happyOut224 happy_x_1 of { (HappyWrap224 happy_var_1) -> -	happyIn223-		 (\loc -> happy_var_1 >>= \ happy_var_1 ->-                            mkHsExplicitListPV loc (reverse happy_var_1)-	)}--happyReduce_572 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_572 = happySpecReduce_2  207# happyReduction_572-happyReduction_572 happy_x_2-	happy_x_1-	 =  case happyOut219 happy_x_1 of { (HappyWrap219 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	happyIn223-		 (\loc ->    unECP happy_var_1 >>= \ happy_var_1 ->-                                  ams (L loc $ ArithSeq noExtField Nothing (From happy_var_1))-                                      [mj AnnDotdot happy_var_2]-                                      >>= ecpFromExp'-	)}}--happyReduce_573 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_573 = happyReduce 4# 207# happyReduction_573-happyReduction_573 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOut219 happy_x_1 of { (HappyWrap219 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut202 happy_x_3 of { (HappyWrap202 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	happyIn223-		 (\loc ->-                                   unECP happy_var_1 >>= \ happy_var_1 ->-                                   unECP happy_var_3 >>= \ happy_var_3 ->-                                   ams (L loc $ ArithSeq noExtField Nothing (FromThen happy_var_1 happy_var_3))-                                       [mj AnnComma happy_var_2,mj AnnDotdot happy_var_4]-                                       >>= ecpFromExp'-	) `HappyStk` happyRest}}}}--happyReduce_574 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_574 = happySpecReduce_3  207# happyReduction_574-happyReduction_574 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut219 happy_x_1 of { (HappyWrap219 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut202 happy_x_3 of { (HappyWrap202 happy_var_3) -> -	happyIn223-		 (\loc -> unECP happy_var_1 >>= \ happy_var_1 ->-                                   unECP happy_var_3 >>= \ happy_var_3 ->-                                   ams (L loc $ ArithSeq noExtField Nothing (FromTo happy_var_1 happy_var_3))-                                       [mj AnnDotdot happy_var_2]-                                       >>= ecpFromExp'-	)}}}--happyReduce_575 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_575 = happyReduce 5# 207# happyReduction_575-happyReduction_575 (happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOut219 happy_x_1 of { (HappyWrap219 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut202 happy_x_3 of { (HappyWrap202 happy_var_3) -> -	case happyOutTok happy_x_4 of { happy_var_4 -> -	case happyOut202 happy_x_5 of { (HappyWrap202 happy_var_5) -> -	happyIn223-		 (\loc ->-                                   unECP happy_var_1 >>= \ happy_var_1 ->-                                   unECP happy_var_3 >>= \ happy_var_3 ->-                                   unECP happy_var_5 >>= \ happy_var_5 ->-                                   ams (L loc $ ArithSeq noExtField Nothing (FromThenTo happy_var_1 happy_var_3 happy_var_5))-                                       [mj AnnComma happy_var_2,mj AnnDotdot happy_var_4]-                                       >>= ecpFromExp'-	) `HappyStk` happyRest}}}}}--happyReduce_576 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_576 = happySpecReduce_3  207# happyReduction_576-happyReduction_576 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut219 happy_x_1 of { (HappyWrap219 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut225 happy_x_3 of { (HappyWrap225 happy_var_3) -> -	happyIn223-		 (\loc ->-                checkMonadComp >>= \ ctxt ->-                unECP happy_var_1 >>= \ happy_var_1 ->-                ams (L loc $ mkHsComp ctxt (unLoc happy_var_3) happy_var_1)-                    [mj AnnVbar happy_var_2]-                    >>= ecpFromExp'-	)}}}--happyReduce_577 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_577 = happySpecReduce_3  208# happyReduction_577-happyReduction_577 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut224 happy_x_1 of { (HappyWrap224 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut219 happy_x_3 of { (HappyWrap219 happy_var_3) -> -	happyIn224-		 (happy_var_1 >>= \ happy_var_1 ->-                                     unECP happy_var_3 >>= \ happy_var_3 ->-                                     addAnnotation (gl $ head $ happy_var_1)-                                                            AnnComma (gl happy_var_2) >>-                                      return (((:) $! happy_var_3) $! happy_var_1)-	)}}}--happyReduce_578 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_578 = happySpecReduce_3  208# happyReduction_578-happyReduction_578 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut219 happy_x_1 of { (HappyWrap219 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut219 happy_x_3 of { (HappyWrap219 happy_var_3) -> -	happyIn224-		 (unECP happy_var_1 >>= \ happy_var_1 ->-                                      unECP happy_var_3 >>= \ happy_var_3 ->-                                      addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2) >>-                                      return [happy_var_3,happy_var_1]-	)}}}--happyReduce_579 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_579 = happySpecReduce_1  209# happyReduction_579-happyReduction_579 happy_x_1-	 =  case happyOut226 happy_x_1 of { (HappyWrap226 happy_var_1) -> -	happyIn225-		 (case (unLoc happy_var_1) of-                    [qs] -> sL1 happy_var_1 qs-                    -- We just had one thing in our "parallel" list so-                    -- we simply return that thing directly--                    qss -> sL1 happy_var_1 [sL1 happy_var_1 $ ParStmt noExtField [ParStmtBlock noExtField qs [] noSyntaxExpr |-                                            qs <- qss]-                                            noExpr noSyntaxExpr]-                    -- We actually found some actual parallel lists so-                    -- we wrap them into as a ParStmt-	)}--happyReduce_580 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_580 = happyMonadReduce 3# 210# happyReduction_580-happyReduction_580 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut227 happy_x_1 of { (HappyWrap227 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut226 happy_x_3 of { (HappyWrap226 happy_var_3) -> -	( addAnnotation (gl $ head $ unLoc happy_var_1) AnnVbar (gl happy_var_2) >>-                        return (sLL happy_var_1 happy_var_3 (reverse (unLoc happy_var_1) : unLoc happy_var_3)))}}})-	) (\r -> happyReturn (happyIn226 r))--happyReduce_581 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_581 = happySpecReduce_1  210# happyReduction_581-happyReduction_581 happy_x_1-	 =  case happyOut227 happy_x_1 of { (HappyWrap227 happy_var_1) -> -	happyIn226-		 (L (getLoc happy_var_1) [reverse (unLoc happy_var_1)]-	)}--happyReduce_582 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_582 = happyMonadReduce 3# 211# happyReduction_582-happyReduction_582 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut227 happy_x_1 of { (HappyWrap227 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut228 happy_x_3 of { (HappyWrap228 happy_var_3) -> -	( addAnnotation (gl $ head $ unLoc happy_var_1) AnnComma (gl happy_var_2) >>-                amsL (comb2 happy_var_1 happy_var_3) (fst $ unLoc happy_var_3) >>-                return (sLL happy_var_1 happy_var_3 [sLL happy_var_1 happy_var_3 ((snd $ unLoc happy_var_3) (reverse (unLoc happy_var_1)))]))}}})-	) (\r -> happyReturn (happyIn227 r))--happyReduce_583 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_583 = happyMonadReduce 3# 211# happyReduction_583-happyReduction_583 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut227 happy_x_1 of { (HappyWrap227 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut249 happy_x_3 of { (HappyWrap249 happy_var_3) -> -	( runPV happy_var_3 >>= \ happy_var_3 ->-                addAnnotation (gl $ head $ unLoc happy_var_1) AnnComma (gl happy_var_2) >>-                return (sLL happy_var_1 happy_var_3 (happy_var_3 : unLoc happy_var_1)))}}})-	) (\r -> happyReturn (happyIn227 r))--happyReduce_584 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_584 = happyMonadReduce 1# 211# happyReduction_584-happyReduction_584 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut228 happy_x_1 of { (HappyWrap228 happy_var_1) -> -	( ams happy_var_1 (fst $ unLoc happy_var_1) >>-                              return (sLL happy_var_1 happy_var_1 [L (getLoc happy_var_1) ((snd $ unLoc happy_var_1) [])]))})-	) (\r -> happyReturn (happyIn227 r))--happyReduce_585 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_585 = happyMonadReduce 1# 211# happyReduction_585-happyReduction_585 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut249 happy_x_1 of { (HappyWrap249 happy_var_1) -> -	( runPV happy_var_1 >>= \ happy_var_1 ->-                                            return $ sL1 happy_var_1 [happy_var_1])})-	) (\r -> happyReturn (happyIn227 r))--happyReduce_586 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_586 = happyMonadReduce 2# 212# happyReduction_586-happyReduction_586 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut202 happy_x_2 of { (HappyWrap202 happy_var_2) -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 -> return $-                                 sLL happy_var_1 happy_var_2 ([mj AnnThen happy_var_1], \ss -> (mkTransformStmt ss happy_var_2)))}})-	) (\r -> happyReturn (happyIn228 r))--happyReduce_587 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_587 = happyMonadReduce 4# 212# happyReduction_587-happyReduction_587 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut202 happy_x_2 of { (HappyWrap202 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut202 happy_x_4 of { (HappyWrap202 happy_var_4) -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->-                                 runPV (unECP happy_var_4) >>= \ happy_var_4 ->-                                 return $ sLL happy_var_1 happy_var_4 ([mj AnnThen happy_var_1,mj AnnBy  happy_var_3],-                                                     \ss -> (mkTransformByStmt ss happy_var_2 happy_var_4)))}}}})-	) (\r -> happyReturn (happyIn228 r))--happyReduce_588 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_588 = happyMonadReduce 4# 212# happyReduction_588-happyReduction_588 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut202 happy_x_4 of { (HappyWrap202 happy_var_4) -> -	( runPV (unECP happy_var_4) >>= \ happy_var_4 ->-               return $ sLL happy_var_1 happy_var_4 ([mj AnnThen happy_var_1,mj AnnGroup happy_var_2,mj AnnUsing happy_var_3],-                                   \ss -> (mkGroupUsingStmt ss happy_var_4)))}}}})-	) (\r -> happyReturn (happyIn228 r))--happyReduce_589 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_589 = happyMonadReduce 6# 212# happyReduction_589-happyReduction_589 (happy_x_6 `HappyStk`-	happy_x_5 `HappyStk`-	happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut202 happy_x_4 of { (HappyWrap202 happy_var_4) -> -	case happyOutTok happy_x_5 of { happy_var_5 -> -	case happyOut202 happy_x_6 of { (HappyWrap202 happy_var_6) -> -	( runPV (unECP happy_var_4) >>= \ happy_var_4 ->-               runPV (unECP happy_var_6) >>= \ happy_var_6 ->-               return $ sLL happy_var_1 happy_var_6 ([mj AnnThen happy_var_1,mj AnnGroup happy_var_2,mj AnnBy happy_var_3,mj AnnUsing happy_var_5],-                                   \ss -> (mkGroupByUsingStmt ss happy_var_4 happy_var_6)))}}}}}})-	) (\r -> happyReturn (happyIn228 r))--happyReduce_590 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_590 = happySpecReduce_1  213# happyReduction_590-happyReduction_590 happy_x_1-	 =  case happyOut230 happy_x_1 of { (HappyWrap230 happy_var_1) -> -	happyIn229-		 (L (getLoc happy_var_1) (reverse (unLoc happy_var_1))-	)}--happyReduce_591 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_591 = happyMonadReduce 3# 214# happyReduction_591-happyReduction_591 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut230 happy_x_1 of { (HappyWrap230 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut249 happy_x_3 of { (HappyWrap249 happy_var_3) -> -	( runPV happy_var_3 >>= \ happy_var_3 ->-                               addAnnotation (gl $ head $ unLoc happy_var_1) AnnComma-                                             (gl happy_var_2) >>-                               return (sLL happy_var_1 happy_var_3 (happy_var_3 : unLoc happy_var_1)))}}})-	) (\r -> happyReturn (happyIn230 r))--happyReduce_592 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_592 = happyMonadReduce 1# 214# happyReduction_592-happyReduction_592 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut249 happy_x_1 of { (HappyWrap249 happy_var_1) -> -	( runPV happy_var_1 >>= \ happy_var_1 ->-                               return $ sL1 happy_var_1 [happy_var_1])})-	) (\r -> happyReturn (happyIn230 r))--happyReduce_593 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_593 = happySpecReduce_3  215# happyReduction_593-happyReduction_593 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut232 happy_x_2 of { (HappyWrap232 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn231-		 (happy_var_2 >>= \ happy_var_2 -> return $-                                     sLL happy_var_1 happy_var_3 ((moc happy_var_1:mcc happy_var_3:(fst $ unLoc happy_var_2))-                                               ,(reverse (snd $ unLoc happy_var_2)))-	)}}}--happyReduce_594 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_594 = happySpecReduce_3  215# happyReduction_594-happyReduction_594 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut232 happy_x_2 of { (HappyWrap232 happy_var_2) -> -	happyIn231-		 (happy_var_2 >>= \ happy_var_2 -> return $-                                       L (getLoc happy_var_2) (fst $ unLoc happy_var_2-                                        ,(reverse (snd $ unLoc happy_var_2)))-	)}--happyReduce_595 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_595 = happySpecReduce_2  215# happyReduction_595-happyReduction_595 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	happyIn231-		 (return $ sLL happy_var_1 happy_var_2 ([moc happy_var_1,mcc happy_var_2],[])-	)}}--happyReduce_596 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_596 = happySpecReduce_2  215# happyReduction_596-happyReduction_596 happy_x_2-	happy_x_1-	 =  happyIn231-		 (return $ noLoc ([],[])-	)--happyReduce_597 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_597 = happySpecReduce_1  216# happyReduction_597-happyReduction_597 happy_x_1-	 =  case happyOut233 happy_x_1 of { (HappyWrap233 happy_var_1) -> -	happyIn232-		 (happy_var_1 >>= \ happy_var_1 -> return $-                                     sL1 happy_var_1 (fst $ unLoc happy_var_1,snd $ unLoc happy_var_1)-	)}--happyReduce_598 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_598 = happySpecReduce_2  216# happyReduction_598-happyReduction_598 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut232 happy_x_2 of { (HappyWrap232 happy_var_2) -> -	happyIn232-		 (happy_var_2 >>= \ happy_var_2 -> return $-                                     sLL happy_var_1 happy_var_2 ((mj AnnSemi happy_var_1:(fst $ unLoc happy_var_2))-                                               ,snd $ unLoc happy_var_2)-	)}}--happyReduce_599 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_599 = happySpecReduce_3  217# happyReduction_599-happyReduction_599 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut233 happy_x_1 of { (HappyWrap233 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut234 happy_x_3 of { (HappyWrap234 happy_var_3) -> -	happyIn233-		 (happy_var_1 >>= \ happy_var_1 ->-                                  happy_var_3 >>= \ happy_var_3 ->-                                     if null (snd $ unLoc happy_var_1)-                                     then return (sLL happy_var_1 happy_var_3 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)-                                                  ,[happy_var_3]))-                                     else (ams (head $ snd $ unLoc happy_var_1)-                                               (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1))-                                           >> return (sLL happy_var_1 happy_var_3 ([],happy_var_3 : (snd $ unLoc happy_var_1))) )-	)}}}--happyReduce_600 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_600 = happySpecReduce_2  217# happyReduction_600-happyReduction_600 happy_x_2-	happy_x_1-	 =  case happyOut233 happy_x_1 of { (HappyWrap233 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	happyIn233-		 (happy_var_1 >>= \ happy_var_1 ->-                                   if null (snd $ unLoc happy_var_1)-                                     then return (sLL happy_var_1 happy_var_2 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)-                                                  ,snd $ unLoc happy_var_1))-                                     else (ams (head $ snd $ unLoc happy_var_1)-                                               (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1))-                                           >> return (sLL happy_var_1 happy_var_2 ([],snd $ unLoc happy_var_1)))-	)}}--happyReduce_601 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_601 = happySpecReduce_1  217# happyReduction_601-happyReduction_601 happy_x_1-	 =  case happyOut234 happy_x_1 of { (HappyWrap234 happy_var_1) -> -	happyIn233-		 (happy_var_1 >>= \ happy_var_1 -> return $ sL1 happy_var_1 ([],[happy_var_1])-	)}--happyReduce_602 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_602 = happySpecReduce_2  218# happyReduction_602-happyReduction_602 happy_x_2-	happy_x_1-	 =  case happyOut240 happy_x_1 of { (HappyWrap240 happy_var_1) -> -	case happyOut235 happy_x_2 of { (HappyWrap235 happy_var_2) -> -	happyIn234-		 (happy_var_2 >>= \ happy_var_2 ->-                            ams (sLL happy_var_1 happy_var_2 (Match { m_ext = noExtField-                                                  , m_ctxt = CaseAlt-                                                  , m_pats = [happy_var_1]-                                                  , m_grhss = snd $ unLoc happy_var_2 }))-                                      (fst $ unLoc happy_var_2)-	)}}--happyReduce_603 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_603 = happySpecReduce_2  219# happyReduction_603-happyReduction_603 happy_x_2-	happy_x_1-	 =  case happyOut236 happy_x_1 of { (HappyWrap236 happy_var_1) -> -	case happyOut126 happy_x_2 of { (HappyWrap126 happy_var_2) -> -	happyIn235-		 (happy_var_1 >>= \alt ->-                                      return $ sLL alt happy_var_2 (fst $ unLoc happy_var_2, GRHSs noExtField (unLoc alt) (snd $ unLoc happy_var_2))-	)}}--happyReduce_604 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_604 = happySpecReduce_2  220# happyReduction_604-happyReduction_604 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut202 happy_x_2 of { (HappyWrap202 happy_var_2) -> -	happyIn236-		 (unECP happy_var_2 >>= \ happy_var_2 ->-                                ams (sLL happy_var_1 happy_var_2 (unguardedRHS (comb2 happy_var_1 happy_var_2) happy_var_2))-                                    [mu AnnRarrow happy_var_1]-	)}}--happyReduce_605 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_605 = happySpecReduce_1  220# happyReduction_605-happyReduction_605 happy_x_1-	 =  case happyOut237 happy_x_1 of { (HappyWrap237 happy_var_1) -> -	happyIn236-		 (happy_var_1 >>= \gdpats ->-                                return $ sL1 gdpats (reverse (unLoc gdpats))-	)}--happyReduce_606 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_606 = happySpecReduce_2  221# happyReduction_606-happyReduction_606 happy_x_2-	happy_x_1-	 =  case happyOut237 happy_x_1 of { (HappyWrap237 happy_var_1) -> -	case happyOut239 happy_x_2 of { (HappyWrap239 happy_var_2) -> -	happyIn237-		 (happy_var_1 >>= \gdpats ->-                         happy_var_2 >>= \gdpat ->-                         return $ sLL gdpats gdpat (gdpat : unLoc gdpats)-	)}}--happyReduce_607 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_607 = happySpecReduce_1  221# happyReduction_607-happyReduction_607 happy_x_1-	 =  case happyOut239 happy_x_1 of { (HappyWrap239 happy_var_1) -> -	happyIn237-		 (happy_var_1 >>= \gdpat -> return $ sL1 gdpat [gdpat]-	)}--happyReduce_608 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_608 = happyMonadReduce 3# 222# happyReduction_608-happyReduction_608 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut237 happy_x_2 of { (HappyWrap237 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( runPV happy_var_2 >>= \ happy_var_2 ->-                                             return $ sLL happy_var_1 happy_var_3 ([moc happy_var_1,mcc happy_var_3],unLoc happy_var_2))}}})-	) (\r -> happyReturn (happyIn238 r))--happyReduce_609 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_609 = happyMonadReduce 2# 222# happyReduction_609-happyReduction_609 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut237 happy_x_1 of { (HappyWrap237 happy_var_1) -> -	( runPV happy_var_1 >>= \ happy_var_1 ->-                                             return $ sL1 happy_var_1 ([],unLoc happy_var_1))})-	) (\r -> happyReturn (happyIn238 r))--happyReduce_610 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_610 = happyReduce 4# 223# happyReduction_610-happyReduction_610 (happy_x_4 `HappyStk`-	happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest)-	 = case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut229 happy_x_2 of { (HappyWrap229 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	case happyOut202 happy_x_4 of { (HappyWrap202 happy_var_4) -> -	happyIn239-		 (unECP happy_var_4 >>= \ happy_var_4 ->-                                     ams (sL (comb2 happy_var_1 happy_var_4) $ GRHS noExtField (unLoc happy_var_2) happy_var_4)-                                         [mj AnnVbar happy_var_1,mu AnnRarrow happy_var_3]-	) `HappyStk` happyRest}}}}--happyReduce_611 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_611 = happyMonadReduce 1# 224# happyReduction_611-happyReduction_611 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut202 happy_x_1 of { (HappyWrap202 happy_var_1) -> -	( (checkPattern <=< runPV) (unECP happy_var_1))})-	) (\r -> happyReturn (happyIn240 r))--happyReduce_612 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_612 = happyMonadReduce 1# 225# happyReduction_612-happyReduction_612 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut202 happy_x_1 of { (HappyWrap202 happy_var_1) -> -	( -- See Note [Parser-Validator Hint] in GHC.Parser.PostProcess-                             checkPattern_hints [SuggestMissingDo]-                                              (unECP happy_var_1))})-	) (\r -> happyReturn (happyIn241 r))--happyReduce_613 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_613 = happyMonadReduce 1# 226# happyReduction_613-happyReduction_613 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut209 happy_x_1 of { (HappyWrap209 happy_var_1) -> -	( (checkPattern <=< runPV) (unECP happy_var_1))})-	) (\r -> happyReturn (happyIn242 r))--happyReduce_614 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_614 = happySpecReduce_2  227# happyReduction_614-happyReduction_614 happy_x_2-	happy_x_1-	 =  case happyOut242 happy_x_1 of { (HappyWrap242 happy_var_1) -> -	case happyOut243 happy_x_2 of { (HappyWrap243 happy_var_2) -> -	happyIn243-		 (happy_var_1 : happy_var_2-	)}}--happyReduce_615 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_615 = happySpecReduce_0  227# happyReduction_615-happyReduction_615  =  happyIn243-		 ([]-	)--happyReduce_616 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_616 = happySpecReduce_3  228# happyReduction_616-happyReduction_616 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut245 happy_x_2 of { (HappyWrap245 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn244-		 (happy_var_2 >>= \ happy_var_2 -> return $-                                          sLL happy_var_1 happy_var_3 ((moc happy_var_1:mcc happy_var_3:(fst $ unLoc happy_var_2))-                                             ,(reverse $ snd $ unLoc happy_var_2))-	)}}}--happyReduce_617 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_617 = happySpecReduce_3  228# happyReduction_617-happyReduction_617 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut245 happy_x_2 of { (HappyWrap245 happy_var_2) -> -	happyIn244-		 (happy_var_2 >>= \ happy_var_2 -> return $-                                          L (gl happy_var_2) (fst $ unLoc happy_var_2-                                                    ,reverse $ snd $ unLoc happy_var_2)-	)}--happyReduce_618 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_618 = happySpecReduce_3  229# happyReduction_618-happyReduction_618 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut245 happy_x_1 of { (HappyWrap245 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut248 happy_x_3 of { (HappyWrap248 happy_var_3) -> -	happyIn245-		 (happy_var_1 >>= \ happy_var_1 ->-                            happy_var_3 >>= \ happy_var_3 ->-                            if null (snd $ unLoc happy_var_1)-                              then return (sLL happy_var_1 happy_var_3 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)-                                                     ,happy_var_3 : (snd $ unLoc happy_var_1)))-                              else do-                               { ams (head $ snd $ unLoc happy_var_1) [mj AnnSemi happy_var_2]-                               ; return $ sLL happy_var_1 happy_var_3 (fst $ unLoc happy_var_1,happy_var_3 :(snd $ unLoc happy_var_1)) }-	)}}}--happyReduce_619 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_619 = happySpecReduce_2  229# happyReduction_619-happyReduction_619 happy_x_2-	happy_x_1-	 =  case happyOut245 happy_x_1 of { (HappyWrap245 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	happyIn245-		 (happy_var_1 >>= \ happy_var_1 ->-                           if null (snd $ unLoc happy_var_1)-                             then return (sLL happy_var_1 happy_var_2 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1),snd $ unLoc happy_var_1))-                             else do-                               { ams (head $ snd $ unLoc happy_var_1)-                                               [mj AnnSemi happy_var_2]-                               ; return happy_var_1 }-	)}}--happyReduce_620 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_620 = happySpecReduce_1  229# happyReduction_620-happyReduction_620 happy_x_1-	 =  case happyOut248 happy_x_1 of { (HappyWrap248 happy_var_1) -> -	happyIn245-		 (happy_var_1 >>= \ happy_var_1 ->-                                   return $ sL1 happy_var_1 ([],[happy_var_1])-	)}--happyReduce_621 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_621 = happySpecReduce_0  229# happyReduction_621-happyReduction_621  =  happyIn245-		 (return $ noLoc ([],[])-	)--happyReduce_622 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_622 = happyMonadReduce 1# 230# happyReduction_622-happyReduction_622 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut248 happy_x_1 of { (HappyWrap248 happy_var_1) -> -	( fmap Just (runPV happy_var_1))})-	) (\r -> happyReturn (happyIn246 r))--happyReduce_623 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_623 = happySpecReduce_0  230# happyReduction_623-happyReduction_623  =  happyIn246-		 (Nothing-	)--happyReduce_624 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_624 = happyMonadReduce 1# 231# happyReduction_624-happyReduction_624 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut248 happy_x_1 of { (HappyWrap248 happy_var_1) -> -	( runPV happy_var_1)})-	) (\r -> happyReturn (happyIn247 r))--happyReduce_625 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_625 = happySpecReduce_1  232# happyReduction_625-happyReduction_625 happy_x_1-	 =  case happyOut249 happy_x_1 of { (HappyWrap249 happy_var_1) -> -	happyIn248-		 (happy_var_1-	)}--happyReduce_626 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_626 = happySpecReduce_2  232# happyReduction_626-happyReduction_626 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut244 happy_x_2 of { (HappyWrap244 happy_var_2) -> -	happyIn248-		 (happy_var_2 >>= \ happy_var_2 ->-                                           ams (sLL happy_var_1 happy_var_2 $ mkRecStmt (snd $ unLoc happy_var_2))-                                               (mj AnnRec happy_var_1:(fst $ unLoc happy_var_2))-	)}}--happyReduce_627 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_627 = happySpecReduce_3  233# happyReduction_627-happyReduction_627 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut241 happy_x_1 of { (HappyWrap241 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut202 happy_x_3 of { (HappyWrap202 happy_var_3) -> -	happyIn249-		 (unECP happy_var_3 >>= \ happy_var_3 ->-                                           ams (sLL happy_var_1 happy_var_3 $ mkPsBindStmt happy_var_1 happy_var_3)-                                               [mu AnnLarrow happy_var_2]-	)}}}--happyReduce_628 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_628 = happySpecReduce_1  233# happyReduction_628-happyReduction_628 happy_x_1-	 =  case happyOut202 happy_x_1 of { (HappyWrap202 happy_var_1) -> -	happyIn249-		 (unECP happy_var_1 >>= \ happy_var_1 ->-                                           return $ sL1 happy_var_1 $ mkBodyStmt happy_var_1-	)}--happyReduce_629 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_629 = happySpecReduce_2  233# happyReduction_629-happyReduction_629 happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut125 happy_x_2 of { (HappyWrap125 happy_var_2) -> -	happyIn249-		 (ams (sLL happy_var_1 happy_var_2 $ LetStmt noExtField (snd $ unLoc happy_var_2))-                                               (mj AnnLet happy_var_1:(fst $ unLoc happy_var_2))-	)}}--happyReduce_630 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_630 = happySpecReduce_1  234# happyReduction_630-happyReduction_630 happy_x_1-	 =  case happyOut251 happy_x_1 of { (HappyWrap251 happy_var_1) -> -	happyIn250-		 (happy_var_1-	)}--happyReduce_631 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_631 = happySpecReduce_0  234# happyReduction_631-happyReduction_631  =  happyIn250-		 (return ([],([], Nothing))-	)--happyReduce_632 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_632 = happySpecReduce_3  235# happyReduction_632-happyReduction_632 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut252 happy_x_1 of { (HappyWrap252 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut251 happy_x_3 of { (HappyWrap251 happy_var_3) -> -	happyIn251-		 (happy_var_1 >>= \ happy_var_1 ->-                   happy_var_3 >>= \ happy_var_3 ->-                   addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2) >>-                   return (case happy_var_3 of (ma,(flds, dd)) -> (ma,(happy_var_1 : flds, dd)))-	)}}}--happyReduce_633 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_633 = happySpecReduce_1  235# happyReduction_633-happyReduction_633 happy_x_1-	 =  case happyOut252 happy_x_1 of { (HappyWrap252 happy_var_1) -> -	happyIn251-		 (happy_var_1 >>= \ happy_var_1 ->-                                          return ([],([happy_var_1], Nothing))-	)}--happyReduce_634 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_634 = happySpecReduce_1  235# happyReduction_634-happyReduction_634 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn251-		 (return ([mj AnnDotdot happy_var_1],([],   Just (getLoc happy_var_1)))-	)}--happyReduce_635 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_635 = happySpecReduce_3  236# happyReduction_635-happyReduction_635 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOut293 happy_x_1 of { (HappyWrap293 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut219 happy_x_3 of { (HappyWrap219 happy_var_3) -> -	happyIn252-		 (unECP happy_var_3 >>= \ happy_var_3 ->-                           ams  (sLL happy_var_1 happy_var_3 $ HsRecField (sL1 happy_var_1 $ mkFieldOcc happy_var_1) happy_var_3 False)-                                [mj AnnEqual happy_var_2]-	)}}}--happyReduce_636 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_636 = happySpecReduce_1  236# happyReduction_636-happyReduction_636 happy_x_1-	 =  case happyOut293 happy_x_1 of { (HappyWrap293 happy_var_1) -> -	happyIn252-		 (placeHolderPunRhs >>= \rhs ->-                          return $ sLL happy_var_1 happy_var_1 $ HsRecField (sL1 happy_var_1 $ mkFieldOcc happy_var_1) rhs True-	)}--happyReduce_637 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_637 = happyMonadReduce 3# 237# happyReduction_637-happyReduction_637 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut253 happy_x_1 of { (HappyWrap253 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut254 happy_x_3 of { (HappyWrap254 happy_var_3) -> -	( addAnnotation (gl $ last $ unLoc happy_var_1) AnnSemi (gl happy_var_2) >>-                         return (let { this = happy_var_3; rest = unLoc happy_var_1 }-                              in rest `seq` this `seq` sLL happy_var_1 happy_var_3 (this : rest)))}}})-	) (\r -> happyReturn (happyIn253 r))--happyReduce_638 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_638 = happyMonadReduce 2# 237# happyReduction_638-happyReduction_638 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut253 happy_x_1 of { (HappyWrap253 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( addAnnotation (gl $ last $ unLoc happy_var_1) AnnSemi (gl happy_var_2) >>-                         return (sLL happy_var_1 happy_var_2 (unLoc happy_var_1)))}})-	) (\r -> happyReturn (happyIn253 r))--happyReduce_639 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_639 = happySpecReduce_1  237# happyReduction_639-happyReduction_639 happy_x_1-	 =  case happyOut254 happy_x_1 of { (HappyWrap254 happy_var_1) -> -	happyIn253-		 (let this = happy_var_1 in this `seq` sL1 happy_var_1 [this]-	)}--happyReduce_640 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_640 = happyMonadReduce 3# 238# happyReduction_640-happyReduction_640 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut255 happy_x_1 of { (HappyWrap255 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut202 happy_x_3 of { (HappyWrap202 happy_var_3) -> -	( runPV (unECP happy_var_3) >>= \ happy_var_3 ->-                                          ams (sLL happy_var_1 happy_var_3 (IPBind noExtField (Left happy_var_1) happy_var_3))-                                              [mj AnnEqual happy_var_2])}}})-	) (\r -> happyReturn (happyIn254 r))--happyReduce_641 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_641 = happySpecReduce_1  239# happyReduction_641-happyReduction_641 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn255-		 (sL1 happy_var_1 (HsIPName (getIPDUPVARID happy_var_1))-	)}--happyReduce_642 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_642 = happySpecReduce_1  240# happyReduction_642-happyReduction_642 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn256-		 (sL1 happy_var_1 (getLABELVARID happy_var_1)-	)}--happyReduce_643 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_643 = happySpecReduce_1  241# happyReduction_643-happyReduction_643 happy_x_1-	 =  case happyOut258 happy_x_1 of { (HappyWrap258 happy_var_1) -> -	happyIn257-		 (happy_var_1-	)}--happyReduce_644 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_644 = happySpecReduce_0  241# happyReduction_644-happyReduction_644  =  happyIn257-		 (noLoc mkTrue-	)--happyReduce_645 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_645 = happySpecReduce_1  242# happyReduction_645-happyReduction_645 happy_x_1-	 =  case happyOut259 happy_x_1 of { (HappyWrap259 happy_var_1) -> -	happyIn258-		 (happy_var_1-	)}--happyReduce_646 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_646 = happyMonadReduce 3# 242# happyReduction_646-happyReduction_646 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut259 happy_x_1 of { (HappyWrap259 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut258 happy_x_3 of { (HappyWrap258 happy_var_3) -> -	( aa happy_var_1 (AnnVbar, happy_var_2)-                              >> return (sLL happy_var_1 happy_var_3 (Or [happy_var_1,happy_var_3])))}}})-	) (\r -> happyReturn (happyIn258 r))--happyReduce_647 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_647 = happySpecReduce_1  243# happyReduction_647-happyReduction_647 happy_x_1-	 =  case happyOut260 happy_x_1 of { (HappyWrap260 happy_var_1) -> -	happyIn259-		 (sLL (head happy_var_1) (last happy_var_1) (And (happy_var_1))-	)}--happyReduce_648 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_648 = happySpecReduce_1  244# happyReduction_648-happyReduction_648 happy_x_1-	 =  case happyOut261 happy_x_1 of { (HappyWrap261 happy_var_1) -> -	happyIn260-		 ([happy_var_1]-	)}--happyReduce_649 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_649 = happyMonadReduce 3# 244# happyReduction_649-happyReduction_649 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut261 happy_x_1 of { (HappyWrap261 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut260 happy_x_3 of { (HappyWrap260 happy_var_3) -> -	( aa happy_var_1 (AnnComma, happy_var_2) >> return (happy_var_1 : happy_var_3))}}})-	) (\r -> happyReturn (happyIn260 r))--happyReduce_650 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_650 = happyMonadReduce 3# 245# happyReduction_650-happyReduction_650 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut258 happy_x_2 of { (HappyWrap258 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (Parens happy_var_2)) [mop happy_var_1,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn261 r))--happyReduce_651 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_651 = happySpecReduce_1  245# happyReduction_651-happyReduction_651 happy_x_1-	 =  case happyOut263 happy_x_1 of { (HappyWrap263 happy_var_1) -> -	happyIn261-		 (sL1 happy_var_1 (Var happy_var_1)-	)}--happyReduce_652 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_652 = happySpecReduce_1  246# happyReduction_652-happyReduction_652 happy_x_1-	 =  case happyOut263 happy_x_1 of { (HappyWrap263 happy_var_1) -> -	happyIn262-		 (sL1 happy_var_1 [happy_var_1]-	)}--happyReduce_653 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_653 = happyMonadReduce 3# 246# happyReduction_653-happyReduction_653 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut263 happy_x_1 of { (HappyWrap263 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut262 happy_x_3 of { (HappyWrap262 happy_var_3) -> -	( addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2) >>-                                    return (sLL happy_var_1 happy_var_3 (happy_var_1 : unLoc happy_var_3)))}}})-	) (\r -> happyReturn (happyIn262 r))--happyReduce_654 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_654 = happySpecReduce_1  247# happyReduction_654-happyReduction_654 happy_x_1-	 =  case happyOut292 happy_x_1 of { (HappyWrap292 happy_var_1) -> -	happyIn263-		 (happy_var_1-	)}--happyReduce_655 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_655 = happySpecReduce_1  247# happyReduction_655-happyReduction_655 happy_x_1-	 =  case happyOut267 happy_x_1 of { (HappyWrap267 happy_var_1) -> -	happyIn263-		 (happy_var_1-	)}--happyReduce_656 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_656 = happySpecReduce_1  248# happyReduction_656-happyReduction_656 happy_x_1-	 =  case happyOut266 happy_x_1 of { (HappyWrap266 happy_var_1) -> -	happyIn264-		 (happy_var_1-	)}--happyReduce_657 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_657 = happySpecReduce_1  248# happyReduction_657-happyReduction_657 happy_x_1-	 =  case happyOut269 happy_x_1 of { (HappyWrap269 happy_var_1) -> -	happyIn264-		 (sL1 happy_var_1 $ nameRdrName (dataConName (unLoc happy_var_1))-	)}--happyReduce_658 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_658 = happySpecReduce_1  249# happyReduction_658-happyReduction_658 happy_x_1-	 =  case happyOut266 happy_x_1 of { (HappyWrap266 happy_var_1) -> -	happyIn265-		 (happy_var_1-	)}--happyReduce_659 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_659 = happySpecReduce_1  249# happyReduction_659-happyReduction_659 happy_x_1-	 =  case happyOut270 happy_x_1 of { (HappyWrap270 happy_var_1) -> -	happyIn265-		 (sL1 happy_var_1 $ nameRdrName (dataConName (unLoc happy_var_1))-	)}--happyReduce_660 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_660 = happySpecReduce_1  250# happyReduction_660-happyReduction_660 happy_x_1-	 =  case happyOut303 happy_x_1 of { (HappyWrap303 happy_var_1) -> -	happyIn266-		 (happy_var_1-	)}--happyReduce_661 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_661 = happyMonadReduce 3# 250# happyReduction_661-happyReduction_661 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut305 happy_x_2 of { (HappyWrap305 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))-                                   [mop happy_var_1,mj AnnVal happy_var_2,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn266 r))--happyReduce_662 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_662 = happySpecReduce_1  251# happyReduction_662-happyReduction_662 happy_x_1-	 =  case happyOut304 happy_x_1 of { (HappyWrap304 happy_var_1) -> -	happyIn267-		 (happy_var_1-	)}--happyReduce_663 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_663 = happyMonadReduce 3# 251# happyReduction_663-happyReduction_663 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut306 happy_x_2 of { (HappyWrap306 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))-                                       [mop happy_var_1,mj AnnVal happy_var_2,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn267 r))--happyReduce_664 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_664 = happySpecReduce_1  251# happyReduction_664-happyReduction_664 happy_x_1-	 =  case happyOut270 happy_x_1 of { (HappyWrap270 happy_var_1) -> -	happyIn267-		 (sL1 happy_var_1 $ nameRdrName (dataConName (unLoc happy_var_1))-	)}--happyReduce_665 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_665 = happySpecReduce_1  252# happyReduction_665-happyReduction_665 happy_x_1-	 =  case happyOut267 happy_x_1 of { (HappyWrap267 happy_var_1) -> -	happyIn268-		 (sL1 happy_var_1 [happy_var_1]-	)}--happyReduce_666 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_666 = happyMonadReduce 3# 252# happyReduction_666-happyReduction_666 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut267 happy_x_1 of { (HappyWrap267 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOut268 happy_x_3 of { (HappyWrap268 happy_var_3) -> -	( addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2) >>-                                   return (sLL happy_var_1 happy_var_3 (happy_var_1 : unLoc happy_var_3)))}}})-	) (\r -> happyReturn (happyIn268 r))--happyReduce_667 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_667 = happyMonadReduce 2# 253# happyReduction_667-happyReduction_667 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( ams (sLL happy_var_1 happy_var_2 unitDataCon) [mop happy_var_1,mcp happy_var_2])}})-	) (\r -> happyReturn (happyIn269 r))--happyReduce_668 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_668 = happyMonadReduce 3# 253# happyReduction_668-happyReduction_668 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut310 happy_x_2 of { (HappyWrap310 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ tupleDataCon Boxed (snd happy_var_2 + 1))-                                       (mop happy_var_1:mcp happy_var_3:(mcommas (fst happy_var_2))))}}})-	) (\r -> happyReturn (happyIn269 r))--happyReduce_669 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_669 = happyMonadReduce 2# 253# happyReduction_669-happyReduction_669 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( ams (sLL happy_var_1 happy_var_2 $ unboxedUnitDataCon) [mo happy_var_1,mc happy_var_2])}})-	) (\r -> happyReturn (happyIn269 r))--happyReduce_670 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_670 = happyMonadReduce 3# 253# happyReduction_670-happyReduction_670 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut310 happy_x_2 of { (HappyWrap310 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ tupleDataCon Unboxed (snd happy_var_2 + 1))-                                       (mo happy_var_1:mc happy_var_3:(mcommas (fst happy_var_2))))}}})-	) (\r -> happyReturn (happyIn269 r))--happyReduce_671 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_671 = happySpecReduce_1  254# happyReduction_671-happyReduction_671 happy_x_1-	 =  case happyOut269 happy_x_1 of { (HappyWrap269 happy_var_1) -> -	happyIn270-		 (happy_var_1-	)}--happyReduce_672 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_672 = happyMonadReduce 2# 254# happyReduction_672-happyReduction_672 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( ams (sLL happy_var_1 happy_var_2 nilDataCon) [mos happy_var_1,mcs happy_var_2])}})-	) (\r -> happyReturn (happyIn270 r))--happyReduce_673 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_673 = happySpecReduce_1  255# happyReduction_673-happyReduction_673 happy_x_1-	 =  case happyOut306 happy_x_1 of { (HappyWrap306 happy_var_1) -> -	happyIn271-		 (happy_var_1-	)}--happyReduce_674 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_674 = happyMonadReduce 3# 255# happyReduction_674-happyReduction_674 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut304 happy_x_2 of { (HappyWrap304 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))-                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2-                                       ,mj AnnBackquote happy_var_3])}}})-	) (\r -> happyReturn (happyIn271 r))--happyReduce_675 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_675 = happySpecReduce_1  256# happyReduction_675-happyReduction_675 happy_x_1-	 =  case happyOut305 happy_x_1 of { (HappyWrap305 happy_var_1) -> -	happyIn272-		 (happy_var_1-	)}--happyReduce_676 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_676 = happyMonadReduce 3# 256# happyReduction_676-happyReduction_676 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut303 happy_x_2 of { (HappyWrap303 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))-                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2-                                       ,mj AnnBackquote happy_var_3])}}})-	) (\r -> happyReturn (happyIn272 r))--happyReduce_677 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_677 = happySpecReduce_1  257# happyReduction_677-happyReduction_677 happy_x_1-	 =  case happyOut274 happy_x_1 of { (HappyWrap274 happy_var_1) -> -	happyIn273-		 (happy_var_1-	)}--happyReduce_678 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_678 = happyMonadReduce 2# 257# happyReduction_678-happyReduction_678 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( ams (sLL happy_var_1 happy_var_2 $ getRdrName unitTyCon)-                                              [mop happy_var_1,mcp happy_var_2])}})-	) (\r -> happyReturn (happyIn273 r))--happyReduce_679 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_679 = happyMonadReduce 2# 257# happyReduction_679-happyReduction_679 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( ams (sLL happy_var_1 happy_var_2 $ getRdrName unboxedUnitTyCon)-                                              [mo happy_var_1,mc happy_var_2])}})-	) (\r -> happyReturn (happyIn273 r))--happyReduce_680 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_680 = happySpecReduce_1  258# happyReduction_680-happyReduction_680 happy_x_1-	 =  case happyOut275 happy_x_1 of { (HappyWrap275 happy_var_1) -> -	happyIn274-		 (happy_var_1-	)}--happyReduce_681 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_681 = happyMonadReduce 3# 258# happyReduction_681-happyReduction_681 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut310 happy_x_2 of { (HappyWrap310 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ getRdrName (tupleTyCon Boxed-                                                        (snd happy_var_2 + 1)))-                                       (mop happy_var_1:mcp happy_var_3:(mcommas (fst happy_var_2))))}}})-	) (\r -> happyReturn (happyIn274 r))--happyReduce_682 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_682 = happyMonadReduce 3# 258# happyReduction_682-happyReduction_682 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut310 happy_x_2 of { (HappyWrap310 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ getRdrName (tupleTyCon Unboxed-                                                        (snd happy_var_2 + 1)))-                                       (mo happy_var_1:mc happy_var_3:(mcommas (fst happy_var_2))))}}})-	) (\r -> happyReturn (happyIn274 r))--happyReduce_683 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_683 = happyMonadReduce 3# 258# happyReduction_683-happyReduction_683 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 $ getRdrName unrestrictedFunTyCon)-                                       [mop happy_var_1,mu AnnRarrow happy_var_2,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn274 r))--happyReduce_684 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_684 = happyMonadReduce 2# 258# happyReduction_684-happyReduction_684 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	( ams (sLL happy_var_1 happy_var_2 $ listTyCon_RDR) [mos happy_var_1,mcs happy_var_2])}})-	) (\r -> happyReturn (happyIn274 r))--happyReduce_685 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_685 = happySpecReduce_1  259# happyReduction_685-happyReduction_685 happy_x_1-	 =  case happyOut278 happy_x_1 of { (HappyWrap278 happy_var_1) -> -	happyIn275-		 (happy_var_1-	)}--happyReduce_686 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_686 = happyMonadReduce 3# 259# happyReduction_686-happyReduction_686 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut280 happy_x_2 of { (HappyWrap280 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))-                                               [mop happy_var_1,mj AnnVal happy_var_2,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn275 r))--happyReduce_687 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_687 = happySpecReduce_1  260# happyReduction_687-happyReduction_687 happy_x_1-	 =  case happyOut278 happy_x_1 of { (HappyWrap278 happy_var_1) -> -	happyIn276-		 (happy_var_1-	)}--happyReduce_688 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_688 = happyMonadReduce 3# 260# happyReduction_688-happyReduction_688 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( let { name :: Located RdrName-                                    ; name = sL1 happy_var_2 $! mkQual tcClsName (getQCONSYM happy_var_2) }-                                in ams (sLL happy_var_1 happy_var_3 (unLoc name)) [mop happy_var_1,mj AnnVal name,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn276 r))--happyReduce_689 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_689 = happyMonadReduce 3# 260# happyReduction_689-happyReduction_689 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( let { name :: Located RdrName-                                    ; name = sL1 happy_var_2 $! mkUnqual tcClsName (getCONSYM happy_var_2) }-                                in ams (sLL happy_var_1 happy_var_3 (unLoc name)) [mop happy_var_1,mj AnnVal name,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn276 r))--happyReduce_690 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_690 = happyMonadReduce 3# 260# happyReduction_690-happyReduction_690 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( let { name :: Located RdrName-                                    ; name = sL1 happy_var_2 $! consDataCon_RDR }-                                in ams (sLL happy_var_1 happy_var_3 (unLoc name)) [mop happy_var_1,mj AnnVal name,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn276 r))--happyReduce_691 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_691 = happySpecReduce_1  261# happyReduction_691-happyReduction_691 happy_x_1-	 =  case happyOut280 happy_x_1 of { (HappyWrap280 happy_var_1) -> -	happyIn277-		 (happy_var_1-	)}--happyReduce_692 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_692 = happyMonadReduce 3# 261# happyReduction_692-happyReduction_692 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut278 happy_x_2 of { (HappyWrap278 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))-                                               [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2-                                               ,mj AnnBackquote happy_var_3])}}})-	) (\r -> happyReturn (happyIn277 r))--happyReduce_693 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_693 = happySpecReduce_1  262# happyReduction_693-happyReduction_693 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn278-		 (sL1 happy_var_1 $! mkQual tcClsName (getQCONID happy_var_1)-	)}--happyReduce_694 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_694 = happySpecReduce_1  262# happyReduction_694-happyReduction_694 happy_x_1-	 =  case happyOut279 happy_x_1 of { (HappyWrap279 happy_var_1) -> -	happyIn278-		 (happy_var_1-	)}--happyReduce_695 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_695 = happySpecReduce_1  263# happyReduction_695-happyReduction_695 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn279-		 (sL1 happy_var_1 $! mkUnqual tcClsName (getCONID happy_var_1)-	)}--happyReduce_696 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_696 = happySpecReduce_1  264# happyReduction_696-happyReduction_696 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn280-		 (sL1 happy_var_1 $! mkQual tcClsName (getQCONSYM happy_var_1)-	)}--happyReduce_697 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_697 = happySpecReduce_1  264# happyReduction_697-happyReduction_697 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn280-		 (sL1 happy_var_1 $! mkQual tcClsName (getQVARSYM happy_var_1)-	)}--happyReduce_698 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_698 = happySpecReduce_1  264# happyReduction_698-happyReduction_698 happy_x_1-	 =  case happyOut281 happy_x_1 of { (HappyWrap281 happy_var_1) -> -	happyIn280-		 (happy_var_1-	)}--happyReduce_699 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_699 = happySpecReduce_1  265# happyReduction_699-happyReduction_699 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn281-		 (sL1 happy_var_1 $! mkUnqual tcClsName (getCONSYM happy_var_1)-	)}--happyReduce_700 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_700 = happySpecReduce_1  265# happyReduction_700-happyReduction_700 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn281-		 (sL1 happy_var_1 $!-                                    -- See Note [eqTyCon (~) is built-in syntax] in GHC.Builtin.Types-                                    if getVARSYM happy_var_1 == fsLit "~"-                                      then eqTyCon_RDR-                                      else mkUnqual tcClsName (getVARSYM happy_var_1)-	)}--happyReduce_701 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_701 = happySpecReduce_1  265# happyReduction_701-happyReduction_701 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn281-		 (sL1 happy_var_1 $! consDataCon_RDR-	)}--happyReduce_702 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_702 = happySpecReduce_1  265# happyReduction_702-happyReduction_702 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn281-		 (sL1 happy_var_1 $! mkUnqual tcClsName (fsLit "-")-	)}--happyReduce_703 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_703 = happySpecReduce_1  265# happyReduction_703-happyReduction_703 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn281-		 (sL1 happy_var_1 $! mkUnqual tcClsName (fsLit ".")-	)}--happyReduce_704 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_704 = happySpecReduce_1  266# happyReduction_704-happyReduction_704 happy_x_1-	 =  case happyOut283 happy_x_1 of { (HappyWrap283 happy_var_1) -> -	happyIn282-		 (happy_var_1-	)}--happyReduce_705 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_705 = happySpecReduce_1  266# happyReduction_705-happyReduction_705 happy_x_1-	 =  case happyOut271 happy_x_1 of { (HappyWrap271 happy_var_1) -> -	happyIn282-		 (happy_var_1-	)}--happyReduce_706 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_706 = happySpecReduce_1  266# happyReduction_706-happyReduction_706 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn282-		 (sL1 happy_var_1 $ getRdrName unrestrictedFunTyCon-	)}--happyReduce_707 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_707 = happySpecReduce_1  267# happyReduction_707-happyReduction_707 happy_x_1-	 =  case happyOut299 happy_x_1 of { (HappyWrap299 happy_var_1) -> -	happyIn283-		 (happy_var_1-	)}--happyReduce_708 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_708 = happyMonadReduce 3# 267# happyReduction_708-happyReduction_708 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut295 happy_x_2 of { (HappyWrap295 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))-                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2-                                       ,mj AnnBackquote happy_var_3])}}})-	) (\r -> happyReturn (happyIn283 r))--happyReduce_709 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_709 = happySpecReduce_1  268# happyReduction_709-happyReduction_709 happy_x_1-	 =  case happyOut287 happy_x_1 of { (HappyWrap287 happy_var_1) -> -	happyIn284-		 (mkHsVarOpPV happy_var_1-	)}--happyReduce_710 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_710 = happySpecReduce_1  268# happyReduction_710-happyReduction_710 happy_x_1-	 =  case happyOut272 happy_x_1 of { (HappyWrap272 happy_var_1) -> -	happyIn284-		 (mkHsConOpPV happy_var_1-	)}--happyReduce_711 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_711 = happySpecReduce_1  268# happyReduction_711-happyReduction_711 happy_x_1-	 =  case happyOut286 happy_x_1 of { (HappyWrap286 happy_var_1) -> -	happyIn284-		 (happy_var_1-	)}--happyReduce_712 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_712 = happySpecReduce_1  269# happyReduction_712-happyReduction_712 happy_x_1-	 =  case happyOut288 happy_x_1 of { (HappyWrap288 happy_var_1) -> -	happyIn285-		 (mkHsVarOpPV happy_var_1-	)}--happyReduce_713 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_713 = happySpecReduce_1  269# happyReduction_713-happyReduction_713 happy_x_1-	 =  case happyOut272 happy_x_1 of { (HappyWrap272 happy_var_1) -> -	happyIn285-		 (mkHsConOpPV happy_var_1-	)}--happyReduce_714 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_714 = happySpecReduce_1  269# happyReduction_714-happyReduction_714 happy_x_1-	 =  case happyOut286 happy_x_1 of { (HappyWrap286 happy_var_1) -> -	happyIn285-		 (happy_var_1-	)}--happyReduce_715 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_715 = happySpecReduce_3  270# happyReduction_715-happyReduction_715 happy_x_3-	happy_x_2-	happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	happyIn286-		 (amms (mkHsInfixHolePV (comb2 happy_var_1 happy_var_3))-                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2-                                       ,mj AnnBackquote happy_var_3]-	)}}}--happyReduce_716 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_716 = happySpecReduce_1  271# happyReduction_716-happyReduction_716 happy_x_1-	 =  case happyOut296 happy_x_1 of { (HappyWrap296 happy_var_1) -> -	happyIn287-		 (happy_var_1-	)}--happyReduce_717 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_717 = happyMonadReduce 3# 271# happyReduction_717-happyReduction_717 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut294 happy_x_2 of { (HappyWrap294 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))-                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2-                                       ,mj AnnBackquote happy_var_3])}}})-	) (\r -> happyReturn (happyIn287 r))--happyReduce_718 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_718 = happySpecReduce_1  272# happyReduction_718-happyReduction_718 happy_x_1-	 =  case happyOut297 happy_x_1 of { (HappyWrap297 happy_var_1) -> -	happyIn288-		 (happy_var_1-	)}--happyReduce_719 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_719 = happyMonadReduce 3# 272# happyReduction_719-happyReduction_719 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut294 happy_x_2 of { (HappyWrap294 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))-                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2-                                       ,mj AnnBackquote happy_var_3])}}})-	) (\r -> happyReturn (happyIn288 r))--happyReduce_720 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_720 = happySpecReduce_1  273# happyReduction_720-happyReduction_720 happy_x_1-	 =  case happyOut291 happy_x_1 of { (HappyWrap291 happy_var_1) -> -	happyIn289-		 (happy_var_1-	)}--happyReduce_721 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_721 = happyMonadReduce 3# 274# happyReduction_721-happyReduction_721 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut291 happy_x_2 of { (HappyWrap291 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))-                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2-                                       ,mj AnnBackquote happy_var_3])}}})-	) (\r -> happyReturn (happyIn290 r))--happyReduce_722 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_722 = happySpecReduce_1  275# happyReduction_722-happyReduction_722 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn291-		 (sL1 happy_var_1 $! mkUnqual tvName (getVARID happy_var_1)-	)}--happyReduce_723 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_723 = happySpecReduce_1  275# happyReduction_723-happyReduction_723 happy_x_1-	 =  case happyOut301 happy_x_1 of { (HappyWrap301 happy_var_1) -> -	happyIn291-		 (sL1 happy_var_1 $! mkUnqual tvName (unLoc happy_var_1)-	)}--happyReduce_724 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_724 = happySpecReduce_1  275# happyReduction_724-happyReduction_724 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn291-		 (sL1 happy_var_1 $! mkUnqual tvName (fsLit "unsafe")-	)}--happyReduce_725 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_725 = happySpecReduce_1  275# happyReduction_725-happyReduction_725 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn291-		 (sL1 happy_var_1 $! mkUnqual tvName (fsLit "safe")-	)}--happyReduce_726 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_726 = happySpecReduce_1  275# happyReduction_726-happyReduction_726 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn291-		 (sL1 happy_var_1 $! mkUnqual tvName (fsLit "interruptible")-	)}--happyReduce_727 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_727 = happySpecReduce_1  276# happyReduction_727-happyReduction_727 happy_x_1-	 =  case happyOut295 happy_x_1 of { (HappyWrap295 happy_var_1) -> -	happyIn292-		 (happy_var_1-	)}--happyReduce_728 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_728 = happyMonadReduce 3# 276# happyReduction_728-happyReduction_728 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut299 happy_x_2 of { (HappyWrap299 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))-                                       [mop happy_var_1,mj AnnVal happy_var_2,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn292 r))--happyReduce_729 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_729 = happySpecReduce_1  277# happyReduction_729-happyReduction_729 happy_x_1-	 =  case happyOut294 happy_x_1 of { (HappyWrap294 happy_var_1) -> -	happyIn293-		 (happy_var_1-	)}--happyReduce_730 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_730 = happyMonadReduce 3# 277# happyReduction_730-happyReduction_730 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut299 happy_x_2 of { (HappyWrap299 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))-                                       [mop happy_var_1,mj AnnVal happy_var_2,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn293 r))--happyReduce_731 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_731 = happyMonadReduce 3# 277# happyReduction_731-happyReduction_731 (happy_x_3 `HappyStk`-	happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> -	case happyOut298 happy_x_2 of { (HappyWrap298 happy_var_2) -> -	case happyOutTok happy_x_3 of { happy_var_3 -> -	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))-                                       [mop happy_var_1,mj AnnVal happy_var_2,mcp happy_var_3])}}})-	) (\r -> happyReturn (happyIn293 r))--happyReduce_732 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_732 = happySpecReduce_1  278# happyReduction_732-happyReduction_732 happy_x_1-	 =  case happyOut295 happy_x_1 of { (HappyWrap295 happy_var_1) -> -	happyIn294-		 (happy_var_1-	)}--happyReduce_733 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_733 = happySpecReduce_1  278# happyReduction_733-happyReduction_733 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn294-		 (sL1 happy_var_1 $! mkQual varName (getQVARID happy_var_1)-	)}--happyReduce_734 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_734 = happySpecReduce_1  279# happyReduction_734-happyReduction_734 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn295-		 (sL1 happy_var_1 $! mkUnqual varName (getVARID happy_var_1)-	)}--happyReduce_735 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_735 = happySpecReduce_1  279# happyReduction_735-happyReduction_735 happy_x_1-	 =  case happyOut301 happy_x_1 of { (HappyWrap301 happy_var_1) -> -	happyIn295-		 (sL1 happy_var_1 $! mkUnqual varName (unLoc happy_var_1)-	)}--happyReduce_736 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_736 = happySpecReduce_1  279# happyReduction_736-happyReduction_736 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn295-		 (sL1 happy_var_1 $! mkUnqual varName (fsLit "unsafe")-	)}--happyReduce_737 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_737 = happySpecReduce_1  279# happyReduction_737-happyReduction_737 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn295-		 (sL1 happy_var_1 $! mkUnqual varName (fsLit "safe")-	)}--happyReduce_738 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_738 = happySpecReduce_1  279# happyReduction_738-happyReduction_738 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn295-		 (sL1 happy_var_1 $! mkUnqual varName (fsLit "interruptible")-	)}--happyReduce_739 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_739 = happySpecReduce_1  279# happyReduction_739-happyReduction_739 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn295-		 (sL1 happy_var_1 $! mkUnqual varName (fsLit "forall")-	)}--happyReduce_740 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_740 = happySpecReduce_1  279# happyReduction_740-happyReduction_740 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn295-		 (sL1 happy_var_1 $! mkUnqual varName (fsLit "family")-	)}--happyReduce_741 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_741 = happySpecReduce_1  279# happyReduction_741-happyReduction_741 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn295-		 (sL1 happy_var_1 $! mkUnqual varName (fsLit "role")-	)}--happyReduce_742 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_742 = happySpecReduce_1  280# happyReduction_742-happyReduction_742 happy_x_1-	 =  case happyOut299 happy_x_1 of { (HappyWrap299 happy_var_1) -> -	happyIn296-		 (happy_var_1-	)}--happyReduce_743 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_743 = happySpecReduce_1  280# happyReduction_743-happyReduction_743 happy_x_1-	 =  case happyOut298 happy_x_1 of { (HappyWrap298 happy_var_1) -> -	happyIn296-		 (happy_var_1-	)}--happyReduce_744 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_744 = happySpecReduce_1  281# happyReduction_744-happyReduction_744 happy_x_1-	 =  case happyOut300 happy_x_1 of { (HappyWrap300 happy_var_1) -> -	happyIn297-		 (happy_var_1-	)}--happyReduce_745 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_745 = happySpecReduce_1  281# happyReduction_745-happyReduction_745 happy_x_1-	 =  case happyOut298 happy_x_1 of { (HappyWrap298 happy_var_1) -> -	happyIn297-		 (happy_var_1-	)}--happyReduce_746 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_746 = happySpecReduce_1  282# happyReduction_746-happyReduction_746 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn298-		 (sL1 happy_var_1 $ mkQual varName (getQVARSYM happy_var_1)-	)}--happyReduce_747 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_747 = happySpecReduce_1  283# happyReduction_747-happyReduction_747 happy_x_1-	 =  case happyOut300 happy_x_1 of { (HappyWrap300 happy_var_1) -> -	happyIn299-		 (happy_var_1-	)}--happyReduce_748 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_748 = happySpecReduce_1  283# happyReduction_748-happyReduction_748 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn299-		 (sL1 happy_var_1 $ mkUnqual varName (fsLit "-")-	)}--happyReduce_749 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_749 = happySpecReduce_1  284# happyReduction_749-happyReduction_749 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn300-		 (sL1 happy_var_1 $ mkUnqual varName (getVARSYM happy_var_1)-	)}--happyReduce_750 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_750 = happySpecReduce_1  284# happyReduction_750-happyReduction_750 happy_x_1-	 =  case happyOut302 happy_x_1 of { (HappyWrap302 happy_var_1) -> -	happyIn300-		 (sL1 happy_var_1 $ mkUnqual varName (unLoc happy_var_1)-	)}--happyReduce_751 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_751 = happySpecReduce_1  285# happyReduction_751-happyReduction_751 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "as")-	)}--happyReduce_752 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_752 = happySpecReduce_1  285# happyReduction_752-happyReduction_752 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "qualified")-	)}--happyReduce_753 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_753 = happySpecReduce_1  285# happyReduction_753-happyReduction_753 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "hiding")-	)}--happyReduce_754 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_754 = happySpecReduce_1  285# happyReduction_754-happyReduction_754 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "export")-	)}--happyReduce_755 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_755 = happySpecReduce_1  285# happyReduction_755-happyReduction_755 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "label")-	)}--happyReduce_756 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_756 = happySpecReduce_1  285# happyReduction_756-happyReduction_756 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "dynamic")-	)}--happyReduce_757 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_757 = happySpecReduce_1  285# happyReduction_757-happyReduction_757 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "stdcall")-	)}--happyReduce_758 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_758 = happySpecReduce_1  285# happyReduction_758-happyReduction_758 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "ccall")-	)}--happyReduce_759 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_759 = happySpecReduce_1  285# happyReduction_759-happyReduction_759 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "capi")-	)}--happyReduce_760 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_760 = happySpecReduce_1  285# happyReduction_760-happyReduction_760 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "prim")-	)}--happyReduce_761 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_761 = happySpecReduce_1  285# happyReduction_761-happyReduction_761 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "javascript")-	)}--happyReduce_762 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_762 = happySpecReduce_1  285# happyReduction_762-happyReduction_762 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "group")-	)}--happyReduce_763 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_763 = happySpecReduce_1  285# happyReduction_763-happyReduction_763 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "stock")-	)}--happyReduce_764 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_764 = happySpecReduce_1  285# happyReduction_764-happyReduction_764 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "anyclass")-	)}--happyReduce_765 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_765 = happySpecReduce_1  285# happyReduction_765-happyReduction_765 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "via")-	)}--happyReduce_766 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_766 = happySpecReduce_1  285# happyReduction_766-happyReduction_766 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "unit")-	)}--happyReduce_767 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_767 = happySpecReduce_1  285# happyReduction_767-happyReduction_767 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "dependency")-	)}--happyReduce_768 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_768 = happySpecReduce_1  285# happyReduction_768-happyReduction_768 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn301-		 (sL1 happy_var_1 (fsLit "signature")-	)}--happyReduce_769 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_769 = happySpecReduce_1  286# happyReduction_769-happyReduction_769 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn302-		 (sL1 happy_var_1 (fsLit ".")-	)}--happyReduce_770 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_770 = happySpecReduce_1  286# happyReduction_770-happyReduction_770 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn302-		 (sL1 happy_var_1 (fsLit (starSym (isUnicode happy_var_1)))-	)}--happyReduce_771 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_771 = happySpecReduce_1  287# happyReduction_771-happyReduction_771 happy_x_1-	 =  case happyOut304 happy_x_1 of { (HappyWrap304 happy_var_1) -> -	happyIn303-		 (happy_var_1-	)}--happyReduce_772 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_772 = happySpecReduce_1  287# happyReduction_772-happyReduction_772 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn303-		 (sL1 happy_var_1 $! mkQual dataName (getQCONID happy_var_1)-	)}--happyReduce_773 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_773 = happySpecReduce_1  288# happyReduction_773-happyReduction_773 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn304-		 (sL1 happy_var_1 $ mkUnqual dataName (getCONID happy_var_1)-	)}--happyReduce_774 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_774 = happySpecReduce_1  289# happyReduction_774-happyReduction_774 happy_x_1-	 =  case happyOut306 happy_x_1 of { (HappyWrap306 happy_var_1) -> -	happyIn305-		 (happy_var_1-	)}--happyReduce_775 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_775 = happySpecReduce_1  289# happyReduction_775-happyReduction_775 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn305-		 (sL1 happy_var_1 $ mkQual dataName (getQCONSYM happy_var_1)-	)}--happyReduce_776 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_776 = happySpecReduce_1  290# happyReduction_776-happyReduction_776 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn306-		 (sL1 happy_var_1 $ mkUnqual dataName (getCONSYM happy_var_1)-	)}--happyReduce_777 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_777 = happySpecReduce_1  290# happyReduction_777-happyReduction_777 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn306-		 (sL1 happy_var_1 $ consDataCon_RDR-	)}--happyReduce_778 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_778 = happySpecReduce_1  291# happyReduction_778-happyReduction_778 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn307-		 (sL1 happy_var_1 $ HsChar       (getCHARs happy_var_1) $ getCHAR happy_var_1-	)}--happyReduce_779 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_779 = happySpecReduce_1  291# happyReduction_779-happyReduction_779 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn307-		 (sL1 happy_var_1 $ HsString     (getSTRINGs happy_var_1)-                                                    $ getSTRING happy_var_1-	)}--happyReduce_780 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_780 = happySpecReduce_1  291# happyReduction_780-happyReduction_780 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn307-		 (sL1 happy_var_1 $ HsIntPrim    (getPRIMINTEGERs happy_var_1)-                                                    $ getPRIMINTEGER happy_var_1-	)}--happyReduce_781 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_781 = happySpecReduce_1  291# happyReduction_781-happyReduction_781 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn307-		 (sL1 happy_var_1 $ HsWordPrim   (getPRIMWORDs happy_var_1)-                                                    $ getPRIMWORD happy_var_1-	)}--happyReduce_782 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_782 = happySpecReduce_1  291# happyReduction_782-happyReduction_782 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn307-		 (sL1 happy_var_1 $ HsCharPrim   (getPRIMCHARs happy_var_1)-                                                    $ getPRIMCHAR happy_var_1-	)}--happyReduce_783 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_783 = happySpecReduce_1  291# happyReduction_783-happyReduction_783 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn307-		 (sL1 happy_var_1 $ HsStringPrim (getPRIMSTRINGs happy_var_1)-                                                    $ getPRIMSTRING happy_var_1-	)}--happyReduce_784 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_784 = happySpecReduce_1  291# happyReduction_784-happyReduction_784 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn307-		 (sL1 happy_var_1 $ HsFloatPrim  noExtField $ getPRIMFLOAT happy_var_1-	)}--happyReduce_785 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_785 = happySpecReduce_1  291# happyReduction_785-happyReduction_785 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn307-		 (sL1 happy_var_1 $ HsDoublePrim noExtField $ getPRIMDOUBLE happy_var_1-	)}--happyReduce_786 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_786 = happySpecReduce_1  292# happyReduction_786-happyReduction_786 happy_x_1-	 =  happyIn308-		 (()-	)--happyReduce_787 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_787 = happyMonadReduce 1# 292# happyReduction_787-happyReduction_787 (happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((( popContext))-	) (\r -> happyReturn (happyIn308 r))--happyReduce_788 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_788 = happySpecReduce_1  293# happyReduction_788-happyReduction_788 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn309-		 (sL1 happy_var_1 $ mkModuleNameFS (getCONID happy_var_1)-	)}--happyReduce_789 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_789 = happySpecReduce_1  293# happyReduction_789-happyReduction_789 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn309-		 (sL1 happy_var_1 $ let (mod,c) = getQCONID happy_var_1 in-                                  mkModuleNameFS-                                   (mkFastString-                                     (unpackFS mod ++ '.':unpackFS c))-	)}--happyReduce_790 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_790 = happySpecReduce_2  294# happyReduction_790-happyReduction_790 happy_x_2-	happy_x_1-	 =  case happyOut310 happy_x_1 of { (HappyWrap310 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	happyIn310-		 (((fst happy_var_1)++[gl happy_var_2],snd happy_var_1 + 1)-	)}}--happyReduce_791 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_791 = happySpecReduce_1  294# happyReduction_791-happyReduction_791 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn310-		 (([gl happy_var_1],1)-	)}--happyReduce_792 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_792 = happySpecReduce_1  295# happyReduction_792-happyReduction_792 happy_x_1-	 =  case happyOut312 happy_x_1 of { (HappyWrap312 happy_var_1) -> -	happyIn311-		 (happy_var_1-	)}--happyReduce_793 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_793 = happySpecReduce_0  295# happyReduction_793-happyReduction_793  =  happyIn311-		 (([], 0)-	)--happyReduce_794 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_794 = happySpecReduce_2  296# happyReduction_794-happyReduction_794 happy_x_2-	happy_x_1-	 =  case happyOut312 happy_x_1 of { (HappyWrap312 happy_var_1) -> -	case happyOutTok happy_x_2 of { happy_var_2 -> -	happyIn312-		 (((fst happy_var_1)++[gl happy_var_2],snd happy_var_1 + 1)-	)}}--happyReduce_795 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_795 = happySpecReduce_1  296# happyReduction_795-happyReduction_795 happy_x_1-	 =  case happyOutTok happy_x_1 of { happy_var_1 -> -	happyIn312-		 (([gl happy_var_1],1)-	)}--happyReduce_796 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_796 = happyMonadReduce 2# 297# happyReduction_796-happyReduction_796 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut207 happy_x_1 of { (HappyWrap207 happy_var_1) -> -	case happyOut202 happy_x_2 of { (HappyWrap202 happy_var_2) -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->-         fmap ecpFromExp $-         ams (sLL happy_var_1 happy_var_2 $ HsPragE noExtField (snd $ unLoc happy_var_1) happy_var_2)-             (fst $ unLoc happy_var_1))}})-	) (\r -> happyReturn (happyIn313 r))--happyReduce_797 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )-happyReduce_797 = happyMonadReduce 2# 298# happyReduction_797-happyReduction_797 (happy_x_2 `HappyStk`-	happy_x_1 `HappyStk`-	happyRest) tk-	 = happyThen ((case happyOut207 happy_x_1 of { (HappyWrap207 happy_var_1) -> -	case happyOut204 happy_x_2 of { (HappyWrap204 happy_var_2) -> -	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->-         fmap ecpFromExp $-         ams (sLL happy_var_1 happy_var_2 $ HsPragE noExtField (snd $ unLoc happy_var_1) happy_var_2)-             (fst $ unLoc happy_var_1))}})-	) (\r -> happyReturn (happyIn314 r))--happyNewToken action sts stk-	= (lexer True)(\tk -> -	let cont i = happyDoAction i tk action sts stk in-	case tk of {-	L _ ITeof -> happyDoAction 146# tk action sts stk;-	L _ ITunderscore -> cont 1#;-	L _ ITas -> cont 2#;-	L _ ITcase -> cont 3#;-	L _ ITclass -> cont 4#;-	L _ ITdata -> cont 5#;-	L _ ITdefault -> cont 6#;-	L _ ITderiving -> cont 7#;-	L _ ITelse -> cont 8#;-	L _ IThiding -> cont 9#;-	L _ ITif -> cont 10#;-	L _ ITimport -> cont 11#;-	L _ ITin -> cont 12#;-	L _ ITinfix -> cont 13#;-	L _ ITinfixl -> cont 14#;-	L _ ITinfixr -> cont 15#;-	L _ ITinstance -> cont 16#;-	L _ ITlet -> cont 17#;-	L _ ITmodule -> cont 18#;-	L _ ITnewtype -> cont 19#;-	L _ ITof -> cont 20#;-	L _ ITqualified -> cont 21#;-	L _ ITthen -> cont 22#;-	L _ ITtype -> cont 23#;-	L _ ITwhere -> cont 24#;-	L _ (ITforall _) -> cont 25#;-	L _ ITforeign -> cont 26#;-	L _ ITexport -> cont 27#;-	L _ ITlabel -> cont 28#;-	L _ ITdynamic -> cont 29#;-	L _ ITsafe -> cont 30#;-	L _ ITinterruptible -> cont 31#;-	L _ ITunsafe -> cont 32#;-	L _ ITfamily -> cont 33#;-	L _ ITrole -> cont 34#;-	L _ ITstdcallconv -> cont 35#;-	L _ ITccallconv -> cont 36#;-	L _ ITcapiconv -> cont 37#;-	L _ ITprimcallconv -> cont 38#;-	L _ ITjavascriptcallconv -> cont 39#;-	L _ ITproc -> cont 40#;-	L _ ITrec -> cont 41#;-	L _ ITgroup -> cont 42#;-	L _ ITby -> cont 43#;-	L _ ITusing -> cont 44#;-	L _ ITpattern -> cont 45#;-	L _ ITstatic -> cont 46#;-	L _ ITstock -> cont 47#;-	L _ ITanyclass -> cont 48#;-	L _ ITvia -> cont 49#;-	L _ ITunit -> cont 50#;-	L _ ITsignature -> cont 51#;-	L _ ITdependency -> cont 52#;-	L _ (ITinline_prag _ _ _) -> cont 53#;-	L _ (ITspec_prag _) -> cont 54#;-	L _ (ITspec_inline_prag _ _) -> cont 55#;-	L _ (ITsource_prag _) -> cont 56#;-	L _ (ITrules_prag _) -> cont 57#;-	L _ (ITscc_prag _) -> cont 58#;-	L _ (ITdeprecated_prag _) -> cont 59#;-	L _ (ITwarning_prag _) -> cont 60#;-	L _ (ITunpack_prag _) -> cont 61#;-	L _ (ITnounpack_prag _) -> cont 62#;-	L _ (ITann_prag _) -> cont 63#;-	L _ (ITminimal_prag _) -> cont 64#;-	L _ (ITctype _) -> cont 65#;-	L _ (IToverlapping_prag _) -> cont 66#;-	L _ (IToverlappable_prag _) -> cont 67#;-	L _ (IToverlaps_prag _) -> cont 68#;-	L _ (ITincoherent_prag _) -> cont 69#;-	L _ (ITcomplete_prag _) -> cont 70#;-	L _ ITclose_prag -> cont 71#;-	L _ ITdotdot -> cont 72#;-	L _ ITcolon -> cont 73#;-	L _ (ITdcolon _) -> cont 74#;-	L _ ITequal -> cont 75#;-	L _ ITlam -> cont 76#;-	L _ ITlcase -> cont 77#;-	L _ ITvbar -> cont 78#;-	L _ (ITlarrow _) -> cont 79#;-	L _ (ITrarrow _) -> cont 80#;-	L _ ITlolly -> cont 81#;-	L _ ITat -> cont 82#;-	L _ (ITdarrow _) -> cont 83#;-	L _ ITminus -> cont 84#;-	L _ ITtilde -> cont 85#;-	L _ ITbang -> cont 86#;-	L _ ITprefixminus -> cont 87#;-	L _ (ITstar _) -> cont 88#;-	L _ (ITlarrowtail _) -> cont 89#;-	L _ (ITrarrowtail _) -> cont 90#;-	L _ (ITLarrowtail _) -> cont 91#;-	L _ (ITRarrowtail _) -> cont 92#;-	L _ ITdot -> cont 93#;-	L _ ITtypeApp -> cont 94#;-	L _ ITpercent -> cont 95#;-	L _ ITocurly -> cont 96#;-	L _ ITccurly -> cont 97#;-	L _ ITvocurly -> cont 98#;-	L _ ITvccurly -> cont 99#;-	L _ ITobrack -> cont 100#;-	L _ ITcbrack -> cont 101#;-	L _ IToparen -> cont 102#;-	L _ ITcparen -> cont 103#;-	L _ IToubxparen -> cont 104#;-	L _ ITcubxparen -> cont 105#;-	L _ (IToparenbar _) -> cont 106#;-	L _ (ITcparenbar _) -> cont 107#;-	L _ ITsemi -> cont 108#;-	L _ ITcomma -> cont 109#;-	L _ ITbackquote -> cont 110#;-	L _ ITsimpleQuote -> cont 111#;-	L _ (ITvarid    _) -> cont 112#;-	L _ (ITconid    _) -> cont 113#;-	L _ (ITvarsym   _) -> cont 114#;-	L _ (ITconsym   _) -> cont 115#;-	L _ (ITqvarid   _) -> cont 116#;-	L _ (ITqconid   _) -> cont 117#;-	L _ (ITqvarsym  _) -> cont 118#;-	L _ (ITqconsym  _) -> cont 119#;-	L _ (ITdo  _) -> cont 120#;-	L _ (ITmdo _) -> cont 121#;-	L _ (ITdupipvarid   _) -> cont 122#;-	L _ (ITlabelvarid   _) -> cont 123#;-	L _ (ITchar   _ _) -> cont 124#;-	L _ (ITstring _ _) -> cont 125#;-	L _ (ITinteger _) -> cont 126#;-	L _ (ITrational _) -> cont 127#;-	L _ (ITprimchar   _ _) -> cont 128#;-	L _ (ITprimstring _ _) -> cont 129#;-	L _ (ITprimint    _ _) -> cont 130#;-	L _ (ITprimword   _ _) -> cont 131#;-	L _ (ITprimfloat  _) -> cont 132#;-	L _ (ITprimdouble _) -> cont 133#;-	L _ (ITopenExpQuote _ _) -> cont 134#;-	L _ ITopenPatQuote -> cont 135#;-	L _ ITopenTypQuote -> cont 136#;-	L _ ITopenDecQuote -> cont 137#;-	L _ (ITcloseQuote _) -> cont 138#;-	L _ (ITopenTExpQuote _) -> cont 139#;-	L _ ITcloseTExpQuote -> cont 140#;-	L _ ITdollar -> cont 141#;-	L _ ITdollardollar -> cont 142#;-	L _ ITtyQuote -> cont 143#;-	L _ (ITquasiQuote _) -> cont 144#;-	L _ (ITqQuasiQuote _) -> cont 145#;-	_ -> happyError' (tk, [])-	})--happyError_ explist 146# tk = happyError' (tk, explist)-happyError_ explist _ tk = happyError' (tk, explist)--happyThen :: () => P a -> (a -> P b) -> P b-happyThen = (>>=)-happyReturn :: () => a -> P a-happyReturn = (return)-happyParse :: () => Happy_GHC_Exts.Int# -> P (HappyAbsSyn )--happyNewToken :: () => Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )--happyDoAction :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )--happyReduceArr :: () => Happy_Data_Array.Array Prelude.Int (Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn ))--happyThen1 :: () => P a -> (a -> P b) -> P b-happyThen1 = happyThen-happyReturn1 :: () => a -> P a-happyReturn1 = happyReturn-happyError' :: () => (((Located Token)), [Prelude.String]) -> P a-happyError' tk = (\(tokens, explist) -> happyError) tk-parseModuleNoHaddock = happySomeParser where- happySomeParser = happyThen (happyParse 0#) (\x -> happyReturn (let {(HappyWrap35 x') = happyOut35 x} in x'))--parseSignature = happySomeParser where- happySomeParser = happyThen (happyParse 1#) (\x -> happyReturn (let {(HappyWrap34 x') = happyOut34 x} in x'))--parseImport = happySomeParser where- happySomeParser = happyThen (happyParse 2#) (\x -> happyReturn (let {(HappyWrap62 x') = happyOut62 x} in x'))--parseStatement = happySomeParser where- happySomeParser = happyThen (happyParse 3#) (\x -> happyReturn (let {(HappyWrap247 x') = happyOut247 x} in x'))--parseDeclaration = happySomeParser where- happySomeParser = happyThen (happyParse 4#) (\x -> happyReturn (let {(HappyWrap75 x') = happyOut75 x} in x'))--parseExpression = happySomeParser where- happySomeParser = happyThen (happyParse 5#) (\x -> happyReturn (let {(HappyWrap202 x') = happyOut202 x} in x'))--parsePattern = happySomeParser where- happySomeParser = happyThen (happyParse 6#) (\x -> happyReturn (let {(HappyWrap240 x') = happyOut240 x} in x'))--parseTypeSignature = happySomeParser where- happySomeParser = happyThen (happyParse 7#) (\x -> happyReturn (let {(HappyWrap198 x') = happyOut198 x} in x'))--parseStmt = happySomeParser where- happySomeParser = happyThen (happyParse 8#) (\x -> happyReturn (let {(HappyWrap246 x') = happyOut246 x} in x'))--parseIdentifier = happySomeParser where- happySomeParser = happyThen (happyParse 9#) (\x -> happyReturn (let {(HappyWrap16 x') = happyOut16 x} in x'))--parseType = happySomeParser where- happySomeParser = happyThen (happyParse 10#) (\x -> happyReturn (let {(HappyWrap154 x') = happyOut154 x} in x'))+newtype HappyWrap115 = HappyWrap115 (Located RdrName)+happyIn115 :: (Located RdrName) -> (HappyAbsSyn )+happyIn115 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap115 x)+{-# INLINE happyIn115 #-}+happyOut115 :: (HappyAbsSyn ) -> HappyWrap115+happyOut115 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut115 #-}+newtype HappyWrap116 = HappyWrap116 (LHsDecl GhcPs)+happyIn116 :: (LHsDecl GhcPs) -> (HappyAbsSyn )+happyIn116 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap116 x)+{-# INLINE happyIn116 #-}+happyOut116 :: (HappyAbsSyn ) -> HappyWrap116+happyOut116 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut116 #-}+newtype HappyWrap117 = HappyWrap117 (Located ([AddAnn],OrdList (LHsDecl GhcPs)))+happyIn117 :: (Located ([AddAnn],OrdList (LHsDecl GhcPs))) -> (HappyAbsSyn )+happyIn117 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap117 x)+{-# INLINE happyIn117 #-}+happyOut117 :: (HappyAbsSyn ) -> HappyWrap117+happyOut117 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut117 #-}+newtype HappyWrap118 = HappyWrap118 (Located ([AddAnn]+                     , OrdList (LHsDecl GhcPs)+                     , LayoutInfo))+happyIn118 :: (Located ([AddAnn]+                     , OrdList (LHsDecl GhcPs)+                     , LayoutInfo)) -> (HappyAbsSyn )+happyIn118 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap118 x)+{-# INLINE happyIn118 #-}+happyOut118 :: (HappyAbsSyn ) -> HappyWrap118+happyOut118 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut118 #-}+newtype HappyWrap119 = HappyWrap119 (Located ([AddAnn]+                       ,(OrdList (LHsDecl GhcPs))    -- Reversed+                       ,LayoutInfo))+happyIn119 :: (Located ([AddAnn]+                       ,(OrdList (LHsDecl GhcPs))    -- Reversed+                       ,LayoutInfo)) -> (HappyAbsSyn )+happyIn119 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap119 x)+{-# INLINE happyIn119 #-}+happyOut119 :: (HappyAbsSyn ) -> HappyWrap119+happyOut119 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut119 #-}+newtype HappyWrap120 = HappyWrap120 (Located (OrdList (LHsDecl GhcPs)))+happyIn120 :: (Located (OrdList (LHsDecl GhcPs))) -> (HappyAbsSyn )+happyIn120 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap120 x)+{-# INLINE happyIn120 #-}+happyOut120 :: (HappyAbsSyn ) -> HappyWrap120+happyOut120 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut120 #-}+newtype HappyWrap121 = HappyWrap121 (Located ([AddAnn],OrdList (LHsDecl GhcPs)))+happyIn121 :: (Located ([AddAnn],OrdList (LHsDecl GhcPs))) -> (HappyAbsSyn )+happyIn121 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap121 x)+{-# INLINE happyIn121 #-}+happyOut121 :: (HappyAbsSyn ) -> HappyWrap121+happyOut121 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut121 #-}+newtype HappyWrap122 = HappyWrap122 (Located ([AddAnn]+                     , OrdList (LHsDecl GhcPs)))+happyIn122 :: (Located ([AddAnn]+                     , OrdList (LHsDecl GhcPs))) -> (HappyAbsSyn )+happyIn122 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap122 x)+{-# INLINE happyIn122 #-}+happyOut122 :: (HappyAbsSyn ) -> HappyWrap122+happyOut122 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut122 #-}+newtype HappyWrap123 = HappyWrap123 (Located ([AddAnn]+                        , OrdList (LHsDecl GhcPs)))+happyIn123 :: (Located ([AddAnn]+                        , OrdList (LHsDecl GhcPs))) -> (HappyAbsSyn )+happyIn123 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap123 x)+{-# INLINE happyIn123 #-}+happyOut123 :: (HappyAbsSyn ) -> HappyWrap123+happyOut123 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut123 #-}+newtype HappyWrap124 = HappyWrap124 (Located ([AddAnn],OrdList (LHsDecl GhcPs)))+happyIn124 :: (Located ([AddAnn],OrdList (LHsDecl GhcPs))) -> (HappyAbsSyn )+happyIn124 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap124 x)+{-# INLINE happyIn124 #-}+happyOut124 :: (HappyAbsSyn ) -> HappyWrap124+happyOut124 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut124 #-}+newtype HappyWrap125 = HappyWrap125 (Located ([AddAnn],Located (OrdList (LHsDecl GhcPs))))+happyIn125 :: (Located ([AddAnn],Located (OrdList (LHsDecl GhcPs)))) -> (HappyAbsSyn )+happyIn125 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap125 x)+{-# INLINE happyIn125 #-}+happyOut125 :: (HappyAbsSyn ) -> HappyWrap125+happyOut125 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut125 #-}+newtype HappyWrap126 = HappyWrap126 (Located ([AddAnn],Located (HsLocalBinds GhcPs)))+happyIn126 :: (Located ([AddAnn],Located (HsLocalBinds GhcPs))) -> (HappyAbsSyn )+happyIn126 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap126 x)+{-# INLINE happyIn126 #-}+happyOut126 :: (HappyAbsSyn ) -> HappyWrap126+happyOut126 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut126 #-}+newtype HappyWrap127 = HappyWrap127 (Located ([AddAnn],Located (HsLocalBinds GhcPs)))+happyIn127 :: (Located ([AddAnn],Located (HsLocalBinds GhcPs))) -> (HappyAbsSyn )+happyIn127 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap127 x)+{-# INLINE happyIn127 #-}+happyOut127 :: (HappyAbsSyn ) -> HappyWrap127+happyOut127 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut127 #-}+newtype HappyWrap128 = HappyWrap128 (OrdList (LRuleDecl GhcPs))+happyIn128 :: (OrdList (LRuleDecl GhcPs)) -> (HappyAbsSyn )+happyIn128 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap128 x)+{-# INLINE happyIn128 #-}+happyOut128 :: (HappyAbsSyn ) -> HappyWrap128+happyOut128 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut128 #-}+newtype HappyWrap129 = HappyWrap129 (LRuleDecl GhcPs)+happyIn129 :: (LRuleDecl GhcPs) -> (HappyAbsSyn )+happyIn129 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap129 x)+{-# INLINE happyIn129 #-}+happyOut129 :: (HappyAbsSyn ) -> HappyWrap129+happyOut129 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut129 #-}+newtype HappyWrap130 = HappyWrap130 (([AddAnn],Maybe Activation))+happyIn130 :: (([AddAnn],Maybe Activation)) -> (HappyAbsSyn )+happyIn130 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap130 x)+{-# INLINE happyIn130 #-}+happyOut130 :: (HappyAbsSyn ) -> HappyWrap130+happyOut130 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut130 #-}+newtype HappyWrap131 = HappyWrap131 ([AddAnn])+happyIn131 :: ([AddAnn]) -> (HappyAbsSyn )+happyIn131 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap131 x)+{-# INLINE happyIn131 #-}+happyOut131 :: (HappyAbsSyn ) -> HappyWrap131+happyOut131 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut131 #-}+newtype HappyWrap132 = HappyWrap132 (([AddAnn]+                              ,Activation))+happyIn132 :: (([AddAnn]+                              ,Activation)) -> (HappyAbsSyn )+happyIn132 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap132 x)+{-# INLINE happyIn132 #-}+happyOut132 :: (HappyAbsSyn ) -> HappyWrap132+happyOut132 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut132 #-}+newtype HappyWrap133 = HappyWrap133 (([AddAnn], Maybe [LHsTyVarBndr () GhcPs], [LRuleBndr GhcPs]))+happyIn133 :: (([AddAnn], Maybe [LHsTyVarBndr () GhcPs], [LRuleBndr GhcPs])) -> (HappyAbsSyn )+happyIn133 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap133 x)+{-# INLINE happyIn133 #-}+happyOut133 :: (HappyAbsSyn ) -> HappyWrap133+happyOut133 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut133 #-}+newtype HappyWrap134 = HappyWrap134 ([LRuleTyTmVar])+happyIn134 :: ([LRuleTyTmVar]) -> (HappyAbsSyn )+happyIn134 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap134 x)+{-# INLINE happyIn134 #-}+happyOut134 :: (HappyAbsSyn ) -> HappyWrap134+happyOut134 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut134 #-}+newtype HappyWrap135 = HappyWrap135 (LRuleTyTmVar)+happyIn135 :: (LRuleTyTmVar) -> (HappyAbsSyn )+happyIn135 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap135 x)+{-# INLINE happyIn135 #-}+happyOut135 :: (HappyAbsSyn ) -> HappyWrap135+happyOut135 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut135 #-}+newtype HappyWrap136 = HappyWrap136 (OrdList (LWarnDecl GhcPs))+happyIn136 :: (OrdList (LWarnDecl GhcPs)) -> (HappyAbsSyn )+happyIn136 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap136 x)+{-# INLINE happyIn136 #-}+happyOut136 :: (HappyAbsSyn ) -> HappyWrap136+happyOut136 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut136 #-}+newtype HappyWrap137 = HappyWrap137 (OrdList (LWarnDecl GhcPs))+happyIn137 :: (OrdList (LWarnDecl GhcPs)) -> (HappyAbsSyn )+happyIn137 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap137 x)+{-# INLINE happyIn137 #-}+happyOut137 :: (HappyAbsSyn ) -> HappyWrap137+happyOut137 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut137 #-}+newtype HappyWrap138 = HappyWrap138 (OrdList (LWarnDecl GhcPs))+happyIn138 :: (OrdList (LWarnDecl GhcPs)) -> (HappyAbsSyn )+happyIn138 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap138 x)+{-# INLINE happyIn138 #-}+happyOut138 :: (HappyAbsSyn ) -> HappyWrap138+happyOut138 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut138 #-}+newtype HappyWrap139 = HappyWrap139 (OrdList (LWarnDecl GhcPs))+happyIn139 :: (OrdList (LWarnDecl GhcPs)) -> (HappyAbsSyn )+happyIn139 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap139 x)+{-# INLINE happyIn139 #-}+happyOut139 :: (HappyAbsSyn ) -> HappyWrap139+happyOut139 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut139 #-}+newtype HappyWrap140 = HappyWrap140 (Located ([AddAnn],[Located StringLiteral]))+happyIn140 :: (Located ([AddAnn],[Located StringLiteral])) -> (HappyAbsSyn )+happyIn140 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap140 x)+{-# INLINE happyIn140 #-}+happyOut140 :: (HappyAbsSyn ) -> HappyWrap140+happyOut140 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut140 #-}+newtype HappyWrap141 = HappyWrap141 (Located (OrdList (Located StringLiteral)))+happyIn141 :: (Located (OrdList (Located StringLiteral))) -> (HappyAbsSyn )+happyIn141 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap141 x)+{-# INLINE happyIn141 #-}+happyOut141 :: (HappyAbsSyn ) -> HappyWrap141+happyOut141 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut141 #-}+newtype HappyWrap142 = HappyWrap142 (LHsDecl GhcPs)+happyIn142 :: (LHsDecl GhcPs) -> (HappyAbsSyn )+happyIn142 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap142 x)+{-# INLINE happyIn142 #-}+happyOut142 :: (HappyAbsSyn ) -> HappyWrap142+happyOut142 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut142 #-}+newtype HappyWrap143 = HappyWrap143 (Located ([AddAnn],HsDecl GhcPs))+happyIn143 :: (Located ([AddAnn],HsDecl GhcPs)) -> (HappyAbsSyn )+happyIn143 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap143 x)+{-# INLINE happyIn143 #-}+happyOut143 :: (HappyAbsSyn ) -> HappyWrap143+happyOut143 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut143 #-}+newtype HappyWrap144 = HappyWrap144 (Located CCallConv)+happyIn144 :: (Located CCallConv) -> (HappyAbsSyn )+happyIn144 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap144 x)+{-# INLINE happyIn144 #-}+happyOut144 :: (HappyAbsSyn ) -> HappyWrap144+happyOut144 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut144 #-}+newtype HappyWrap145 = HappyWrap145 (Located Safety)+happyIn145 :: (Located Safety) -> (HappyAbsSyn )+happyIn145 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap145 x)+{-# INLINE happyIn145 #-}+happyOut145 :: (HappyAbsSyn ) -> HappyWrap145+happyOut145 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut145 #-}+newtype HappyWrap146 = HappyWrap146 (Located ([AddAnn]+                    ,(Located StringLiteral, Located RdrName, LHsSigType GhcPs)))+happyIn146 :: (Located ([AddAnn]+                    ,(Located StringLiteral, Located RdrName, LHsSigType GhcPs))) -> (HappyAbsSyn )+happyIn146 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap146 x)+{-# INLINE happyIn146 #-}+happyOut146 :: (HappyAbsSyn ) -> HappyWrap146+happyOut146 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut146 #-}+newtype HappyWrap147 = HappyWrap147 (([AddAnn], Maybe (LHsType GhcPs)))+happyIn147 :: (([AddAnn], Maybe (LHsType GhcPs))) -> (HappyAbsSyn )+happyIn147 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap147 x)+{-# INLINE happyIn147 #-}+happyOut147 :: (HappyAbsSyn ) -> HappyWrap147+happyOut147 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut147 #-}+newtype HappyWrap148 = HappyWrap148 (([AddAnn], Maybe (Located RdrName)))+happyIn148 :: (([AddAnn], Maybe (Located RdrName))) -> (HappyAbsSyn )+happyIn148 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap148 x)+{-# INLINE happyIn148 #-}+happyOut148 :: (HappyAbsSyn ) -> HappyWrap148+happyOut148 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut148 #-}+newtype HappyWrap149 = HappyWrap149 (LHsSigType GhcPs)+happyIn149 :: (LHsSigType GhcPs) -> (HappyAbsSyn )+happyIn149 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap149 x)+{-# INLINE happyIn149 #-}+happyOut149 :: (HappyAbsSyn ) -> HappyWrap149+happyOut149 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut149 #-}+newtype HappyWrap150 = HappyWrap150 (LHsSigType GhcPs)+happyIn150 :: (LHsSigType GhcPs) -> (HappyAbsSyn )+happyIn150 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap150 x)+{-# INLINE happyIn150 #-}+happyOut150 :: (HappyAbsSyn ) -> HappyWrap150+happyOut150 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut150 #-}+newtype HappyWrap151 = HappyWrap151 (Located [Located RdrName])+happyIn151 :: (Located [Located RdrName]) -> (HappyAbsSyn )+happyIn151 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap151 x)+{-# INLINE happyIn151 #-}+happyOut151 :: (HappyAbsSyn ) -> HappyWrap151+happyOut151 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut151 #-}+newtype HappyWrap152 = HappyWrap152 ((OrdList (LHsSigType GhcPs)))+happyIn152 :: ((OrdList (LHsSigType GhcPs))) -> (HappyAbsSyn )+happyIn152 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap152 x)+{-# INLINE happyIn152 #-}+happyOut152 :: (HappyAbsSyn ) -> HappyWrap152+happyOut152 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut152 #-}+newtype HappyWrap153 = HappyWrap153 (Located UnpackednessPragma)+happyIn153 :: (Located UnpackednessPragma) -> (HappyAbsSyn )+happyIn153 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap153 x)+{-# INLINE happyIn153 #-}+happyOut153 :: (HappyAbsSyn ) -> HappyWrap153+happyOut153 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut153 #-}+newtype HappyWrap154 = HappyWrap154 (Located ([AddAnn], HsForAllTelescope GhcPs))+happyIn154 :: (Located ([AddAnn], HsForAllTelescope GhcPs)) -> (HappyAbsSyn )+happyIn154 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap154 x)+{-# INLINE happyIn154 #-}+happyOut154 :: (HappyAbsSyn ) -> HappyWrap154+happyOut154 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut154 #-}+newtype HappyWrap155 = HappyWrap155 (LHsType GhcPs)+happyIn155 :: (LHsType GhcPs) -> (HappyAbsSyn )+happyIn155 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap155 x)+{-# INLINE happyIn155 #-}+happyOut155 :: (HappyAbsSyn ) -> HappyWrap155+happyOut155 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut155 #-}+newtype HappyWrap156 = HappyWrap156 (LHsType GhcPs)+happyIn156 :: (LHsType GhcPs) -> (HappyAbsSyn )+happyIn156 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap156 x)+{-# INLINE happyIn156 #-}+happyOut156 :: (HappyAbsSyn ) -> HappyWrap156+happyOut156 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut156 #-}+newtype HappyWrap157 = HappyWrap157 (LHsContext GhcPs)+happyIn157 :: (LHsContext GhcPs) -> (HappyAbsSyn )+happyIn157 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap157 x)+{-# INLINE happyIn157 #-}+happyOut157 :: (HappyAbsSyn ) -> HappyWrap157+happyOut157 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut157 #-}+newtype HappyWrap158 = HappyWrap158 (LHsType GhcPs)+happyIn158 :: (LHsType GhcPs) -> (HappyAbsSyn )+happyIn158 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap158 x)+{-# INLINE happyIn158 #-}+happyOut158 :: (HappyAbsSyn ) -> HappyWrap158+happyOut158 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut158 #-}+newtype HappyWrap159 = HappyWrap159 (Located (IsUnicodeSyntax -> (HsArrow GhcPs, AddAnn)))+happyIn159 :: (Located (IsUnicodeSyntax -> (HsArrow GhcPs, AddAnn))) -> (HappyAbsSyn )+happyIn159 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap159 x)+{-# INLINE happyIn159 #-}+happyOut159 :: (HappyAbsSyn ) -> HappyWrap159+happyOut159 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut159 #-}+newtype HappyWrap160 = HappyWrap160 (LHsType GhcPs)+happyIn160 :: (LHsType GhcPs) -> (HappyAbsSyn )+happyIn160 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap160 x)+{-# INLINE happyIn160 #-}+happyOut160 :: (HappyAbsSyn ) -> HappyWrap160+happyOut160 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut160 #-}+newtype HappyWrap161 = HappyWrap161 (forall b. DisambTD b => PV (Located b))+happyIn161 :: (forall b. DisambTD b => PV (Located b)) -> (HappyAbsSyn )+happyIn161 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap161 x)+{-# INLINE happyIn161 #-}+happyOut161 :: (HappyAbsSyn ) -> HappyWrap161+happyOut161 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut161 #-}+newtype HappyWrap162 = HappyWrap162 (forall b. DisambTD b => PV (Located b))+happyIn162 :: (forall b. DisambTD b => PV (Located b)) -> (HappyAbsSyn )+happyIn162 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap162 x)+{-# INLINE happyIn162 #-}+happyOut162 :: (HappyAbsSyn ) -> HappyWrap162+happyOut162 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut162 #-}+newtype HappyWrap163 = HappyWrap163 (LHsType GhcPs)+happyIn163 :: (LHsType GhcPs) -> (HappyAbsSyn )+happyIn163 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap163 x)+{-# INLINE happyIn163 #-}+happyOut163 :: (HappyAbsSyn ) -> HappyWrap163+happyOut163 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut163 #-}+newtype HappyWrap164 = HappyWrap164 (Located RdrName)+happyIn164 :: (Located RdrName) -> (HappyAbsSyn )+happyIn164 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap164 x)+{-# INLINE happyIn164 #-}+happyOut164 :: (HappyAbsSyn ) -> HappyWrap164+happyOut164 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut164 #-}+newtype HappyWrap165 = HappyWrap165 (LHsType GhcPs)+happyIn165 :: (LHsType GhcPs) -> (HappyAbsSyn )+happyIn165 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap165 x)+{-# INLINE happyIn165 #-}+happyOut165 :: (HappyAbsSyn ) -> HappyWrap165+happyOut165 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut165 #-}+newtype HappyWrap166 = HappyWrap166 (LHsSigType GhcPs)+happyIn166 :: (LHsSigType GhcPs) -> (HappyAbsSyn )+happyIn166 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap166 x)+{-# INLINE happyIn166 #-}+happyOut166 :: (HappyAbsSyn ) -> HappyWrap166+happyOut166 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut166 #-}+newtype HappyWrap167 = HappyWrap167 ([LHsSigType GhcPs])+happyIn167 :: ([LHsSigType GhcPs]) -> (HappyAbsSyn )+happyIn167 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap167 x)+{-# INLINE happyIn167 #-}+happyOut167 :: (HappyAbsSyn ) -> HappyWrap167+happyOut167 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut167 #-}+newtype HappyWrap168 = HappyWrap168 ([LHsType GhcPs])+happyIn168 :: ([LHsType GhcPs]) -> (HappyAbsSyn )+happyIn168 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap168 x)+{-# INLINE happyIn168 #-}+happyOut168 :: (HappyAbsSyn ) -> HappyWrap168+happyOut168 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut168 #-}+newtype HappyWrap169 = HappyWrap169 ([LHsType GhcPs])+happyIn169 :: ([LHsType GhcPs]) -> (HappyAbsSyn )+happyIn169 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap169 x)+{-# INLINE happyIn169 #-}+happyOut169 :: (HappyAbsSyn ) -> HappyWrap169+happyOut169 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut169 #-}+newtype HappyWrap170 = HappyWrap170 ([LHsType GhcPs])+happyIn170 :: ([LHsType GhcPs]) -> (HappyAbsSyn )+happyIn170 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap170 x)+{-# INLINE happyIn170 #-}+happyOut170 :: (HappyAbsSyn ) -> HappyWrap170+happyOut170 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut170 #-}+newtype HappyWrap171 = HappyWrap171 ([LHsTyVarBndr Specificity GhcPs])+happyIn171 :: ([LHsTyVarBndr Specificity GhcPs]) -> (HappyAbsSyn )+happyIn171 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap171 x)+{-# INLINE happyIn171 #-}+happyOut171 :: (HappyAbsSyn ) -> HappyWrap171+happyOut171 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut171 #-}+newtype HappyWrap172 = HappyWrap172 (LHsTyVarBndr Specificity GhcPs)+happyIn172 :: (LHsTyVarBndr Specificity GhcPs) -> (HappyAbsSyn )+happyIn172 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap172 x)+{-# INLINE happyIn172 #-}+happyOut172 :: (HappyAbsSyn ) -> HappyWrap172+happyOut172 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut172 #-}+newtype HappyWrap173 = HappyWrap173 (LHsTyVarBndr Specificity GhcPs)+happyIn173 :: (LHsTyVarBndr Specificity GhcPs) -> (HappyAbsSyn )+happyIn173 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap173 x)+{-# INLINE happyIn173 #-}+happyOut173 :: (HappyAbsSyn ) -> HappyWrap173+happyOut173 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut173 #-}+newtype HappyWrap174 = HappyWrap174 (Located ([AddAnn],[Located (FunDep (Located RdrName))]))+happyIn174 :: (Located ([AddAnn],[Located (FunDep (Located RdrName))])) -> (HappyAbsSyn )+happyIn174 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap174 x)+{-# INLINE happyIn174 #-}+happyOut174 :: (HappyAbsSyn ) -> HappyWrap174+happyOut174 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut174 #-}+newtype HappyWrap175 = HappyWrap175 (Located [Located (FunDep (Located RdrName))])+happyIn175 :: (Located [Located (FunDep (Located RdrName))]) -> (HappyAbsSyn )+happyIn175 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap175 x)+{-# INLINE happyIn175 #-}+happyOut175 :: (HappyAbsSyn ) -> HappyWrap175+happyOut175 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut175 #-}+newtype HappyWrap176 = HappyWrap176 (Located (FunDep (Located RdrName)))+happyIn176 :: (Located (FunDep (Located RdrName))) -> (HappyAbsSyn )+happyIn176 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap176 x)+{-# INLINE happyIn176 #-}+happyOut176 :: (HappyAbsSyn ) -> HappyWrap176+happyOut176 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut176 #-}+newtype HappyWrap177 = HappyWrap177 (Located [Located RdrName])+happyIn177 :: (Located [Located RdrName]) -> (HappyAbsSyn )+happyIn177 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap177 x)+{-# INLINE happyIn177 #-}+happyOut177 :: (HappyAbsSyn ) -> HappyWrap177+happyOut177 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut177 #-}+newtype HappyWrap178 = HappyWrap178 (LHsKind GhcPs)+happyIn178 :: (LHsKind GhcPs) -> (HappyAbsSyn )+happyIn178 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap178 x)+{-# INLINE happyIn178 #-}+happyOut178 :: (HappyAbsSyn ) -> HappyWrap178+happyOut178 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut178 #-}+newtype HappyWrap179 = HappyWrap179 (Located ([AddAnn]+                          ,[LConDecl GhcPs]))+happyIn179 :: (Located ([AddAnn]+                          ,[LConDecl GhcPs])) -> (HappyAbsSyn )+happyIn179 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap179 x)+{-# INLINE happyIn179 #-}+happyOut179 :: (HappyAbsSyn ) -> HappyWrap179+happyOut179 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut179 #-}+newtype HappyWrap180 = HappyWrap180 (Located [LConDecl GhcPs])+happyIn180 :: (Located [LConDecl GhcPs]) -> (HappyAbsSyn )+happyIn180 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap180 x)+{-# INLINE happyIn180 #-}+happyOut180 :: (HappyAbsSyn ) -> HappyWrap180+happyOut180 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut180 #-}+newtype HappyWrap181 = HappyWrap181 (LConDecl GhcPs)+happyIn181 :: (LConDecl GhcPs) -> (HappyAbsSyn )+happyIn181 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap181 x)+{-# INLINE happyIn181 #-}+happyOut181 :: (HappyAbsSyn ) -> HappyWrap181+happyOut181 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut181 #-}+newtype HappyWrap182 = HappyWrap182 (Located ([AddAnn],[LConDecl GhcPs]))+happyIn182 :: (Located ([AddAnn],[LConDecl GhcPs])) -> (HappyAbsSyn )+happyIn182 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap182 x)+{-# INLINE happyIn182 #-}+happyOut182 :: (HappyAbsSyn ) -> HappyWrap182+happyOut182 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut182 #-}+newtype HappyWrap183 = HappyWrap183 (Located [LConDecl GhcPs])+happyIn183 :: (Located [LConDecl GhcPs]) -> (HappyAbsSyn )+happyIn183 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap183 x)+{-# INLINE happyIn183 #-}+happyOut183 :: (HappyAbsSyn ) -> HappyWrap183+happyOut183 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut183 #-}+newtype HappyWrap184 = HappyWrap184 (LConDecl GhcPs)+happyIn184 :: (LConDecl GhcPs) -> (HappyAbsSyn )+happyIn184 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap184 x)+{-# INLINE happyIn184 #-}+happyOut184 :: (HappyAbsSyn ) -> HappyWrap184+happyOut184 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut184 #-}+newtype HappyWrap185 = HappyWrap185 (Located ([AddAnn], Maybe [LHsTyVarBndr Specificity GhcPs]))+happyIn185 :: (Located ([AddAnn], Maybe [LHsTyVarBndr Specificity GhcPs])) -> (HappyAbsSyn )+happyIn185 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap185 x)+{-# INLINE happyIn185 #-}+happyOut185 :: (HappyAbsSyn ) -> HappyWrap185+happyOut185 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut185 #-}+newtype HappyWrap186 = HappyWrap186 (Located (Located RdrName, HsConDeclH98Details GhcPs))+happyIn186 :: (Located (Located RdrName, HsConDeclH98Details GhcPs)) -> (HappyAbsSyn )+happyIn186 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap186 x)+{-# INLINE happyIn186 #-}+happyOut186 :: (HappyAbsSyn ) -> HappyWrap186+happyOut186 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut186 #-}+newtype HappyWrap187 = HappyWrap187 ([LConDeclField GhcPs])+happyIn187 :: ([LConDeclField GhcPs]) -> (HappyAbsSyn )+happyIn187 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap187 x)+{-# INLINE happyIn187 #-}+happyOut187 :: (HappyAbsSyn ) -> HappyWrap187+happyOut187 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut187 #-}+newtype HappyWrap188 = HappyWrap188 ([LConDeclField GhcPs])+happyIn188 :: ([LConDeclField GhcPs]) -> (HappyAbsSyn )+happyIn188 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap188 x)+{-# INLINE happyIn188 #-}+happyOut188 :: (HappyAbsSyn ) -> HappyWrap188+happyOut188 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut188 #-}+newtype HappyWrap189 = HappyWrap189 (LConDeclField GhcPs)+happyIn189 :: (LConDeclField GhcPs) -> (HappyAbsSyn )+happyIn189 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap189 x)+{-# INLINE happyIn189 #-}+happyOut189 :: (HappyAbsSyn ) -> HappyWrap189+happyOut189 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut189 #-}+newtype HappyWrap190 = HappyWrap190 (HsDeriving GhcPs)+happyIn190 :: (HsDeriving GhcPs) -> (HappyAbsSyn )+happyIn190 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap190 x)+{-# INLINE happyIn190 #-}+happyOut190 :: (HappyAbsSyn ) -> HappyWrap190+happyOut190 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut190 #-}+newtype HappyWrap191 = HappyWrap191 (HsDeriving GhcPs)+happyIn191 :: (HsDeriving GhcPs) -> (HappyAbsSyn )+happyIn191 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap191 x)+{-# INLINE happyIn191 #-}+happyOut191 :: (HappyAbsSyn ) -> HappyWrap191+happyOut191 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut191 #-}+newtype HappyWrap192 = HappyWrap192 (LHsDerivingClause GhcPs)+happyIn192 :: (LHsDerivingClause GhcPs) -> (HappyAbsSyn )+happyIn192 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap192 x)+{-# INLINE happyIn192 #-}+happyOut192 :: (HappyAbsSyn ) -> HappyWrap192+happyOut192 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut192 #-}+newtype HappyWrap193 = HappyWrap193 (LDerivClauseTys GhcPs)+happyIn193 :: (LDerivClauseTys GhcPs) -> (HappyAbsSyn )+happyIn193 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap193 x)+{-# INLINE happyIn193 #-}+happyOut193 :: (HappyAbsSyn ) -> HappyWrap193+happyOut193 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut193 #-}+newtype HappyWrap194 = HappyWrap194 (LHsDecl GhcPs)+happyIn194 :: (LHsDecl GhcPs) -> (HappyAbsSyn )+happyIn194 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap194 x)+{-# INLINE happyIn194 #-}+happyOut194 :: (HappyAbsSyn ) -> HappyWrap194+happyOut194 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut194 #-}+newtype HappyWrap195 = HappyWrap195 (LHsDecl GhcPs)+happyIn195 :: (LHsDecl GhcPs) -> (HappyAbsSyn )+happyIn195 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap195 x)+{-# INLINE happyIn195 #-}+happyOut195 :: (HappyAbsSyn ) -> HappyWrap195+happyOut195 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut195 #-}+newtype HappyWrap196 = HappyWrap196 (Located ([AddAnn],GRHSs GhcPs (LHsExpr GhcPs)))+happyIn196 :: (Located ([AddAnn],GRHSs GhcPs (LHsExpr GhcPs))) -> (HappyAbsSyn )+happyIn196 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap196 x)+{-# INLINE happyIn196 #-}+happyOut196 :: (HappyAbsSyn ) -> HappyWrap196+happyOut196 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut196 #-}+newtype HappyWrap197 = HappyWrap197 (Located [LGRHS GhcPs (LHsExpr GhcPs)])+happyIn197 :: (Located [LGRHS GhcPs (LHsExpr GhcPs)]) -> (HappyAbsSyn )+happyIn197 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap197 x)+{-# INLINE happyIn197 #-}+happyOut197 :: (HappyAbsSyn ) -> HappyWrap197+happyOut197 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut197 #-}+newtype HappyWrap198 = HappyWrap198 (LGRHS GhcPs (LHsExpr GhcPs))+happyIn198 :: (LGRHS GhcPs (LHsExpr GhcPs)) -> (HappyAbsSyn )+happyIn198 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap198 x)+{-# INLINE happyIn198 #-}+happyOut198 :: (HappyAbsSyn ) -> HappyWrap198+happyOut198 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut198 #-}+newtype HappyWrap199 = HappyWrap199 (LHsDecl GhcPs)+happyIn199 :: (LHsDecl GhcPs) -> (HappyAbsSyn )+happyIn199 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap199 x)+{-# INLINE happyIn199 #-}+happyOut199 :: (HappyAbsSyn ) -> HappyWrap199+happyOut199 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut199 #-}+newtype HappyWrap200 = HappyWrap200 (([AddAnn],Maybe Activation))+happyIn200 :: (([AddAnn],Maybe Activation)) -> (HappyAbsSyn )+happyIn200 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap200 x)+{-# INLINE happyIn200 #-}+happyOut200 :: (HappyAbsSyn ) -> HappyWrap200+happyOut200 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut200 #-}+newtype HappyWrap201 = HappyWrap201 (([AddAnn],Activation))+happyIn201 :: (([AddAnn],Activation)) -> (HappyAbsSyn )+happyIn201 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap201 x)+{-# INLINE happyIn201 #-}+happyOut201 :: (HappyAbsSyn ) -> HappyWrap201+happyOut201 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut201 #-}+newtype HappyWrap202 = HappyWrap202 (Located (HsSplice GhcPs))+happyIn202 :: (Located (HsSplice GhcPs)) -> (HappyAbsSyn )+happyIn202 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap202 x)+{-# INLINE happyIn202 #-}+happyOut202 :: (HappyAbsSyn ) -> HappyWrap202+happyOut202 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut202 #-}+newtype HappyWrap203 = HappyWrap203 (ECP)+happyIn203 :: (ECP) -> (HappyAbsSyn )+happyIn203 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap203 x)+{-# INLINE happyIn203 #-}+happyOut203 :: (HappyAbsSyn ) -> HappyWrap203+happyOut203 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut203 #-}+newtype HappyWrap204 = HappyWrap204 (ECP)+happyIn204 :: (ECP) -> (HappyAbsSyn )+happyIn204 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap204 x)+{-# INLINE happyIn204 #-}+happyOut204 :: (HappyAbsSyn ) -> HappyWrap204+happyOut204 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut204 #-}+newtype HappyWrap205 = HappyWrap205 (ECP)+happyIn205 :: (ECP) -> (HappyAbsSyn )+happyIn205 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap205 x)+{-# INLINE happyIn205 #-}+happyOut205 :: (HappyAbsSyn ) -> HappyWrap205+happyOut205 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut205 #-}+newtype HappyWrap206 = HappyWrap206 (ECP)+happyIn206 :: (ECP) -> (HappyAbsSyn )+happyIn206 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap206 x)+{-# INLINE happyIn206 #-}+happyOut206 :: (HappyAbsSyn ) -> HappyWrap206+happyOut206 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut206 #-}+newtype HappyWrap207 = HappyWrap207 (([Located Token],Bool))+happyIn207 :: (([Located Token],Bool)) -> (HappyAbsSyn )+happyIn207 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap207 x)+{-# INLINE happyIn207 #-}+happyOut207 :: (HappyAbsSyn ) -> HappyWrap207+happyOut207 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut207 #-}+newtype HappyWrap208 = HappyWrap208 (Located ([AddAnn], HsPragE GhcPs))+happyIn208 :: (Located ([AddAnn], HsPragE GhcPs)) -> (HappyAbsSyn )+happyIn208 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap208 x)+{-# INLINE happyIn208 #-}+happyOut208 :: (HappyAbsSyn ) -> HappyWrap208+happyOut208 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut208 #-}+newtype HappyWrap209 = HappyWrap209 (ECP)+happyIn209 :: (ECP) -> (HappyAbsSyn )+happyIn209 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap209 x)+{-# INLINE happyIn209 #-}+happyOut209 :: (HappyAbsSyn ) -> HappyWrap209+happyOut209 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut209 #-}+newtype HappyWrap210 = HappyWrap210 (ECP)+happyIn210 :: (ECP) -> (HappyAbsSyn )+happyIn210 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap210 x)+{-# INLINE happyIn210 #-}+happyOut210 :: (HappyAbsSyn ) -> HappyWrap210+happyOut210 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut210 #-}+newtype HappyWrap211 = HappyWrap211 (ECP)+happyIn211 :: (ECP) -> (HappyAbsSyn )+happyIn211 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap211 x)+{-# INLINE happyIn211 #-}+happyOut211 :: (HappyAbsSyn ) -> HappyWrap211+happyOut211 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut211 #-}+newtype HappyWrap212 = HappyWrap212 (ECP)+happyIn212 :: (ECP) -> (HappyAbsSyn )+happyIn212 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap212 x)+{-# INLINE happyIn212 #-}+happyOut212 :: (HappyAbsSyn ) -> HappyWrap212+happyOut212 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut212 #-}+newtype HappyWrap213 = HappyWrap213 (LHsExpr GhcPs)+happyIn213 :: (LHsExpr GhcPs) -> (HappyAbsSyn )+happyIn213 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap213 x)+{-# INLINE happyIn213 #-}+happyOut213 :: (HappyAbsSyn ) -> HappyWrap213+happyOut213 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut213 #-}+newtype HappyWrap214 = HappyWrap214 (Located (HsSplice GhcPs))+happyIn214 :: (Located (HsSplice GhcPs)) -> (HappyAbsSyn )+happyIn214 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap214 x)+{-# INLINE happyIn214 #-}+happyOut214 :: (HappyAbsSyn ) -> HappyWrap214+happyOut214 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut214 #-}+newtype HappyWrap215 = HappyWrap215 (Located (HsSplice GhcPs))+happyIn215 :: (Located (HsSplice GhcPs)) -> (HappyAbsSyn )+happyIn215 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap215 x)+{-# INLINE happyIn215 #-}+happyOut215 :: (HappyAbsSyn ) -> HappyWrap215+happyOut215 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut215 #-}+newtype HappyWrap216 = HappyWrap216 ([LHsCmdTop GhcPs])+happyIn216 :: ([LHsCmdTop GhcPs]) -> (HappyAbsSyn )+happyIn216 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap216 x)+{-# INLINE happyIn216 #-}+happyOut216 :: (HappyAbsSyn ) -> HappyWrap216+happyOut216 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut216 #-}+newtype HappyWrap217 = HappyWrap217 (LHsCmdTop GhcPs)+happyIn217 :: (LHsCmdTop GhcPs) -> (HappyAbsSyn )+happyIn217 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap217 x)+{-# INLINE happyIn217 #-}+happyOut217 :: (HappyAbsSyn ) -> HappyWrap217+happyOut217 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut217 #-}+newtype HappyWrap218 = HappyWrap218 (([AddAnn],[LHsDecl GhcPs]))+happyIn218 :: (([AddAnn],[LHsDecl GhcPs])) -> (HappyAbsSyn )+happyIn218 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap218 x)+{-# INLINE happyIn218 #-}+happyOut218 :: (HappyAbsSyn ) -> HappyWrap218+happyOut218 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut218 #-}+newtype HappyWrap219 = HappyWrap219 ([LHsDecl GhcPs])+happyIn219 :: ([LHsDecl GhcPs]) -> (HappyAbsSyn )+happyIn219 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap219 x)+{-# INLINE happyIn219 #-}+happyOut219 :: (HappyAbsSyn ) -> HappyWrap219+happyOut219 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut219 #-}+newtype HappyWrap220 = HappyWrap220 (ECP)+happyIn220 :: (ECP) -> (HappyAbsSyn )+happyIn220 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap220 x)+{-# INLINE happyIn220 #-}+happyOut220 :: (HappyAbsSyn ) -> HappyWrap220+happyOut220 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut220 #-}+newtype HappyWrap221 = HappyWrap221 (forall b. DisambECP b => PV ([AddAnn],SumOrTuple b))+happyIn221 :: (forall b. DisambECP b => PV ([AddAnn],SumOrTuple b)) -> (HappyAbsSyn )+happyIn221 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap221 x)+{-# INLINE happyIn221 #-}+happyOut221 :: (HappyAbsSyn ) -> HappyWrap221+happyOut221 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut221 #-}+newtype HappyWrap222 = HappyWrap222 (forall b. DisambECP b => PV (SrcSpan,[Located (Maybe (Located b))]))+happyIn222 :: (forall b. DisambECP b => PV (SrcSpan,[Located (Maybe (Located b))])) -> (HappyAbsSyn )+happyIn222 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap222 x)+{-# INLINE happyIn222 #-}+happyOut222 :: (HappyAbsSyn ) -> HappyWrap222+happyOut222 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut222 #-}+newtype HappyWrap223 = HappyWrap223 (forall b. DisambECP b => PV [Located (Maybe (Located b))])+happyIn223 :: (forall b. DisambECP b => PV [Located (Maybe (Located b))]) -> (HappyAbsSyn )+happyIn223 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap223 x)+{-# INLINE happyIn223 #-}+happyOut223 :: (HappyAbsSyn ) -> HappyWrap223+happyOut223 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut223 #-}+newtype HappyWrap224 = HappyWrap224 (forall b. DisambECP b => SrcSpan -> PV (Located b))+happyIn224 :: (forall b. DisambECP b => SrcSpan -> PV (Located b)) -> (HappyAbsSyn )+happyIn224 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap224 x)+{-# INLINE happyIn224 #-}+happyOut224 :: (HappyAbsSyn ) -> HappyWrap224+happyOut224 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut224 #-}+newtype HappyWrap225 = HappyWrap225 (forall b. DisambECP b => PV [Located b])+happyIn225 :: (forall b. DisambECP b => PV [Located b]) -> (HappyAbsSyn )+happyIn225 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap225 x)+{-# INLINE happyIn225 #-}+happyOut225 :: (HappyAbsSyn ) -> HappyWrap225+happyOut225 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut225 #-}+newtype HappyWrap226 = HappyWrap226 (Located [LStmt GhcPs (LHsExpr GhcPs)])+happyIn226 :: (Located [LStmt GhcPs (LHsExpr GhcPs)]) -> (HappyAbsSyn )+happyIn226 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap226 x)+{-# INLINE happyIn226 #-}+happyOut226 :: (HappyAbsSyn ) -> HappyWrap226+happyOut226 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut226 #-}+newtype HappyWrap227 = HappyWrap227 (Located [[LStmt GhcPs (LHsExpr GhcPs)]])+happyIn227 :: (Located [[LStmt GhcPs (LHsExpr GhcPs)]]) -> (HappyAbsSyn )+happyIn227 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap227 x)+{-# INLINE happyIn227 #-}+happyOut227 :: (HappyAbsSyn ) -> HappyWrap227+happyOut227 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut227 #-}+newtype HappyWrap228 = HappyWrap228 (Located [LStmt GhcPs (LHsExpr GhcPs)])+happyIn228 :: (Located [LStmt GhcPs (LHsExpr GhcPs)]) -> (HappyAbsSyn )+happyIn228 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap228 x)+{-# INLINE happyIn228 #-}+happyOut228 :: (HappyAbsSyn ) -> HappyWrap228+happyOut228 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut228 #-}+newtype HappyWrap229 = HappyWrap229 (Located ([AddAnn],[LStmt GhcPs (LHsExpr GhcPs)] -> Stmt GhcPs (LHsExpr GhcPs)))+happyIn229 :: (Located ([AddAnn],[LStmt GhcPs (LHsExpr GhcPs)] -> Stmt GhcPs (LHsExpr GhcPs))) -> (HappyAbsSyn )+happyIn229 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap229 x)+{-# INLINE happyIn229 #-}+happyOut229 :: (HappyAbsSyn ) -> HappyWrap229+happyOut229 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut229 #-}+newtype HappyWrap230 = HappyWrap230 (Located [LStmt GhcPs (LHsExpr GhcPs)])+happyIn230 :: (Located [LStmt GhcPs (LHsExpr GhcPs)]) -> (HappyAbsSyn )+happyIn230 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap230 x)+{-# INLINE happyIn230 #-}+happyOut230 :: (HappyAbsSyn ) -> HappyWrap230+happyOut230 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut230 #-}+newtype HappyWrap231 = HappyWrap231 (Located [LStmt GhcPs (LHsExpr GhcPs)])+happyIn231 :: (Located [LStmt GhcPs (LHsExpr GhcPs)]) -> (HappyAbsSyn )+happyIn231 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap231 x)+{-# INLINE happyIn231 #-}+happyOut231 :: (HappyAbsSyn ) -> HappyWrap231+happyOut231 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut231 #-}+newtype HappyWrap232 = HappyWrap232 (forall b. DisambECP b => PV (Located ([AddAnn],[LMatch GhcPs (Located b)])))+happyIn232 :: (forall b. DisambECP b => PV (Located ([AddAnn],[LMatch GhcPs (Located b)]))) -> (HappyAbsSyn )+happyIn232 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap232 x)+{-# INLINE happyIn232 #-}+happyOut232 :: (HappyAbsSyn ) -> HappyWrap232+happyOut232 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut232 #-}+newtype HappyWrap233 = HappyWrap233 (forall b. DisambECP b => PV (Located ([AddAnn],[LMatch GhcPs (Located b)])))+happyIn233 :: (forall b. DisambECP b => PV (Located ([AddAnn],[LMatch GhcPs (Located b)]))) -> (HappyAbsSyn )+happyIn233 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap233 x)+{-# INLINE happyIn233 #-}+happyOut233 :: (HappyAbsSyn ) -> HappyWrap233+happyOut233 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut233 #-}+newtype HappyWrap234 = HappyWrap234 (forall b. DisambECP b => PV (Located ([AddAnn],[LMatch GhcPs (Located b)])))+happyIn234 :: (forall b. DisambECP b => PV (Located ([AddAnn],[LMatch GhcPs (Located b)]))) -> (HappyAbsSyn )+happyIn234 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap234 x)+{-# INLINE happyIn234 #-}+happyOut234 :: (HappyAbsSyn ) -> HappyWrap234+happyOut234 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut234 #-}+newtype HappyWrap235 = HappyWrap235 (forall b. DisambECP b => PV (LMatch GhcPs (Located b)))+happyIn235 :: (forall b. DisambECP b => PV (LMatch GhcPs (Located b))) -> (HappyAbsSyn )+happyIn235 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap235 x)+{-# INLINE happyIn235 #-}+happyOut235 :: (HappyAbsSyn ) -> HappyWrap235+happyOut235 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut235 #-}+newtype HappyWrap236 = HappyWrap236 (forall b. DisambECP b => PV (Located ([AddAnn],GRHSs GhcPs (Located b))))+happyIn236 :: (forall b. DisambECP b => PV (Located ([AddAnn],GRHSs GhcPs (Located b)))) -> (HappyAbsSyn )+happyIn236 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap236 x)+{-# INLINE happyIn236 #-}+happyOut236 :: (HappyAbsSyn ) -> HappyWrap236+happyOut236 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut236 #-}+newtype HappyWrap237 = HappyWrap237 (forall b. DisambECP b => PV (Located [LGRHS GhcPs (Located b)]))+happyIn237 :: (forall b. DisambECP b => PV (Located [LGRHS GhcPs (Located b)])) -> (HappyAbsSyn )+happyIn237 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap237 x)+{-# INLINE happyIn237 #-}+happyOut237 :: (HappyAbsSyn ) -> HappyWrap237+happyOut237 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut237 #-}+newtype HappyWrap238 = HappyWrap238 (forall b. DisambECP b => PV (Located [LGRHS GhcPs (Located b)]))+happyIn238 :: (forall b. DisambECP b => PV (Located [LGRHS GhcPs (Located b)])) -> (HappyAbsSyn )+happyIn238 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap238 x)+{-# INLINE happyIn238 #-}+happyOut238 :: (HappyAbsSyn ) -> HappyWrap238+happyOut238 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut238 #-}+newtype HappyWrap239 = HappyWrap239 (Located ([AddAnn],[LGRHS GhcPs (LHsExpr GhcPs)]))+happyIn239 :: (Located ([AddAnn],[LGRHS GhcPs (LHsExpr GhcPs)])) -> (HappyAbsSyn )+happyIn239 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap239 x)+{-# INLINE happyIn239 #-}+happyOut239 :: (HappyAbsSyn ) -> HappyWrap239+happyOut239 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut239 #-}+newtype HappyWrap240 = HappyWrap240 (forall b. DisambECP b => PV (LGRHS GhcPs (Located b)))+happyIn240 :: (forall b. DisambECP b => PV (LGRHS GhcPs (Located b))) -> (HappyAbsSyn )+happyIn240 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap240 x)+{-# INLINE happyIn240 #-}+happyOut240 :: (HappyAbsSyn ) -> HappyWrap240+happyOut240 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut240 #-}+newtype HappyWrap241 = HappyWrap241 (LPat GhcPs)+happyIn241 :: (LPat GhcPs) -> (HappyAbsSyn )+happyIn241 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap241 x)+{-# INLINE happyIn241 #-}+happyOut241 :: (HappyAbsSyn ) -> HappyWrap241+happyOut241 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut241 #-}+newtype HappyWrap242 = HappyWrap242 (LPat GhcPs)+happyIn242 :: (LPat GhcPs) -> (HappyAbsSyn )+happyIn242 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap242 x)+{-# INLINE happyIn242 #-}+happyOut242 :: (HappyAbsSyn ) -> HappyWrap242+happyOut242 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut242 #-}+newtype HappyWrap243 = HappyWrap243 (LPat GhcPs)+happyIn243 :: (LPat GhcPs) -> (HappyAbsSyn )+happyIn243 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap243 x)+{-# INLINE happyIn243 #-}+happyOut243 :: (HappyAbsSyn ) -> HappyWrap243+happyOut243 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut243 #-}+newtype HappyWrap244 = HappyWrap244 ([LPat GhcPs])+happyIn244 :: ([LPat GhcPs]) -> (HappyAbsSyn )+happyIn244 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap244 x)+{-# INLINE happyIn244 #-}+happyOut244 :: (HappyAbsSyn ) -> HappyWrap244+happyOut244 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut244 #-}+newtype HappyWrap245 = HappyWrap245 (forall b. DisambECP b => PV (Located ([AddAnn],[LStmt GhcPs (Located b)])))+happyIn245 :: (forall b. DisambECP b => PV (Located ([AddAnn],[LStmt GhcPs (Located b)]))) -> (HappyAbsSyn )+happyIn245 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap245 x)+{-# INLINE happyIn245 #-}+happyOut245 :: (HappyAbsSyn ) -> HappyWrap245+happyOut245 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut245 #-}+newtype HappyWrap246 = HappyWrap246 (forall b. DisambECP b => PV (Located ([AddAnn],[LStmt GhcPs (Located b)])))+happyIn246 :: (forall b. DisambECP b => PV (Located ([AddAnn],[LStmt GhcPs (Located b)]))) -> (HappyAbsSyn )+happyIn246 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap246 x)+{-# INLINE happyIn246 #-}+happyOut246 :: (HappyAbsSyn ) -> HappyWrap246+happyOut246 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut246 #-}+newtype HappyWrap247 = HappyWrap247 (Maybe (LStmt GhcPs (LHsExpr GhcPs)))+happyIn247 :: (Maybe (LStmt GhcPs (LHsExpr GhcPs))) -> (HappyAbsSyn )+happyIn247 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap247 x)+{-# INLINE happyIn247 #-}+happyOut247 :: (HappyAbsSyn ) -> HappyWrap247+happyOut247 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut247 #-}+newtype HappyWrap248 = HappyWrap248 (LStmt GhcPs (LHsExpr GhcPs))+happyIn248 :: (LStmt GhcPs (LHsExpr GhcPs)) -> (HappyAbsSyn )+happyIn248 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap248 x)+{-# INLINE happyIn248 #-}+happyOut248 :: (HappyAbsSyn ) -> HappyWrap248+happyOut248 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut248 #-}+newtype HappyWrap249 = HappyWrap249 (forall b. DisambECP b => PV (LStmt GhcPs (Located b)))+happyIn249 :: (forall b. DisambECP b => PV (LStmt GhcPs (Located b))) -> (HappyAbsSyn )+happyIn249 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap249 x)+{-# INLINE happyIn249 #-}+happyOut249 :: (HappyAbsSyn ) -> HappyWrap249+happyOut249 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut249 #-}+newtype HappyWrap250 = HappyWrap250 (forall b. DisambECP b => PV (LStmt GhcPs (Located b)))+happyIn250 :: (forall b. DisambECP b => PV (LStmt GhcPs (Located b))) -> (HappyAbsSyn )+happyIn250 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap250 x)+{-# INLINE happyIn250 #-}+happyOut250 :: (HappyAbsSyn ) -> HappyWrap250+happyOut250 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut250 #-}+newtype HappyWrap251 = HappyWrap251 (forall b. DisambECP b => PV ([AddAnn],([LHsRecField GhcPs (Located b)], Maybe SrcSpan)))+happyIn251 :: (forall b. DisambECP b => PV ([AddAnn],([LHsRecField GhcPs (Located b)], Maybe SrcSpan))) -> (HappyAbsSyn )+happyIn251 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap251 x)+{-# INLINE happyIn251 #-}+happyOut251 :: (HappyAbsSyn ) -> HappyWrap251+happyOut251 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut251 #-}+newtype HappyWrap252 = HappyWrap252 (forall b. DisambECP b => PV ([AddAnn],([LHsRecField GhcPs (Located b)], Maybe SrcSpan)))+happyIn252 :: (forall b. DisambECP b => PV ([AddAnn],([LHsRecField GhcPs (Located b)], Maybe SrcSpan))) -> (HappyAbsSyn )+happyIn252 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap252 x)+{-# INLINE happyIn252 #-}+happyOut252 :: (HappyAbsSyn ) -> HappyWrap252+happyOut252 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut252 #-}+newtype HappyWrap253 = HappyWrap253 (forall b. DisambECP b => PV (LHsRecField GhcPs (Located b)))+happyIn253 :: (forall b. DisambECP b => PV (LHsRecField GhcPs (Located b))) -> (HappyAbsSyn )+happyIn253 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap253 x)+{-# INLINE happyIn253 #-}+happyOut253 :: (HappyAbsSyn ) -> HappyWrap253+happyOut253 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut253 #-}+newtype HappyWrap254 = HappyWrap254 (Located [LIPBind GhcPs])+happyIn254 :: (Located [LIPBind GhcPs]) -> (HappyAbsSyn )+happyIn254 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap254 x)+{-# INLINE happyIn254 #-}+happyOut254 :: (HappyAbsSyn ) -> HappyWrap254+happyOut254 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut254 #-}+newtype HappyWrap255 = HappyWrap255 (LIPBind GhcPs)+happyIn255 :: (LIPBind GhcPs) -> (HappyAbsSyn )+happyIn255 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap255 x)+{-# INLINE happyIn255 #-}+happyOut255 :: (HappyAbsSyn ) -> HappyWrap255+happyOut255 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut255 #-}+newtype HappyWrap256 = HappyWrap256 (Located HsIPName)+happyIn256 :: (Located HsIPName) -> (HappyAbsSyn )+happyIn256 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap256 x)+{-# INLINE happyIn256 #-}+happyOut256 :: (HappyAbsSyn ) -> HappyWrap256+happyOut256 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut256 #-}+newtype HappyWrap257 = HappyWrap257 (Located FastString)+happyIn257 :: (Located FastString) -> (HappyAbsSyn )+happyIn257 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap257 x)+{-# INLINE happyIn257 #-}+happyOut257 :: (HappyAbsSyn ) -> HappyWrap257+happyOut257 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut257 #-}+newtype HappyWrap258 = HappyWrap258 (LBooleanFormula (Located RdrName))+happyIn258 :: (LBooleanFormula (Located RdrName)) -> (HappyAbsSyn )+happyIn258 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap258 x)+{-# INLINE happyIn258 #-}+happyOut258 :: (HappyAbsSyn ) -> HappyWrap258+happyOut258 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut258 #-}+newtype HappyWrap259 = HappyWrap259 (LBooleanFormula (Located RdrName))+happyIn259 :: (LBooleanFormula (Located RdrName)) -> (HappyAbsSyn )+happyIn259 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap259 x)+{-# INLINE happyIn259 #-}+happyOut259 :: (HappyAbsSyn ) -> HappyWrap259+happyOut259 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut259 #-}+newtype HappyWrap260 = HappyWrap260 (LBooleanFormula (Located RdrName))+happyIn260 :: (LBooleanFormula (Located RdrName)) -> (HappyAbsSyn )+happyIn260 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap260 x)+{-# INLINE happyIn260 #-}+happyOut260 :: (HappyAbsSyn ) -> HappyWrap260+happyOut260 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut260 #-}+newtype HappyWrap261 = HappyWrap261 ([LBooleanFormula (Located RdrName)])+happyIn261 :: ([LBooleanFormula (Located RdrName)]) -> (HappyAbsSyn )+happyIn261 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap261 x)+{-# INLINE happyIn261 #-}+happyOut261 :: (HappyAbsSyn ) -> HappyWrap261+happyOut261 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut261 #-}+newtype HappyWrap262 = HappyWrap262 (LBooleanFormula (Located RdrName))+happyIn262 :: (LBooleanFormula (Located RdrName)) -> (HappyAbsSyn )+happyIn262 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap262 x)+{-# INLINE happyIn262 #-}+happyOut262 :: (HappyAbsSyn ) -> HappyWrap262+happyOut262 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut262 #-}+newtype HappyWrap263 = HappyWrap263 (Located [Located RdrName])+happyIn263 :: (Located [Located RdrName]) -> (HappyAbsSyn )+happyIn263 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap263 x)+{-# INLINE happyIn263 #-}+happyOut263 :: (HappyAbsSyn ) -> HappyWrap263+happyOut263 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut263 #-}+newtype HappyWrap264 = HappyWrap264 (Located RdrName)+happyIn264 :: (Located RdrName) -> (HappyAbsSyn )+happyIn264 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap264 x)+{-# INLINE happyIn264 #-}+happyOut264 :: (HappyAbsSyn ) -> HappyWrap264+happyOut264 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut264 #-}+newtype HappyWrap265 = HappyWrap265 (Located RdrName)+happyIn265 :: (Located RdrName) -> (HappyAbsSyn )+happyIn265 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap265 x)+{-# INLINE happyIn265 #-}+happyOut265 :: (HappyAbsSyn ) -> HappyWrap265+happyOut265 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut265 #-}+newtype HappyWrap266 = HappyWrap266 (Located RdrName)+happyIn266 :: (Located RdrName) -> (HappyAbsSyn )+happyIn266 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap266 x)+{-# INLINE happyIn266 #-}+happyOut266 :: (HappyAbsSyn ) -> HappyWrap266+happyOut266 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut266 #-}+newtype HappyWrap267 = HappyWrap267 (Located RdrName)+happyIn267 :: (Located RdrName) -> (HappyAbsSyn )+happyIn267 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap267 x)+{-# INLINE happyIn267 #-}+happyOut267 :: (HappyAbsSyn ) -> HappyWrap267+happyOut267 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut267 #-}+newtype HappyWrap268 = HappyWrap268 (Located RdrName)+happyIn268 :: (Located RdrName) -> (HappyAbsSyn )+happyIn268 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap268 x)+{-# INLINE happyIn268 #-}+happyOut268 :: (HappyAbsSyn ) -> HappyWrap268+happyOut268 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut268 #-}+newtype HappyWrap269 = HappyWrap269 (Located [Located RdrName])+happyIn269 :: (Located [Located RdrName]) -> (HappyAbsSyn )+happyIn269 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap269 x)+{-# INLINE happyIn269 #-}+happyOut269 :: (HappyAbsSyn ) -> HappyWrap269+happyOut269 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut269 #-}+newtype HappyWrap270 = HappyWrap270 (Located DataCon)+happyIn270 :: (Located DataCon) -> (HappyAbsSyn )+happyIn270 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap270 x)+{-# INLINE happyIn270 #-}+happyOut270 :: (HappyAbsSyn ) -> HappyWrap270+happyOut270 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut270 #-}+newtype HappyWrap271 = HappyWrap271 (Located DataCon)+happyIn271 :: (Located DataCon) -> (HappyAbsSyn )+happyIn271 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap271 x)+{-# INLINE happyIn271 #-}+happyOut271 :: (HappyAbsSyn ) -> HappyWrap271+happyOut271 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut271 #-}+newtype HappyWrap272 = HappyWrap272 (Located RdrName)+happyIn272 :: (Located RdrName) -> (HappyAbsSyn )+happyIn272 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap272 x)+{-# INLINE happyIn272 #-}+happyOut272 :: (HappyAbsSyn ) -> HappyWrap272+happyOut272 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut272 #-}+newtype HappyWrap273 = HappyWrap273 (Located RdrName)+happyIn273 :: (Located RdrName) -> (HappyAbsSyn )+happyIn273 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap273 x)+{-# INLINE happyIn273 #-}+happyOut273 :: (HappyAbsSyn ) -> HappyWrap273+happyOut273 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut273 #-}+newtype HappyWrap274 = HappyWrap274 (Located RdrName)+happyIn274 :: (Located RdrName) -> (HappyAbsSyn )+happyIn274 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap274 x)+{-# INLINE happyIn274 #-}+happyOut274 :: (HappyAbsSyn ) -> HappyWrap274+happyOut274 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut274 #-}+newtype HappyWrap275 = HappyWrap275 (Located RdrName)+happyIn275 :: (Located RdrName) -> (HappyAbsSyn )+happyIn275 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap275 x)+{-# INLINE happyIn275 #-}+happyOut275 :: (HappyAbsSyn ) -> HappyWrap275+happyOut275 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut275 #-}+newtype HappyWrap276 = HappyWrap276 (Located RdrName)+happyIn276 :: (Located RdrName) -> (HappyAbsSyn )+happyIn276 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap276 x)+{-# INLINE happyIn276 #-}+happyOut276 :: (HappyAbsSyn ) -> HappyWrap276+happyOut276 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut276 #-}+newtype HappyWrap277 = HappyWrap277 (Located RdrName)+happyIn277 :: (Located RdrName) -> (HappyAbsSyn )+happyIn277 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap277 x)+{-# INLINE happyIn277 #-}+happyOut277 :: (HappyAbsSyn ) -> HappyWrap277+happyOut277 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut277 #-}+newtype HappyWrap278 = HappyWrap278 (Located RdrName)+happyIn278 :: (Located RdrName) -> (HappyAbsSyn )+happyIn278 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap278 x)+{-# INLINE happyIn278 #-}+happyOut278 :: (HappyAbsSyn ) -> HappyWrap278+happyOut278 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut278 #-}+newtype HappyWrap279 = HappyWrap279 (Located RdrName)+happyIn279 :: (Located RdrName) -> (HappyAbsSyn )+happyIn279 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap279 x)+{-# INLINE happyIn279 #-}+happyOut279 :: (HappyAbsSyn ) -> HappyWrap279+happyOut279 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut279 #-}+newtype HappyWrap280 = HappyWrap280 (Located RdrName)+happyIn280 :: (Located RdrName) -> (HappyAbsSyn )+happyIn280 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap280 x)+{-# INLINE happyIn280 #-}+happyOut280 :: (HappyAbsSyn ) -> HappyWrap280+happyOut280 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut280 #-}+newtype HappyWrap281 = HappyWrap281 (Located RdrName)+happyIn281 :: (Located RdrName) -> (HappyAbsSyn )+happyIn281 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap281 x)+{-# INLINE happyIn281 #-}+happyOut281 :: (HappyAbsSyn ) -> HappyWrap281+happyOut281 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut281 #-}+newtype HappyWrap282 = HappyWrap282 (Located RdrName)+happyIn282 :: (Located RdrName) -> (HappyAbsSyn )+happyIn282 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap282 x)+{-# INLINE happyIn282 #-}+happyOut282 :: (HappyAbsSyn ) -> HappyWrap282+happyOut282 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut282 #-}+newtype HappyWrap283 = HappyWrap283 (Located RdrName)+happyIn283 :: (Located RdrName) -> (HappyAbsSyn )+happyIn283 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap283 x)+{-# INLINE happyIn283 #-}+happyOut283 :: (HappyAbsSyn ) -> HappyWrap283+happyOut283 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut283 #-}+newtype HappyWrap284 = HappyWrap284 (Located RdrName)+happyIn284 :: (Located RdrName) -> (HappyAbsSyn )+happyIn284 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap284 x)+{-# INLINE happyIn284 #-}+happyOut284 :: (HappyAbsSyn ) -> HappyWrap284+happyOut284 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut284 #-}+newtype HappyWrap285 = HappyWrap285 (forall b. DisambInfixOp b => PV (Located b))+happyIn285 :: (forall b. DisambInfixOp b => PV (Located b)) -> (HappyAbsSyn )+happyIn285 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap285 x)+{-# INLINE happyIn285 #-}+happyOut285 :: (HappyAbsSyn ) -> HappyWrap285+happyOut285 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut285 #-}+newtype HappyWrap286 = HappyWrap286 (forall b. DisambInfixOp b => PV (Located b))+happyIn286 :: (forall b. DisambInfixOp b => PV (Located b)) -> (HappyAbsSyn )+happyIn286 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap286 x)+{-# INLINE happyIn286 #-}+happyOut286 :: (HappyAbsSyn ) -> HappyWrap286+happyOut286 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut286 #-}+newtype HappyWrap287 = HappyWrap287 (forall b. DisambInfixOp b => PV (Located b))+happyIn287 :: (forall b. DisambInfixOp b => PV (Located b)) -> (HappyAbsSyn )+happyIn287 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap287 x)+{-# INLINE happyIn287 #-}+happyOut287 :: (HappyAbsSyn ) -> HappyWrap287+happyOut287 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut287 #-}+newtype HappyWrap288 = HappyWrap288 (Located RdrName)+happyIn288 :: (Located RdrName) -> (HappyAbsSyn )+happyIn288 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap288 x)+{-# INLINE happyIn288 #-}+happyOut288 :: (HappyAbsSyn ) -> HappyWrap288+happyOut288 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut288 #-}+newtype HappyWrap289 = HappyWrap289 (Located RdrName)+happyIn289 :: (Located RdrName) -> (HappyAbsSyn )+happyIn289 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap289 x)+{-# INLINE happyIn289 #-}+happyOut289 :: (HappyAbsSyn ) -> HappyWrap289+happyOut289 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut289 #-}+newtype HappyWrap290 = HappyWrap290 (Located RdrName)+happyIn290 :: (Located RdrName) -> (HappyAbsSyn )+happyIn290 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap290 x)+{-# INLINE happyIn290 #-}+happyOut290 :: (HappyAbsSyn ) -> HappyWrap290+happyOut290 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut290 #-}+newtype HappyWrap291 = HappyWrap291 (Located RdrName)+happyIn291 :: (Located RdrName) -> (HappyAbsSyn )+happyIn291 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap291 x)+{-# INLINE happyIn291 #-}+happyOut291 :: (HappyAbsSyn ) -> HappyWrap291+happyOut291 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut291 #-}+newtype HappyWrap292 = HappyWrap292 (Located RdrName)+happyIn292 :: (Located RdrName) -> (HappyAbsSyn )+happyIn292 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap292 x)+{-# INLINE happyIn292 #-}+happyOut292 :: (HappyAbsSyn ) -> HappyWrap292+happyOut292 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut292 #-}+newtype HappyWrap293 = HappyWrap293 (Located RdrName)+happyIn293 :: (Located RdrName) -> (HappyAbsSyn )+happyIn293 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap293 x)+{-# INLINE happyIn293 #-}+happyOut293 :: (HappyAbsSyn ) -> HappyWrap293+happyOut293 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut293 #-}+newtype HappyWrap294 = HappyWrap294 (Located RdrName)+happyIn294 :: (Located RdrName) -> (HappyAbsSyn )+happyIn294 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap294 x)+{-# INLINE happyIn294 #-}+happyOut294 :: (HappyAbsSyn ) -> HappyWrap294+happyOut294 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut294 #-}+newtype HappyWrap295 = HappyWrap295 (Located RdrName)+happyIn295 :: (Located RdrName) -> (HappyAbsSyn )+happyIn295 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap295 x)+{-# INLINE happyIn295 #-}+happyOut295 :: (HappyAbsSyn ) -> HappyWrap295+happyOut295 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut295 #-}+newtype HappyWrap296 = HappyWrap296 (Located RdrName)+happyIn296 :: (Located RdrName) -> (HappyAbsSyn )+happyIn296 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap296 x)+{-# INLINE happyIn296 #-}+happyOut296 :: (HappyAbsSyn ) -> HappyWrap296+happyOut296 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut296 #-}+newtype HappyWrap297 = HappyWrap297 (Located RdrName)+happyIn297 :: (Located RdrName) -> (HappyAbsSyn )+happyIn297 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap297 x)+{-# INLINE happyIn297 #-}+happyOut297 :: (HappyAbsSyn ) -> HappyWrap297+happyOut297 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut297 #-}+newtype HappyWrap298 = HappyWrap298 (Located RdrName)+happyIn298 :: (Located RdrName) -> (HappyAbsSyn )+happyIn298 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap298 x)+{-# INLINE happyIn298 #-}+happyOut298 :: (HappyAbsSyn ) -> HappyWrap298+happyOut298 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut298 #-}+newtype HappyWrap299 = HappyWrap299 (Located RdrName)+happyIn299 :: (Located RdrName) -> (HappyAbsSyn )+happyIn299 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap299 x)+{-# INLINE happyIn299 #-}+happyOut299 :: (HappyAbsSyn ) -> HappyWrap299+happyOut299 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut299 #-}+newtype HappyWrap300 = HappyWrap300 (Located RdrName)+happyIn300 :: (Located RdrName) -> (HappyAbsSyn )+happyIn300 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap300 x)+{-# INLINE happyIn300 #-}+happyOut300 :: (HappyAbsSyn ) -> HappyWrap300+happyOut300 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut300 #-}+newtype HappyWrap301 = HappyWrap301 (Located RdrName)+happyIn301 :: (Located RdrName) -> (HappyAbsSyn )+happyIn301 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap301 x)+{-# INLINE happyIn301 #-}+happyOut301 :: (HappyAbsSyn ) -> HappyWrap301+happyOut301 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut301 #-}+newtype HappyWrap302 = HappyWrap302 (Located FastString)+happyIn302 :: (Located FastString) -> (HappyAbsSyn )+happyIn302 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap302 x)+{-# INLINE happyIn302 #-}+happyOut302 :: (HappyAbsSyn ) -> HappyWrap302+happyOut302 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut302 #-}+newtype HappyWrap303 = HappyWrap303 (Located FastString)+happyIn303 :: (Located FastString) -> (HappyAbsSyn )+happyIn303 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap303 x)+{-# INLINE happyIn303 #-}+happyOut303 :: (HappyAbsSyn ) -> HappyWrap303+happyOut303 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut303 #-}+newtype HappyWrap304 = HappyWrap304 (Located RdrName)+happyIn304 :: (Located RdrName) -> (HappyAbsSyn )+happyIn304 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap304 x)+{-# INLINE happyIn304 #-}+happyOut304 :: (HappyAbsSyn ) -> HappyWrap304+happyOut304 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut304 #-}+newtype HappyWrap305 = HappyWrap305 (Located RdrName)+happyIn305 :: (Located RdrName) -> (HappyAbsSyn )+happyIn305 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap305 x)+{-# INLINE happyIn305 #-}+happyOut305 :: (HappyAbsSyn ) -> HappyWrap305+happyOut305 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut305 #-}+newtype HappyWrap306 = HappyWrap306 (Located RdrName)+happyIn306 :: (Located RdrName) -> (HappyAbsSyn )+happyIn306 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap306 x)+{-# INLINE happyIn306 #-}+happyOut306 :: (HappyAbsSyn ) -> HappyWrap306+happyOut306 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut306 #-}+newtype HappyWrap307 = HappyWrap307 (Located RdrName)+happyIn307 :: (Located RdrName) -> (HappyAbsSyn )+happyIn307 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap307 x)+{-# INLINE happyIn307 #-}+happyOut307 :: (HappyAbsSyn ) -> HappyWrap307+happyOut307 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut307 #-}+newtype HappyWrap308 = HappyWrap308 (Located (HsLit GhcPs))+happyIn308 :: (Located (HsLit GhcPs)) -> (HappyAbsSyn )+happyIn308 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap308 x)+{-# INLINE happyIn308 #-}+happyOut308 :: (HappyAbsSyn ) -> HappyWrap308+happyOut308 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut308 #-}+newtype HappyWrap309 = HappyWrap309 (())+happyIn309 :: (()) -> (HappyAbsSyn )+happyIn309 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap309 x)+{-# INLINE happyIn309 #-}+happyOut309 :: (HappyAbsSyn ) -> HappyWrap309+happyOut309 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut309 #-}+newtype HappyWrap310 = HappyWrap310 (Located ModuleName)+happyIn310 :: (Located ModuleName) -> (HappyAbsSyn )+happyIn310 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap310 x)+{-# INLINE happyIn310 #-}+happyOut310 :: (HappyAbsSyn ) -> HappyWrap310+happyOut310 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut310 #-}+newtype HappyWrap311 = HappyWrap311 (([SrcSpan],Int))+happyIn311 :: (([SrcSpan],Int)) -> (HappyAbsSyn )+happyIn311 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap311 x)+{-# INLINE happyIn311 #-}+happyOut311 :: (HappyAbsSyn ) -> HappyWrap311+happyOut311 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut311 #-}+newtype HappyWrap312 = HappyWrap312 (([SrcSpan],Int))+happyIn312 :: (([SrcSpan],Int)) -> (HappyAbsSyn )+happyIn312 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap312 x)+{-# INLINE happyIn312 #-}+happyOut312 :: (HappyAbsSyn ) -> HappyWrap312+happyOut312 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut312 #-}+newtype HappyWrap313 = HappyWrap313 (([SrcSpan],Int))+happyIn313 :: (([SrcSpan],Int)) -> (HappyAbsSyn )+happyIn313 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap313 x)+{-# INLINE happyIn313 #-}+happyOut313 :: (HappyAbsSyn ) -> HappyWrap313+happyOut313 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut313 #-}+newtype HappyWrap314 = HappyWrap314 (ECP)+happyIn314 :: (ECP) -> (HappyAbsSyn )+happyIn314 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap314 x)+{-# INLINE happyIn314 #-}+happyOut314 :: (HappyAbsSyn ) -> HappyWrap314+happyOut314 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut314 #-}+newtype HappyWrap315 = HappyWrap315 (ECP)+happyIn315 :: (ECP) -> (HappyAbsSyn )+happyIn315 x = Happy_GHC_Exts.unsafeCoerce# (HappyWrap315 x)+{-# INLINE happyIn315 #-}+happyOut315 :: (HappyAbsSyn ) -> HappyWrap315+happyOut315 x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOut315 #-}+happyInTok :: ((Located Token)) -> (HappyAbsSyn )+happyInTok x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyInTok #-}+happyOutTok :: (HappyAbsSyn ) -> ((Located Token))+happyOutTok x = Happy_GHC_Exts.unsafeCoerce# x+{-# INLINE happyOutTok #-}+++happyExpList :: HappyAddr+happyExpList = HappyA# 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COMPLETE'","'#-}'","'..'","':'","'::'","'='","'\\\\'","'lcase'","'|'","'<-'","'->'","'->.'","TIGHT_INFIX_AT","'=>'","'-'","PREFIX_TILDE","PREFIX_BANG","PREFIX_MINUS","'*'","'-<'","'>-'","'-<<'","'>>-'","'.'","PREFIX_AT","PREFIX_PERCENT","'{'","'}'","vocurly","vccurly","'['","']'","'('","')'","'(#'","'#)'","'(|'","'|)'","';'","','","'`'","SIMPLEQUOTE","VARID","CONID","VARSYM","CONSYM","QVARID","QCONID","QVARSYM","QCONSYM","DO","MDO","IPDUPVARID","LABELVARID","CHAR","STRING","INTEGER","RATIONAL","PRIMCHAR","PRIMSTRING","PRIMINTEGER","PRIMWORD","PRIMFLOAT","PRIMDOUBLE","'[|'","'[p|'","'[t|'","'[d|'","'|]'","'[||'","'||]'","PREFIX_DOLLAR","PREFIX_DOLLAR_DOLLAR","TH_TY_QUOTE","TH_QUASIQUOTE","TH_QQUASIQUOTE","%eof"]+        bit_start = st Prelude.* 461+        bit_end = (st Prelude.+ 1) Prelude.* 461+        read_bit = readArrayBit happyExpList+        bits = Prelude.map read_bit [bit_start..bit_end Prelude.- 1]+        bits_indexed = Prelude.zip bits [0..460]+        token_strs_expected = Prelude.concatMap f bits_indexed+        f (Prelude.False, _) = []+        f (Prelude.True, nr) = [token_strs Prelude.!! nr]++happyActOffsets :: HappyAddr+happyActOffsets = HappyA# 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:: HappyAddr+happyGotoOffsets = HappyA# 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:: Happy_GHC_Exts.Int# -> Happy_GHC_Exts.Int#+happyAdjustOffset off = off++happyDefActions :: HappyAddr+happyDefActions = HappyA# 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:: HappyAddr+happyCheck = HappyA# 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:: HappyAddr+happyTable = HappyA# 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0\x9e\x00\xa1\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x8e\x00\x00\x00\x9f\x00\x71\x00\x00\x00\x00\x00\x72\x00\x73\x00\x11\x03\x95\x00\x96\x00\x00\x00\x97\x00\x98\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\xa0\x00\x0f\x00\x10\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x11\x00\x00\x00\x7b\x00\x7c\x00\x00\x00\x00\x00\xa1\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x9d\x00\x9e\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x9f\x00\x71\x00\x00\x00\x00\x00\x72\x00\x73\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\xa0\x00\x0f\x00\x10\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x11\x00\x00\x00\x7b\x00\x7c\x00\x00\x00\x00\x00\xa1\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00"#++happyReduceArr = Happy_Data_Array.array (13, 799) [+	(13 , happyReduce_13),+	(14 , happyReduce_14),+	(15 , happyReduce_15),+	(16 , happyReduce_16),+	(17 , happyReduce_17),+	(18 , happyReduce_18),+	(19 , happyReduce_19),+	(20 , happyReduce_20),+	(21 , happyReduce_21),+	(22 , happyReduce_22),+	(23 , happyReduce_23),+	(24 , happyReduce_24),+	(25 , happyReduce_25),+	(26 , happyReduce_26),+	(27 , happyReduce_27),+	(28 , happyReduce_28),+	(29 , happyReduce_29),+	(30 , happyReduce_30),+	(31 , happyReduce_31),+	(32 , happyReduce_32),+	(33 , happyReduce_33),+	(34 , happyReduce_34),+	(35 , happyReduce_35),+	(36 , happyReduce_36),+	(37 , happyReduce_37),+	(38 , happyReduce_38),+	(39 , happyReduce_39),+	(40 , happyReduce_40),+	(41 , happyReduce_41),+	(42 , happyReduce_42),+	(43 , happyReduce_43),+	(44 , happyReduce_44),+	(45 , happyReduce_45),+	(46 , happyReduce_46),+	(47 , happyReduce_47),+	(48 , happyReduce_48),+	(49 , happyReduce_49),+	(50 , happyReduce_50),+	(51 , happyReduce_51),+	(52 , happyReduce_52),+	(53 , happyReduce_53),+	(54 , happyReduce_54),+	(55 , happyReduce_55),+	(56 , happyReduce_56),+	(57 , happyReduce_57),+	(58 , happyReduce_58),+	(59 , happyReduce_59),+	(60 , happyReduce_60),+	(61 , happyReduce_61),+	(62 , happyReduce_62),+	(63 , happyReduce_63),+	(64 , happyReduce_64),+	(65 , happyReduce_65),+	(66 , happyReduce_66),+	(67 , happyReduce_67),+	(68 , happyReduce_68),+	(69 , happyReduce_69),+	(70 , happyReduce_70),+	(71 , happyReduce_71),+	(72 , happyReduce_72),+	(73 , happyReduce_73),+	(74 , happyReduce_74),+	(75 , happyReduce_75),+	(76 , happyReduce_76),+	(77 , happyReduce_77),+	(78 , happyReduce_78),+	(79 , happyReduce_79),+	(80 , happyReduce_80),+	(81 , happyReduce_81),+	(82 , happyReduce_82),+	(83 , happyReduce_83),+	(84 , happyReduce_84),+	(85 , happyReduce_85),+	(86 , happyReduce_86),+	(87 , happyReduce_87),+	(88 , happyReduce_88),+	(89 , happyReduce_89),+	(90 , happyReduce_90),+	(91 , happyReduce_91),+	(92 , happyReduce_92),+	(93 , happyReduce_93),+	(94 , happyReduce_94),+	(95 , happyReduce_95),+	(96 , happyReduce_96),+	(97 , happyReduce_97),+	(98 , happyReduce_98),+	(99 , happyReduce_99),+	(100 , happyReduce_100),+	(101 , happyReduce_101),+	(102 , happyReduce_102),+	(103 , happyReduce_103),+	(104 , happyReduce_104),+	(105 , happyReduce_105),+	(106 , happyReduce_106),+	(107 , happyReduce_107),+	(108 , happyReduce_108),+	(109 , happyReduce_109),+	(110 , happyReduce_110),+	(111 , happyReduce_111),+	(112 , happyReduce_112),+	(113 , happyReduce_113),+	(114 , happyReduce_114),+	(115 , happyReduce_115),+	(116 , happyReduce_116),+	(117 , happyReduce_117),+	(118 , happyReduce_118),+	(119 , happyReduce_119),+	(120 , happyReduce_120),+	(121 , happyReduce_121),+	(122 , happyReduce_122),+	(123 , happyReduce_123),+	(124 , happyReduce_124),+	(125 , happyReduce_125),+	(126 , happyReduce_126),+	(127 , happyReduce_127),+	(128 , happyReduce_128),+	(129 , happyReduce_129),+	(130 , happyReduce_130),+	(131 , happyReduce_131),+	(132 , happyReduce_132),+	(133 , happyReduce_133),+	(134 , happyReduce_134),+	(135 , happyReduce_135),+	(136 , happyReduce_136),+	(137 , happyReduce_137),+	(138 , happyReduce_138),+	(139 , happyReduce_139),+	(140 , happyReduce_140),+	(141 , happyReduce_141),+	(142 , happyReduce_142),+	(143 , happyReduce_143),+	(144 , happyReduce_144),+	(145 , happyReduce_145),+	(146 , happyReduce_146),+	(147 , happyReduce_147),+	(148 , happyReduce_148),+	(149 , happyReduce_149),+	(150 , happyReduce_150),+	(151 , happyReduce_151),+	(152 , happyReduce_152),+	(153 , happyReduce_153),+	(154 , happyReduce_154),+	(155 , happyReduce_155),+	(156 , happyReduce_156),+	(157 , happyReduce_157),+	(158 , happyReduce_158),+	(159 , happyReduce_159),+	(160 , happyReduce_160),+	(161 , happyReduce_161),+	(162 , happyReduce_162),+	(163 , happyReduce_163),+	(164 , happyReduce_164),+	(165 , happyReduce_165),+	(166 , happyReduce_166),+	(167 , happyReduce_167),+	(168 , happyReduce_168),+	(169 , happyReduce_169),+	(170 , happyReduce_170),+	(171 , happyReduce_171),+	(172 , happyReduce_172),+	(173 , happyReduce_173),+	(174 , happyReduce_174),+	(175 , happyReduce_175),+	(176 , happyReduce_176),+	(177 , happyReduce_177),+	(178 , happyReduce_178),+	(179 , happyReduce_179),+	(180 , happyReduce_180),+	(181 , happyReduce_181),+	(182 , happyReduce_182),+	(183 , happyReduce_183),+	(184 , happyReduce_184),+	(185 , happyReduce_185),+	(186 , happyReduce_186),+	(187 , happyReduce_187),+	(188 , happyReduce_188),+	(189 , happyReduce_189),+	(190 , happyReduce_190),+	(191 , happyReduce_191),+	(192 , happyReduce_192),+	(193 , happyReduce_193),+	(194 , happyReduce_194),+	(195 , happyReduce_195),+	(196 , happyReduce_196),+	(197 , happyReduce_197),+	(198 , happyReduce_198),+	(199 , happyReduce_199),+	(200 , happyReduce_200),+	(201 , happyReduce_201),+	(202 , happyReduce_202),+	(203 , happyReduce_203),+	(204 , happyReduce_204),+	(205 , happyReduce_205),+	(206 , happyReduce_206),+	(207 , happyReduce_207),+	(208 , happyReduce_208),+	(209 , happyReduce_209),+	(210 , happyReduce_210),+	(211 , happyReduce_211),+	(212 , happyReduce_212),+	(213 , happyReduce_213),+	(214 , happyReduce_214),+	(215 , happyReduce_215),+	(216 , happyReduce_216),+	(217 , happyReduce_217),+	(218 , happyReduce_218),+	(219 , happyReduce_219),+	(220 , happyReduce_220),+	(221 , happyReduce_221),+	(222 , happyReduce_222),+	(223 , happyReduce_223),+	(224 , happyReduce_224),+	(225 , happyReduce_225),+	(226 , happyReduce_226),+	(227 , happyReduce_227),+	(228 , happyReduce_228),+	(229 , happyReduce_229),+	(230 , happyReduce_230),+	(231 , happyReduce_231),+	(232 , happyReduce_232),+	(233 , happyReduce_233),+	(234 , happyReduce_234),+	(235 , happyReduce_235),+	(236 , happyReduce_236),+	(237 , happyReduce_237),+	(238 , happyReduce_238),+	(239 , happyReduce_239),+	(240 , happyReduce_240),+	(241 , happyReduce_241),+	(242 , happyReduce_242),+	(243 , happyReduce_243),+	(244 , happyReduce_244),+	(245 , happyReduce_245),+	(246 , happyReduce_246),+	(247 , happyReduce_247),+	(248 , happyReduce_248),+	(249 , happyReduce_249),+	(250 , happyReduce_250),+	(251 , happyReduce_251),+	(252 , happyReduce_252),+	(253 , happyReduce_253),+	(254 , happyReduce_254),+	(255 , happyReduce_255),+	(256 , happyReduce_256),+	(257 , happyReduce_257),+	(258 , happyReduce_258),+	(259 , happyReduce_259),+	(260 , happyReduce_260),+	(261 , happyReduce_261),+	(262 , happyReduce_262),+	(263 , happyReduce_263),+	(264 , happyReduce_264),+	(265 , happyReduce_265),+	(266 , happyReduce_266),+	(267 , happyReduce_267),+	(268 , happyReduce_268),+	(269 , happyReduce_269),+	(270 , happyReduce_270),+	(271 , happyReduce_271),+	(272 , happyReduce_272),+	(273 , happyReduce_273),+	(274 , happyReduce_274),+	(275 , happyReduce_275),+	(276 , happyReduce_276),+	(277 , happyReduce_277),+	(278 , happyReduce_278),+	(279 , happyReduce_279),+	(280 , happyReduce_280),+	(281 , happyReduce_281),+	(282 , happyReduce_282),+	(283 , happyReduce_283),+	(284 , happyReduce_284),+	(285 , happyReduce_285),+	(286 , happyReduce_286),+	(287 , happyReduce_287),+	(288 , happyReduce_288),+	(289 , happyReduce_289),+	(290 , happyReduce_290),+	(291 , happyReduce_291),+	(292 , happyReduce_292),+	(293 , happyReduce_293),+	(294 , happyReduce_294),+	(295 , happyReduce_295),+	(296 , happyReduce_296),+	(297 , happyReduce_297),+	(298 , happyReduce_298),+	(299 , happyReduce_299),+	(300 , happyReduce_300),+	(301 , happyReduce_301),+	(302 , happyReduce_302),+	(303 , happyReduce_303),+	(304 , happyReduce_304),+	(305 , happyReduce_305),+	(306 , happyReduce_306),+	(307 , happyReduce_307),+	(308 , happyReduce_308),+	(309 , happyReduce_309),+	(310 , happyReduce_310),+	(311 , happyReduce_311),+	(312 , happyReduce_312),+	(313 , happyReduce_313),+	(314 , happyReduce_314),+	(315 , happyReduce_315),+	(316 , happyReduce_316),+	(317 , happyReduce_317),+	(318 , happyReduce_318),+	(319 , happyReduce_319),+	(320 , happyReduce_320),+	(321 , happyReduce_321),+	(322 , 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happyReduce_740),+	(741 , happyReduce_741),+	(742 , happyReduce_742),+	(743 , happyReduce_743),+	(744 , happyReduce_744),+	(745 , happyReduce_745),+	(746 , happyReduce_746),+	(747 , happyReduce_747),+	(748 , happyReduce_748),+	(749 , happyReduce_749),+	(750 , happyReduce_750),+	(751 , happyReduce_751),+	(752 , happyReduce_752),+	(753 , happyReduce_753),+	(754 , happyReduce_754),+	(755 , happyReduce_755),+	(756 , happyReduce_756),+	(757 , happyReduce_757),+	(758 , happyReduce_758),+	(759 , happyReduce_759),+	(760 , happyReduce_760),+	(761 , happyReduce_761),+	(762 , happyReduce_762),+	(763 , happyReduce_763),+	(764 , happyReduce_764),+	(765 , happyReduce_765),+	(766 , happyReduce_766),+	(767 , happyReduce_767),+	(768 , happyReduce_768),+	(769 , happyReduce_769),+	(770 , happyReduce_770),+	(771 , happyReduce_771),+	(772 , happyReduce_772),+	(773 , happyReduce_773),+	(774 , happyReduce_774),+	(775 , happyReduce_775),+	(776 , happyReduce_776),+	(777 , happyReduce_777),+	(778 , happyReduce_778),+	(779 , happyReduce_779),+	(780 , happyReduce_780),+	(781 , happyReduce_781),+	(782 , happyReduce_782),+	(783 , happyReduce_783),+	(784 , happyReduce_784),+	(785 , happyReduce_785),+	(786 , happyReduce_786),+	(787 , happyReduce_787),+	(788 , happyReduce_788),+	(789 , happyReduce_789),+	(790 , happyReduce_790),+	(791 , happyReduce_791),+	(792 , happyReduce_792),+	(793 , happyReduce_793),+	(794 , happyReduce_794),+	(795 , happyReduce_795),+	(796 , happyReduce_796),+	(797 , happyReduce_797),+	(798 , happyReduce_798),+	(799 , happyReduce_799)+	]++happy_n_terms = 147 :: Prelude.Int+happy_n_nonterms = 300 :: Prelude.Int++happyReduce_13 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_13 = happySpecReduce_1  0# happyReduction_13+happyReduction_13 happy_x_1+	 =  case happyOut294 happy_x_1 of { (HappyWrap294 happy_var_1) -> +	happyIn16+		 (happy_var_1+	)}++happyReduce_14 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_14 = happySpecReduce_1  0# happyReduction_14+happyReduction_14 happy_x_1+	 =  case happyOut266 happy_x_1 of { (HappyWrap266 happy_var_1) -> +	happyIn16+		 (happy_var_1+	)}++happyReduce_15 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_15 = happySpecReduce_1  0# happyReduction_15+happyReduction_15 happy_x_1+	 =  case happyOut288 happy_x_1 of { (HappyWrap288 happy_var_1) -> +	happyIn16+		 (happy_var_1+	)}++happyReduce_16 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_16 = happySpecReduce_1  0# happyReduction_16+happyReduction_16 happy_x_1+	 =  case happyOut273 happy_x_1 of { (HappyWrap273 happy_var_1) -> +	happyIn16+		 (happy_var_1+	)}++happyReduce_17 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_17 = happyMonadReduce 3# 0# happyReduction_17+happyReduction_17 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ getRdrName unrestrictedFunTyCon)+                               [mop happy_var_1,mu AnnRarrow happy_var_2,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn16 r))++happyReduce_18 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_18 = happyMonadReduce 1# 0# happyReduction_18+happyReduction_18 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	( ams (sLL happy_var_1 happy_var_1 $ getRdrName unrestrictedFunTyCon)+                               [mu AnnRarrow happy_var_1])})+	) (\r -> happyReturn (happyIn16 r))++happyReduce_19 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_19 = happySpecReduce_3  1# happyReduction_19+happyReduction_19 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut18 happy_x_2 of { (HappyWrap18 happy_var_2) -> +	happyIn17+		 (fromOL happy_var_2+	)}++happyReduce_20 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_20 = happySpecReduce_3  1# happyReduction_20+happyReduction_20 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut18 happy_x_2 of { (HappyWrap18 happy_var_2) -> +	happyIn17+		 (fromOL happy_var_2+	)}++happyReduce_21 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_21 = happySpecReduce_3  2# happyReduction_21+happyReduction_21 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut18 happy_x_1 of { (HappyWrap18 happy_var_1) -> +	case happyOut19 happy_x_3 of { (HappyWrap19 happy_var_3) -> +	happyIn18+		 (happy_var_1 `appOL` unitOL happy_var_3+	)}}++happyReduce_22 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_22 = happySpecReduce_2  2# happyReduction_22+happyReduction_22 happy_x_2+	happy_x_1+	 =  case happyOut18 happy_x_1 of { (HappyWrap18 happy_var_1) -> +	happyIn18+		 (happy_var_1+	)}++happyReduce_23 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_23 = happySpecReduce_1  2# happyReduction_23+happyReduction_23 happy_x_1+	 =  case happyOut19 happy_x_1 of { (HappyWrap19 happy_var_1) -> +	happyIn18+		 (unitOL happy_var_1+	)}++happyReduce_24 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_24 = happyReduce 4# 3# happyReduction_24+happyReduction_24 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut24 happy_x_2 of { (HappyWrap24 happy_var_2) -> +	case happyOut31 happy_x_4 of { (HappyWrap31 happy_var_4) -> +	happyIn19+		 (sL1 happy_var_1 $ HsUnit { hsunitName = happy_var_2+                              , hsunitBody = fromOL happy_var_4 }+	) `HappyStk` happyRest}}}++happyReduce_25 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_25 = happySpecReduce_1  4# happyReduction_25+happyReduction_25 happy_x_1+	 =  case happyOut24 happy_x_1 of { (HappyWrap24 happy_var_1) -> +	happyIn20+		 (sL1 happy_var_1 $ HsUnitId happy_var_1 []+	)}++happyReduce_26 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_26 = happyReduce 4# 4# happyReduction_26+happyReduction_26 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOut24 happy_x_1 of { (HappyWrap24 happy_var_1) -> +	case happyOut21 happy_x_3 of { (HappyWrap21 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	happyIn20+		 (sLL happy_var_1 happy_var_4 $ HsUnitId happy_var_1 (fromOL happy_var_3)+	) `HappyStk` happyRest}}}++happyReduce_27 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_27 = happySpecReduce_3  5# happyReduction_27+happyReduction_27 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut21 happy_x_1 of { (HappyWrap21 happy_var_1) -> +	case happyOut22 happy_x_3 of { (HappyWrap22 happy_var_3) -> +	happyIn21+		 (happy_var_1 `appOL` unitOL happy_var_3+	)}}++happyReduce_28 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_28 = happySpecReduce_2  5# happyReduction_28+happyReduction_28 happy_x_2+	happy_x_1+	 =  case happyOut21 happy_x_1 of { (HappyWrap21 happy_var_1) -> +	happyIn21+		 (happy_var_1+	)}++happyReduce_29 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_29 = happySpecReduce_1  5# happyReduction_29+happyReduction_29 happy_x_1+	 =  case happyOut22 happy_x_1 of { (HappyWrap22 happy_var_1) -> +	happyIn21+		 (unitOL happy_var_1+	)}++happyReduce_30 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_30 = happySpecReduce_3  6# happyReduction_30+happyReduction_30 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut310 happy_x_1 of { (HappyWrap310 happy_var_1) -> +	case happyOut23 happy_x_3 of { (HappyWrap23 happy_var_3) -> +	happyIn22+		 (sLL happy_var_1 happy_var_3 $ (happy_var_1, happy_var_3)+	)}}++happyReduce_31 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_31 = happyReduce 4# 6# happyReduction_31+happyReduction_31 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOut310 happy_x_1 of { (HappyWrap310 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut310 happy_x_3 of { (HappyWrap310 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	happyIn22+		 (sLL happy_var_1 happy_var_4 $ (happy_var_1, sLL happy_var_2 happy_var_4 $ HsModuleVar happy_var_3)+	) `HappyStk` happyRest}}}}++happyReduce_32 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_32 = happySpecReduce_3  7# happyReduction_32+happyReduction_32 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut310 happy_x_2 of { (HappyWrap310 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn23+		 (sLL happy_var_1 happy_var_3 $ HsModuleVar happy_var_2+	)}}}++happyReduce_33 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_33 = happySpecReduce_3  7# happyReduction_33+happyReduction_33 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut20 happy_x_1 of { (HappyWrap20 happy_var_1) -> +	case happyOut310 happy_x_3 of { (HappyWrap310 happy_var_3) -> +	happyIn23+		 (sLL happy_var_1 happy_var_3 $ HsModuleId happy_var_1 happy_var_3+	)}}++happyReduce_34 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_34 = happySpecReduce_1  8# happyReduction_34+happyReduction_34 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn24+		 (sL1 happy_var_1 $ PackageName (getSTRING happy_var_1)+	)}++happyReduce_35 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_35 = happySpecReduce_1  8# happyReduction_35+happyReduction_35 happy_x_1+	 =  case happyOut27 happy_x_1 of { (HappyWrap27 happy_var_1) -> +	happyIn24+		 (sL1 happy_var_1 $ PackageName (unLoc happy_var_1)+	)}++happyReduce_36 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_36 = happySpecReduce_1  9# happyReduction_36+happyReduction_36 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn25+		 (sL1 happy_var_1 $ getVARID happy_var_1+	)}++happyReduce_37 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_37 = happySpecReduce_1  9# happyReduction_37+happyReduction_37 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn25+		 (sL1 happy_var_1 $ getCONID happy_var_1+	)}++happyReduce_38 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_38 = happySpecReduce_1  9# happyReduction_38+happyReduction_38 happy_x_1+	 =  case happyOut302 happy_x_1 of { (HappyWrap302 happy_var_1) -> +	happyIn25+		 (happy_var_1+	)}++happyReduce_39 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_39 = happySpecReduce_1  10# happyReduction_39+happyReduction_39 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn26+		 ([mj AnnMinus happy_var_1 ]+	)}++happyReduce_40 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_40 = happySpecReduce_1  10# happyReduction_40+happyReduction_40 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn26+		 ([mj AnnMinus happy_var_1 ]+	)}++happyReduce_41 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_41 = happyMonadReduce 1# 10# happyReduction_41+happyReduction_41 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	( if (getVARSYM happy_var_1 == fsLit "-")+                   then return [mj AnnMinus happy_var_1]+                   else do { addError $ PsError PsErrExpectedHyphen [] (getLoc happy_var_1)+                           ; return [] })})+	) (\r -> happyReturn (happyIn26 r))++happyReduce_42 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_42 = happySpecReduce_1  11# happyReduction_42+happyReduction_42 happy_x_1+	 =  case happyOut25 happy_x_1 of { (HappyWrap25 happy_var_1) -> +	happyIn27+		 (happy_var_1+	)}++happyReduce_43 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_43 = happySpecReduce_3  11# happyReduction_43+happyReduction_43 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut25 happy_x_1 of { (HappyWrap25 happy_var_1) -> +	case happyOut27 happy_x_3 of { (HappyWrap27 happy_var_3) -> +	happyIn27+		 (sLL happy_var_1 happy_var_3 $ appendFS (unLoc happy_var_1) (consFS '-' (unLoc happy_var_3))+	)}}++happyReduce_44 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_44 = happySpecReduce_0  12# happyReduction_44+happyReduction_44  =  happyIn28+		 (Nothing+	)++happyReduce_45 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_45 = happySpecReduce_3  12# happyReduction_45+happyReduction_45 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut29 happy_x_2 of { (HappyWrap29 happy_var_2) -> +	happyIn28+		 (Just (fromOL happy_var_2)+	)}++happyReduce_46 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_46 = happySpecReduce_3  13# happyReduction_46+happyReduction_46 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut29 happy_x_1 of { (HappyWrap29 happy_var_1) -> +	case happyOut30 happy_x_3 of { (HappyWrap30 happy_var_3) -> +	happyIn29+		 (happy_var_1 `appOL` unitOL happy_var_3+	)}}++happyReduce_47 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_47 = happySpecReduce_2  13# happyReduction_47+happyReduction_47 happy_x_2+	happy_x_1+	 =  case happyOut29 happy_x_1 of { (HappyWrap29 happy_var_1) -> +	happyIn29+		 (happy_var_1+	)}++happyReduce_48 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_48 = happySpecReduce_1  13# happyReduction_48+happyReduction_48 happy_x_1+	 =  case happyOut30 happy_x_1 of { (HappyWrap30 happy_var_1) -> +	happyIn29+		 (unitOL happy_var_1+	)}++happyReduce_49 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_49 = happySpecReduce_3  14# happyReduction_49+happyReduction_49 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut310 happy_x_1 of { (HappyWrap310 happy_var_1) -> +	case happyOut310 happy_x_3 of { (HappyWrap310 happy_var_3) -> +	happyIn30+		 (sLL happy_var_1 happy_var_3 $ Renaming happy_var_1 (Just happy_var_3)+	)}}++happyReduce_50 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_50 = happySpecReduce_1  14# happyReduction_50+happyReduction_50 happy_x_1+	 =  case happyOut310 happy_x_1 of { (HappyWrap310 happy_var_1) -> +	happyIn30+		 (sL1 happy_var_1    $ Renaming happy_var_1 Nothing+	)}++happyReduce_51 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_51 = happySpecReduce_3  15# happyReduction_51+happyReduction_51 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut32 happy_x_2 of { (HappyWrap32 happy_var_2) -> +	happyIn31+		 (happy_var_2+	)}++happyReduce_52 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_52 = happySpecReduce_3  15# happyReduction_52+happyReduction_52 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut32 happy_x_2 of { (HappyWrap32 happy_var_2) -> +	happyIn31+		 (happy_var_2+	)}++happyReduce_53 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_53 = happySpecReduce_3  16# happyReduction_53+happyReduction_53 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut32 happy_x_1 of { (HappyWrap32 happy_var_1) -> +	case happyOut33 happy_x_3 of { (HappyWrap33 happy_var_3) -> +	happyIn32+		 (happy_var_1 `appOL` unitOL happy_var_3+	)}}++happyReduce_54 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_54 = happySpecReduce_2  16# happyReduction_54+happyReduction_54 happy_x_2+	happy_x_1+	 =  case happyOut32 happy_x_1 of { (HappyWrap32 happy_var_1) -> +	happyIn32+		 (happy_var_1+	)}++happyReduce_55 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_55 = happySpecReduce_1  16# happyReduction_55+happyReduction_55 happy_x_1+	 =  case happyOut33 happy_x_1 of { (HappyWrap33 happy_var_1) -> +	happyIn32+		 (unitOL happy_var_1+	)}++happyReduce_56 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_56 = happyReduce 7# 17# happyReduction_56+happyReduction_56 (happy_x_7 `HappyStk`+	happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut63 happy_x_2 of { (HappyWrap63 happy_var_2) -> +	case happyOut310 happy_x_3 of { (HappyWrap310 happy_var_3) -> +	case happyOut38 happy_x_4 of { (HappyWrap38 happy_var_4) -> +	case happyOut48 happy_x_5 of { (HappyWrap48 happy_var_5) -> +	case happyOut39 happy_x_7 of { (HappyWrap39 happy_var_7) -> +	happyIn33+		 (sL1 happy_var_1 $ DeclD+                 (case snd happy_var_2 of+                   NotBoot -> HsSrcFile+                   IsBoot  -> HsBootFile)+                 happy_var_3+                 (Just $ sL1 happy_var_1 (HsModule (thdOf3 happy_var_7) (Just happy_var_3) happy_var_5 (fst $ sndOf3 happy_var_7) (snd $ sndOf3 happy_var_7) happy_var_4 Nothing))+	) `HappyStk` happyRest}}}}}}++happyReduce_57 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_57 = happyReduce 6# 17# happyReduction_57+happyReduction_57 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut310 happy_x_2 of { (HappyWrap310 happy_var_2) -> +	case happyOut38 happy_x_3 of { (HappyWrap38 happy_var_3) -> +	case happyOut48 happy_x_4 of { (HappyWrap48 happy_var_4) -> +	case happyOut39 happy_x_6 of { (HappyWrap39 happy_var_6) -> +	happyIn33+		 (sL1 happy_var_1 $ DeclD+                 HsigFile+                 happy_var_2+                 (Just $ sL1 happy_var_1 (HsModule (thdOf3 happy_var_6) (Just happy_var_2) happy_var_4 (fst $ sndOf3 happy_var_6) (snd $ sndOf3 happy_var_6) happy_var_3 Nothing))+	) `HappyStk` happyRest}}}}}++happyReduce_58 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_58 = happySpecReduce_3  17# happyReduction_58+happyReduction_58 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut63 happy_x_2 of { (HappyWrap63 happy_var_2) -> +	case happyOut310 happy_x_3 of { (HappyWrap310 happy_var_3) -> +	happyIn33+		 (sL1 happy_var_1 $ DeclD (case snd happy_var_2 of+                   NotBoot -> HsSrcFile+                   IsBoot  -> HsBootFile) happy_var_3 Nothing+	)}}}++happyReduce_59 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_59 = happySpecReduce_2  17# happyReduction_59+happyReduction_59 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut310 happy_x_2 of { (HappyWrap310 happy_var_2) -> +	happyIn33+		 (sL1 happy_var_1 $ DeclD HsigFile happy_var_2 Nothing+	)}}++happyReduce_60 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_60 = happySpecReduce_3  17# happyReduction_60+happyReduction_60 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut20 happy_x_2 of { (HappyWrap20 happy_var_2) -> +	case happyOut28 happy_x_3 of { (HappyWrap28 happy_var_3) -> +	happyIn33+		 (sL1 happy_var_1 $ IncludeD (IncludeDecl { idUnitId = happy_var_2+                                              , idModRenaming = happy_var_3+                                              , idSignatureInclude = False })+	)}}}++happyReduce_61 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_61 = happySpecReduce_3  17# happyReduction_61+happyReduction_61 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut20 happy_x_3 of { (HappyWrap20 happy_var_3) -> +	happyIn33+		 (sL1 happy_var_1 $ IncludeD (IncludeDecl { idUnitId = happy_var_3+                                              , idModRenaming = Nothing+                                              , idSignatureInclude = True })+	)}}++happyReduce_62 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_62 = happyMonadReduce 6# 18# happyReduction_62+happyReduction_62 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut310 happy_x_2 of { (HappyWrap310 happy_var_2) -> +	case happyOut38 happy_x_3 of { (HappyWrap38 happy_var_3) -> +	case happyOut48 happy_x_4 of { (HappyWrap48 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	case happyOut39 happy_x_6 of { (HappyWrap39 happy_var_6) -> +	( fileSrcSpan >>= \ loc ->+                ams (L loc (HsModule (thdOf3 happy_var_6) (Just happy_var_2) happy_var_4 (fst $ sndOf3 happy_var_6)+                              (snd $ sndOf3 happy_var_6) happy_var_3 Nothing)+                    )+                    ([mj AnnSignature happy_var_1, mj AnnWhere happy_var_5] ++ fstOf3 happy_var_6))}}}}}})+	) (\r -> happyReturn (happyIn34 r))++happyReduce_63 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_63 = happyMonadReduce 6# 19# happyReduction_63+happyReduction_63 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut310 happy_x_2 of { (HappyWrap310 happy_var_2) -> +	case happyOut38 happy_x_3 of { (HappyWrap38 happy_var_3) -> +	case happyOut48 happy_x_4 of { (HappyWrap48 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	case happyOut39 happy_x_6 of { (HappyWrap39 happy_var_6) -> +	( fileSrcSpan >>= \ loc ->+                ams (L loc (HsModule (thdOf3 happy_var_6) (Just happy_var_2) happy_var_4 (fst $ sndOf3 happy_var_6)+                              (snd $ sndOf3 happy_var_6) happy_var_3 Nothing)+                    )+                    ([mj AnnModule happy_var_1, mj AnnWhere happy_var_5] ++ fstOf3 happy_var_6))}}}}}})+	) (\r -> happyReturn (happyIn35 r))++happyReduce_64 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_64 = happyMonadReduce 1# 19# happyReduction_64+happyReduction_64 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut40 happy_x_1 of { (HappyWrap40 happy_var_1) -> +	( fileSrcSpan >>= \ loc ->+                   ams (L loc (HsModule (thdOf3 happy_var_1) Nothing Nothing+                               (fst $ sndOf3 happy_var_1) (snd $ sndOf3 happy_var_1) Nothing Nothing))+                       (fstOf3 happy_var_1))})+	) (\r -> happyReturn (happyIn35 r))++happyReduce_65 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_65 = happyMonadReduce 0# 20# happyReduction_65+happyReduction_65 (happyRest) tk+	 = happyThen ((( pushModuleContext))+	) (\r -> happyReturn (happyIn36 r))++happyReduce_66 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_66 = happyMonadReduce 0# 21# happyReduction_66+happyReduction_66 (happyRest) tk+	 = happyThen ((( pushModuleContext))+	) (\r -> happyReturn (happyIn37 r))++happyReduce_67 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_67 = happyMonadReduce 3# 22# happyReduction_67+happyReduction_67 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut140 happy_x_2 of { (HappyWrap140 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ajs (sLL happy_var_1 happy_var_3 $ DeprecatedTxt (sL1 happy_var_1 (getDEPRECATED_PRAGs happy_var_1)) (snd $ unLoc happy_var_2))+                             (mo happy_var_1:mc happy_var_3: (fst $ unLoc happy_var_2)))}}})+	) (\r -> happyReturn (happyIn38 r))++happyReduce_68 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_68 = happyMonadReduce 3# 22# happyReduction_68+happyReduction_68 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut140 happy_x_2 of { (HappyWrap140 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ajs (sLL happy_var_1 happy_var_3 $ WarningTxt (sL1 happy_var_1 (getWARNING_PRAGs happy_var_1)) (snd $ unLoc happy_var_2))+                                (mo happy_var_1:mc happy_var_3 : (fst $ unLoc happy_var_2)))}}})+	) (\r -> happyReturn (happyIn38 r))++happyReduce_69 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_69 = happySpecReduce_0  22# happyReduction_69+happyReduction_69  =  happyIn38+		 (Nothing+	)++happyReduce_70 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_70 = happySpecReduce_3  23# happyReduction_70+happyReduction_70 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut41 happy_x_2 of { (HappyWrap41 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn39+		 ((moc happy_var_1:mcc happy_var_3:(fst happy_var_2)+                                         , snd happy_var_2, ExplicitBraces)+	)}}}++happyReduce_71 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_71 = happySpecReduce_3  23# happyReduction_71+happyReduction_71 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut41 happy_x_2 of { (HappyWrap41 happy_var_2) -> +	happyIn39+		 ((fst happy_var_2, snd happy_var_2, VirtualBraces (getVOCURLY happy_var_1))+	)}}++happyReduce_72 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_72 = happySpecReduce_3  24# happyReduction_72+happyReduction_72 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut41 happy_x_2 of { (HappyWrap41 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn40+		 ((moc happy_var_1:mcc happy_var_3+                                                   :(fst happy_var_2), snd happy_var_2, ExplicitBraces)+	)}}}++happyReduce_73 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_73 = happySpecReduce_3  24# happyReduction_73+happyReduction_73 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut41 happy_x_2 of { (HappyWrap41 happy_var_2) -> +	happyIn40+		 (([],snd happy_var_2, VirtualBraces leftmostColumn)+	)}++happyReduce_74 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_74 = happySpecReduce_2  25# happyReduction_74+happyReduction_74 happy_x_2+	happy_x_1+	 =  case happyOut59 happy_x_1 of { (HappyWrap59 happy_var_1) -> +	case happyOut42 happy_x_2 of { (HappyWrap42 happy_var_2) -> +	happyIn41+		 ((happy_var_1, happy_var_2)+	)}}++happyReduce_75 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_75 = happySpecReduce_2  26# happyReduction_75+happyReduction_75 happy_x_2+	happy_x_1+	 =  case happyOut61 happy_x_1 of { (HappyWrap61 happy_var_1) -> +	case happyOut74 happy_x_2 of { (HappyWrap74 happy_var_2) -> +	happyIn42+		 ((reverse happy_var_1, cvTopDecls happy_var_2)+	)}}++happyReduce_76 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_76 = happySpecReduce_2  26# happyReduction_76+happyReduction_76 happy_x_2+	happy_x_1+	 =  case happyOut61 happy_x_1 of { (HappyWrap61 happy_var_1) -> +	case happyOut73 happy_x_2 of { (HappyWrap73 happy_var_2) -> +	happyIn42+		 ((reverse happy_var_1, cvTopDecls happy_var_2)+	)}}++happyReduce_77 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_77 = happySpecReduce_1  26# happyReduction_77+happyReduction_77 happy_x_1+	 =  case happyOut60 happy_x_1 of { (HappyWrap60 happy_var_1) -> +	happyIn42+		 ((reverse happy_var_1, [])+	)}++happyReduce_78 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_78 = happyMonadReduce 6# 27# happyReduction_78+happyReduction_78 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut310 happy_x_2 of { (HappyWrap310 happy_var_2) -> +	case happyOut38 happy_x_3 of { (HappyWrap38 happy_var_3) -> +	case happyOut48 happy_x_4 of { (HappyWrap48 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	case happyOut44 happy_x_6 of { (HappyWrap44 happy_var_6) -> +	( fileSrcSpan >>= \ loc ->+                   ams (L loc (HsModule NoLayoutInfo (Just happy_var_2) happy_var_4 happy_var_6 [] happy_var_3 Nothing+                          )) [mj AnnModule happy_var_1,mj AnnWhere happy_var_5])}}}}}})+	) (\r -> happyReturn (happyIn43 r))++happyReduce_79 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_79 = happyMonadReduce 6# 27# happyReduction_79+happyReduction_79 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut310 happy_x_2 of { (HappyWrap310 happy_var_2) -> +	case happyOut38 happy_x_3 of { (HappyWrap38 happy_var_3) -> +	case happyOut48 happy_x_4 of { (HappyWrap48 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	case happyOut44 happy_x_6 of { (HappyWrap44 happy_var_6) -> +	( fileSrcSpan >>= \ loc ->+                   ams (L loc (HsModule NoLayoutInfo (Just happy_var_2) happy_var_4 happy_var_6 [] happy_var_3 Nothing+                          )) [mj AnnModule happy_var_1,mj AnnWhere happy_var_5])}}}}}})+	) (\r -> happyReturn (happyIn43 r))++happyReduce_80 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_80 = happyMonadReduce 1# 27# happyReduction_80+happyReduction_80 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut45 happy_x_1 of { (HappyWrap45 happy_var_1) -> +	( fileSrcSpan >>= \ loc ->+                   return (L loc (HsModule NoLayoutInfo Nothing Nothing happy_var_1 [] Nothing+                          Nothing)))})+	) (\r -> happyReturn (happyIn43 r))++happyReduce_81 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_81 = happySpecReduce_2  28# happyReduction_81+happyReduction_81 happy_x_2+	happy_x_1+	 =  case happyOut46 happy_x_2 of { (HappyWrap46 happy_var_2) -> +	happyIn44+		 (happy_var_2+	)}++happyReduce_82 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_82 = happySpecReduce_2  28# happyReduction_82+happyReduction_82 happy_x_2+	happy_x_1+	 =  case happyOut46 happy_x_2 of { (HappyWrap46 happy_var_2) -> +	happyIn44+		 (happy_var_2+	)}++happyReduce_83 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_83 = happySpecReduce_2  29# happyReduction_83+happyReduction_83 happy_x_2+	happy_x_1+	 =  case happyOut46 happy_x_2 of { (HappyWrap46 happy_var_2) -> +	happyIn45+		 (happy_var_2+	)}++happyReduce_84 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_84 = happySpecReduce_2  29# happyReduction_84+happyReduction_84 happy_x_2+	happy_x_1+	 =  case happyOut46 happy_x_2 of { (HappyWrap46 happy_var_2) -> +	happyIn45+		 (happy_var_2+	)}++happyReduce_85 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_85 = happySpecReduce_2  30# happyReduction_85+happyReduction_85 happy_x_2+	happy_x_1+	 =  case happyOut47 happy_x_2 of { (HappyWrap47 happy_var_2) -> +	happyIn46+		 (happy_var_2+	)}++happyReduce_86 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_86 = happySpecReduce_1  31# happyReduction_86+happyReduction_86 happy_x_1+	 =  case happyOut61 happy_x_1 of { (HappyWrap61 happy_var_1) -> +	happyIn47+		 (happy_var_1+	)}++happyReduce_87 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_87 = happySpecReduce_1  31# happyReduction_87+happyReduction_87 happy_x_1+	 =  case happyOut60 happy_x_1 of { (HappyWrap60 happy_var_1) -> +	happyIn47+		 (happy_var_1+	)}++happyReduce_88 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_88 = happyMonadReduce 3# 32# happyReduction_88+happyReduction_88 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut49 happy_x_2 of { (HappyWrap49 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( amsL (comb2 happy_var_1 happy_var_3) ([mop happy_var_1,mcp happy_var_3] ++ (fst happy_var_2)) >>+                                       return (Just (sLL happy_var_1 happy_var_3 (fromOL $ snd happy_var_2))))}}})+	) (\r -> happyReturn (happyIn48 r))++happyReduce_89 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_89 = happySpecReduce_0  32# happyReduction_89+happyReduction_89  =  happyIn48+		 (Nothing+	)++happyReduce_90 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_90 = happySpecReduce_1  33# happyReduction_90+happyReduction_90 happy_x_1+	 =  case happyOut50 happy_x_1 of { (HappyWrap50 happy_var_1) -> +	happyIn49+		 (([], happy_var_1)+	)}++happyReduce_91 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_91 = happySpecReduce_0  33# happyReduction_91+happyReduction_91  =  happyIn49+		 (([], nilOL)+	)++happyReduce_92 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_92 = happySpecReduce_2  33# happyReduction_92+happyReduction_92 happy_x_2+	happy_x_1+	 =  case happyOut50 happy_x_1 of { (HappyWrap50 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	happyIn49+		 (([mj AnnComma happy_var_2], happy_var_1)+	)}}++happyReduce_93 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_93 = happySpecReduce_1  33# happyReduction_93+happyReduction_93 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn49+		 (([mj AnnComma happy_var_1], nilOL)+	)}++happyReduce_94 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_94 = happyMonadReduce 3# 34# happyReduction_94+happyReduction_94 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut50 happy_x_1 of { (HappyWrap50 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut51 happy_x_3 of { (HappyWrap51 happy_var_3) -> +	( (addAnnotation (oll happy_var_1) AnnComma (gl happy_var_2) ) >>+                              return (happy_var_1 `appOL` happy_var_3))}}})+	) (\r -> happyReturn (happyIn50 r))++happyReduce_95 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_95 = happySpecReduce_1  34# happyReduction_95+happyReduction_95 happy_x_1+	 =  case happyOut51 happy_x_1 of { (HappyWrap51 happy_var_1) -> +	happyIn50+		 (happy_var_1+	)}++happyReduce_96 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_96 = happyMonadReduce 2# 35# happyReduction_96+happyReduction_96 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut56 happy_x_1 of { (HappyWrap56 happy_var_1) -> +	case happyOut52 happy_x_2 of { (HappyWrap52 happy_var_2) -> +	( mkModuleImpExp happy_var_1 (snd $ unLoc happy_var_2)+                                          >>= \ie -> amsu (sLL happy_var_1 happy_var_2 ie) (fst $ unLoc happy_var_2))}})+	) (\r -> happyReturn (happyIn51 r))++happyReduce_97 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_97 = happyMonadReduce 2# 35# happyReduction_97+happyReduction_97 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut310 happy_x_2 of { (HappyWrap310 happy_var_2) -> +	( amsu (sLL happy_var_1 happy_var_2 (IEModuleContents noExtField happy_var_2))+                                             [mj AnnModule happy_var_1])}})+	) (\r -> happyReturn (happyIn51 r))++happyReduce_98 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_98 = happyMonadReduce 2# 35# happyReduction_98+happyReduction_98 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut266 happy_x_2 of { (HappyWrap266 happy_var_2) -> +	( amsu (sLL happy_var_1 happy_var_2 (IEVar noExtField (sLL happy_var_1 happy_var_2 (IEPattern happy_var_2))))+                                             [mj AnnPattern happy_var_1])}})+	) (\r -> happyReturn (happyIn51 r))++happyReduce_99 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_99 = happySpecReduce_0  36# happyReduction_99+happyReduction_99  =  happyIn52+		 (sL0 ([],ImpExpAbs)+	)++happyReduce_100 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_100 = happyMonadReduce 3# 36# happyReduction_100+happyReduction_100 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut53 happy_x_2 of { (HappyWrap53 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( mkImpExpSubSpec (reverse (snd happy_var_2))+                                      >>= \(as,ie) -> return $ sLL happy_var_1 happy_var_3+                                            (as ++ [mop happy_var_1,mcp happy_var_3] ++ fst happy_var_2, ie))}}})+	) (\r -> happyReturn (happyIn52 r))++happyReduce_101 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_101 = happySpecReduce_0  37# happyReduction_101+happyReduction_101  =  happyIn53+		 (([],[])+	)++happyReduce_102 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_102 = happySpecReduce_1  37# happyReduction_102+happyReduction_102 happy_x_1+	 =  case happyOut54 happy_x_1 of { (HappyWrap54 happy_var_1) -> +	happyIn53+		 (happy_var_1+	)}++happyReduce_103 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_103 = happyMonadReduce 3# 38# happyReduction_103+happyReduction_103 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut54 happy_x_1 of { (HappyWrap54 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut55 happy_x_3 of { (HappyWrap55 happy_var_3) -> +	( case (head (snd happy_var_1)) of+                                                    l@(L _ ImpExpQcWildcard) ->+                                                       return ([mj AnnComma happy_var_2, mj AnnDotdot l]+                                                               ,(snd (unLoc happy_var_3)  : snd happy_var_1))+                                                    l -> (ams (head (snd happy_var_1)) [mj AnnComma happy_var_2] >>+                                                          return (fst happy_var_1 ++ fst (unLoc happy_var_3),+                                                                  snd (unLoc happy_var_3) : snd happy_var_1)))}}})+	) (\r -> happyReturn (happyIn54 r))++happyReduce_104 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_104 = happySpecReduce_1  38# happyReduction_104+happyReduction_104 happy_x_1+	 =  case happyOut55 happy_x_1 of { (HappyWrap55 happy_var_1) -> +	happyIn54+		 ((fst (unLoc happy_var_1),[snd (unLoc happy_var_1)])+	)}++happyReduce_105 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_105 = happySpecReduce_1  39# happyReduction_105+happyReduction_105 happy_x_1+	 =  case happyOut56 happy_x_1 of { (HappyWrap56 happy_var_1) -> +	happyIn55+		 (sL1 happy_var_1 ([],happy_var_1)+	)}++happyReduce_106 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_106 = happySpecReduce_1  39# happyReduction_106+happyReduction_106 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn55+		 (sL1 happy_var_1 ([mj AnnDotdot happy_var_1], sL1 happy_var_1 ImpExpQcWildcard)+	)}++happyReduce_107 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_107 = happySpecReduce_1  40# happyReduction_107+happyReduction_107 happy_x_1+	 =  case happyOut57 happy_x_1 of { (HappyWrap57 happy_var_1) -> +	happyIn56+		 (sL1 happy_var_1 (ImpExpQcName happy_var_1)+	)}++happyReduce_108 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_108 = happyMonadReduce 2# 40# happyReduction_108+happyReduction_108 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut276 happy_x_2 of { (HappyWrap276 happy_var_2) -> +	( do { n <- mkTypeImpExp happy_var_2+                                          ; ams (sLL happy_var_1 happy_var_2 (ImpExpQcType n))+                                                [mj AnnType happy_var_1] })}})+	) (\r -> happyReturn (happyIn56 r))++happyReduce_109 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_109 = happySpecReduce_1  41# happyReduction_109+happyReduction_109 happy_x_1+	 =  case happyOut294 happy_x_1 of { (HappyWrap294 happy_var_1) -> +	happyIn57+		 (happy_var_1+	)}++happyReduce_110 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_110 = happySpecReduce_1  41# happyReduction_110+happyReduction_110 happy_x_1+	 =  case happyOut277 happy_x_1 of { (HappyWrap277 happy_var_1) -> +	happyIn57+		 (happy_var_1+	)}++happyReduce_111 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_111 = happySpecReduce_2  42# happyReduction_111+happyReduction_111 happy_x_2+	happy_x_1+	 =  case happyOut58 happy_x_1 of { (HappyWrap58 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	happyIn58+		 (mj AnnSemi happy_var_2 : happy_var_1+	)}}++happyReduce_112 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_112 = happySpecReduce_1  42# happyReduction_112+happyReduction_112 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn58+		 ([mj AnnSemi happy_var_1]+	)}++happyReduce_113 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_113 = happySpecReduce_2  43# happyReduction_113+happyReduction_113 happy_x_2+	happy_x_1+	 =  case happyOut59 happy_x_1 of { (HappyWrap59 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	happyIn59+		 (mj AnnSemi happy_var_2 : happy_var_1+	)}}++happyReduce_114 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_114 = happySpecReduce_0  43# happyReduction_114+happyReduction_114  =  happyIn59+		 ([]+	)++happyReduce_115 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_115 = happySpecReduce_2  44# happyReduction_115+happyReduction_115 happy_x_2+	happy_x_1+	 =  case happyOut61 happy_x_1 of { (HappyWrap61 happy_var_1) -> +	case happyOut62 happy_x_2 of { (HappyWrap62 happy_var_2) -> +	happyIn60+		 (happy_var_2 : happy_var_1+	)}}++happyReduce_116 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_116 = happyMonadReduce 3# 45# happyReduction_116+happyReduction_116 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut61 happy_x_1 of { (HappyWrap61 happy_var_1) -> +	case happyOut62 happy_x_2 of { (HappyWrap62 happy_var_2) -> +	case happyOut58 happy_x_3 of { (HappyWrap58 happy_var_3) -> +	( ams happy_var_2 happy_var_3 >> return (happy_var_2 : happy_var_1))}}})+	) (\r -> happyReturn (happyIn61 r))++happyReduce_117 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_117 = happySpecReduce_0  45# happyReduction_117+happyReduction_117  =  happyIn61+		 ([]+	)++happyReduce_118 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_118 = happyMonadReduce 9# 46# happyReduction_118+happyReduction_118 (happy_x_9 `HappyStk`+	happy_x_8 `HappyStk`+	happy_x_7 `HappyStk`+	happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut63 happy_x_2 of { (HappyWrap63 happy_var_2) -> +	case happyOut64 happy_x_3 of { (HappyWrap64 happy_var_3) -> +	case happyOut66 happy_x_4 of { (HappyWrap66 happy_var_4) -> +	case happyOut65 happy_x_5 of { (HappyWrap65 happy_var_5) -> +	case happyOut310 happy_x_6 of { (HappyWrap310 happy_var_6) -> +	case happyOut66 happy_x_7 of { (HappyWrap66 happy_var_7) -> +	case happyOut67 happy_x_8 of { (HappyWrap67 happy_var_8) -> +	case happyOut68 happy_x_9 of { (HappyWrap68 happy_var_9) -> +	( do {+                  ; let { ; mPreQual = unLoc happy_var_4+                          ; mPostQual = unLoc happy_var_7 }+                  ; checkImportDecl mPreQual mPostQual+                  ; ams (L (comb5 happy_var_1 happy_var_6 happy_var_7 (snd happy_var_8) happy_var_9) $+                      ImportDecl { ideclExt = noExtField+                                  , ideclSourceSrc = snd $ fst happy_var_2+                                  , ideclName = happy_var_6, ideclPkgQual = snd happy_var_5+                                  , ideclSource = snd happy_var_2, ideclSafe = snd happy_var_3+                                  , ideclQualified = importDeclQualifiedStyle mPreQual mPostQual+                                  , ideclImplicit = False+                                  , ideclAs = unLoc (snd happy_var_8)+                                  , ideclHiding = unLoc happy_var_9 })+                         (mj AnnImport happy_var_1 : fst (fst happy_var_2) ++ fst happy_var_3 ++ fmap (mj AnnQualified) (maybeToList mPreQual)+                                          ++ fst happy_var_5 ++ fmap (mj AnnQualified) (maybeToList mPostQual) ++ fst happy_var_8)+                  })}}}}}}}}})+	) (\r -> happyReturn (happyIn62 r))++happyReduce_119 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_119 = happySpecReduce_2  47# happyReduction_119+happyReduction_119 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	happyIn63+		 ((([mo happy_var_1,mc happy_var_2],getSOURCE_PRAGs happy_var_1)+                                      , IsBoot)+	)}}++happyReduce_120 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_120 = happySpecReduce_0  47# happyReduction_120+happyReduction_120  =  happyIn63+		 ((([],NoSourceText),NotBoot)+	)++happyReduce_121 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_121 = happySpecReduce_1  48# happyReduction_121+happyReduction_121 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn64+		 (([mj AnnSafe happy_var_1],True)+	)}++happyReduce_122 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_122 = happySpecReduce_0  48# happyReduction_122+happyReduction_122  =  happyIn64+		 (([],False)+	)++happyReduce_123 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_123 = happyMonadReduce 1# 49# happyReduction_123+happyReduction_123 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	( do { let { pkgFS = getSTRING happy_var_1 }+                        ; unless (looksLikePackageName (unpackFS pkgFS)) $+                             addError $ PsError (PsErrInvalidPackageName pkgFS) [] (getLoc happy_var_1)+                        ; return ([mj AnnPackageName happy_var_1], Just (StringLiteral (getSTRINGs happy_var_1) pkgFS)) })})+	) (\r -> happyReturn (happyIn65 r))++happyReduce_124 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_124 = happySpecReduce_0  49# happyReduction_124+happyReduction_124  =  happyIn65+		 (([],Nothing)+	)++happyReduce_125 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_125 = happySpecReduce_1  50# happyReduction_125+happyReduction_125 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn66+		 (sL1 happy_var_1 (Just happy_var_1)+	)}++happyReduce_126 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_126 = happySpecReduce_0  50# happyReduction_126+happyReduction_126  =  happyIn66+		 (noLoc Nothing+	)++happyReduce_127 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_127 = happySpecReduce_2  51# happyReduction_127+happyReduction_127 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut310 happy_x_2 of { (HappyWrap310 happy_var_2) -> +	happyIn67+		 (([mj AnnAs happy_var_1]+                                                 ,sLL happy_var_1 happy_var_2 (Just happy_var_2))+	)}}++happyReduce_128 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_128 = happySpecReduce_0  51# happyReduction_128+happyReduction_128  =  happyIn67+		 (([],noLoc Nothing)+	)++happyReduce_129 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_129 = happyMonadReduce 1# 52# happyReduction_129+happyReduction_129 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut69 happy_x_1 of { (HappyWrap69 happy_var_1) -> +	( let (b, ie) = unLoc happy_var_1 in+                                       checkImportSpec ie+                                        >>= \checkedIe ->+                                          return (L (gl happy_var_1) (Just (b, checkedIe))))})+	) (\r -> happyReturn (happyIn68 r))++happyReduce_130 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_130 = happySpecReduce_0  52# happyReduction_130+happyReduction_130  =  happyIn68+		 (noLoc Nothing+	)++happyReduce_131 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_131 = happyMonadReduce 3# 53# happyReduction_131+happyReduction_131 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut49 happy_x_2 of { (HappyWrap49 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (False,+                                                      sLL happy_var_1 happy_var_3 $ fromOL (snd happy_var_2)))+                                                   ([mop happy_var_1,mcp happy_var_3] ++ (fst happy_var_2)))}}})+	) (\r -> happyReturn (happyIn69 r))++happyReduce_132 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_132 = happyMonadReduce 4# 53# happyReduction_132+happyReduction_132 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut49 happy_x_3 of { (HappyWrap49 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	( ams (sLL happy_var_1 happy_var_4 (True,+                                                      sLL happy_var_1 happy_var_4 $ fromOL (snd happy_var_3)))+                                               ([mj AnnHiding happy_var_1,mop happy_var_2,mcp happy_var_4] ++ (fst happy_var_3)))}}}})+	) (\r -> happyReturn (happyIn69 r))++happyReduce_133 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_133 = happySpecReduce_0  54# happyReduction_133+happyReduction_133  =  happyIn70+		 (noLoc (NoSourceText,9)+	)++happyReduce_134 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_134 = happySpecReduce_1  54# happyReduction_134+happyReduction_134 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn70+		 (sL1 happy_var_1 (getINTEGERs happy_var_1,fromInteger (il_value (getINTEGER happy_var_1)))+	)}++happyReduce_135 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_135 = happySpecReduce_1  55# happyReduction_135+happyReduction_135 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn71+		 (sL1 happy_var_1 InfixN+	)}++happyReduce_136 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_136 = happySpecReduce_1  55# happyReduction_136+happyReduction_136 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn71+		 (sL1 happy_var_1 InfixL+	)}++happyReduce_137 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_137 = happySpecReduce_1  55# happyReduction_137+happyReduction_137 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn71+		 (sL1 happy_var_1 InfixR+	)}++happyReduce_138 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_138 = happyMonadReduce 3# 56# happyReduction_138+happyReduction_138 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut72 happy_x_1 of { (HappyWrap72 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut283 happy_x_3 of { (HappyWrap283 happy_var_3) -> +	( addAnnotation (oll $ unLoc happy_var_1) AnnComma (gl happy_var_2) >>+                              return (sLL happy_var_1 happy_var_3 ((unLoc happy_var_1) `appOL` unitOL happy_var_3)))}}})+	) (\r -> happyReturn (happyIn72 r))++happyReduce_139 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_139 = happySpecReduce_1  56# happyReduction_139+happyReduction_139 happy_x_1+	 =  case happyOut283 happy_x_1 of { (HappyWrap283 happy_var_1) -> +	happyIn72+		 (sL1 happy_var_1 (unitOL happy_var_1)+	)}++happyReduce_140 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_140 = happySpecReduce_2  57# happyReduction_140+happyReduction_140 happy_x_2+	happy_x_1+	 =  case happyOut74 happy_x_1 of { (HappyWrap74 happy_var_1) -> +	case happyOut75 happy_x_2 of { (HappyWrap75 happy_var_2) -> +	happyIn73+		 (happy_var_1 `snocOL` happy_var_2+	)}}++happyReduce_141 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_141 = happyMonadReduce 3# 58# happyReduction_141+happyReduction_141 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut74 happy_x_1 of { (HappyWrap74 happy_var_1) -> +	case happyOut75 happy_x_2 of { (HappyWrap75 happy_var_2) -> +	case happyOut58 happy_x_3 of { (HappyWrap58 happy_var_3) -> +	( ams happy_var_2 happy_var_3 >> return (happy_var_1 `snocOL` happy_var_2))}}})+	) (\r -> happyReturn (happyIn74 r))++happyReduce_142 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_142 = happySpecReduce_0  58# happyReduction_142+happyReduction_142  =  happyIn74+		 (nilOL+	)++happyReduce_143 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_143 = happySpecReduce_1  59# happyReduction_143+happyReduction_143 happy_x_1+	 =  case happyOut76 happy_x_1 of { (HappyWrap76 happy_var_1) -> +	happyIn75+		 (sL1 happy_var_1 (TyClD noExtField (unLoc happy_var_1))+	)}++happyReduce_144 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_144 = happySpecReduce_1  59# happyReduction_144+happyReduction_144 happy_x_1+	 =  case happyOut77 happy_x_1 of { (HappyWrap77 happy_var_1) -> +	happyIn75+		 (sL1 happy_var_1 (TyClD noExtField (unLoc happy_var_1))+	)}++happyReduce_145 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_145 = happySpecReduce_1  59# happyReduction_145+happyReduction_145 happy_x_1+	 =  case happyOut78 happy_x_1 of { (HappyWrap78 happy_var_1) -> +	happyIn75+		 (sL1 happy_var_1 (KindSigD noExtField (unLoc happy_var_1))+	)}++happyReduce_146 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_146 = happySpecReduce_1  59# happyReduction_146+happyReduction_146 happy_x_1+	 =  case happyOut80 happy_x_1 of { (HappyWrap80 happy_var_1) -> +	happyIn75+		 (sL1 happy_var_1 (InstD noExtField (unLoc happy_var_1))+	)}++happyReduce_147 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_147 = happySpecReduce_1  59# happyReduction_147+happyReduction_147 happy_x_1+	 =  case happyOut104 happy_x_1 of { (HappyWrap104 happy_var_1) -> +	happyIn75+		 (sLL happy_var_1 happy_var_1 (DerivD noExtField (unLoc happy_var_1))+	)}++happyReduce_148 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_148 = happySpecReduce_1  59# happyReduction_148+happyReduction_148 happy_x_1+	 =  case happyOut105 happy_x_1 of { (HappyWrap105 happy_var_1) -> +	happyIn75+		 (sL1 happy_var_1 (RoleAnnotD noExtField (unLoc happy_var_1))+	)}++happyReduce_149 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_149 = happyMonadReduce 4# 59# happyReduction_149+happyReduction_149 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut168 happy_x_3 of { (HappyWrap168 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	( ams (sLL happy_var_1 happy_var_4 (DefD noExtField (DefaultDecl noExtField happy_var_3)))+                                                         [mj AnnDefault happy_var_1+                                                         ,mop happy_var_2,mcp happy_var_4])}}}})+	) (\r -> happyReturn (happyIn75 r))++happyReduce_150 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_150 = happyMonadReduce 2# 59# happyReduction_150+happyReduction_150 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut143 happy_x_2 of { (HappyWrap143 happy_var_2) -> +	( ams (sLL happy_var_1 happy_var_2 (snd $ unLoc happy_var_2))+                                           (mj AnnForeign happy_var_1:(fst $ unLoc happy_var_2)))}})+	) (\r -> happyReturn (happyIn75 r))++happyReduce_151 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_151 = happyMonadReduce 3# 59# happyReduction_151+happyReduction_151 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut138 happy_x_2 of { (HappyWrap138 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ WarningD noExtField (Warnings noExtField (getDEPRECATED_PRAGs happy_var_1) (fromOL happy_var_2)))+                                                       [mo happy_var_1,mc happy_var_3])}}})+	) (\r -> happyReturn (happyIn75 r))++happyReduce_152 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_152 = happyMonadReduce 3# 59# happyReduction_152+happyReduction_152 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut136 happy_x_2 of { (HappyWrap136 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ WarningD noExtField (Warnings noExtField (getWARNING_PRAGs happy_var_1) (fromOL happy_var_2)))+                                                       [mo happy_var_1,mc happy_var_3])}}})+	) (\r -> happyReturn (happyIn75 r))++happyReduce_153 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_153 = happyMonadReduce 3# 59# happyReduction_153+happyReduction_153 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut128 happy_x_2 of { (HappyWrap128 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ RuleD noExtField (HsRules noExtField (getRULES_PRAGs happy_var_1) (fromOL happy_var_2)))+                                                       [mo happy_var_1,mc happy_var_3])}}})+	) (\r -> happyReturn (happyIn75 r))++happyReduce_154 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_154 = happySpecReduce_1  59# happyReduction_154+happyReduction_154 happy_x_1+	 =  case happyOut142 happy_x_1 of { (HappyWrap142 happy_var_1) -> +	happyIn75+		 (happy_var_1+	)}++happyReduce_155 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_155 = happySpecReduce_1  59# happyReduction_155+happyReduction_155 happy_x_1+	 =  case happyOut194 happy_x_1 of { (HappyWrap194 happy_var_1) -> +	happyIn75+		 (happy_var_1+	)}++happyReduce_156 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_156 = happyMonadReduce 1# 59# happyReduction_156+happyReduction_156 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut204 happy_x_1 of { (HappyWrap204 happy_var_1) -> +	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->+                                                   return $ sLL happy_var_1 happy_var_1 $ mkSpliceDecl happy_var_1)})+	) (\r -> happyReturn (happyIn75 r))++happyReduce_157 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_157 = happyMonadReduce 4# 60# happyReduction_157+happyReduction_157 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut101 happy_x_2 of { (HappyWrap101 happy_var_2) -> +	case happyOut174 happy_x_3 of { (HappyWrap174 happy_var_3) -> +	case happyOut119 happy_x_4 of { (HappyWrap119 happy_var_4) -> +	( amms (mkClassDecl (comb4 happy_var_1 happy_var_2 happy_var_3 happy_var_4) happy_var_2 happy_var_3 (sndOf3 $ unLoc happy_var_4) (thdOf3 $ unLoc happy_var_4))+                        (mj AnnClass happy_var_1:(fst $ unLoc happy_var_3)++(fstOf3 $ unLoc happy_var_4)))}}}})+	) (\r -> happyReturn (happyIn76 r))++happyReduce_158 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_158 = happyMonadReduce 4# 61# happyReduction_158+happyReduction_158 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut158 happy_x_2 of { (HappyWrap158 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut155 happy_x_4 of { (HappyWrap155 happy_var_4) -> +	( amms (mkTySynonym (comb2 happy_var_1 happy_var_4) happy_var_2 happy_var_4)+                        [mj AnnType happy_var_1,mj AnnEqual happy_var_3])}}}})+	) (\r -> happyReturn (happyIn77 r))++happyReduce_159 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_159 = happyMonadReduce 6# 61# happyReduction_159+happyReduction_159 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut158 happy_x_3 of { (HappyWrap158 happy_var_3) -> +	case happyOut99 happy_x_4 of { (HappyWrap99 happy_var_4) -> +	case happyOut85 happy_x_5 of { (HappyWrap85 happy_var_5) -> +	case happyOut88 happy_x_6 of { (HappyWrap88 happy_var_6) -> +	( amms (mkFamDecl (comb4 happy_var_1 happy_var_3 happy_var_4 happy_var_5) (snd $ unLoc happy_var_6) happy_var_3+                                   (snd $ unLoc happy_var_4) (snd $ unLoc happy_var_5))+                        (mj AnnType happy_var_1:mj AnnFamily happy_var_2:(fst $ unLoc happy_var_4)+                           ++ (fst $ unLoc happy_var_5) ++ (fst $ unLoc happy_var_6)))}}}}}})+	) (\r -> happyReturn (happyIn77 r))++happyReduce_160 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_160 = happyMonadReduce 5# 61# happyReduction_160+happyReduction_160 (happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut96 happy_x_1 of { (HappyWrap96 happy_var_1) -> +	case happyOut103 happy_x_2 of { (HappyWrap103 happy_var_2) -> +	case happyOut101 happy_x_3 of { (HappyWrap101 happy_var_3) -> +	case happyOut182 happy_x_4 of { (HappyWrap182 happy_var_4) -> +	case happyOut190 happy_x_5 of { (HappyWrap190 happy_var_5) -> +	( amms (mkTyData (comb4 happy_var_1 happy_var_3 happy_var_4 happy_var_5) (snd $ unLoc happy_var_1) happy_var_2 happy_var_3+                           Nothing (reverse (snd $ unLoc happy_var_4))+                                   (fmap reverse happy_var_5))+                                   -- We need the location on tycl_hdr in case+                                   -- constrs and deriving are both empty+                        ((fst $ unLoc happy_var_1):(fst $ unLoc happy_var_4)))}}}}})+	) (\r -> happyReturn (happyIn77 r))++happyReduce_161 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_161 = happyMonadReduce 6# 61# happyReduction_161+happyReduction_161 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut96 happy_x_1 of { (HappyWrap96 happy_var_1) -> +	case happyOut103 happy_x_2 of { (HappyWrap103 happy_var_2) -> +	case happyOut101 happy_x_3 of { (HappyWrap101 happy_var_3) -> +	case happyOut97 happy_x_4 of { (HappyWrap97 happy_var_4) -> +	case happyOut179 happy_x_5 of { (HappyWrap179 happy_var_5) -> +	case happyOut190 happy_x_6 of { (HappyWrap190 happy_var_6) -> +	( amms (mkTyData (comb4 happy_var_1 happy_var_3 happy_var_5 happy_var_6) (snd $ unLoc happy_var_1) happy_var_2 happy_var_3+                            (snd $ unLoc happy_var_4) (snd $ unLoc happy_var_5)+                            (fmap reverse happy_var_6) )+                                   -- We need the location on tycl_hdr in case+                                   -- constrs and deriving are both empty+                    ((fst $ unLoc happy_var_1):(fst $ unLoc happy_var_4)++(fst $ unLoc happy_var_5)))}}}}}})+	) (\r -> happyReturn (happyIn77 r))++happyReduce_162 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_162 = happyMonadReduce 4# 61# happyReduction_162+happyReduction_162 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut158 happy_x_3 of { (HappyWrap158 happy_var_3) -> +	case happyOut98 happy_x_4 of { (HappyWrap98 happy_var_4) -> +	( amms (mkFamDecl (comb3 happy_var_1 happy_var_2 happy_var_4) DataFamily happy_var_3+                                   (snd $ unLoc happy_var_4) Nothing)+                        (mj AnnData happy_var_1:mj AnnFamily happy_var_2:(fst $ unLoc happy_var_4)))}}}})+	) (\r -> happyReturn (happyIn77 r))++happyReduce_163 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_163 = happyMonadReduce 4# 62# happyReduction_163+happyReduction_163 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut79 happy_x_2 of { (HappyWrap79 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut149 happy_x_4 of { (HappyWrap149 happy_var_4) -> +	( amms (mkStandaloneKindSig (comb2 happy_var_1 happy_var_4) happy_var_2 happy_var_4)+              [mj AnnType happy_var_1,mu AnnDcolon happy_var_3])}}}})+	) (\r -> happyReturn (happyIn78 r))++happyReduce_164 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_164 = happyMonadReduce 3# 63# happyReduction_164+happyReduction_164 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut79 happy_x_1 of { (HappyWrap79 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut276 happy_x_3 of { (HappyWrap276 happy_var_3) -> +	( addAnnotation (gl $ head $ unLoc happy_var_1) AnnComma (gl happy_var_2) >>+         return (sLL happy_var_1 happy_var_3 (happy_var_3 : unLoc happy_var_1)))}}})+	) (\r -> happyReturn (happyIn79 r))++happyReduce_165 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_165 = happySpecReduce_1  63# happyReduction_165+happyReduction_165 happy_x_1+	 =  case happyOut276 happy_x_1 of { (HappyWrap276 happy_var_1) -> +	happyIn79+		 (sL1 happy_var_1 [happy_var_1]+	)}++happyReduce_166 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_166 = happyMonadReduce 4# 64# happyReduction_166+happyReduction_166 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut81 happy_x_2 of { (HappyWrap81 happy_var_2) -> +	case happyOut166 happy_x_3 of { (HappyWrap166 happy_var_3) -> +	case happyOut123 happy_x_4 of { (HappyWrap123 happy_var_4) -> +	( do { (binds, sigs, _, ats, adts, _) <- cvBindsAndSigs (snd $ unLoc happy_var_4)+             ; let cid = ClsInstDecl { cid_ext = noExtField+                                     , cid_poly_ty = happy_var_3, cid_binds = binds+                                     , cid_sigs = mkClassOpSigs sigs+                                     , cid_tyfam_insts = ats+                                     , cid_overlap_mode = happy_var_2+                                     , cid_datafam_insts = adts }+             ; ams (L (comb3 happy_var_1 happy_var_3 happy_var_4) (ClsInstD { cid_d_ext = noExtField, cid_inst = cid }))+                   (mj AnnInstance happy_var_1 : (fst $ unLoc happy_var_4)) })}}}})+	) (\r -> happyReturn (happyIn80 r))++happyReduce_167 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_167 = happyMonadReduce 3# 64# happyReduction_167+happyReduction_167 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut91 happy_x_3 of { (HappyWrap91 happy_var_3) -> +	( ams happy_var_3 (fst $ unLoc happy_var_3)+                >> amms (mkTyFamInst (comb2 happy_var_1 happy_var_3) (snd $ unLoc happy_var_3))+                    (mj AnnType happy_var_1:mj AnnInstance happy_var_2:(fst $ unLoc happy_var_3)))}}})+	) (\r -> happyReturn (happyIn80 r))++happyReduce_168 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_168 = happyMonadReduce 6# 64# happyReduction_168+happyReduction_168 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut96 happy_x_1 of { (HappyWrap96 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut103 happy_x_3 of { (HappyWrap103 happy_var_3) -> +	case happyOut102 happy_x_4 of { (HappyWrap102 happy_var_4) -> +	case happyOut182 happy_x_5 of { (HappyWrap182 happy_var_5) -> +	case happyOut190 happy_x_6 of { (HappyWrap190 happy_var_6) -> +	( amms (mkDataFamInst (comb4 happy_var_1 happy_var_4 happy_var_5 happy_var_6) (snd $ unLoc happy_var_1) happy_var_3 (snd $ unLoc happy_var_4)+                                      Nothing (reverse (snd  $ unLoc happy_var_5))+                                              (fmap reverse happy_var_6))+                    ((fst $ unLoc happy_var_1):mj AnnInstance happy_var_2:(fst $ unLoc happy_var_4)++(fst $ unLoc happy_var_5)))}}}}}})+	) (\r -> happyReturn (happyIn80 r))++happyReduce_169 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_169 = happyMonadReduce 7# 64# happyReduction_169+happyReduction_169 (happy_x_7 `HappyStk`+	happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut96 happy_x_1 of { (HappyWrap96 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut103 happy_x_3 of { (HappyWrap103 happy_var_3) -> +	case happyOut102 happy_x_4 of { (HappyWrap102 happy_var_4) -> +	case happyOut97 happy_x_5 of { (HappyWrap97 happy_var_5) -> +	case happyOut179 happy_x_6 of { (HappyWrap179 happy_var_6) -> +	case happyOut190 happy_x_7 of { (HappyWrap190 happy_var_7) -> +	( amms (mkDataFamInst (comb4 happy_var_1 happy_var_4 happy_var_6 happy_var_7) (snd $ unLoc happy_var_1) happy_var_3 (snd $ unLoc happy_var_4)+                                   (snd $ unLoc happy_var_5) (snd $ unLoc happy_var_6)+                                   (fmap reverse happy_var_7))+                    ((fst $ unLoc happy_var_1):mj AnnInstance happy_var_2+                       :(fst $ unLoc happy_var_4)++(fst $ unLoc happy_var_5)++(fst $ unLoc happy_var_6)))}}}}}}})+	) (\r -> happyReturn (happyIn80 r))++happyReduce_170 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_170 = happyMonadReduce 2# 65# happyReduction_170+happyReduction_170 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( ajs (sLL happy_var_1 happy_var_2 (Overlappable (getOVERLAPPABLE_PRAGs happy_var_1)))+                                       [mo happy_var_1,mc happy_var_2])}})+	) (\r -> happyReturn (happyIn81 r))++happyReduce_171 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_171 = happyMonadReduce 2# 65# happyReduction_171+happyReduction_171 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( ajs (sLL happy_var_1 happy_var_2 (Overlapping (getOVERLAPPING_PRAGs happy_var_1)))+                                       [mo happy_var_1,mc happy_var_2])}})+	) (\r -> happyReturn (happyIn81 r))++happyReduce_172 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_172 = happyMonadReduce 2# 65# happyReduction_172+happyReduction_172 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( ajs (sLL happy_var_1 happy_var_2 (Overlaps (getOVERLAPS_PRAGs happy_var_1)))+                                       [mo happy_var_1,mc happy_var_2])}})+	) (\r -> happyReturn (happyIn81 r))++happyReduce_173 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_173 = happyMonadReduce 2# 65# happyReduction_173+happyReduction_173 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( ajs (sLL happy_var_1 happy_var_2 (Incoherent (getINCOHERENT_PRAGs happy_var_1)))+                                       [mo happy_var_1,mc happy_var_2])}})+	) (\r -> happyReturn (happyIn81 r))++happyReduce_174 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_174 = happySpecReduce_0  65# happyReduction_174+happyReduction_174  =  happyIn81+		 (Nothing+	)++happyReduce_175 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_175 = happyMonadReduce 1# 66# happyReduction_175+happyReduction_175 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	( ams (sL1 happy_var_1 StockStrategy)+                                       [mj AnnStock happy_var_1])})+	) (\r -> happyReturn (happyIn82 r))++happyReduce_176 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_176 = happyMonadReduce 1# 66# happyReduction_176+happyReduction_176 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	( ams (sL1 happy_var_1 AnyclassStrategy)+                                       [mj AnnAnyclass happy_var_1])})+	) (\r -> happyReturn (happyIn82 r))++happyReduce_177 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_177 = happyMonadReduce 1# 66# happyReduction_177+happyReduction_177 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	( ams (sL1 happy_var_1 NewtypeStrategy)+                                       [mj AnnNewtype happy_var_1])})+	) (\r -> happyReturn (happyIn82 r))++happyReduce_178 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_178 = happyMonadReduce 2# 67# happyReduction_178+happyReduction_178 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut149 happy_x_2 of { (HappyWrap149 happy_var_2) -> +	( ams (sLL happy_var_1 happy_var_2 (ViaStrategy happy_var_2))+                                       [mj AnnVia happy_var_1])}})+	) (\r -> happyReturn (happyIn83 r))++happyReduce_179 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_179 = happyMonadReduce 1# 68# happyReduction_179+happyReduction_179 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	( ajs (sL1 happy_var_1 StockStrategy)+                                       [mj AnnStock happy_var_1])})+	) (\r -> happyReturn (happyIn84 r))++happyReduce_180 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_180 = happyMonadReduce 1# 68# happyReduction_180+happyReduction_180 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	( ajs (sL1 happy_var_1 AnyclassStrategy)+                                       [mj AnnAnyclass happy_var_1])})+	) (\r -> happyReturn (happyIn84 r))++happyReduce_181 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_181 = happyMonadReduce 1# 68# happyReduction_181+happyReduction_181 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	( ajs (sL1 happy_var_1 NewtypeStrategy)+                                       [mj AnnNewtype happy_var_1])})+	) (\r -> happyReturn (happyIn84 r))++happyReduce_182 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_182 = happySpecReduce_1  68# happyReduction_182+happyReduction_182 happy_x_1+	 =  case happyOut83 happy_x_1 of { (HappyWrap83 happy_var_1) -> +	happyIn84+		 (Just happy_var_1+	)}++happyReduce_183 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_183 = happySpecReduce_0  68# happyReduction_183+happyReduction_183  =  happyIn84+		 (Nothing+	)++happyReduce_184 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_184 = happySpecReduce_0  69# happyReduction_184+happyReduction_184  =  happyIn85+		 (noLoc ([], Nothing)+	)++happyReduce_185 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_185 = happySpecReduce_2  69# happyReduction_185+happyReduction_185 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut86 happy_x_2 of { (HappyWrap86 happy_var_2) -> +	happyIn85+		 (sLL happy_var_1 happy_var_2 ([mj AnnVbar happy_var_1]+                                                , Just (happy_var_2))+	)}}++happyReduce_186 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_186 = happyMonadReduce 3# 70# happyReduction_186+happyReduction_186 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut292 happy_x_1 of { (HappyWrap292 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut87 happy_x_3 of { (HappyWrap87 happy_var_3) -> +	( ams (sLL happy_var_1 happy_var_3 (InjectivityAnn happy_var_1 (reverse (unLoc happy_var_3))))+                  [mu AnnRarrow happy_var_2])}}})+	) (\r -> happyReturn (happyIn86 r))++happyReduce_187 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_187 = happySpecReduce_2  71# happyReduction_187+happyReduction_187 happy_x_2+	happy_x_1+	 =  case happyOut87 happy_x_1 of { (HappyWrap87 happy_var_1) -> +	case happyOut292 happy_x_2 of { (HappyWrap292 happy_var_2) -> +	happyIn87+		 (sLL happy_var_1 happy_var_2 (happy_var_2 : unLoc happy_var_1)+	)}}++happyReduce_188 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_188 = happySpecReduce_1  71# happyReduction_188+happyReduction_188 happy_x_1+	 =  case happyOut292 happy_x_1 of { (HappyWrap292 happy_var_1) -> +	happyIn87+		 (sLL happy_var_1 happy_var_1 [happy_var_1]+	)}++happyReduce_189 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_189 = happySpecReduce_0  72# happyReduction_189+happyReduction_189  =  happyIn88+		 (noLoc ([],OpenTypeFamily)+	)++happyReduce_190 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_190 = happySpecReduce_2  72# happyReduction_190+happyReduction_190 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut89 happy_x_2 of { (HappyWrap89 happy_var_2) -> +	happyIn88+		 (sLL happy_var_1 happy_var_2 (mj AnnWhere happy_var_1:(fst $ unLoc happy_var_2)+                    ,ClosedTypeFamily (fmap reverse $ snd $ unLoc happy_var_2))+	)}}++happyReduce_191 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_191 = happySpecReduce_3  73# happyReduction_191+happyReduction_191 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut90 happy_x_2 of { (HappyWrap90 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn89+		 (sLL happy_var_1 happy_var_3 ([moc happy_var_1,mcc happy_var_3]+                                                ,Just (unLoc happy_var_2))+	)}}}++happyReduce_192 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_192 = happySpecReduce_3  73# happyReduction_192+happyReduction_192 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut90 happy_x_2 of { (HappyWrap90 happy_var_2) -> +	happyIn89+		 (let (L loc _) = happy_var_2 in+                                             L loc ([],Just (unLoc happy_var_2))+	)}++happyReduce_193 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_193 = happySpecReduce_3  73# happyReduction_193+happyReduction_193 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn89+		 (sLL happy_var_1 happy_var_3 ([moc happy_var_1,mj AnnDotdot happy_var_2+                                                 ,mcc happy_var_3],Nothing)+	)}}}++happyReduce_194 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_194 = happySpecReduce_3  73# happyReduction_194+happyReduction_194 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_2 of { happy_var_2 -> +	happyIn89+		 (let (L loc _) = happy_var_2 in+                                             L loc ([mj AnnDotdot happy_var_2],Nothing)+	)}++happyReduce_195 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_195 = happyMonadReduce 3# 74# happyReduction_195+happyReduction_195 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut90 happy_x_1 of { (HappyWrap90 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut91 happy_x_3 of { (HappyWrap91 happy_var_3) -> +	( let (L loc (anns, eqn)) = happy_var_3 in+                                         asl (unLoc happy_var_1) happy_var_2 (L loc eqn)+                                         >> ams happy_var_3 anns+                                         >> return (sLL happy_var_1 happy_var_3 (L loc eqn : unLoc happy_var_1)))}}})+	) (\r -> happyReturn (happyIn90 r))++happyReduce_196 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_196 = happyMonadReduce 2# 74# happyReduction_196+happyReduction_196 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut90 happy_x_1 of { (HappyWrap90 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( addAnnotation (gl happy_var_1) AnnSemi (gl happy_var_2)+                                         >> return (sLL happy_var_1 happy_var_2  (unLoc happy_var_1)))}})+	) (\r -> happyReturn (happyIn90 r))++happyReduce_197 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_197 = happyMonadReduce 1# 74# happyReduction_197+happyReduction_197 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut91 happy_x_1 of { (HappyWrap91 happy_var_1) -> +	( let (L loc (anns, eqn)) = happy_var_1 in+                                         ams happy_var_1 anns+                                         >> return (sLL happy_var_1 happy_var_1 [L loc eqn]))})+	) (\r -> happyReturn (happyIn90 r))++happyReduce_198 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_198 = happySpecReduce_0  74# happyReduction_198+happyReduction_198  =  happyIn90+		 (noLoc []+	)++happyReduce_199 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_199 = happyMonadReduce 6# 75# happyReduction_199+happyReduction_199 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut171 happy_x_2 of { (HappyWrap171 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut158 happy_x_4 of { (HappyWrap158 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	case happyOut155 happy_x_6 of { (HappyWrap155 happy_var_6) -> +	( do { hintExplicitForall happy_var_1+                    ; tvbs <- fromSpecTyVarBndrs happy_var_2+                    ; (eqn,ann) <- mkTyFamInstEqn (mkHsOuterExplicit tvbs) happy_var_4 happy_var_6+                    ; return (sLL happy_var_1 happy_var_6+                               (mu AnnForall happy_var_1:mj AnnDot happy_var_3:mj AnnEqual happy_var_5:ann,eqn)) })}}}}}})+	) (\r -> happyReturn (happyIn91 r))++happyReduce_200 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_200 = happyMonadReduce 3# 75# happyReduction_200+happyReduction_200 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut158 happy_x_1 of { (HappyWrap158 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut155 happy_x_3 of { (HappyWrap155 happy_var_3) -> +	( do { (eqn,ann) <- mkTyFamInstEqn mkHsOuterImplicit happy_var_1 happy_var_3+                    ; return (sLL happy_var_1 happy_var_3 (mj AnnEqual happy_var_2:ann, eqn))  })}}})+	) (\r -> happyReturn (happyIn91 r))++happyReduce_201 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_201 = happyMonadReduce 4# 76# happyReduction_201+happyReduction_201 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut93 happy_x_2 of { (HappyWrap93 happy_var_2) -> +	case happyOut158 happy_x_3 of { (HappyWrap158 happy_var_3) -> +	case happyOut98 happy_x_4 of { (HappyWrap98 happy_var_4) -> +	( amms (liftM mkTyClD (mkFamDecl (comb3 happy_var_1 happy_var_3 happy_var_4) DataFamily happy_var_3+                                                  (snd $ unLoc happy_var_4) Nothing))+                        (mj AnnData happy_var_1:happy_var_2++(fst $ unLoc happy_var_4)))}}}})+	) (\r -> happyReturn (happyIn92 r))++happyReduce_202 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_202 = happyMonadReduce 3# 76# happyReduction_202+happyReduction_202 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut158 happy_x_2 of { (HappyWrap158 happy_var_2) -> +	case happyOut100 happy_x_3 of { (HappyWrap100 happy_var_3) -> +	( amms (liftM mkTyClD+                        (mkFamDecl (comb3 happy_var_1 happy_var_2 happy_var_3) OpenTypeFamily happy_var_2+                                   (fst . snd $ unLoc happy_var_3)+                                   (snd . snd $ unLoc happy_var_3)))+                       (mj AnnType happy_var_1:(fst $ unLoc happy_var_3)))}}})+	) (\r -> happyReturn (happyIn92 r))++happyReduce_203 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_203 = happyMonadReduce 4# 76# happyReduction_203+happyReduction_203 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut158 happy_x_3 of { (HappyWrap158 happy_var_3) -> +	case happyOut100 happy_x_4 of { (HappyWrap100 happy_var_4) -> +	( amms (liftM mkTyClD+                        (mkFamDecl (comb3 happy_var_1 happy_var_3 happy_var_4) OpenTypeFamily happy_var_3+                                   (fst . snd $ unLoc happy_var_4)+                                   (snd . snd $ unLoc happy_var_4)))+                       (mj AnnType happy_var_1:mj AnnFamily happy_var_2:(fst $ unLoc happy_var_4)))}}}})+	) (\r -> happyReturn (happyIn92 r))++happyReduce_204 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_204 = happyMonadReduce 2# 76# happyReduction_204+happyReduction_204 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut91 happy_x_2 of { (HappyWrap91 happy_var_2) -> +	( ams happy_var_2 (fst $ unLoc happy_var_2) >>+                   amms (liftM mkInstD (mkTyFamInst (comb2 happy_var_1 happy_var_2) (snd $ unLoc happy_var_2)))+                        (mj AnnType happy_var_1:(fst $ unLoc happy_var_2)))}})+	) (\r -> happyReturn (happyIn92 r))++happyReduce_205 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_205 = happyMonadReduce 3# 76# happyReduction_205+happyReduction_205 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut91 happy_x_3 of { (HappyWrap91 happy_var_3) -> +	( ams happy_var_3 (fst $ unLoc happy_var_3) >>+                   amms (liftM mkInstD (mkTyFamInst (comb2 happy_var_1 happy_var_3) (snd $ unLoc happy_var_3)))+                        (mj AnnType happy_var_1:mj AnnInstance happy_var_2:(fst $ unLoc happy_var_3)))}}})+	) (\r -> happyReturn (happyIn92 r))++happyReduce_206 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_206 = happySpecReduce_0  77# happyReduction_206+happyReduction_206  =  happyIn93+		 ([]+	)++happyReduce_207 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_207 = happySpecReduce_1  77# happyReduction_207+happyReduction_207 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn93+		 ([mj AnnFamily happy_var_1]+	)}++happyReduce_208 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_208 = happySpecReduce_0  78# happyReduction_208+happyReduction_208  =  happyIn94+		 ([]+	)++happyReduce_209 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_209 = happySpecReduce_1  78# happyReduction_209+happyReduction_209 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn94+		 ([mj AnnInstance happy_var_1]+	)}++happyReduce_210 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_210 = happyMonadReduce 3# 79# happyReduction_210+happyReduction_210 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut94 happy_x_2 of { (HappyWrap94 happy_var_2) -> +	case happyOut91 happy_x_3 of { (HappyWrap91 happy_var_3) -> +	( ams happy_var_3 (fst $ unLoc happy_var_3) >>+                   amms (mkTyFamInst (comb2 happy_var_1 happy_var_3) (snd $ unLoc happy_var_3))+                        (mj AnnType happy_var_1:happy_var_2++(fst $ unLoc happy_var_3)))}}})+	) (\r -> happyReturn (happyIn95 r))++happyReduce_211 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_211 = happyMonadReduce 6# 79# happyReduction_211+happyReduction_211 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut96 happy_x_1 of { (HappyWrap96 happy_var_1) -> +	case happyOut94 happy_x_2 of { (HappyWrap94 happy_var_2) -> +	case happyOut103 happy_x_3 of { (HappyWrap103 happy_var_3) -> +	case happyOut102 happy_x_4 of { (HappyWrap102 happy_var_4) -> +	case happyOut182 happy_x_5 of { (HappyWrap182 happy_var_5) -> +	case happyOut190 happy_x_6 of { (HappyWrap190 happy_var_6) -> +	( amms (mkDataFamInst (comb4 happy_var_1 happy_var_4 happy_var_5 happy_var_6) (snd $ unLoc happy_var_1) happy_var_3 (snd $ unLoc happy_var_4)+                                    Nothing (reverse (snd $ unLoc happy_var_5))+                                            (fmap reverse happy_var_6))+                       ((fst $ unLoc happy_var_1):happy_var_2++(fst $ unLoc happy_var_4)++(fst $ unLoc happy_var_5)))}}}}}})+	) (\r -> happyReturn (happyIn95 r))++happyReduce_212 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_212 = happyMonadReduce 7# 79# happyReduction_212+happyReduction_212 (happy_x_7 `HappyStk`+	happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut96 happy_x_1 of { (HappyWrap96 happy_var_1) -> +	case happyOut94 happy_x_2 of { (HappyWrap94 happy_var_2) -> +	case happyOut103 happy_x_3 of { (HappyWrap103 happy_var_3) -> +	case happyOut102 happy_x_4 of { (HappyWrap102 happy_var_4) -> +	case happyOut97 happy_x_5 of { (HappyWrap97 happy_var_5) -> +	case happyOut179 happy_x_6 of { (HappyWrap179 happy_var_6) -> +	case happyOut190 happy_x_7 of { (HappyWrap190 happy_var_7) -> +	( amms (mkDataFamInst (comb4 happy_var_1 happy_var_4 happy_var_6 happy_var_7) (snd $ unLoc happy_var_1) happy_var_3+                                (snd $ unLoc happy_var_4) (snd $ unLoc happy_var_5) (snd $ unLoc happy_var_6)+                                (fmap reverse happy_var_7))+                        ((fst $ unLoc happy_var_1):happy_var_2++(fst $ unLoc happy_var_4)++(fst $ unLoc happy_var_5)++(fst $ unLoc happy_var_6)))}}}}}}})+	) (\r -> happyReturn (happyIn95 r))++happyReduce_213 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_213 = happySpecReduce_1  80# happyReduction_213+happyReduction_213 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn96+		 (sL1 happy_var_1 (mj AnnData    happy_var_1,DataType)+	)}++happyReduce_214 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_214 = happySpecReduce_1  80# happyReduction_214+happyReduction_214 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn96+		 (sL1 happy_var_1 (mj AnnNewtype happy_var_1,NewType)+	)}++happyReduce_215 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_215 = happySpecReduce_0  81# happyReduction_215+happyReduction_215  =  happyIn97+		 (noLoc     ([]               , Nothing)+	)++happyReduce_216 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_216 = happySpecReduce_2  81# happyReduction_216+happyReduction_216 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut178 happy_x_2 of { (HappyWrap178 happy_var_2) -> +	happyIn97+		 (sLL happy_var_1 happy_var_2 ([mu AnnDcolon happy_var_1], Just happy_var_2)+	)}}++happyReduce_217 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_217 = happySpecReduce_0  82# happyReduction_217+happyReduction_217  =  happyIn98+		 (noLoc     ([]               , noLoc (NoSig noExtField)         )+	)++happyReduce_218 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_218 = happySpecReduce_2  82# happyReduction_218+happyReduction_218 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut178 happy_x_2 of { (HappyWrap178 happy_var_2) -> +	happyIn98+		 (sLL happy_var_1 happy_var_2 ([mu AnnDcolon happy_var_1], sLL happy_var_1 happy_var_2 (KindSig noExtField happy_var_2))+	)}}++happyReduce_219 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_219 = happySpecReduce_0  83# happyReduction_219+happyReduction_219  =  happyIn99+		 (noLoc     ([]               , noLoc     (NoSig    noExtField)   )+	)++happyReduce_220 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_220 = happySpecReduce_2  83# happyReduction_220+happyReduction_220 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut178 happy_x_2 of { (HappyWrap178 happy_var_2) -> +	happyIn99+		 (sLL happy_var_1 happy_var_2 ([mu AnnDcolon happy_var_1], sLL happy_var_1 happy_var_2 (KindSig  noExtField happy_var_2))+	)}}++happyReduce_221 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_221 = happyMonadReduce 2# 83# happyReduction_221+happyReduction_221 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut172 happy_x_2 of { (HappyWrap172 happy_var_2) -> +	( do { tvb <- fromSpecTyVarBndr happy_var_2+                             ; return $ sLL happy_var_1 happy_var_2 ([mj AnnEqual happy_var_1] , sLL happy_var_1 happy_var_2 (TyVarSig noExtField tvb))})}})+	) (\r -> happyReturn (happyIn99 r))++happyReduce_222 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_222 = happySpecReduce_0  84# happyReduction_222+happyReduction_222  =  happyIn100+		 (noLoc ([], (noLoc (NoSig noExtField), Nothing))+	)++happyReduce_223 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_223 = happySpecReduce_2  84# happyReduction_223+happyReduction_223 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut178 happy_x_2 of { (HappyWrap178 happy_var_2) -> +	happyIn100+		 (sLL happy_var_1 happy_var_2 ( [mu AnnDcolon happy_var_1]+                                 , (sLL happy_var_2 happy_var_2 (KindSig noExtField happy_var_2), Nothing))+	)}}++happyReduce_224 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_224 = happyMonadReduce 4# 84# happyReduction_224+happyReduction_224 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut173 happy_x_2 of { (HappyWrap173 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut86 happy_x_4 of { (HappyWrap86 happy_var_4) -> +	( do { tvb <- fromSpecTyVarBndr happy_var_2+                      ; return $ sLL happy_var_1 happy_var_4 ([mj AnnEqual happy_var_1, mj AnnVbar happy_var_3]+                                           , (sLL happy_var_1 happy_var_2 (TyVarSig noExtField tvb), Just happy_var_4))})}}}})+	) (\r -> happyReturn (happyIn100 r))++happyReduce_225 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_225 = happyMonadReduce 3# 85# happyReduction_225+happyReduction_225 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut157 happy_x_1 of { (HappyWrap157 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut158 happy_x_3 of { (HappyWrap158 happy_var_3) -> +	( addAnnotation (gl happy_var_1) (toUnicodeAnn AnnDarrow happy_var_2) (gl happy_var_2)+                                       >> (return (sLL happy_var_1 happy_var_3 (Just happy_var_1, happy_var_3))))}}})+	) (\r -> happyReturn (happyIn101 r))++happyReduce_226 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_226 = happySpecReduce_1  85# happyReduction_226+happyReduction_226 happy_x_1+	 =  case happyOut158 happy_x_1 of { (HappyWrap158 happy_var_1) -> +	happyIn101+		 (sL1 happy_var_1 (Nothing, happy_var_1)+	)}++happyReduce_227 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_227 = happyMonadReduce 6# 86# happyReduction_227+happyReduction_227 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut171 happy_x_2 of { (HappyWrap171 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut157 happy_x_4 of { (HappyWrap157 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	case happyOut158 happy_x_6 of { (HappyWrap158 happy_var_6) -> +	( hintExplicitForall happy_var_1+                                                       >> fromSpecTyVarBndrs happy_var_2+                                                         >>= \tvbs -> (addAnnotation (gl happy_var_4) (toUnicodeAnn AnnDarrow happy_var_5) (gl happy_var_5)+                                                             >> return (sLL happy_var_1 happy_var_6 ([mu AnnForall happy_var_1, mj AnnDot happy_var_3]+                                                                                  , (Just happy_var_4, mkHsOuterExplicit tvbs, happy_var_6)))+                                                          ))}}}}}})+	) (\r -> happyReturn (happyIn102 r))++happyReduce_228 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_228 = happyMonadReduce 4# 86# happyReduction_228+happyReduction_228 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut171 happy_x_2 of { (HappyWrap171 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut158 happy_x_4 of { (HappyWrap158 happy_var_4) -> +	( do { hintExplicitForall happy_var_1+                                             ; tvbs <- fromSpecTyVarBndrs happy_var_2+                                             ; return (sLL happy_var_1 happy_var_4 ([mu AnnForall happy_var_1, mj AnnDot happy_var_3]+                                                                 , (Nothing, mkHsOuterExplicit tvbs, happy_var_4)))+                                       })}}}})+	) (\r -> happyReturn (happyIn102 r))++happyReduce_229 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_229 = happyMonadReduce 3# 86# happyReduction_229+happyReduction_229 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut157 happy_x_1 of { (HappyWrap157 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut158 happy_x_3 of { (HappyWrap158 happy_var_3) -> +	( addAnnotation (gl happy_var_1) (toUnicodeAnn AnnDarrow happy_var_2) (gl happy_var_2)+                                       >> (return (sLL happy_var_1 happy_var_3([], (Just happy_var_1, mkHsOuterImplicit, happy_var_3)))))}}})+	) (\r -> happyReturn (happyIn102 r))++happyReduce_230 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_230 = happySpecReduce_1  86# happyReduction_230+happyReduction_230 happy_x_1+	 =  case happyOut158 happy_x_1 of { (HappyWrap158 happy_var_1) -> +	happyIn102+		 (sL1 happy_var_1 ([], (Nothing, mkHsOuterImplicit, happy_var_1))+	)}++happyReduce_231 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_231 = happyMonadReduce 4# 87# happyReduction_231+happyReduction_231 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	( ajs (sLL happy_var_1 happy_var_4 (CType (getCTYPEs happy_var_1) (Just (Header (getSTRINGs happy_var_2) (getSTRING happy_var_2)))+                                        (getSTRINGs happy_var_3,getSTRING happy_var_3)))+                              [mo happy_var_1,mj AnnHeader happy_var_2,mj AnnVal happy_var_3,mc happy_var_4])}}}})+	) (\r -> happyReturn (happyIn103 r))++happyReduce_232 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_232 = happyMonadReduce 3# 87# happyReduction_232+happyReduction_232 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ajs (sLL happy_var_1 happy_var_3 (CType (getCTYPEs happy_var_1) Nothing (getSTRINGs happy_var_2, getSTRING happy_var_2)))+                              [mo happy_var_1,mj AnnVal happy_var_2,mc happy_var_3])}}})+	) (\r -> happyReturn (happyIn103 r))++happyReduce_233 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_233 = happySpecReduce_0  87# happyReduction_233+happyReduction_233  =  happyIn103+		 (Nothing+	)++happyReduce_234 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_234 = happyMonadReduce 5# 88# happyReduction_234+happyReduction_234 (happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut84 happy_x_2 of { (HappyWrap84 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut81 happy_x_4 of { (HappyWrap81 happy_var_4) -> +	case happyOut166 happy_x_5 of { (HappyWrap166 happy_var_5) -> +	( do { let { err = text "in the stand-alone deriving instance"+                                    <> colon <+> quotes (ppr happy_var_5) }+                      ; ams (sLL happy_var_1 happy_var_5+                                 (DerivDecl noExtField (mkHsWildCardBndrs happy_var_5) happy_var_2 happy_var_4))+                            [mj AnnDeriving happy_var_1, mj AnnInstance happy_var_3] })}}}}})+	) (\r -> happyReturn (happyIn104 r))++happyReduce_235 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_235 = happyMonadReduce 4# 89# happyReduction_235+happyReduction_235 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut276 happy_x_3 of { (HappyWrap276 happy_var_3) -> +	case happyOut106 happy_x_4 of { (HappyWrap106 happy_var_4) -> +	( amms (mkRoleAnnotDecl (comb3 happy_var_1 happy_var_3 happy_var_4) happy_var_3 (reverse (unLoc happy_var_4)))+                  [mj AnnType happy_var_1,mj AnnRole happy_var_2])}}}})+	) (\r -> happyReturn (happyIn105 r))++happyReduce_236 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_236 = happySpecReduce_0  90# happyReduction_236+happyReduction_236  =  happyIn106+		 (noLoc []+	)++happyReduce_237 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_237 = happySpecReduce_1  90# happyReduction_237+happyReduction_237 happy_x_1+	 =  case happyOut107 happy_x_1 of { (HappyWrap107 happy_var_1) -> +	happyIn106+		 (happy_var_1+	)}++happyReduce_238 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_238 = happySpecReduce_1  91# happyReduction_238+happyReduction_238 happy_x_1+	 =  case happyOut108 happy_x_1 of { (HappyWrap108 happy_var_1) -> +	happyIn107+		 (sLL happy_var_1 happy_var_1 [happy_var_1]+	)}++happyReduce_239 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_239 = happySpecReduce_2  91# happyReduction_239+happyReduction_239 happy_x_2+	happy_x_1+	 =  case happyOut107 happy_x_1 of { (HappyWrap107 happy_var_1) -> +	case happyOut108 happy_x_2 of { (HappyWrap108 happy_var_2) -> +	happyIn107+		 (sLL happy_var_1 happy_var_2 $ happy_var_2 : unLoc happy_var_1+	)}}++happyReduce_240 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_240 = happySpecReduce_1  92# happyReduction_240+happyReduction_240 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn108+		 (sL1 happy_var_1 $ Just $ getVARID happy_var_1+	)}++happyReduce_241 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_241 = happySpecReduce_1  92# happyReduction_241+happyReduction_241 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn108+		 (sL1 happy_var_1 Nothing+	)}++happyReduce_242 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_242 = happyMonadReduce 4# 93# happyReduction_242+happyReduction_242 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut110 happy_x_2 of { (HappyWrap110 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut241 happy_x_4 of { (HappyWrap241 happy_var_4) -> +	(      let (name, args,as ) = happy_var_2 in+                 ams (sLL happy_var_1 happy_var_4 . ValD noExtField $ mkPatSynBind name args happy_var_4+                                                    ImplicitBidirectional)+               (as ++ [mj AnnPattern happy_var_1, mj AnnEqual happy_var_3]))}}}})+	) (\r -> happyReturn (happyIn109 r))++happyReduce_243 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_243 = happyMonadReduce 4# 93# happyReduction_243+happyReduction_243 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut110 happy_x_2 of { (HappyWrap110 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut241 happy_x_4 of { (HappyWrap241 happy_var_4) -> +	(    let (name, args, as) = happy_var_2 in+               ams (sLL happy_var_1 happy_var_4 . ValD noExtField $ mkPatSynBind name args happy_var_4 Unidirectional)+               (as ++ [mj AnnPattern happy_var_1,mu AnnLarrow happy_var_3]))}}}})+	) (\r -> happyReturn (happyIn109 r))++happyReduce_244 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_244 = happyMonadReduce 5# 93# happyReduction_244+happyReduction_244 (happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut110 happy_x_2 of { (HappyWrap110 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut241 happy_x_4 of { (HappyWrap241 happy_var_4) -> +	case happyOut113 happy_x_5 of { (HappyWrap113 happy_var_5) -> +	( do { let (name, args, as) = happy_var_2+                  ; mg <- mkPatSynMatchGroup name (snd $ unLoc happy_var_5)+                  ; ams (sLL happy_var_1 happy_var_5 . ValD noExtField $+                           mkPatSynBind name args happy_var_4 (ExplicitBidirectional mg))+                       (as ++ ((mj AnnPattern happy_var_1:mu AnnLarrow happy_var_3:(fst $ unLoc happy_var_5))) )+                   })}}}}})+	) (\r -> happyReturn (happyIn109 r))++happyReduce_245 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_245 = happySpecReduce_2  94# happyReduction_245+happyReduction_245 happy_x_2+	happy_x_1+	 =  case happyOut268 happy_x_1 of { (HappyWrap268 happy_var_1) -> +	case happyOut111 happy_x_2 of { (HappyWrap111 happy_var_2) -> +	happyIn110+		 ((happy_var_1, PrefixCon noTypeArgs happy_var_2, [])+	)}}++happyReduce_246 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_246 = happySpecReduce_3  94# happyReduction_246+happyReduction_246 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut296 happy_x_1 of { (HappyWrap296 happy_var_1) -> +	case happyOut272 happy_x_2 of { (HappyWrap272 happy_var_2) -> +	case happyOut296 happy_x_3 of { (HappyWrap296 happy_var_3) -> +	happyIn110+		 ((happy_var_2, InfixCon happy_var_1 happy_var_3, [])+	)}}}++happyReduce_247 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_247 = happyReduce 4# 94# happyReduction_247+happyReduction_247 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOut268 happy_x_1 of { (HappyWrap268 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut112 happy_x_3 of { (HappyWrap112 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	happyIn110+		 ((happy_var_1, RecCon happy_var_3, [moc happy_var_2, mcc happy_var_4] )+	) `HappyStk` happyRest}}}}++happyReduce_248 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_248 = happySpecReduce_0  95# happyReduction_248+happyReduction_248  =  happyIn111+		 ([]+	)++happyReduce_249 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_249 = happySpecReduce_2  95# happyReduction_249+happyReduction_249 happy_x_2+	happy_x_1+	 =  case happyOut296 happy_x_1 of { (HappyWrap296 happy_var_1) -> +	case happyOut111 happy_x_2 of { (HappyWrap111 happy_var_2) -> +	happyIn111+		 (happy_var_1 : happy_var_2+	)}}++happyReduce_250 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_250 = happySpecReduce_1  96# happyReduction_250+happyReduction_250 happy_x_1+	 =  case happyOut293 happy_x_1 of { (HappyWrap293 happy_var_1) -> +	happyIn112+		 ([RecordPatSynField (mkFieldOcc happy_var_1) happy_var_1]+	)}++happyReduce_251 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_251 = happyMonadReduce 3# 96# happyReduction_251+happyReduction_251 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut293 happy_x_1 of { (HappyWrap293 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut112 happy_x_3 of { (HappyWrap112 happy_var_3) -> +	( addAnnotation (getLoc happy_var_1) AnnComma (getLoc happy_var_2) >>+                                         return ((RecordPatSynField (mkFieldOcc happy_var_1) happy_var_1) : happy_var_3 ))}}})+	) (\r -> happyReturn (happyIn112 r))++happyReduce_252 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_252 = happyReduce 4# 97# happyReduction_252+happyReduction_252 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut124 happy_x_3 of { (HappyWrap124 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	happyIn113+		 (sLL happy_var_1 happy_var_4 ((mj AnnWhere happy_var_1:moc happy_var_2+                                           :mcc happy_var_4:(fst $ unLoc happy_var_3)),sL1 happy_var_3 (snd $ unLoc happy_var_3))+	) `HappyStk` happyRest}}}}++happyReduce_253 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_253 = happyReduce 4# 97# happyReduction_253+happyReduction_253 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut124 happy_x_3 of { (HappyWrap124 happy_var_3) -> +	happyIn113+		 (L (comb2 happy_var_1 happy_var_3) ((mj AnnWhere happy_var_1:(fst $ unLoc happy_var_3))+                                          ,sL1 happy_var_3 (snd $ unLoc happy_var_3))+	) `HappyStk` happyRest}}++happyReduce_254 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_254 = happyMonadReduce 4# 98# happyReduction_254+happyReduction_254 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut269 happy_x_2 of { (HappyWrap269 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut150 happy_x_4 of { (HappyWrap150 happy_var_4) -> +	( ams (sLL happy_var_1 happy_var_4 $ PatSynSig noExtField (unLoc happy_var_2) happy_var_4)+                          [mj AnnPattern happy_var_1, mu AnnDcolon happy_var_3])}}}})+	) (\r -> happyReturn (happyIn114 r))++happyReduce_255 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_255 = happySpecReduce_1  99# happyReduction_255+happyReduction_255 happy_x_1+	 =  case happyOut294 happy_x_1 of { (HappyWrap294 happy_var_1) -> +	happyIn115+		 (happy_var_1+	)}++happyReduce_256 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_256 = happySpecReduce_1  99# happyReduction_256+happyReduction_256 happy_x_1+	 =  case happyOut266 happy_x_1 of { (HappyWrap266 happy_var_1) -> +	happyIn115+		 (happy_var_1+	)}++happyReduce_257 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_257 = happySpecReduce_1  100# happyReduction_257+happyReduction_257 happy_x_1+	 =  case happyOut92 happy_x_1 of { (HappyWrap92 happy_var_1) -> +	happyIn116+		 (happy_var_1+	)}++happyReduce_258 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_258 = happySpecReduce_1  100# happyReduction_258+happyReduction_258 happy_x_1+	 =  case happyOut195 happy_x_1 of { (HappyWrap195 happy_var_1) -> +	happyIn116+		 (happy_var_1+	)}++happyReduce_259 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_259 = happyMonadReduce 4# 100# happyReduction_259+happyReduction_259 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut204 happy_x_2 of { (HappyWrap204 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut150 happy_x_4 of { (HappyWrap150 happy_var_4) -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->+                       do { v <- checkValSigLhs happy_var_2+                          ; let err = text "in default signature" <> colon <+>+                                      quotes (ppr happy_var_2)+                          ; ams (sLL happy_var_1 happy_var_4 $ SigD noExtField $ ClassOpSig noExtField True [v] happy_var_4)+                                [mj AnnDefault happy_var_1,mu AnnDcolon happy_var_3] })}}}})+	) (\r -> happyReturn (happyIn116 r))++happyReduce_260 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_260 = happyMonadReduce 3# 101# happyReduction_260+happyReduction_260 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut117 happy_x_1 of { (HappyWrap117 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut116 happy_x_3 of { (HappyWrap116 happy_var_3) -> +	( if isNilOL (snd $ unLoc happy_var_1)+                                             then return (sLL happy_var_1 happy_var_3 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)+                                                                    , unitOL happy_var_3))+                                             else ams (lastOL (snd $ unLoc happy_var_1)) [mj AnnSemi happy_var_2]+                                           >> return (sLL happy_var_1 happy_var_3 (fst $ unLoc happy_var_1+                                                                ,(snd $ unLoc happy_var_1) `appOL` unitOL happy_var_3)))}}})+	) (\r -> happyReturn (happyIn117 r))++happyReduce_261 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_261 = happyMonadReduce 2# 101# happyReduction_261+happyReduction_261 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut117 happy_x_1 of { (HappyWrap117 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( if isNilOL (snd $ unLoc happy_var_1)+                                             then return (sLL happy_var_1 happy_var_2 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)+                                                                                   ,snd $ unLoc happy_var_1))+                                             else ams (lastOL (snd $ unLoc happy_var_1)) [mj AnnSemi happy_var_2]+                                           >> return (sLL happy_var_1 happy_var_2  (unLoc happy_var_1)))}})+	) (\r -> happyReturn (happyIn117 r))++happyReduce_262 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_262 = happySpecReduce_1  101# happyReduction_262+happyReduction_262 happy_x_1+	 =  case happyOut116 happy_x_1 of { (HappyWrap116 happy_var_1) -> +	happyIn117+		 (sL1 happy_var_1 ([], unitOL happy_var_1)+	)}++happyReduce_263 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_263 = happySpecReduce_0  101# happyReduction_263+happyReduction_263  =  happyIn117+		 (noLoc ([],nilOL)+	)++happyReduce_264 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_264 = happySpecReduce_3  102# happyReduction_264+happyReduction_264 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut117 happy_x_2 of { (HappyWrap117 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn118+		 (sLL happy_var_1 happy_var_3 (moc happy_var_1:mcc happy_var_3:(fst $ unLoc happy_var_2)+                                             ,snd $ unLoc happy_var_2, ExplicitBraces)+	)}}}++happyReduce_265 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_265 = happySpecReduce_3  102# happyReduction_265+happyReduction_265 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut117 happy_x_2 of { (HappyWrap117 happy_var_2) -> +	happyIn118+		 (let { L l (anns, decls) = happy_var_2 }+                                           in L l (anns, decls, VirtualBraces (getVOCURLY happy_var_1))+	)}}++happyReduce_266 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_266 = happySpecReduce_2  103# happyReduction_266+happyReduction_266 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut118 happy_x_2 of { (HappyWrap118 happy_var_2) -> +	happyIn119+		 (sLL happy_var_1 happy_var_2 (mj AnnWhere happy_var_1:(fstOf3 $ unLoc happy_var_2)+                                             ,sndOf3 $ unLoc happy_var_2,thdOf3 $ unLoc happy_var_2)+	)}}++happyReduce_267 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_267 = happySpecReduce_0  103# happyReduction_267+happyReduction_267  =  happyIn119+		 (noLoc ([],nilOL,NoLayoutInfo)+	)++happyReduce_268 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_268 = happySpecReduce_1  104# happyReduction_268+happyReduction_268 happy_x_1+	 =  case happyOut95 happy_x_1 of { (HappyWrap95 happy_var_1) -> +	happyIn120+		 (sLL happy_var_1 happy_var_1 (unitOL (sL1 happy_var_1 (InstD noExtField (unLoc happy_var_1))))+	)}++happyReduce_269 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_269 = happySpecReduce_1  104# happyReduction_269+happyReduction_269 happy_x_1+	 =  case happyOut195 happy_x_1 of { (HappyWrap195 happy_var_1) -> +	happyIn120+		 (sLL happy_var_1 happy_var_1 (unitOL happy_var_1)+	)}++happyReduce_270 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_270 = happyMonadReduce 3# 105# happyReduction_270+happyReduction_270 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut121 happy_x_1 of { (HappyWrap121 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut120 happy_x_3 of { (HappyWrap120 happy_var_3) -> +	( if isNilOL (snd $ unLoc happy_var_1)+                                             then return (sLL happy_var_1 happy_var_3 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)+                                                                    , unLoc happy_var_3))+                                             else ams (lastOL $ snd $ unLoc happy_var_1) [mj AnnSemi happy_var_2]+                                           >> return+                                            (sLL happy_var_1 happy_var_3 (fst $ unLoc happy_var_1+                                                       ,(snd $ unLoc happy_var_1) `appOL` unLoc happy_var_3)))}}})+	) (\r -> happyReturn (happyIn121 r))++happyReduce_271 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_271 = happyMonadReduce 2# 105# happyReduction_271+happyReduction_271 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut121 happy_x_1 of { (HappyWrap121 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( if isNilOL (snd $ unLoc happy_var_1)+                                             then return (sLL happy_var_1 happy_var_2 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)+                                                                                   ,snd $ unLoc happy_var_1))+                                             else ams (lastOL $ snd $ unLoc happy_var_1) [mj AnnSemi happy_var_2]+                                           >> return (sLL happy_var_1 happy_var_2 (unLoc happy_var_1)))}})+	) (\r -> happyReturn (happyIn121 r))++happyReduce_272 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_272 = happySpecReduce_1  105# happyReduction_272+happyReduction_272 happy_x_1+	 =  case happyOut120 happy_x_1 of { (HappyWrap120 happy_var_1) -> +	happyIn121+		 (sL1 happy_var_1 ([],unLoc happy_var_1)+	)}++happyReduce_273 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_273 = happySpecReduce_0  105# happyReduction_273+happyReduction_273  =  happyIn121+		 (noLoc ([],nilOL)+	)++happyReduce_274 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_274 = happySpecReduce_3  106# happyReduction_274+happyReduction_274 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut121 happy_x_2 of { (HappyWrap121 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn122+		 (sLL happy_var_1 happy_var_3 (moc happy_var_1:mcc happy_var_3:(fst $ unLoc happy_var_2),snd $ unLoc happy_var_2)+	)}}}++happyReduce_275 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_275 = happySpecReduce_3  106# happyReduction_275+happyReduction_275 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut121 happy_x_2 of { (HappyWrap121 happy_var_2) -> +	happyIn122+		 (L (gl happy_var_2) (unLoc happy_var_2)+	)}++happyReduce_276 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_276 = happySpecReduce_2  107# happyReduction_276+happyReduction_276 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut122 happy_x_2 of { (HappyWrap122 happy_var_2) -> +	happyIn123+		 (sLL happy_var_1 happy_var_2 (mj AnnWhere happy_var_1:(fst $ unLoc happy_var_2)+                                             ,(snd $ unLoc happy_var_2))+	)}}++happyReduce_277 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_277 = happySpecReduce_0  107# happyReduction_277+happyReduction_277  =  happyIn123+		 (noLoc ([],nilOL)+	)++happyReduce_278 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_278 = happyMonadReduce 3# 108# happyReduction_278+happyReduction_278 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut124 happy_x_1 of { (HappyWrap124 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut195 happy_x_3 of { (HappyWrap195 happy_var_3) -> +	( if isNilOL (snd $ unLoc happy_var_1)+                                 then return (sLL happy_var_1 happy_var_3 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)+                                                        , unitOL happy_var_3))+                                 else do ams (lastOL $ snd $ unLoc happy_var_1) [mj AnnSemi happy_var_2]+                                           >> return (+                                          let { this = unitOL happy_var_3;+                                                rest = snd $ unLoc happy_var_1;+                                                these = rest `appOL` this }+                                          in rest `seq` this `seq` these `seq`+                                             (sLL happy_var_1 happy_var_3 (fst $ unLoc happy_var_1,these))))}}})+	) (\r -> happyReturn (happyIn124 r))++happyReduce_279 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_279 = happyMonadReduce 2# 108# happyReduction_279+happyReduction_279 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut124 happy_x_1 of { (HappyWrap124 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( if isNilOL (snd $ unLoc happy_var_1)+                                  then return (sLL happy_var_1 happy_var_2 ((mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)+                                                          ,snd $ unLoc happy_var_1)))+                                  else ams (lastOL $ snd $ unLoc happy_var_1) [mj AnnSemi happy_var_2]+                                           >> return (sLL happy_var_1 happy_var_2 (unLoc happy_var_1)))}})+	) (\r -> happyReturn (happyIn124 r))++happyReduce_280 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_280 = happySpecReduce_1  108# happyReduction_280+happyReduction_280 happy_x_1+	 =  case happyOut195 happy_x_1 of { (HappyWrap195 happy_var_1) -> +	happyIn124+		 (sL1 happy_var_1 ([], unitOL happy_var_1)+	)}++happyReduce_281 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_281 = happySpecReduce_0  108# happyReduction_281+happyReduction_281  =  happyIn124+		 (noLoc ([],nilOL)+	)++happyReduce_282 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_282 = happySpecReduce_3  109# happyReduction_282+happyReduction_282 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut124 happy_x_2 of { (HappyWrap124 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn125+		 (sLL happy_var_1 happy_var_3 (moc happy_var_1:mcc happy_var_3:(fst $ unLoc happy_var_2)+                                                   ,sL1 happy_var_2 $ snd $ unLoc happy_var_2)+	)}}}++happyReduce_283 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_283 = happySpecReduce_3  109# happyReduction_283+happyReduction_283 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut124 happy_x_2 of { (HappyWrap124 happy_var_2) -> +	happyIn125+		 (L (gl happy_var_2) (fst $ unLoc happy_var_2,sL1 happy_var_2 $ snd $ unLoc happy_var_2)+	)}++happyReduce_284 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_284 = happyMonadReduce 1# 110# happyReduction_284+happyReduction_284 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut125 happy_x_1 of { (HappyWrap125 happy_var_1) -> +	( do { val_binds <- cvBindGroup (unLoc $ snd $ unLoc happy_var_1)+                                  ; return (sL1 happy_var_1 (fst $ unLoc happy_var_1+                                                    ,sL1 happy_var_1 $ HsValBinds noExtField val_binds)) })})+	) (\r -> happyReturn (happyIn126 r))++happyReduce_285 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_285 = happySpecReduce_3  110# happyReduction_285+happyReduction_285 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut254 happy_x_2 of { (HappyWrap254 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn126+		 (sLL happy_var_1 happy_var_3 ([moc happy_var_1,mcc happy_var_3]+                                             ,sL1 happy_var_2 $ HsIPBinds noExtField (IPBinds noExtField (reverse $ unLoc happy_var_2)))+	)}}}++happyReduce_286 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_286 = happySpecReduce_3  110# happyReduction_286+happyReduction_286 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut254 happy_x_2 of { (HappyWrap254 happy_var_2) -> +	happyIn126+		 (L (getLoc happy_var_2) ([]+                                            ,sL1 happy_var_2 $ HsIPBinds noExtField (IPBinds noExtField (reverse $ unLoc happy_var_2)))+	)}++happyReduce_287 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_287 = happySpecReduce_2  111# happyReduction_287+happyReduction_287 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut126 happy_x_2 of { (HappyWrap126 happy_var_2) -> +	happyIn127+		 (sLL happy_var_1 happy_var_2 (mj AnnWhere happy_var_1 : (fst $ unLoc happy_var_2)+                                             ,snd $ unLoc happy_var_2)+	)}}++happyReduce_288 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_288 = happySpecReduce_0  111# happyReduction_288+happyReduction_288  =  happyIn127+		 (noLoc ([],noLoc emptyLocalBinds)+	)++happyReduce_289 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_289 = happyMonadReduce 3# 112# happyReduction_289+happyReduction_289 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut128 happy_x_1 of { (HappyWrap128 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut129 happy_x_3 of { (HappyWrap129 happy_var_3) -> +	( addAnnotation (oll happy_var_1) AnnSemi (gl happy_var_2)+                                          >> return (happy_var_1 `snocOL` happy_var_3))}}})+	) (\r -> happyReturn (happyIn128 r))++happyReduce_290 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_290 = happyMonadReduce 2# 112# happyReduction_290+happyReduction_290 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut128 happy_x_1 of { (HappyWrap128 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( addAnnotation (oll happy_var_1) AnnSemi (gl happy_var_2)+                                          >> return happy_var_1)}})+	) (\r -> happyReturn (happyIn128 r))++happyReduce_291 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_291 = happySpecReduce_1  112# happyReduction_291+happyReduction_291 happy_x_1+	 =  case happyOut129 happy_x_1 of { (HappyWrap129 happy_var_1) -> +	happyIn128+		 (unitOL happy_var_1+	)}++happyReduce_292 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_292 = happySpecReduce_0  112# happyReduction_292+happyReduction_292  =  happyIn128+		 (nilOL+	)++happyReduce_293 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_293 = happyMonadReduce 6# 113# happyReduction_293+happyReduction_293 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut130 happy_x_2 of { (HappyWrap130 happy_var_2) -> +	case happyOut133 happy_x_3 of { (HappyWrap133 happy_var_3) -> +	case happyOut204 happy_x_4 of { (HappyWrap204 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	case happyOut203 happy_x_6 of { (HappyWrap203 happy_var_6) -> +	(runPV (unECP happy_var_4) >>= \ happy_var_4 ->+           runPV (unECP happy_var_6) >>= \ happy_var_6 ->+           ams (sLL happy_var_1 happy_var_6 $ HsRule { rd_ext = noExtField+                                   , rd_name = L (gl happy_var_1) (getSTRINGs happy_var_1, getSTRING happy_var_1)+                                   , rd_act = (snd happy_var_2) `orElse` AlwaysActive+                                   , rd_tyvs = sndOf3 happy_var_3, rd_tmvs = thdOf3 happy_var_3+                                   , rd_lhs = happy_var_4, rd_rhs = happy_var_6 })+               (mj AnnEqual happy_var_5 : (fst happy_var_2) ++ (fstOf3 happy_var_3)))}}}}}})+	) (\r -> happyReturn (happyIn129 r))++happyReduce_294 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_294 = happySpecReduce_0  114# happyReduction_294+happyReduction_294  =  happyIn130+		 (([],Nothing)+	)++happyReduce_295 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_295 = happySpecReduce_1  114# happyReduction_295+happyReduction_295 happy_x_1+	 =  case happyOut132 happy_x_1 of { (HappyWrap132 happy_var_1) -> +	happyIn130+		 ((fst happy_var_1,Just (snd happy_var_1))+	)}++happyReduce_296 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_296 = happySpecReduce_1  115# happyReduction_296+happyReduction_296 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn131+		 ([mj AnnTilde happy_var_1]+	)}++happyReduce_297 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_297 = happyMonadReduce 1# 115# happyReduction_297+happyReduction_297 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	( if (getVARSYM happy_var_1 == fsLit "~")+                   then return [mj AnnTilde happy_var_1]+                   else do { addError $ PsError PsErrInvalidRuleActivationMarker [] (getLoc happy_var_1)+                           ; return [] })})+	) (\r -> happyReturn (happyIn131 r))++happyReduce_298 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_298 = happySpecReduce_3  116# happyReduction_298+happyReduction_298 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn132+		 (([mos happy_var_1,mj AnnVal happy_var_2,mcs happy_var_3]+                                  ,ActiveAfter  (getINTEGERs happy_var_2) (fromInteger (il_value (getINTEGER happy_var_2))))+	)}}}++happyReduce_299 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_299 = happyReduce 4# 116# happyReduction_299+happyReduction_299 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut131 happy_x_2 of { (HappyWrap131 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	happyIn132+		 ((happy_var_2++[mos happy_var_1,mj AnnVal happy_var_3,mcs happy_var_4]+                                  ,ActiveBefore (getINTEGERs happy_var_3) (fromInteger (il_value (getINTEGER happy_var_3))))+	) `HappyStk` happyRest}}}}++happyReduce_300 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_300 = happySpecReduce_3  116# happyReduction_300+happyReduction_300 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut131 happy_x_2 of { (HappyWrap131 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn132+		 ((happy_var_2++[mos happy_var_1,mcs happy_var_3]+                                  ,NeverActive)+	)}}}++happyReduce_301 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_301 = happyMonadReduce 6# 117# happyReduction_301+happyReduction_301 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut134 happy_x_2 of { (HappyWrap134 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	case happyOut134 happy_x_5 of { (HappyWrap134 happy_var_5) -> +	case happyOutTok happy_x_6 of { happy_var_6 -> +	( let tyvs = mkRuleTyVarBndrs happy_var_2+                                                              in hintExplicitForall happy_var_1+                                                              >> checkRuleTyVarBndrNames (mkRuleTyVarBndrs happy_var_2)+                                                              >> return ([mu AnnForall happy_var_1,mj AnnDot happy_var_3,+                                                                          mu AnnForall happy_var_4,mj AnnDot happy_var_6],+                                                                         Just (mkRuleTyVarBndrs happy_var_2), mkRuleBndrs happy_var_5))}}}}}})+	) (\r -> happyReturn (happyIn133 r))++happyReduce_302 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_302 = happySpecReduce_3  117# happyReduction_302+happyReduction_302 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut134 happy_x_2 of { (HappyWrap134 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn133+		 (([mu AnnForall happy_var_1,mj AnnDot happy_var_3],+                                                              Nothing, mkRuleBndrs happy_var_2)+	)}}}++happyReduce_303 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_303 = happySpecReduce_0  117# happyReduction_303+happyReduction_303  =  happyIn133+		 (([], Nothing, [])+	)++happyReduce_304 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_304 = happySpecReduce_2  118# happyReduction_304+happyReduction_304 happy_x_2+	happy_x_1+	 =  case happyOut135 happy_x_1 of { (HappyWrap135 happy_var_1) -> +	case happyOut134 happy_x_2 of { (HappyWrap134 happy_var_2) -> +	happyIn134+		 (happy_var_1 : happy_var_2+	)}}++happyReduce_305 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_305 = happySpecReduce_0  118# happyReduction_305+happyReduction_305  =  happyIn134+		 ([]+	)++happyReduce_306 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_306 = happySpecReduce_1  119# happyReduction_306+happyReduction_306 happy_x_1+	 =  case happyOut296 happy_x_1 of { (HappyWrap296 happy_var_1) -> +	happyIn135+		 (sLL happy_var_1 happy_var_1 (RuleTyTmVar happy_var_1 Nothing)+	)}++happyReduce_307 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_307 = happyMonadReduce 5# 119# happyReduction_307+happyReduction_307 (happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut296 happy_x_2 of { (HappyWrap296 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut156 happy_x_4 of { (HappyWrap156 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	( ams (sLL happy_var_1 happy_var_5 (RuleTyTmVar happy_var_2 (Just happy_var_4)))+                                               [mop happy_var_1,mu AnnDcolon happy_var_3,mcp happy_var_5])}}}}})+	) (\r -> happyReturn (happyIn135 r))++happyReduce_308 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_308 = happyMonadReduce 3# 120# happyReduction_308+happyReduction_308 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut136 happy_x_1 of { (HappyWrap136 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut137 happy_x_3 of { (HappyWrap137 happy_var_3) -> +	( addAnnotation (oll happy_var_1) AnnSemi (gl happy_var_2)+                                          >> return (happy_var_1 `appOL` happy_var_3))}}})+	) (\r -> happyReturn (happyIn136 r))++happyReduce_309 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_309 = happyMonadReduce 2# 120# happyReduction_309+happyReduction_309 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut136 happy_x_1 of { (HappyWrap136 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( addAnnotation (oll happy_var_1) AnnSemi (gl happy_var_2)+                                          >> return happy_var_1)}})+	) (\r -> happyReturn (happyIn136 r))++happyReduce_310 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_310 = happySpecReduce_1  120# happyReduction_310+happyReduction_310 happy_x_1+	 =  case happyOut137 happy_x_1 of { (HappyWrap137 happy_var_1) -> +	happyIn136+		 (happy_var_1+	)}++happyReduce_311 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_311 = happySpecReduce_0  120# happyReduction_311+happyReduction_311  =  happyIn136+		 (nilOL+	)++happyReduce_312 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_312 = happyMonadReduce 2# 121# happyReduction_312+happyReduction_312 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut263 happy_x_1 of { (HappyWrap263 happy_var_1) -> +	case happyOut140 happy_x_2 of { (HappyWrap140 happy_var_2) -> +	( amsu (sLL happy_var_1 happy_var_2 (Warning noExtField (unLoc happy_var_1) (WarningTxt (noLoc NoSourceText) $ snd $ unLoc happy_var_2)))+                     (fst $ unLoc happy_var_2))}})+	) (\r -> happyReturn (happyIn137 r))++happyReduce_313 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_313 = happyMonadReduce 3# 122# happyReduction_313+happyReduction_313 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut138 happy_x_1 of { (HappyWrap138 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut139 happy_x_3 of { (HappyWrap139 happy_var_3) -> +	( addAnnotation (oll happy_var_1) AnnSemi (gl happy_var_2)+                                          >> return (happy_var_1 `appOL` happy_var_3))}}})+	) (\r -> happyReturn (happyIn138 r))++happyReduce_314 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_314 = happyMonadReduce 2# 122# happyReduction_314+happyReduction_314 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut138 happy_x_1 of { (HappyWrap138 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( addAnnotation (oll happy_var_1) AnnSemi (gl happy_var_2)+                                          >> return happy_var_1)}})+	) (\r -> happyReturn (happyIn138 r))++happyReduce_315 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_315 = happySpecReduce_1  122# happyReduction_315+happyReduction_315 happy_x_1+	 =  case happyOut139 happy_x_1 of { (HappyWrap139 happy_var_1) -> +	happyIn138+		 (happy_var_1+	)}++happyReduce_316 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_316 = happySpecReduce_0  122# happyReduction_316+happyReduction_316  =  happyIn138+		 (nilOL+	)++happyReduce_317 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_317 = happyMonadReduce 2# 123# happyReduction_317+happyReduction_317 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut263 happy_x_1 of { (HappyWrap263 happy_var_1) -> +	case happyOut140 happy_x_2 of { (HappyWrap140 happy_var_2) -> +	( amsu (sLL happy_var_1 happy_var_2 $ (Warning noExtField (unLoc happy_var_1) (DeprecatedTxt (noLoc NoSourceText) $ snd $ unLoc happy_var_2)))+                     (fst $ unLoc happy_var_2))}})+	) (\r -> happyReturn (happyIn139 r))++happyReduce_318 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_318 = happySpecReduce_1  124# happyReduction_318+happyReduction_318 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn140+		 (sL1 happy_var_1 ([],[L (gl happy_var_1) (getStringLiteral happy_var_1)])+	)}++happyReduce_319 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_319 = happySpecReduce_3  124# happyReduction_319+happyReduction_319 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut141 happy_x_2 of { (HappyWrap141 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn140+		 (sLL happy_var_1 happy_var_3 $ ([mos happy_var_1,mcs happy_var_3],fromOL (unLoc happy_var_2))+	)}}}++happyReduce_320 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_320 = happyMonadReduce 3# 125# happyReduction_320+happyReduction_320 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut141 happy_x_1 of { (HappyWrap141 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( addAnnotation (oll $ unLoc happy_var_1) AnnComma (gl happy_var_2) >>+                               return (sLL happy_var_1 happy_var_3 (unLoc happy_var_1 `snocOL`+                                                  (L (gl happy_var_3) (getStringLiteral happy_var_3)))))}}})+	) (\r -> happyReturn (happyIn141 r))++happyReduce_321 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_321 = happySpecReduce_1  125# happyReduction_321+happyReduction_321 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn141+		 (sLL happy_var_1 happy_var_1 (unitOL (L (gl happy_var_1) (getStringLiteral happy_var_1)))+	)}++happyReduce_322 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_322 = happySpecReduce_0  125# happyReduction_322+happyReduction_322  =  happyIn141+		 (noLoc nilOL+	)++happyReduce_323 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_323 = happyMonadReduce 4# 126# happyReduction_323+happyReduction_323 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut264 happy_x_2 of { (HappyWrap264 happy_var_2) -> +	case happyOut210 happy_x_3 of { (HappyWrap210 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	( runPV (unECP happy_var_3) >>= \ happy_var_3 ->+                                            ams (sLL happy_var_1 happy_var_4 (AnnD noExtField $ HsAnnotation noExtField+                                            (getANN_PRAGs happy_var_1)+                                            (ValueAnnProvenance happy_var_2) happy_var_3))+                                            [mo happy_var_1,mc happy_var_4])}}}})+	) (\r -> happyReturn (happyIn142 r))++happyReduce_324 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_324 = happyMonadReduce 5# 126# happyReduction_324+happyReduction_324 (happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut280 happy_x_3 of { (HappyWrap280 happy_var_3) -> +	case happyOut210 happy_x_4 of { (HappyWrap210 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	( runPV (unECP happy_var_4) >>= \ happy_var_4 ->+                                            ams (sLL happy_var_1 happy_var_5 (AnnD noExtField $ HsAnnotation noExtField+                                            (getANN_PRAGs happy_var_1)+                                            (TypeAnnProvenance happy_var_3) happy_var_4))+                                            [mo happy_var_1,mj AnnType happy_var_2,mc happy_var_5])}}}}})+	) (\r -> happyReturn (happyIn142 r))++happyReduce_325 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_325 = happyMonadReduce 4# 126# happyReduction_325+happyReduction_325 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut210 happy_x_3 of { (HappyWrap210 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	( runPV (unECP happy_var_3) >>= \ happy_var_3 ->+                                            ams (sLL happy_var_1 happy_var_4 (AnnD noExtField $ HsAnnotation noExtField+                                                (getANN_PRAGs happy_var_1)+                                                 ModuleAnnProvenance happy_var_3))+                                                [mo happy_var_1,mj AnnModule happy_var_2,mc happy_var_4])}}}})+	) (\r -> happyReturn (happyIn142 r))++happyReduce_326 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_326 = happyMonadReduce 4# 127# happyReduction_326+happyReduction_326 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut144 happy_x_2 of { (HappyWrap144 happy_var_2) -> +	case happyOut145 happy_x_3 of { (HappyWrap145 happy_var_3) -> +	case happyOut146 happy_x_4 of { (HappyWrap146 happy_var_4) -> +	( mkImport happy_var_2 happy_var_3 (snd $ unLoc happy_var_4) >>= \i ->+                 return (sLL happy_var_1 happy_var_4 (mj AnnImport happy_var_1 : (fst $ unLoc happy_var_4),i)))}}}})+	) (\r -> happyReturn (happyIn143 r))++happyReduce_327 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_327 = happyMonadReduce 3# 127# happyReduction_327+happyReduction_327 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut144 happy_x_2 of { (HappyWrap144 happy_var_2) -> +	case happyOut146 happy_x_3 of { (HappyWrap146 happy_var_3) -> +	( do { d <- mkImport happy_var_2 (noLoc PlaySafe) (snd $ unLoc happy_var_3);+                    return (sLL happy_var_1 happy_var_3 (mj AnnImport happy_var_1 : (fst $ unLoc happy_var_3),d)) })}}})+	) (\r -> happyReturn (happyIn143 r))++happyReduce_328 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_328 = happyMonadReduce 3# 127# happyReduction_328+happyReduction_328 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut144 happy_x_2 of { (HappyWrap144 happy_var_2) -> +	case happyOut146 happy_x_3 of { (HappyWrap146 happy_var_3) -> +	( mkExport happy_var_2 (snd $ unLoc happy_var_3) >>= \i ->+                  return (sLL happy_var_1 happy_var_3 (mj AnnExport happy_var_1 : (fst $ unLoc happy_var_3),i) ))}}})+	) (\r -> happyReturn (happyIn143 r))++happyReduce_329 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_329 = happySpecReduce_1  128# happyReduction_329+happyReduction_329 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn144+		 (sLL happy_var_1 happy_var_1 StdCallConv+	)}++happyReduce_330 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_330 = happySpecReduce_1  128# happyReduction_330+happyReduction_330 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn144+		 (sLL happy_var_1 happy_var_1 CCallConv+	)}++happyReduce_331 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_331 = happySpecReduce_1  128# happyReduction_331+happyReduction_331 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn144+		 (sLL happy_var_1 happy_var_1 CApiConv+	)}++happyReduce_332 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_332 = happySpecReduce_1  128# happyReduction_332+happyReduction_332 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn144+		 (sLL happy_var_1 happy_var_1 PrimCallConv+	)}++happyReduce_333 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_333 = happySpecReduce_1  128# happyReduction_333+happyReduction_333 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn144+		 (sLL happy_var_1 happy_var_1 JavaScriptCallConv+	)}++happyReduce_334 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_334 = happySpecReduce_1  129# happyReduction_334+happyReduction_334 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn145+		 (sLL happy_var_1 happy_var_1 PlayRisky+	)}++happyReduce_335 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_335 = happySpecReduce_1  129# happyReduction_335+happyReduction_335 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn145+		 (sLL happy_var_1 happy_var_1 PlaySafe+	)}++happyReduce_336 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_336 = happySpecReduce_1  129# happyReduction_336+happyReduction_336 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn145+		 (sLL happy_var_1 happy_var_1 PlayInterruptible+	)}++happyReduce_337 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_337 = happyReduce 4# 130# happyReduction_337+happyReduction_337 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut293 happy_x_2 of { (HappyWrap293 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut150 happy_x_4 of { (HappyWrap150 happy_var_4) -> +	happyIn146+		 (sLL happy_var_1 happy_var_4 ([mu AnnDcolon happy_var_3]+                                             ,(L (getLoc happy_var_1)+                                                    (getStringLiteral happy_var_1), happy_var_2, happy_var_4))+	) `HappyStk` happyRest}}}}++happyReduce_338 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_338 = happySpecReduce_3  130# happyReduction_338+happyReduction_338 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut293 happy_x_1 of { (HappyWrap293 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut150 happy_x_3 of { (HappyWrap150 happy_var_3) -> +	happyIn146+		 (sLL happy_var_1 happy_var_3 ([mu AnnDcolon happy_var_2]+                                             ,(noLoc (StringLiteral NoSourceText nilFS), happy_var_1, happy_var_3))+	)}}}++happyReduce_339 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_339 = happySpecReduce_0  131# happyReduction_339+happyReduction_339  =  happyIn147+		 (([],Nothing)+	)++happyReduce_340 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_340 = happySpecReduce_2  131# happyReduction_340+happyReduction_340 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut156 happy_x_2 of { (HappyWrap156 happy_var_2) -> +	happyIn147+		 (([mu AnnDcolon happy_var_1],Just happy_var_2)+	)}}++happyReduce_341 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_341 = happySpecReduce_0  132# happyReduction_341+happyReduction_341  =  happyIn148+		 (([], Nothing)+	)++happyReduce_342 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_342 = happySpecReduce_2  132# happyReduction_342+happyReduction_342 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut274 happy_x_2 of { (HappyWrap274 happy_var_2) -> +	happyIn148+		 (([mu AnnDcolon happy_var_1], Just happy_var_2)+	)}}++happyReduce_343 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_343 = happySpecReduce_1  133# happyReduction_343+happyReduction_343 happy_x_1+	 =  case happyOut150 happy_x_1 of { (HappyWrap150 happy_var_1) -> +	happyIn149+		 (happy_var_1+	)}++happyReduce_344 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_344 = happyMonadReduce 3# 133# happyReduction_344+happyReduction_344 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut156 happy_x_1 of { (HappyWrap156 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut178 happy_x_3 of { (HappyWrap178 happy_var_3) -> +	( ams (sLL happy_var_1 happy_var_3 $ mkHsImplicitSigType $+                                       sLL happy_var_1 happy_var_3 $ HsKindSig noExtField happy_var_1 happy_var_3)+                                      [mu AnnDcolon happy_var_2])}}})+	) (\r -> happyReturn (happyIn149 r))++happyReduce_345 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_345 = happySpecReduce_1  134# happyReduction_345+happyReduction_345 happy_x_1+	 =  case happyOut156 happy_x_1 of { (HappyWrap156 happy_var_1) -> +	happyIn150+		 (hsTypeToHsSigType happy_var_1+	)}++happyReduce_346 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_346 = happyMonadReduce 3# 135# happyReduction_346+happyReduction_346 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut151 happy_x_1 of { (HappyWrap151 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut293 happy_x_3 of { (HappyWrap293 happy_var_3) -> +	( addAnnotation (gl $ head $ unLoc happy_var_1)+                                                       AnnComma (gl happy_var_2)+                                         >> return (sLL happy_var_1 happy_var_3 (happy_var_3 : unLoc happy_var_1)))}}})+	) (\r -> happyReturn (happyIn151 r))++happyReduce_347 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_347 = happySpecReduce_1  135# happyReduction_347+happyReduction_347 happy_x_1+	 =  case happyOut293 happy_x_1 of { (HappyWrap293 happy_var_1) -> +	happyIn151+		 (sL1 happy_var_1 [happy_var_1]+	)}++happyReduce_348 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_348 = happySpecReduce_1  136# happyReduction_348+happyReduction_348 happy_x_1+	 =  case happyOut150 happy_x_1 of { (HappyWrap150 happy_var_1) -> +	happyIn152+		 (unitOL happy_var_1+	)}++happyReduce_349 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_349 = happyMonadReduce 3# 136# happyReduction_349+happyReduction_349 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut150 happy_x_1 of { (HappyWrap150 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut152 happy_x_3 of { (HappyWrap152 happy_var_3) -> +	( addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2)+                                >> return (unitOL happy_var_1 `appOL` happy_var_3))}}})+	) (\r -> happyReturn (happyIn152 r))++happyReduce_350 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_350 = happySpecReduce_2  137# happyReduction_350+happyReduction_350 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	happyIn153+		 (sLL happy_var_1 happy_var_2 (UnpackednessPragma [mo happy_var_1, mc happy_var_2] (getUNPACK_PRAGs happy_var_1) SrcUnpack)+	)}}++happyReduce_351 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_351 = happySpecReduce_2  137# happyReduction_351+happyReduction_351 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	happyIn153+		 (sLL happy_var_1 happy_var_2 (UnpackednessPragma [mo happy_var_1, mc happy_var_2] (getNOUNPACK_PRAGs happy_var_1) SrcNoUnpack)+	)}}++happyReduce_352 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_352 = happyMonadReduce 3# 138# happyReduction_352+happyReduction_352 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut171 happy_x_2 of { (HappyWrap171 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( do { hintExplicitForall happy_var_1+                                       ; pure $ sLL happy_var_1 happy_var_3+                                           ( [mu AnnForall happy_var_1, mu AnnDot happy_var_3]+                                           , mkHsForAllInvisTele happy_var_2 ) })}}})+	) (\r -> happyReturn (happyIn154 r))++happyReduce_353 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_353 = happyMonadReduce 3# 138# happyReduction_353+happyReduction_353 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut171 happy_x_2 of { (HappyWrap171 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( do { hintExplicitForall happy_var_1+                                       ; req_tvbs <- fromSpecTyVarBndrs happy_var_2+                                       ; pure $ sLL happy_var_1 happy_var_3 $+                                           ( [mu AnnForall happy_var_1, mu AnnRarrow happy_var_3]+                                           , mkHsForAllVisTele req_tvbs ) })}}})+	) (\r -> happyReturn (happyIn154 r))++happyReduce_354 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_354 = happySpecReduce_1  139# happyReduction_354+happyReduction_354 happy_x_1+	 =  case happyOut156 happy_x_1 of { (HappyWrap156 happy_var_1) -> +	happyIn155+		 (happy_var_1+	)}++happyReduce_355 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_355 = happyMonadReduce 3# 139# happyReduction_355+happyReduction_355 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut156 happy_x_1 of { (HappyWrap156 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut178 happy_x_3 of { (HappyWrap178 happy_var_3) -> +	( ams (sLL happy_var_1 happy_var_3 $ HsKindSig noExtField happy_var_1 happy_var_3)+                                      [mu AnnDcolon happy_var_2])}}})+	) (\r -> happyReturn (happyIn155 r))++happyReduce_356 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_356 = happyMonadReduce 2# 140# happyReduction_356+happyReduction_356 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut154 happy_x_1 of { (HappyWrap154 happy_var_1) -> +	case happyOut156 happy_x_2 of { (HappyWrap156 happy_var_2) -> +	( let (forall_anns, forall_tele) = unLoc happy_var_1 in+                                         ams (sLL happy_var_1 happy_var_2 $+                                              HsForAllTy { hst_tele = forall_tele+                                                         , hst_xforall = noExtField+                                                         , hst_body = happy_var_2 })+                                             forall_anns)}})+	) (\r -> happyReturn (happyIn156 r))++happyReduce_357 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_357 = happyMonadReduce 3# 140# happyReduction_357+happyReduction_357 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut157 happy_x_1 of { (HappyWrap157 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut156 happy_x_3 of { (HappyWrap156 happy_var_3) -> +	( addAnnotation (gl happy_var_1) (toUnicodeAnn AnnDarrow happy_var_2) (gl happy_var_2)+                                         >> return (sLL happy_var_1 happy_var_3 $+                                            HsQualTy { hst_ctxt = happy_var_1+                                                     , hst_xqual = noExtField+                                                     , hst_body = happy_var_3 }))}}})+	) (\r -> happyReturn (happyIn156 r))++happyReduce_358 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_358 = happyMonadReduce 3# 140# happyReduction_358+happyReduction_358 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut256 happy_x_1 of { (HappyWrap256 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut158 happy_x_3 of { (HappyWrap158 happy_var_3) -> +	( ams (sLL happy_var_1 happy_var_3 (HsIParamTy noExtField happy_var_1 happy_var_3))+                                             [mu AnnDcolon happy_var_2])}}})+	) (\r -> happyReturn (happyIn156 r))++happyReduce_359 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_359 = happySpecReduce_1  140# happyReduction_359+happyReduction_359 happy_x_1+	 =  case happyOut158 happy_x_1 of { (HappyWrap158 happy_var_1) -> +	happyIn156+		 (happy_var_1+	)}++happyReduce_360 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_360 = happyMonadReduce 1# 141# happyReduction_360+happyReduction_360 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut160 happy_x_1 of { (HappyWrap160 happy_var_1) -> +	( do { (anns,ctx) <- checkContext happy_var_1+                                                ; if null (unLoc ctx)+                                                   then addAnnotation (gl happy_var_1) AnnUnit (gl happy_var_1)+                                                   else return ()+                                                ; ams ctx anns+                                                })})+	) (\r -> happyReturn (happyIn157 r))++happyReduce_361 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_361 = happySpecReduce_1  142# happyReduction_361+happyReduction_361 happy_x_1+	 =  case happyOut160 happy_x_1 of { (HappyWrap160 happy_var_1) -> +	happyIn158+		 (happy_var_1+	)}++happyReduce_362 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_362 = happyMonadReduce 3# 142# happyReduction_362+happyReduction_362 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut160 happy_x_1 of { (HappyWrap160 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut156 happy_x_3 of { (HappyWrap156 happy_var_3) -> +	( ams happy_var_1 [mu AnnRarrow happy_var_2] -- See Note [GADT decl discards annotations]+                                       >> ams (sLL happy_var_1 happy_var_3 $ HsFunTy noExtField (HsUnrestrictedArrow (toUnicode happy_var_2)) happy_var_1 happy_var_3)+                                              [mu AnnRarrow happy_var_2])}}})+	) (\r -> happyReturn (happyIn158 r))++happyReduce_363 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_363 = happyMonadReduce 4# 142# happyReduction_363+happyReduction_363 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut160 happy_x_1 of { (HappyWrap160 happy_var_1) -> +	case happyOut159 happy_x_2 of { (HappyWrap159 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut156 happy_x_4 of { (HappyWrap156 happy_var_4) -> +	( hintLinear (getLoc happy_var_2)+                                       >> let (arr, ann) = (unLoc happy_var_2) (toUnicode happy_var_3)+                                          in (ams happy_var_1 [ann,mu AnnRarrow happy_var_3] -- See Note [GADT decl discards annotations]+                                             >> ams (sLL happy_var_1 happy_var_4 $ HsFunTy noExtField arr happy_var_1 happy_var_4)+                                                  [ann,mu AnnRarrow happy_var_3]))}}}})+	) (\r -> happyReturn (happyIn158 r))++happyReduce_364 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_364 = happyMonadReduce 3# 142# happyReduction_364+happyReduction_364 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut160 happy_x_1 of { (HappyWrap160 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut156 happy_x_3 of { (HappyWrap156 happy_var_3) -> +	( hintLinear (getLoc happy_var_2)+                                       >> ams happy_var_1 [mu AnnLollyU happy_var_2] -- See Note [GADT decl discards annotations]+                                       >> ams (sLL happy_var_1 happy_var_3 $ HsFunTy noExtField (HsLinearArrow UnicodeSyntax) happy_var_1 happy_var_3)+                                              [mu AnnLollyU happy_var_2])}}})+	) (\r -> happyReturn (happyIn158 r))++happyReduce_365 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_365 = happySpecReduce_2  143# happyReduction_365+happyReduction_365 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut165 happy_x_2 of { (HappyWrap165 happy_var_2) -> +	happyIn159+		 (sLL happy_var_1 happy_var_2 (\u -> mkMultTy u happy_var_1 happy_var_2)+	)}}++happyReduce_366 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_366 = happyMonadReduce 1# 144# happyReduction_366+happyReduction_366 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut161 happy_x_1 of { (HappyWrap161 happy_var_1) -> +	( runPV happy_var_1)})+	) (\r -> happyReturn (happyIn160 r))++happyReduce_367 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_367 = happySpecReduce_1  145# happyReduction_367+happyReduction_367 happy_x_1+	 =  case happyOut162 happy_x_1 of { (HappyWrap162 happy_var_1) -> +	happyIn161+		 (happy_var_1+	)}++happyReduce_368 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_368 = happySpecReduce_3  145# happyReduction_368+happyReduction_368 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut162 happy_x_1 of { (HappyWrap162 happy_var_1) -> +	case happyOut164 happy_x_2 of { (HappyWrap164 happy_var_2) -> +	case happyOut161 happy_x_3 of { (HappyWrap161 happy_var_3) -> +	happyIn161+		 (happy_var_1 >>= \ happy_var_1 ->+                                          happy_var_3 >>= \ happy_var_3 ->+                                          do { when (looksLikeMult happy_var_1 happy_var_2 happy_var_3) $ hintLinear (getLoc happy_var_2)+                                             ; mkHsOpTyPV happy_var_1 happy_var_2 happy_var_3 }+	)}}}++happyReduce_369 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_369 = happySpecReduce_2  145# happyReduction_369+happyReduction_369 happy_x_2+	happy_x_1+	 =  case happyOut153 happy_x_1 of { (HappyWrap153 happy_var_1) -> +	case happyOut161 happy_x_2 of { (HappyWrap161 happy_var_2) -> +	happyIn161+		 (happy_var_2 >>= \ happy_var_2 ->+                                          mkUnpackednessPV happy_var_1 happy_var_2+	)}}++happyReduce_370 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_370 = happySpecReduce_1  146# happyReduction_370+happyReduction_370 happy_x_1+	 =  case happyOut165 happy_x_1 of { (HappyWrap165 happy_var_1) -> +	happyIn162+		 (mkHsAppTyHeadPV happy_var_1+	)}++happyReduce_371 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_371 = happySpecReduce_1  146# happyReduction_371+happyReduction_371 happy_x_1+	 =  case happyOut164 happy_x_1 of { (HappyWrap164 happy_var_1) -> +	happyIn162+		 (failOpFewArgs happy_var_1+	)}++happyReduce_372 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_372 = happySpecReduce_2  146# happyReduction_372+happyReduction_372 happy_x_2+	happy_x_1+	 =  case happyOut162 happy_x_1 of { (HappyWrap162 happy_var_1) -> +	case happyOut163 happy_x_2 of { (HappyWrap163 happy_var_2) -> +	happyIn162+		 (happy_var_1 >>= \ happy_var_1 ->+                                          mkHsAppTyPV happy_var_1 happy_var_2+	)}}++happyReduce_373 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_373 = happySpecReduce_3  146# happyReduction_373+happyReduction_373 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut162 happy_x_1 of { (HappyWrap162 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut165 happy_x_3 of { (HappyWrap165 happy_var_3) -> +	happyIn162+		 (happy_var_1 >>= \ happy_var_1 ->+                                          mkHsAppKindTyPV happy_var_1 (getLoc happy_var_2) happy_var_3+	)}}}++happyReduce_374 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_374 = happySpecReduce_1  147# happyReduction_374+happyReduction_374 happy_x_1+	 =  case happyOut165 happy_x_1 of { (HappyWrap165 happy_var_1) -> +	happyIn163+		 (happy_var_1+	)}++happyReduce_375 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_375 = happyMonadReduce 2# 147# happyReduction_375+happyReduction_375 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut153 happy_x_1 of { (HappyWrap153 happy_var_1) -> +	case happyOut165 happy_x_2 of { (HappyWrap165 happy_var_2) -> +	( addUnpackednessP happy_var_1 happy_var_2)}})+	) (\r -> happyReturn (happyIn163 r))++happyReduce_376 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_376 = happySpecReduce_1  148# happyReduction_376+happyReduction_376 happy_x_1+	 =  case happyOut278 happy_x_1 of { (HappyWrap278 happy_var_1) -> +	happyIn164+		 (happy_var_1+	)}++happyReduce_377 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_377 = happySpecReduce_1  148# happyReduction_377+happyReduction_377 happy_x_1+	 =  case happyOut291 happy_x_1 of { (HappyWrap291 happy_var_1) -> +	happyIn164+		 (happy_var_1+	)}++happyReduce_378 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_378 = happyMonadReduce 2# 148# happyReduction_378+happyReduction_378 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut273 happy_x_2 of { (HappyWrap273 happy_var_2) -> +	( ams (sLL happy_var_1 happy_var_2 (unLoc happy_var_2))+                                               [mj AnnSimpleQuote happy_var_1,mj AnnVal happy_var_2])}})+	) (\r -> happyReturn (happyIn164 r))++happyReduce_379 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_379 = happyMonadReduce 2# 148# happyReduction_379+happyReduction_379 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut284 happy_x_2 of { (HappyWrap284 happy_var_2) -> +	( ams (sLL happy_var_1 happy_var_2 (unLoc happy_var_2))+                                               [mj AnnSimpleQuote happy_var_1,mj AnnVal happy_var_2])}})+	) (\r -> happyReturn (happyIn164 r))++happyReduce_380 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_380 = happySpecReduce_1  149# happyReduction_380+happyReduction_380 happy_x_1+	 =  case happyOut275 happy_x_1 of { (HappyWrap275 happy_var_1) -> +	happyIn165+		 (sL1 happy_var_1 (HsTyVar noExtField NotPromoted happy_var_1)+	)}++happyReduce_381 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_381 = happySpecReduce_1  149# happyReduction_381+happyReduction_381 happy_x_1+	 =  case happyOut290 happy_x_1 of { (HappyWrap290 happy_var_1) -> +	happyIn165+		 (sL1 happy_var_1 (HsTyVar noExtField NotPromoted happy_var_1)+	)}++happyReduce_382 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_382 = happyMonadReduce 1# 149# happyReduction_382+happyReduction_382 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	( do { warnStarIsType (getLoc happy_var_1)+                                               ; return $ sL1 happy_var_1 (HsStarTy noExtField (isUnicode happy_var_1)) })})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_383 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_383 = happyMonadReduce 2# 149# happyReduction_383+happyReduction_383 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut165 happy_x_2 of { (HappyWrap165 happy_var_2) -> +	( ams (sLL happy_var_1 happy_var_2 (mkBangTy SrcLazy happy_var_2)) [mj AnnTilde happy_var_1])}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_384 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_384 = happyMonadReduce 2# 149# happyReduction_384+happyReduction_384 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut165 happy_x_2 of { (HappyWrap165 happy_var_2) -> +	( ams (sLL happy_var_1 happy_var_2 (mkBangTy SrcStrict happy_var_2)) [mj AnnBang happy_var_1])}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_385 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_385 = happyMonadReduce 3# 149# happyReduction_385+happyReduction_385 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut187 happy_x_2 of { (HappyWrap187 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( amms (checkRecordSyntax+                                                    (sLL happy_var_1 happy_var_3 $ HsRecTy noExtField happy_var_2))+                                                        -- Constructor sigs only+                                                 [moc happy_var_1,mcc happy_var_3])}}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_386 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_386 = happyMonadReduce 2# 149# happyReduction_386+happyReduction_386 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( ams (sLL happy_var_1 happy_var_2 $ HsTupleTy noExtField+                                                    HsBoxedOrConstraintTuple [])+                                                [mop happy_var_1,mcp happy_var_2])}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_387 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_387 = happyMonadReduce 5# 149# happyReduction_387+happyReduction_387 (happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut155 happy_x_2 of { (HappyWrap155 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut169 happy_x_4 of { (HappyWrap169 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	( addAnnotation (gl happy_var_2) AnnComma+                                                          (gl happy_var_3) >>+                                            ams (sLL happy_var_1 happy_var_5 $ HsTupleTy noExtField++                                             HsBoxedOrConstraintTuple (happy_var_2 : happy_var_4))+                                                [mop happy_var_1,mcp happy_var_5])}}}}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_388 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_388 = happyMonadReduce 2# 149# happyReduction_388+happyReduction_388 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( ams (sLL happy_var_1 happy_var_2 $ HsTupleTy noExtField HsUnboxedTuple [])+                                             [mo happy_var_1,mc happy_var_2])}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_389 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_389 = happyMonadReduce 3# 149# happyReduction_389+happyReduction_389 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut169 happy_x_2 of { (HappyWrap169 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ HsTupleTy noExtField HsUnboxedTuple happy_var_2)+                                             [mo happy_var_1,mc happy_var_3])}}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_390 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_390 = happyMonadReduce 3# 149# happyReduction_390+happyReduction_390 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut170 happy_x_2 of { (HappyWrap170 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ HsSumTy noExtField happy_var_2)+                                             [mo happy_var_1,mc happy_var_3])}}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_391 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_391 = happyMonadReduce 3# 149# happyReduction_391+happyReduction_391 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut155 happy_x_2 of { (HappyWrap155 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ HsListTy  noExtField happy_var_2) [mos happy_var_1,mcs happy_var_3])}}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_392 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_392 = happyMonadReduce 3# 149# happyReduction_392+happyReduction_392 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut155 happy_x_2 of { (HappyWrap155 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ HsParTy   noExtField happy_var_2) [mop happy_var_1,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_393 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_393 = happySpecReduce_1  149# happyReduction_393+happyReduction_393 happy_x_1+	 =  case happyOut202 happy_x_1 of { (HappyWrap202 happy_var_1) -> +	happyIn165+		 (mapLoc (HsSpliceTy noExtField) happy_var_1+	)}++happyReduce_394 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_394 = happySpecReduce_1  149# happyReduction_394+happyReduction_394 happy_x_1+	 =  case happyOut214 happy_x_1 of { (HappyWrap214 happy_var_1) -> +	happyIn165+		 (mapLoc (HsSpliceTy noExtField) happy_var_1+	)}++happyReduce_395 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_395 = happyMonadReduce 2# 149# happyReduction_395+happyReduction_395 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut265 happy_x_2 of { (HappyWrap265 happy_var_2) -> +	( ams (sLL happy_var_1 happy_var_2 $ HsTyVar noExtField IsPromoted happy_var_2) [mj AnnSimpleQuote happy_var_1,mj AnnName happy_var_2])}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_396 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_396 = happyMonadReduce 6# 149# happyReduction_396+happyReduction_396 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut155 happy_x_3 of { (HappyWrap155 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	case happyOut169 happy_x_5 of { (HappyWrap169 happy_var_5) -> +	case happyOutTok happy_x_6 of { happy_var_6 -> +	( addAnnotation (gl happy_var_3) AnnComma (gl happy_var_4) >>+                                ams (sLL happy_var_1 happy_var_6 $ HsExplicitTupleTy noExtField (happy_var_3 : happy_var_5))+                                    [mj AnnSimpleQuote happy_var_1,mop happy_var_2,mcp happy_var_6])}}}}}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_397 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_397 = happyMonadReduce 4# 149# happyReduction_397+happyReduction_397 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut168 happy_x_3 of { (HappyWrap168 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	( ams (sLL happy_var_1 happy_var_4 $ HsExplicitListTy noExtField IsPromoted happy_var_3)+                                                       [mj AnnSimpleQuote happy_var_1,mos happy_var_2,mcs happy_var_4])}}}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_398 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_398 = happyMonadReduce 2# 149# happyReduction_398+happyReduction_398 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut293 happy_x_2 of { (HappyWrap293 happy_var_2) -> +	( ams (sLL happy_var_1 happy_var_2 $ HsTyVar noExtField IsPromoted happy_var_2)+                                                       [mj AnnSimpleQuote happy_var_1,mj AnnName happy_var_2])}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_399 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_399 = happyMonadReduce 5# 149# happyReduction_399+happyReduction_399 (happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut155 happy_x_2 of { (HappyWrap155 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut169 happy_x_4 of { (HappyWrap169 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	( addAnnotation (gl happy_var_2) AnnComma+                                                           (gl happy_var_3) >>+                                             ams (sLL happy_var_1 happy_var_5 $ HsExplicitListTy noExtField NotPromoted (happy_var_2 : happy_var_4))+                                                 [mos happy_var_1,mcs happy_var_5])}}}}})+	) (\r -> happyReturn (happyIn165 r))++happyReduce_400 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_400 = happySpecReduce_1  149# happyReduction_400+happyReduction_400 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn165+		 (sLL happy_var_1 happy_var_1 $ HsTyLit noExtField $ HsNumTy (getINTEGERs happy_var_1)+                                                           (il_value (getINTEGER happy_var_1))+	)}++happyReduce_401 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_401 = happySpecReduce_1  149# happyReduction_401+happyReduction_401 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn165+		 (sLL happy_var_1 happy_var_1 $ HsTyLit noExtField $ HsStrTy (getSTRINGs happy_var_1)+                                                                     (getSTRING  happy_var_1)+	)}++happyReduce_402 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_402 = happySpecReduce_1  149# happyReduction_402+happyReduction_402 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn165+		 (sL1 happy_var_1 $ mkAnonWildCardTy+	)}++happyReduce_403 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_403 = happySpecReduce_1  150# happyReduction_403+happyReduction_403 happy_x_1+	 =  case happyOut150 happy_x_1 of { (HappyWrap150 happy_var_1) -> +	happyIn166+		 (happy_var_1+	)}++happyReduce_404 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_404 = happySpecReduce_1  151# happyReduction_404+happyReduction_404 happy_x_1+	 =  case happyOut149 happy_x_1 of { (HappyWrap149 happy_var_1) -> +	happyIn167+		 ([happy_var_1]+	)}++happyReduce_405 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_405 = happyMonadReduce 3# 151# happyReduction_405+happyReduction_405 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut149 happy_x_1 of { (HappyWrap149 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut167 happy_x_3 of { (HappyWrap167 happy_var_3) -> +	( addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2)+                                           >> return (happy_var_1 : happy_var_3))}}})+	) (\r -> happyReturn (happyIn167 r))++happyReduce_406 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_406 = happySpecReduce_1  152# happyReduction_406+happyReduction_406 happy_x_1+	 =  case happyOut169 happy_x_1 of { (HappyWrap169 happy_var_1) -> +	happyIn168+		 (happy_var_1+	)}++happyReduce_407 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_407 = happySpecReduce_0  152# happyReduction_407+happyReduction_407  =  happyIn168+		 ([]+	)++happyReduce_408 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_408 = happySpecReduce_1  153# happyReduction_408+happyReduction_408 happy_x_1+	 =  case happyOut155 happy_x_1 of { (HappyWrap155 happy_var_1) -> +	happyIn169+		 ([happy_var_1]+	)}++happyReduce_409 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_409 = happyMonadReduce 3# 153# happyReduction_409+happyReduction_409 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut155 happy_x_1 of { (HappyWrap155 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut169 happy_x_3 of { (HappyWrap169 happy_var_3) -> +	( addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2)+                                          >> return (happy_var_1 : happy_var_3))}}})+	) (\r -> happyReturn (happyIn169 r))++happyReduce_410 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_410 = happyMonadReduce 3# 154# happyReduction_410+happyReduction_410 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut155 happy_x_1 of { (HappyWrap155 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut155 happy_x_3 of { (HappyWrap155 happy_var_3) -> +	( addAnnotation (gl happy_var_1) AnnVbar (gl happy_var_2)+                                          >> return [happy_var_1,happy_var_3])}}})+	) (\r -> happyReturn (happyIn170 r))++happyReduce_411 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_411 = happyMonadReduce 3# 154# happyReduction_411+happyReduction_411 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut155 happy_x_1 of { (HappyWrap155 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut170 happy_x_3 of { (HappyWrap170 happy_var_3) -> +	( addAnnotation (gl happy_var_1) AnnVbar (gl happy_var_2)+                                          >> return (happy_var_1 : happy_var_3))}}})+	) (\r -> happyReturn (happyIn170 r))++happyReduce_412 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_412 = happySpecReduce_2  155# happyReduction_412+happyReduction_412 happy_x_2+	happy_x_1+	 =  case happyOut172 happy_x_1 of { (HappyWrap172 happy_var_1) -> +	case happyOut171 happy_x_2 of { (HappyWrap171 happy_var_2) -> +	happyIn171+		 (happy_var_1 : happy_var_2+	)}}++happyReduce_413 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_413 = happySpecReduce_0  155# happyReduction_413+happyReduction_413  =  happyIn171+		 ([]+	)++happyReduce_414 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_414 = happySpecReduce_1  156# happyReduction_414+happyReduction_414 happy_x_1+	 =  case happyOut173 happy_x_1 of { (HappyWrap173 happy_var_1) -> +	happyIn172+		 (happy_var_1+	)}++happyReduce_415 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_415 = happyMonadReduce 3# 156# happyReduction_415+happyReduction_415 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut290 happy_x_2 of { (HappyWrap290 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (UserTyVar noExtField InferredSpec happy_var_2))+                                               [moc happy_var_1, mcc happy_var_3])}}})+	) (\r -> happyReturn (happyIn172 r))++happyReduce_416 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_416 = happyMonadReduce 5# 156# happyReduction_416+happyReduction_416 (happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut290 happy_x_2 of { (HappyWrap290 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut178 happy_x_4 of { (HappyWrap178 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	( ams (sLL happy_var_1 happy_var_5 (KindedTyVar noExtField InferredSpec happy_var_2 happy_var_4))+                                               [moc happy_var_1,mu AnnDcolon happy_var_3+                                               ,mcc happy_var_5])}}}}})+	) (\r -> happyReturn (happyIn172 r))++happyReduce_417 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_417 = happySpecReduce_1  157# happyReduction_417+happyReduction_417 happy_x_1+	 =  case happyOut290 happy_x_1 of { (HappyWrap290 happy_var_1) -> +	happyIn173+		 (sL1 happy_var_1 (UserTyVar noExtField SpecifiedSpec happy_var_1)+	)}++happyReduce_418 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_418 = happyMonadReduce 5# 157# happyReduction_418+happyReduction_418 (happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut290 happy_x_2 of { (HappyWrap290 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut178 happy_x_4 of { (HappyWrap178 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	( ams (sLL happy_var_1 happy_var_5 (KindedTyVar noExtField SpecifiedSpec happy_var_2 happy_var_4))+                                               [mop happy_var_1,mu AnnDcolon happy_var_3+                                               ,mcp happy_var_5])}}}}})+	) (\r -> happyReturn (happyIn173 r))++happyReduce_419 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_419 = happySpecReduce_0  158# happyReduction_419+happyReduction_419  =  happyIn174+		 (noLoc ([],[])+	)++happyReduce_420 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_420 = happySpecReduce_2  158# happyReduction_420+happyReduction_420 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut175 happy_x_2 of { (HappyWrap175 happy_var_2) -> +	happyIn174+		 ((sLL happy_var_1 happy_var_2 ([mj AnnVbar happy_var_1]+                                                 ,reverse (unLoc happy_var_2)))+	)}}++happyReduce_421 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_421 = happyMonadReduce 3# 159# happyReduction_421+happyReduction_421 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut175 happy_x_1 of { (HappyWrap175 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut176 happy_x_3 of { (HappyWrap176 happy_var_3) -> +	( addAnnotation (gl $ head $ unLoc happy_var_1) AnnComma (gl happy_var_2)+                           >> return (sLL happy_var_1 happy_var_3 (happy_var_3 : unLoc happy_var_1)))}}})+	) (\r -> happyReturn (happyIn175 r))++happyReduce_422 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_422 = happySpecReduce_1  159# happyReduction_422+happyReduction_422 happy_x_1+	 =  case happyOut176 happy_x_1 of { (HappyWrap176 happy_var_1) -> +	happyIn175+		 (sL1 happy_var_1 [happy_var_1]+	)}++happyReduce_423 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_423 = happyMonadReduce 3# 160# happyReduction_423+happyReduction_423 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut177 happy_x_1 of { (HappyWrap177 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut177 happy_x_3 of { (HappyWrap177 happy_var_3) -> +	( ams (L (comb3 happy_var_1 happy_var_2 happy_var_3)+                                       (reverse (unLoc happy_var_1), reverse (unLoc happy_var_3)))+                                       [mu AnnRarrow happy_var_2])}}})+	) (\r -> happyReturn (happyIn176 r))++happyReduce_424 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_424 = happySpecReduce_0  161# happyReduction_424+happyReduction_424  =  happyIn177+		 (noLoc []+	)++happyReduce_425 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_425 = happySpecReduce_2  161# happyReduction_425+happyReduction_425 happy_x_2+	happy_x_1+	 =  case happyOut177 happy_x_1 of { (HappyWrap177 happy_var_1) -> +	case happyOut290 happy_x_2 of { (HappyWrap290 happy_var_2) -> +	happyIn177+		 (sLL happy_var_1 happy_var_2 (happy_var_2 : unLoc happy_var_1)+	)}}++happyReduce_426 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_426 = happySpecReduce_1  162# happyReduction_426+happyReduction_426 happy_x_1+	 =  case happyOut156 happy_x_1 of { (HappyWrap156 happy_var_1) -> +	happyIn178+		 (happy_var_1+	)}++happyReduce_427 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_427 = happyMonadReduce 4# 163# happyReduction_427+happyReduction_427 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut180 happy_x_3 of { (HappyWrap180 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	( checkEmptyGADTs $+                                                      L (comb2 happy_var_1 happy_var_3)+                                                        ([mj AnnWhere happy_var_1+                                                         ,moc happy_var_2+                                                         ,mcc happy_var_4]+                                                        , unLoc happy_var_3))}}}})+	) (\r -> happyReturn (happyIn179 r))++happyReduce_428 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_428 = happyMonadReduce 4# 163# happyReduction_428+happyReduction_428 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut180 happy_x_3 of { (HappyWrap180 happy_var_3) -> +	( checkEmptyGADTs $+                                                      L (comb2 happy_var_1 happy_var_3)+                                                        ([mj AnnWhere happy_var_1]+                                                        , unLoc happy_var_3))}})+	) (\r -> happyReturn (happyIn179 r))++happyReduce_429 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_429 = happySpecReduce_0  163# happyReduction_429+happyReduction_429  =  happyIn179+		 (noLoc ([],[])+	)++happyReduce_430 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_430 = happyMonadReduce 3# 164# happyReduction_430+happyReduction_430 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut181 happy_x_1 of { (HappyWrap181 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut180 happy_x_3 of { (HappyWrap180 happy_var_3) -> +	( addAnnotation (gl happy_var_1) AnnSemi (gl happy_var_2)+                     >> return (L (comb2 happy_var_1 happy_var_3) (happy_var_1 : unLoc happy_var_3)))}}})+	) (\r -> happyReturn (happyIn180 r))++happyReduce_431 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_431 = happySpecReduce_1  164# happyReduction_431+happyReduction_431 happy_x_1+	 =  case happyOut181 happy_x_1 of { (HappyWrap181 happy_var_1) -> +	happyIn180+		 (L (gl happy_var_1) [happy_var_1]+	)}++happyReduce_432 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_432 = happySpecReduce_0  164# happyReduction_432+happyReduction_432  =  happyIn180+		 (noLoc []+	)++happyReduce_433 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_433 = happyMonadReduce 4# 165# happyReduction_433+happyReduction_433 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut269 happy_x_2 of { (HappyWrap269 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut150 happy_x_4 of { (HappyWrap150 happy_var_4) -> +	( do { (decl, anns) <- mkGadtDecl (unLoc happy_var_2) happy_var_4+                      ; ams (sLL happy_var_2 happy_var_4 decl)+                            (mu AnnDcolon happy_var_3:anns) })}}})+	) (\r -> happyReturn (happyIn181 r))++happyReduce_434 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_434 = happySpecReduce_2  166# happyReduction_434+happyReduction_434 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut183 happy_x_2 of { (HappyWrap183 happy_var_2) -> +	happyIn182+		 (sLL happy_var_1 happy_var_2 ([mj AnnEqual happy_var_1],unLoc happy_var_2)+	)}}++happyReduce_435 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_435 = happyMonadReduce 3# 167# happyReduction_435+happyReduction_435 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut183 happy_x_1 of { (HappyWrap183 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut184 happy_x_3 of { (HappyWrap184 happy_var_3) -> +	( addAnnotation (gl $ head $ unLoc happy_var_1) AnnVbar (gl happy_var_2)+               >> return (sLL happy_var_1 happy_var_3 (happy_var_3 : unLoc happy_var_1)))}}})+	) (\r -> happyReturn (happyIn183 r))++happyReduce_436 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_436 = happySpecReduce_1  167# happyReduction_436+happyReduction_436 happy_x_1+	 =  case happyOut184 happy_x_1 of { (HappyWrap184 happy_var_1) -> +	happyIn183+		 (sL1 happy_var_1 [happy_var_1]+	)}++happyReduce_437 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_437 = happyMonadReduce 4# 168# happyReduction_437+happyReduction_437 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut185 happy_x_1 of { (HappyWrap185 happy_var_1) -> +	case happyOut157 happy_x_2 of { (HappyWrap157 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut186 happy_x_4 of { (HappyWrap186 happy_var_4) -> +	( ams (let (con,details) = unLoc happy_var_4 in+                  (L (comb4 happy_var_1 happy_var_2 happy_var_3 happy_var_4) (mkConDeclH98 con+                                             (snd $ unLoc happy_var_1)+                                             (Just happy_var_2)+                                             details)))+                        (mu AnnDarrow happy_var_3:(fst $ unLoc happy_var_1)))}}}})+	) (\r -> happyReturn (happyIn184 r))++happyReduce_438 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_438 = happyMonadReduce 2# 168# happyReduction_438+happyReduction_438 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut185 happy_x_1 of { (HappyWrap185 happy_var_1) -> +	case happyOut186 happy_x_2 of { (HappyWrap186 happy_var_2) -> +	( ams (let (con,details) = unLoc happy_var_2 in+                  (L (comb2 happy_var_1 happy_var_2) (mkConDeclH98 con+                                            (snd $ unLoc happy_var_1)+                                            Nothing   -- No context+                                            details)))+                       (fst $ unLoc happy_var_1))}})+	) (\r -> happyReturn (happyIn184 r))++happyReduce_439 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_439 = happySpecReduce_3  169# happyReduction_439+happyReduction_439 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut171 happy_x_2 of { (HappyWrap171 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn185+		 (sLL happy_var_1 happy_var_3 ([mu AnnForall happy_var_1,mj AnnDot happy_var_3], Just happy_var_2)+	)}}}++happyReduce_440 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_440 = happySpecReduce_0  169# happyReduction_440+happyReduction_440  =  happyIn185+		 (noLoc ([], Nothing)+	)++happyReduce_441 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_441 = happyMonadReduce 1# 170# happyReduction_441+happyReduction_441 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut161 happy_x_1 of { (HappyWrap161 happy_var_1) -> +	( fmap (mapLoc (\b -> (dataConBuilderCon b,+                                                  dataConBuilderDetails b)))+                                  (runPV happy_var_1))})+	) (\r -> happyReturn (happyIn186 r))++happyReduce_442 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_442 = happySpecReduce_0  171# happyReduction_442+happyReduction_442  =  happyIn187+		 ([]+	)++happyReduce_443 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_443 = happySpecReduce_1  171# happyReduction_443+happyReduction_443 happy_x_1+	 =  case happyOut188 happy_x_1 of { (HappyWrap188 happy_var_1) -> +	happyIn187+		 (happy_var_1+	)}++happyReduce_444 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_444 = happyMonadReduce 3# 172# happyReduction_444+happyReduction_444 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut189 happy_x_1 of { (HappyWrap189 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut188 happy_x_3 of { (HappyWrap188 happy_var_3) -> +	( addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2) >>+               return (happy_var_1 : happy_var_3))}}})+	) (\r -> happyReturn (happyIn188 r))++happyReduce_445 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_445 = happySpecReduce_1  172# happyReduction_445+happyReduction_445 happy_x_1+	 =  case happyOut189 happy_x_1 of { (HappyWrap189 happy_var_1) -> +	happyIn188+		 ([happy_var_1]+	)}++happyReduce_446 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_446 = happyMonadReduce 3# 173# happyReduction_446+happyReduction_446 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut151 happy_x_1 of { (HappyWrap151 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut156 happy_x_3 of { (HappyWrap156 happy_var_3) -> +	( ams (L (comb2 happy_var_1 happy_var_3)+                      (ConDeclField noExtField (reverse (map (\ln@(L l n) -> L l $ FieldOcc noExtField ln) (unLoc happy_var_1))) happy_var_3 Nothing))+                   [mu AnnDcolon happy_var_2])}}})+	) (\r -> happyReturn (happyIn189 r))++happyReduce_447 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_447 = happySpecReduce_0  174# happyReduction_447+happyReduction_447  =  happyIn190+		 (noLoc []+	)++happyReduce_448 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_448 = happySpecReduce_1  174# happyReduction_448+happyReduction_448 happy_x_1+	 =  case happyOut191 happy_x_1 of { (HappyWrap191 happy_var_1) -> +	happyIn190+		 (happy_var_1+	)}++happyReduce_449 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_449 = happySpecReduce_2  175# happyReduction_449+happyReduction_449 happy_x_2+	happy_x_1+	 =  case happyOut191 happy_x_1 of { (HappyWrap191 happy_var_1) -> +	case happyOut192 happy_x_2 of { (HappyWrap192 happy_var_2) -> +	happyIn191+		 (sLL happy_var_1 happy_var_2 $ happy_var_2 : unLoc happy_var_1+	)}}++happyReduce_450 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_450 = happySpecReduce_1  175# happyReduction_450+happyReduction_450 happy_x_1+	 =  case happyOut192 happy_x_1 of { (HappyWrap192 happy_var_1) -> +	happyIn191+		 (sLL happy_var_1 happy_var_1 [happy_var_1]+	)}++happyReduce_451 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_451 = happyMonadReduce 2# 176# happyReduction_451+happyReduction_451 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut193 happy_x_2 of { (HappyWrap193 happy_var_2) -> +	( let { full_loc = comb2 happy_var_1 happy_var_2 }+                 in ams (L full_loc $ HsDerivingClause noExtField Nothing happy_var_2)+                        [mj AnnDeriving happy_var_1])}})+	) (\r -> happyReturn (happyIn192 r))++happyReduce_452 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_452 = happyMonadReduce 3# 176# happyReduction_452+happyReduction_452 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut82 happy_x_2 of { (HappyWrap82 happy_var_2) -> +	case happyOut193 happy_x_3 of { (HappyWrap193 happy_var_3) -> +	( let { full_loc = comb2 happy_var_1 happy_var_3 }+                 in ams (L full_loc $ HsDerivingClause noExtField (Just happy_var_2) happy_var_3)+                        [mj AnnDeriving happy_var_1])}}})+	) (\r -> happyReturn (happyIn192 r))++happyReduce_453 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_453 = happyMonadReduce 3# 176# happyReduction_453+happyReduction_453 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut193 happy_x_2 of { (HappyWrap193 happy_var_2) -> +	case happyOut83 happy_x_3 of { (HappyWrap83 happy_var_3) -> +	( let { full_loc = comb2 happy_var_1 happy_var_3 }+                 in ams (L full_loc $ HsDerivingClause noExtField (Just happy_var_3) happy_var_2)+                        [mj AnnDeriving happy_var_1])}}})+	) (\r -> happyReturn (happyIn192 r))++happyReduce_454 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_454 = happySpecReduce_1  177# happyReduction_454+happyReduction_454 happy_x_1+	 =  case happyOut279 happy_x_1 of { (HappyWrap279 happy_var_1) -> +	happyIn193+		 (let { tc = sL1 happy_var_1 $ mkHsImplicitSigType $+                                           sL1 happy_var_1 $ HsTyVar noExtField NotPromoted happy_var_1 } in+                                sL1 happy_var_1 (DctSingle noExtField tc)+	)}++happyReduce_455 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_455 = happyMonadReduce 2# 177# happyReduction_455+happyReduction_455 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( ams (sLL happy_var_1 happy_var_2 (DctMulti noExtField []))+                                     [mop happy_var_1,mcp happy_var_2])}})+	) (\r -> happyReturn (happyIn193 r))++happyReduce_456 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_456 = happyMonadReduce 3# 177# happyReduction_456+happyReduction_456 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut167 happy_x_2 of { (HappyWrap167 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (DctMulti noExtField happy_var_2))+                                     [mop happy_var_1,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn193 r))++happyReduce_457 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_457 = happySpecReduce_1  178# happyReduction_457+happyReduction_457 happy_x_1+	 =  case happyOut199 happy_x_1 of { (HappyWrap199 happy_var_1) -> +	happyIn194+		 (happy_var_1+	)}++happyReduce_458 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_458 = happyMonadReduce 3# 178# happyReduction_458+happyReduction_458 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut204 happy_x_1 of { (HappyWrap204 happy_var_1) -> +	case happyOut147 happy_x_2 of { (HappyWrap147 happy_var_2) -> +	case happyOut196 happy_x_3 of { (HappyWrap196 happy_var_3) -> +	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->+                                       do { (ann,r) <- checkValDef happy_var_1 (snd happy_var_2) happy_var_3;+                                        let { l = comb2 happy_var_1 happy_var_3 };+                                        -- Depending upon what the pattern looks like we might get either+                                        -- a FunBind or PatBind back from checkValDef. See Note+                                        -- [FunBind vs PatBind]+                                        case r of {+                                          (FunBind _ n _ _) ->+                                                amsL l (mj AnnFunId n:(fst happy_var_2)) >> return () ;+                                          (PatBind _ (L lh _lhs) _rhs _) ->+                                                amsL lh (fst happy_var_2) >> return () } ;+                                        _ <- amsL l (ann ++ (fst $ unLoc happy_var_3));+                                        return $! (sL l $ ValD noExtField r) })}}})+	) (\r -> happyReturn (happyIn194 r))++happyReduce_459 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_459 = happySpecReduce_1  178# happyReduction_459+happyReduction_459 happy_x_1+	 =  case happyOut109 happy_x_1 of { (HappyWrap109 happy_var_1) -> +	happyIn194+		 (happy_var_1+	)}++happyReduce_460 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_460 = happySpecReduce_1  179# happyReduction_460+happyReduction_460 happy_x_1+	 =  case happyOut194 happy_x_1 of { (HappyWrap194 happy_var_1) -> +	happyIn195+		 (happy_var_1+	)}++happyReduce_461 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_461 = happySpecReduce_1  179# happyReduction_461+happyReduction_461 happy_x_1+	 =  case happyOut213 happy_x_1 of { (HappyWrap213 happy_var_1) -> +	happyIn195+		 (sLL happy_var_1 happy_var_1 $ mkSpliceDecl happy_var_1+	)}++happyReduce_462 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_462 = happyMonadReduce 3# 180# happyReduction_462+happyReduction_462 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut203 happy_x_2 of { (HappyWrap203 happy_var_2) -> +	case happyOut127 happy_x_3 of { (HappyWrap127 happy_var_3) -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 -> return $+                                  sL (comb3 happy_var_1 happy_var_2 happy_var_3)+                                    ((mj AnnEqual happy_var_1 : (fst $ unLoc happy_var_3))+                                    ,GRHSs noExtField (unguardedRHS (comb3 happy_var_1 happy_var_2 happy_var_3) happy_var_2)+                                   (snd $ unLoc happy_var_3)))}}})+	) (\r -> happyReturn (happyIn196 r))++happyReduce_463 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_463 = happySpecReduce_2  180# happyReduction_463+happyReduction_463 happy_x_2+	happy_x_1+	 =  case happyOut197 happy_x_1 of { (HappyWrap197 happy_var_1) -> +	case happyOut127 happy_x_2 of { (HappyWrap127 happy_var_2) -> +	happyIn196+		 (sLL happy_var_1 happy_var_2  (fst $ unLoc happy_var_2+                                    ,GRHSs noExtField (reverse (unLoc happy_var_1))+                                                    (snd $ unLoc happy_var_2))+	)}}++happyReduce_464 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_464 = happySpecReduce_2  181# happyReduction_464+happyReduction_464 happy_x_2+	happy_x_1+	 =  case happyOut197 happy_x_1 of { (HappyWrap197 happy_var_1) -> +	case happyOut198 happy_x_2 of { (HappyWrap198 happy_var_2) -> +	happyIn197+		 (sLL happy_var_1 happy_var_2 (happy_var_2 : unLoc happy_var_1)+	)}}++happyReduce_465 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_465 = happySpecReduce_1  181# happyReduction_465+happyReduction_465 happy_x_1+	 =  case happyOut198 happy_x_1 of { (HappyWrap198 happy_var_1) -> +	happyIn197+		 (sL1 happy_var_1 [happy_var_1]+	)}++happyReduce_466 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_466 = happyMonadReduce 4# 182# happyReduction_466+happyReduction_466 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut230 happy_x_2 of { (HappyWrap230 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut203 happy_x_4 of { (HappyWrap203 happy_var_4) -> +	( runPV (unECP happy_var_4) >>= \ happy_var_4 ->+                                     ams (sL (comb2 happy_var_1 happy_var_4) $ GRHS noExtField (unLoc happy_var_2) happy_var_4)+                                         [mj AnnVbar happy_var_1,mj AnnEqual happy_var_3])}}}})+	) (\r -> happyReturn (happyIn198 r))++happyReduce_467 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_467 = happyMonadReduce 3# 183# happyReduction_467+happyReduction_467 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut204 happy_x_1 of { (HappyWrap204 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut150 happy_x_3 of { (HappyWrap150 happy_var_3) -> +	( do { happy_var_1 <- runPV (unECP happy_var_1)+                              ; v <- checkValSigLhs happy_var_1+                              ; _ <- amsL (comb2 happy_var_1 happy_var_3) [mu AnnDcolon happy_var_2]+                              ; return (sLL happy_var_1 happy_var_3 $ SigD noExtField $+                                  TypeSig noExtField [v] (mkHsWildCardBndrs happy_var_3))})}}})+	) (\r -> happyReturn (happyIn199 r))++happyReduce_468 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_468 = happyMonadReduce 5# 183# happyReduction_468+happyReduction_468 (happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut293 happy_x_1 of { (HappyWrap293 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut151 happy_x_3 of { (HappyWrap151 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	case happyOut150 happy_x_5 of { (HappyWrap150 happy_var_5) -> +	( do { let sig = TypeSig noExtField (happy_var_1 : reverse (unLoc happy_var_3))+                                     (mkHsWildCardBndrs happy_var_5)+                 ; addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2)+                 ; ams ( sLL happy_var_1 happy_var_5 $ SigD noExtField sig )+                       [mu AnnDcolon happy_var_4] })}}}}})+	) (\r -> happyReturn (happyIn199 r))++happyReduce_469 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_469 = happyMonadReduce 3# 183# happyReduction_469+happyReduction_469 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut71 happy_x_1 of { (HappyWrap71 happy_var_1) -> +	case happyOut70 happy_x_2 of { (HappyWrap70 happy_var_2) -> +	case happyOut72 happy_x_3 of { (HappyWrap72 happy_var_3) -> +	( checkPrecP happy_var_2 happy_var_3 >>+                 ams (sLL happy_var_1 happy_var_3 $ SigD noExtField+                        (FixSig noExtField (FixitySig noExtField (fromOL $ unLoc happy_var_3)+                                (Fixity (fst $ unLoc happy_var_2) (snd $ unLoc happy_var_2) (unLoc happy_var_1)))))+                     [mj AnnInfix happy_var_1,mj AnnVal happy_var_2])}}})+	) (\r -> happyReturn (happyIn199 r))++happyReduce_470 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_470 = happySpecReduce_1  183# happyReduction_470+happyReduction_470 happy_x_1+	 =  case happyOut114 happy_x_1 of { (HappyWrap114 happy_var_1) -> +	happyIn199+		 (sLL happy_var_1 happy_var_1 . SigD noExtField . unLoc $ happy_var_1+	)}++happyReduce_471 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_471 = happyMonadReduce 4# 183# happyReduction_471+happyReduction_471 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut269 happy_x_2 of { (HappyWrap269 happy_var_2) -> +	case happyOut148 happy_x_3 of { (HappyWrap148 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	( let (dcolon, tc) = happy_var_3+                   in ams+                       (sLL happy_var_1 happy_var_4+                         (SigD noExtField (CompleteMatchSig noExtField (getCOMPLETE_PRAGs happy_var_1) happy_var_2 tc)))+                    ([ mo happy_var_1 ] ++ dcolon ++ [mc happy_var_4]))}}}})+	) (\r -> happyReturn (happyIn199 r))++happyReduce_472 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_472 = happyMonadReduce 4# 183# happyReduction_472+happyReduction_472 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut200 happy_x_2 of { (HappyWrap200 happy_var_2) -> +	case happyOut115 happy_x_3 of { (HappyWrap115 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	( ams ((sLL happy_var_1 happy_var_4 $ SigD noExtField (InlineSig noExtField happy_var_3+                            (mkInlinePragma (getINLINE_PRAGs happy_var_1) (getINLINE happy_var_1)+                                            (snd happy_var_2)))))+                       ((mo happy_var_1:fst happy_var_2) ++ [mc happy_var_4]))}}}})+	) (\r -> happyReturn (happyIn199 r))++happyReduce_473 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_473 = happyMonadReduce 3# 183# happyReduction_473+happyReduction_473 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut294 happy_x_2 of { (HappyWrap294 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (SigD noExtField (SCCFunSig noExtField (getSCC_PRAGs happy_var_1) happy_var_2 Nothing)))+                 [mo happy_var_1, mc happy_var_3])}}})+	) (\r -> happyReturn (happyIn199 r))++happyReduce_474 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_474 = happyMonadReduce 4# 183# happyReduction_474+happyReduction_474 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut294 happy_x_2 of { (HappyWrap294 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	( do { scc <- getSCC happy_var_3+                ; let str_lit = StringLiteral (getSTRINGs happy_var_3) scc+                ; ams (sLL happy_var_1 happy_var_4 (SigD noExtField (SCCFunSig noExtField (getSCC_PRAGs happy_var_1) happy_var_2 (Just ( sL1 happy_var_3 str_lit)))))+                      [mo happy_var_1, mc happy_var_4] })}}}})+	) (\r -> happyReturn (happyIn199 r))++happyReduce_475 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_475 = happyMonadReduce 6# 183# happyReduction_475+happyReduction_475 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut200 happy_x_2 of { (HappyWrap200 happy_var_2) -> +	case happyOut294 happy_x_3 of { (HappyWrap294 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	case happyOut152 happy_x_5 of { (HappyWrap152 happy_var_5) -> +	case happyOutTok happy_x_6 of { happy_var_6 -> +	( ams (+                 let inl_prag = mkInlinePragma (getSPEC_PRAGs happy_var_1)+                                             (NoUserInlinePrag, FunLike) (snd happy_var_2)+                  in sLL happy_var_1 happy_var_6 $ SigD noExtField (SpecSig noExtField happy_var_3 (fromOL happy_var_5) inl_prag))+                    (mo happy_var_1:mu AnnDcolon happy_var_4:mc happy_var_6:(fst happy_var_2)))}}}}}})+	) (\r -> happyReturn (happyIn199 r))++happyReduce_476 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_476 = happyMonadReduce 6# 183# happyReduction_476+happyReduction_476 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut200 happy_x_2 of { (HappyWrap200 happy_var_2) -> +	case happyOut294 happy_x_3 of { (HappyWrap294 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	case happyOut152 happy_x_5 of { (HappyWrap152 happy_var_5) -> +	case happyOutTok happy_x_6 of { happy_var_6 -> +	( ams (sLL happy_var_1 happy_var_6 $ SigD noExtField (SpecSig noExtField happy_var_3 (fromOL happy_var_5)+                               (mkInlinePragma (getSPEC_INLINE_PRAGs happy_var_1)+                                               (getSPEC_INLINE happy_var_1) (snd happy_var_2))))+                       (mo happy_var_1:mu AnnDcolon happy_var_4:mc happy_var_6:(fst happy_var_2)))}}}}}})+	) (\r -> happyReturn (happyIn199 r))++happyReduce_477 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_477 = happyMonadReduce 4# 183# happyReduction_477+happyReduction_477 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut166 happy_x_3 of { (HappyWrap166 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	( ams (sLL happy_var_1 happy_var_4+                                  $ SigD noExtField (SpecInstSig noExtField (getSPEC_PRAGs happy_var_1) happy_var_3))+                       [mo happy_var_1,mj AnnInstance happy_var_2,mc happy_var_4])}}}})+	) (\r -> happyReturn (happyIn199 r))++happyReduce_478 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_478 = happyMonadReduce 3# 183# happyReduction_478+happyReduction_478 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut258 happy_x_2 of { (HappyWrap258 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ SigD noExtField (MinimalSig noExtField (getMINIMAL_PRAGs happy_var_1) happy_var_2))+                   [mo happy_var_1,mc happy_var_3])}}})+	) (\r -> happyReturn (happyIn199 r))++happyReduce_479 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_479 = happySpecReduce_0  184# happyReduction_479+happyReduction_479  =  happyIn200+		 (([],Nothing)+	)++happyReduce_480 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_480 = happySpecReduce_1  184# happyReduction_480+happyReduction_480 happy_x_1+	 =  case happyOut201 happy_x_1 of { (HappyWrap201 happy_var_1) -> +	happyIn200+		 ((fst happy_var_1,Just (snd happy_var_1))+	)}++happyReduce_481 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_481 = happySpecReduce_3  185# happyReduction_481+happyReduction_481 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn201+		 (([mj AnnOpenS happy_var_1,mj AnnVal happy_var_2,mj AnnCloseS happy_var_3]+                                  ,ActiveAfter  (getINTEGERs happy_var_2) (fromInteger (il_value (getINTEGER happy_var_2))))+	)}}}++happyReduce_482 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_482 = happyReduce 4# 185# happyReduction_482+happyReduction_482 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut131 happy_x_2 of { (HappyWrap131 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	happyIn201+		 ((happy_var_2++[mj AnnOpenS happy_var_1,mj AnnVal happy_var_3,mj AnnCloseS happy_var_4]+                                  ,ActiveBefore (getINTEGERs happy_var_3) (fromInteger (il_value (getINTEGER happy_var_3))))+	) `HappyStk` happyRest}}}}++happyReduce_483 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_483 = happySpecReduce_1  186# happyReduction_483+happyReduction_483 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn202+		 (let { loc = getLoc happy_var_1+                                ; ITquasiQuote (quoter, quote, quoteSpan) = unLoc happy_var_1+                                ; quoterId = mkUnqual varName quoter }+                            in sL1 happy_var_1 (mkHsQuasiQuote quoterId (mkSrcSpanPs quoteSpan) quote)+	)}++happyReduce_484 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_484 = happySpecReduce_1  186# happyReduction_484+happyReduction_484 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn202+		 (let { loc = getLoc happy_var_1+                                ; ITqQuasiQuote (qual, quoter, quote, quoteSpan) = unLoc happy_var_1+                                ; quoterId = mkQual varName (qual, quoter) }+                            in sL (getLoc happy_var_1) (mkHsQuasiQuote quoterId (mkSrcSpanPs quoteSpan) quote)+	)}++happyReduce_485 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_485 = happySpecReduce_3  187# happyReduction_485+happyReduction_485 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut204 happy_x_1 of { (HappyWrap204 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut156 happy_x_3 of { (HappyWrap156 happy_var_3) -> +	happyIn203+		 (ECP $+                                   unECP happy_var_1 >>= \ happy_var_1 ->+                                   rejectPragmaPV happy_var_1 >>+                                   amms (mkHsTySigPV (comb2 happy_var_1 happy_var_3) happy_var_1 happy_var_3)+                                       [mu AnnDcolon happy_var_2]+	)}}}++happyReduce_486 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_486 = happyMonadReduce 3# 187# happyReduction_486+happyReduction_486 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut204 happy_x_1 of { (HappyWrap204 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut203 happy_x_3 of { (HappyWrap203 happy_var_3) -> +	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->+                                   runPV (unECP happy_var_3) >>= \ happy_var_3 ->+                                   fmap ecpFromCmd $+                                   ams (sLL happy_var_1 happy_var_3 $ HsCmdArrApp noExtField happy_var_1 happy_var_3+                                                        HsFirstOrderApp True)+                                       [mu Annlarrowtail happy_var_2])}}})+	) (\r -> happyReturn (happyIn203 r))++happyReduce_487 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_487 = happyMonadReduce 3# 187# happyReduction_487+happyReduction_487 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut204 happy_x_1 of { (HappyWrap204 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut203 happy_x_3 of { (HappyWrap203 happy_var_3) -> +	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->+                                   runPV (unECP happy_var_3) >>= \ happy_var_3 ->+                                   fmap ecpFromCmd $+                                   ams (sLL happy_var_1 happy_var_3 $ HsCmdArrApp noExtField happy_var_3 happy_var_1+                                                      HsFirstOrderApp False)+                                       [mu Annrarrowtail happy_var_2])}}})+	) (\r -> happyReturn (happyIn203 r))++happyReduce_488 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_488 = happyMonadReduce 3# 187# happyReduction_488+happyReduction_488 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut204 happy_x_1 of { (HappyWrap204 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut203 happy_x_3 of { (HappyWrap203 happy_var_3) -> +	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->+                                   runPV (unECP happy_var_3) >>= \ happy_var_3 ->+                                   fmap ecpFromCmd $+                                   ams (sLL happy_var_1 happy_var_3 $ HsCmdArrApp noExtField happy_var_1 happy_var_3+                                                      HsHigherOrderApp True)+                                       [mu AnnLarrowtail happy_var_2])}}})+	) (\r -> happyReturn (happyIn203 r))++happyReduce_489 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_489 = happyMonadReduce 3# 187# happyReduction_489+happyReduction_489 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut204 happy_x_1 of { (HappyWrap204 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut203 happy_x_3 of { (HappyWrap203 happy_var_3) -> +	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->+                                   runPV (unECP happy_var_3) >>= \ happy_var_3 ->+                                   fmap ecpFromCmd $+                                   ams (sLL happy_var_1 happy_var_3 $ HsCmdArrApp noExtField happy_var_3 happy_var_1+                                                      HsHigherOrderApp False)+                                       [mu AnnRarrowtail happy_var_2])}}})+	) (\r -> happyReturn (happyIn203 r))++happyReduce_490 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_490 = happySpecReduce_1  187# happyReduction_490+happyReduction_490 happy_x_1+	 =  case happyOut204 happy_x_1 of { (HappyWrap204 happy_var_1) -> +	happyIn203+		 (happy_var_1+	)}++happyReduce_491 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_491 = happySpecReduce_1  187# happyReduction_491+happyReduction_491 happy_x_1+	 =  case happyOut314 happy_x_1 of { (HappyWrap314 happy_var_1) -> +	happyIn203+		 (happy_var_1+	)}++happyReduce_492 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_492 = happySpecReduce_1  188# happyReduction_492+happyReduction_492 happy_x_1+	 =  case happyOut206 happy_x_1 of { (HappyWrap206 happy_var_1) -> +	happyIn204+		 (happy_var_1+	)}++happyReduce_493 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_493 = happySpecReduce_3  188# happyReduction_493+happyReduction_493 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut204 happy_x_1 of { (HappyWrap204 happy_var_1) -> +	case happyOut285 happy_x_2 of { (HappyWrap285 happy_var_2) -> +	case happyOut205 happy_x_3 of { (HappyWrap205 happy_var_3) -> +	happyIn204+		 (ECP $+                                 superInfixOp $+                                 happy_var_2 >>= \ happy_var_2 ->+                                 unECP happy_var_1 >>= \ happy_var_1 ->+                                 unECP happy_var_3 >>= \ happy_var_3 ->+                                 rejectPragmaPV happy_var_1 >>+                                 amms (mkHsOpAppPV (comb2 happy_var_1 happy_var_3) happy_var_1 happy_var_2 happy_var_3)+                                     [mj AnnVal happy_var_2]+	)}}}++happyReduce_494 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_494 = happySpecReduce_1  189# happyReduction_494+happyReduction_494 happy_x_1+	 =  case happyOut206 happy_x_1 of { (HappyWrap206 happy_var_1) -> +	happyIn205+		 (happy_var_1+	)}++happyReduce_495 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_495 = happySpecReduce_1  189# happyReduction_495+happyReduction_495 happy_x_1+	 =  case happyOut315 happy_x_1 of { (HappyWrap315 happy_var_1) -> +	happyIn205+		 (happy_var_1+	)}++happyReduce_496 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_496 = happySpecReduce_2  190# happyReduction_496+happyReduction_496 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut209 happy_x_2 of { (HappyWrap209 happy_var_2) -> +	happyIn206+		 (ECP $+                                           unECP happy_var_2 >>= \ happy_var_2 ->+                                           amms (mkHsNegAppPV (comb2 happy_var_1 happy_var_2) happy_var_2)+                                               [mj AnnMinus happy_var_1]+	)}}++happyReduce_497 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_497 = happySpecReduce_1  190# happyReduction_497+happyReduction_497 happy_x_1+	 =  case happyOut209 happy_x_1 of { (HappyWrap209 happy_var_1) -> +	happyIn206+		 (happy_var_1+	)}++happyReduce_498 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_498 = happySpecReduce_1  191# happyReduction_498+happyReduction_498 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn207+		 (([happy_var_1],True)+	)}++happyReduce_499 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_499 = happySpecReduce_0  191# happyReduction_499+happyReduction_499  =  happyIn207+		 (([],False)+	)++happyReduce_500 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_500 = happyMonadReduce 3# 192# happyReduction_500+happyReduction_500 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( do scc <- getSCC happy_var_2+                                          ; return $ sLL happy_var_1 happy_var_3+                                             ([mo happy_var_1,mj AnnValStr happy_var_2,mc happy_var_3],+                                              HsPragSCC noExtField+                                                (getSCC_PRAGs happy_var_1)+                                                (StringLiteral (getSTRINGs happy_var_2) scc)))}}})+	) (\r -> happyReturn (happyIn208 r))++happyReduce_501 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_501 = happySpecReduce_3  192# happyReduction_501+happyReduction_501 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn208+		 (sLL happy_var_1 happy_var_3 ([mo happy_var_1,mj AnnVal happy_var_2,mc happy_var_3],+                                                  HsPragSCC noExtField+                                                    (getSCC_PRAGs happy_var_1)+                                                    (StringLiteral NoSourceText (getVARID happy_var_2)))+	)}}}++happyReduce_502 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_502 = happySpecReduce_2  193# happyReduction_502+happyReduction_502 happy_x_2+	happy_x_1+	 =  case happyOut209 happy_x_1 of { (HappyWrap209 happy_var_1) -> +	case happyOut210 happy_x_2 of { (HappyWrap210 happy_var_2) -> +	happyIn209+		 (ECP $+                                          superFunArg $+                                          unECP happy_var_1 >>= \ happy_var_1 ->+                                          unECP happy_var_2 >>= \ happy_var_2 ->+                                          mkHsAppPV (comb2 happy_var_1 happy_var_2) happy_var_1 happy_var_2+	)}}++happyReduce_503 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_503 = happySpecReduce_3  193# happyReduction_503+happyReduction_503 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut209 happy_x_1 of { (HappyWrap209 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut165 happy_x_3 of { (HappyWrap165 happy_var_3) -> +	happyIn209+		 (ECP $+                                        unECP happy_var_1 >>= \ happy_var_1 ->+                                        amms (mkHsAppTypePV (comb2 happy_var_1 happy_var_3) happy_var_1 happy_var_3) [mj AnnAt happy_var_2]+	)}}}++happyReduce_504 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_504 = happyMonadReduce 2# 193# happyReduction_504+happyReduction_504 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut210 happy_x_2 of { (HappyWrap210 happy_var_2) -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->+                                        fmap ecpFromExp $+                                        ams (sLL happy_var_1 happy_var_2 $ HsStatic noExtField happy_var_2)+                                            [mj AnnStatic happy_var_1])}})+	) (\r -> happyReturn (happyIn209 r))++happyReduce_505 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_505 = happySpecReduce_1  193# happyReduction_505+happyReduction_505 happy_x_1+	 =  case happyOut210 happy_x_1 of { (HappyWrap210 happy_var_1) -> +	happyIn209+		 (happy_var_1+	)}++happyReduce_506 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_506 = happySpecReduce_3  194# happyReduction_506+happyReduction_506 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut294 happy_x_1 of { (HappyWrap294 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut210 happy_x_3 of { (HappyWrap210 happy_var_3) -> +	happyIn210+		 (ECP $+                                   unECP happy_var_3 >>= \ happy_var_3 ->+                                   amms (mkHsAsPatPV (comb2 happy_var_1 happy_var_3) happy_var_1 happy_var_3) [mj AnnAt happy_var_2]+	)}}}++happyReduce_507 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_507 = happySpecReduce_2  194# happyReduction_507+happyReduction_507 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut210 happy_x_2 of { (HappyWrap210 happy_var_2) -> +	happyIn210+		 (ECP $+                                   unECP happy_var_2 >>= \ happy_var_2 ->+                                   amms (mkHsLazyPatPV (comb2 happy_var_1 happy_var_2) happy_var_2) [mj AnnTilde happy_var_1]+	)}}++happyReduce_508 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_508 = happySpecReduce_2  194# happyReduction_508+happyReduction_508 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut210 happy_x_2 of { (HappyWrap210 happy_var_2) -> +	happyIn210+		 (ECP $+                                   unECP happy_var_2 >>= \ happy_var_2 ->+                                   amms (mkHsBangPatPV (comb2 happy_var_1 happy_var_2) happy_var_2) [mj AnnBang happy_var_1]+	)}}++happyReduce_509 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_509 = happySpecReduce_2  194# happyReduction_509+happyReduction_509 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut210 happy_x_2 of { (HappyWrap210 happy_var_2) -> +	happyIn210+		 (ECP $+                                   unECP happy_var_2 >>= \ happy_var_2 ->+                                   amms (mkHsNegAppPV (comb2 happy_var_1 happy_var_2) happy_var_2) [mj AnnMinus happy_var_1]+	)}}++happyReduce_510 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_510 = happyReduce 5# 194# happyReduction_510+happyReduction_510 (happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut243 happy_x_2 of { (HappyWrap243 happy_var_2) -> +	case happyOut244 happy_x_3 of { (HappyWrap244 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	case happyOut203 happy_x_5 of { (HappyWrap203 happy_var_5) -> +	happyIn210+		 (ECP $+                      unECP happy_var_5 >>= \ happy_var_5 ->+                      amms (mkHsLamPV (comb2 happy_var_1 happy_var_5) (mkMatchGroup FromSource+                            [sLL happy_var_1 happy_var_5 $ Match { m_ext = noExtField+                                               , m_ctxt = LambdaExpr+                                               , m_pats = happy_var_2:happy_var_3+                                               , m_grhss = unguardedGRHSs happy_var_5 }]))+                          [mj AnnLam happy_var_1, mu AnnRarrow happy_var_4]+	) `HappyStk` happyRest}}}}}++happyReduce_511 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_511 = happyReduce 4# 194# happyReduction_511+happyReduction_511 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut126 happy_x_2 of { (HappyWrap126 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut203 happy_x_4 of { (HappyWrap203 happy_var_4) -> +	happyIn210+		 (ECP $+                                           unECP happy_var_4 >>= \ happy_var_4 ->+                                           amms (mkHsLetPV (comb2 happy_var_1 happy_var_4) (snd (unLoc happy_var_2)) happy_var_4)+                                               (mj AnnLet happy_var_1:mj AnnIn happy_var_3+                                                 :(fst $ unLoc happy_var_2))+	) `HappyStk` happyRest}}}}++happyReduce_512 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_512 = happySpecReduce_3  194# happyReduction_512+happyReduction_512 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut232 happy_x_3 of { (HappyWrap232 happy_var_3) -> +	happyIn210+		 (ECP $ happy_var_3 >>= \ happy_var_3 ->+               amms (mkHsLamCasePV (comb2 happy_var_1 happy_var_3)+                                   (mkMatchGroup FromSource (snd $ unLoc happy_var_3)))+                    (mj AnnLam happy_var_1:mj AnnCase happy_var_2:(fst $ unLoc happy_var_3))+	)}}}++happyReduce_513 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_513 = happyMonadReduce 8# 194# happyReduction_513+happyReduction_513 (happy_x_8 `HappyStk`+	happy_x_7 `HappyStk`+	happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut203 happy_x_2 of { (HappyWrap203 happy_var_2) -> +	case happyOut207 happy_x_3 of { (HappyWrap207 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	case happyOut203 happy_x_5 of { (HappyWrap203 happy_var_5) -> +	case happyOut207 happy_x_6 of { (HappyWrap207 happy_var_6) -> +	case happyOutTok happy_x_7 of { happy_var_7 -> +	case happyOut203 happy_x_8 of { (HappyWrap203 happy_var_8) -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->+                            return $ ECP $+                              unECP happy_var_5 >>= \ happy_var_5 ->+                              unECP happy_var_8 >>= \ happy_var_8 ->+                              amms (mkHsIfPV (comb2 happy_var_1 happy_var_8) happy_var_2 (snd happy_var_3) happy_var_5 (snd happy_var_6) happy_var_8)+                                  (mj AnnIf happy_var_1:mj AnnThen happy_var_4+                                     :mj AnnElse happy_var_7+                                     :(map (\l -> mj AnnSemi l) (fst happy_var_3))+                                    ++(map (\l -> mj AnnSemi l) (fst happy_var_6))))}}}}}}}})+	) (\r -> happyReturn (happyIn210 r))++happyReduce_514 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_514 = happyMonadReduce 2# 194# happyReduction_514+happyReduction_514 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut239 happy_x_2 of { (HappyWrap239 happy_var_2) -> +	( hintMultiWayIf (getLoc happy_var_1) >>= \_ ->+                                           fmap ecpFromExp $+                                           ams (sLL happy_var_1 happy_var_2 $ HsMultiIf noExtField+                                                     (reverse $ snd $ unLoc happy_var_2))+                                               (mj AnnIf happy_var_1:(fst $ unLoc happy_var_2)))}})+	) (\r -> happyReturn (happyIn210 r))++happyReduce_515 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_515 = happyMonadReduce 4# 194# happyReduction_515+happyReduction_515 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut203 happy_x_2 of { (HappyWrap203 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut232 happy_x_4 of { (HappyWrap232 happy_var_4) -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->+                                         return $ ECP $+                                           happy_var_4 >>= \ happy_var_4 ->+                                           amms (mkHsCasePV (comb3 happy_var_1 happy_var_3 happy_var_4) happy_var_2 (mkMatchGroup+                                                   FromSource (snd $ unLoc happy_var_4)))+                                               (mj AnnCase happy_var_1:mj AnnOf happy_var_3+                                                  :(fst $ unLoc happy_var_4)))}}}})+	) (\r -> happyReturn (happyIn210 r))++happyReduce_516 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_516 = happyMonadReduce 2# 194# happyReduction_516+happyReduction_516 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut245 happy_x_2 of { (HappyWrap245 happy_var_2) -> +	( do+                                      hintQualifiedDo happy_var_1+                                      return $ ECP $+                                        happy_var_2 >>= \ happy_var_2 ->+                                        amms (mkHsDoPV (comb2 happy_var_1 happy_var_2)+                                                       (fmap mkModuleNameFS (getDO happy_var_1))+                                                       (mapLoc snd happy_var_2))+                                             (mj AnnDo happy_var_1:(fst $ unLoc happy_var_2)))}})+	) (\r -> happyReturn (happyIn210 r))++happyReduce_517 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_517 = happyMonadReduce 2# 194# happyReduction_517+happyReduction_517 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut245 happy_x_2 of { (HappyWrap245 happy_var_2) -> +	( hintQualifiedDo happy_var_1 >> runPV happy_var_2 >>= \ happy_var_2 ->+                                       fmap ecpFromExp $+                                       ams (L (comb2 happy_var_1 happy_var_2)+                                              (mkHsDo (MDoExpr $+                                                        fmap mkModuleNameFS (getMDO happy_var_1))+                                                        (snd $ unLoc happy_var_2)))+                                           (mj AnnMdo happy_var_1:(fst $ unLoc happy_var_2)))}})+	) (\r -> happyReturn (happyIn210 r))++happyReduce_518 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_518 = happyMonadReduce 4# 194# happyReduction_518+happyReduction_518 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut210 happy_x_2 of { (HappyWrap210 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut203 happy_x_4 of { (HappyWrap203 happy_var_4) -> +	( (checkPattern <=< runPV) (unECP happy_var_2) >>= \ p ->+                           runPV (unECP happy_var_4) >>= \ happy_var_4@cmd ->+                           fmap ecpFromExp $+                           ams (sLL happy_var_1 happy_var_4 $ HsProc noExtField p (sLL happy_var_1 happy_var_4 $ HsCmdTop noExtField cmd))+                                            -- TODO: is LL right here?+                               [mj AnnProc happy_var_1,mu AnnRarrow happy_var_3])}}}})+	) (\r -> happyReturn (happyIn210 r))++happyReduce_519 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_519 = happySpecReduce_1  194# happyReduction_519+happyReduction_519 happy_x_1+	 =  case happyOut211 happy_x_1 of { (HappyWrap211 happy_var_1) -> +	happyIn210+		 (happy_var_1+	)}++happyReduce_520 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_520 = happyReduce 4# 195# happyReduction_520+happyReduction_520 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOut211 happy_x_1 of { (HappyWrap211 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut251 happy_x_3 of { (HappyWrap251 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	happyIn211+		 (ECP $+                                  unECP happy_var_1 >>= \ happy_var_1 ->+                                  happy_var_3 >>= \ happy_var_3 ->+                                  amms (mkHsRecordPV (comb2 happy_var_1 happy_var_4) (comb2 happy_var_2 happy_var_4) happy_var_1 (snd happy_var_3))+                                       (moc happy_var_2:mcc happy_var_4:(fst happy_var_3))+	) `HappyStk` happyRest}}}}++happyReduce_521 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_521 = happySpecReduce_1  195# happyReduction_521+happyReduction_521 happy_x_1+	 =  case happyOut212 happy_x_1 of { (HappyWrap212 happy_var_1) -> +	happyIn211+		 (happy_var_1+	)}++happyReduce_522 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_522 = happySpecReduce_1  196# happyReduction_522+happyReduction_522 happy_x_1+	 =  case happyOut294 happy_x_1 of { (HappyWrap294 happy_var_1) -> +	happyIn212+		 (ECP $ mkHsVarPV $! happy_var_1+	)}++happyReduce_523 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_523 = happySpecReduce_1  196# happyReduction_523+happyReduction_523 happy_x_1+	 =  case happyOut266 happy_x_1 of { (HappyWrap266 happy_var_1) -> +	happyIn212+		 (ECP $ mkHsVarPV $! happy_var_1+	)}++happyReduce_524 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_524 = happySpecReduce_1  196# happyReduction_524+happyReduction_524 happy_x_1+	 =  case happyOut256 happy_x_1 of { (HappyWrap256 happy_var_1) -> +	happyIn212+		 (ecpFromExp $ sL1 happy_var_1 (HsIPVar noExtField $! unLoc happy_var_1)+	)}++happyReduce_525 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_525 = happySpecReduce_1  196# happyReduction_525+happyReduction_525 happy_x_1+	 =  case happyOut257 happy_x_1 of { (HappyWrap257 happy_var_1) -> +	happyIn212+		 (ecpFromExp $ sL1 happy_var_1 (HsOverLabel noExtField Nothing $! unLoc happy_var_1)+	)}++happyReduce_526 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_526 = happySpecReduce_1  196# happyReduction_526+happyReduction_526 happy_x_1+	 =  case happyOut308 happy_x_1 of { (HappyWrap308 happy_var_1) -> +	happyIn212+		 (ECP $ mkHsLitPV $! happy_var_1+	)}++happyReduce_527 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_527 = happySpecReduce_1  196# happyReduction_527+happyReduction_527 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn212+		 (ECP $ mkHsOverLitPV (sL1 happy_var_1 $ mkHsIntegral   (getINTEGER  happy_var_1))+	)}++happyReduce_528 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_528 = happySpecReduce_1  196# happyReduction_528+happyReduction_528 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn212+		 (ECP $ mkHsOverLitPV (sL1 happy_var_1 $ mkHsFractional (getRATIONAL happy_var_1))+	)}++happyReduce_529 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_529 = happySpecReduce_3  196# happyReduction_529+happyReduction_529 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut220 happy_x_2 of { (HappyWrap220 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn212+		 (ECP $+                                           unECP happy_var_2 >>= \ happy_var_2 ->+                                           amms (mkHsParPV (comb2 happy_var_1 happy_var_3) happy_var_2) [mop happy_var_1,mcp happy_var_3]+	)}}}++happyReduce_530 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_530 = happySpecReduce_3  196# happyReduction_530+happyReduction_530 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut221 happy_x_2 of { (HappyWrap221 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn212+		 (ECP $+                                           happy_var_2 >>= \ happy_var_2 ->+                                           amms (mkSumOrTuplePV (comb2 happy_var_1 happy_var_3) Boxed (snd happy_var_2))+                                                ((mop happy_var_1:fst happy_var_2) ++ [mcp happy_var_3])+	)}}}++happyReduce_531 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_531 = happySpecReduce_3  196# happyReduction_531+happyReduction_531 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut220 happy_x_2 of { (HappyWrap220 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn212+		 (ECP $+                                           unECP happy_var_2 >>= \ happy_var_2 ->+                                           amms (mkSumOrTuplePV (comb2 happy_var_1 happy_var_3) Unboxed (Tuple [L (gl happy_var_2) (Just happy_var_2)]))+                                                [mo happy_var_1,mc happy_var_3]+	)}}}++happyReduce_532 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_532 = happySpecReduce_3  196# happyReduction_532+happyReduction_532 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut221 happy_x_2 of { (HappyWrap221 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn212+		 (ECP $+                                           happy_var_2 >>= \ happy_var_2 ->+                                           amms (mkSumOrTuplePV (comb2 happy_var_1 happy_var_3) Unboxed (snd happy_var_2))+                                                ((mo happy_var_1:fst happy_var_2) ++ [mc happy_var_3])+	)}}}++happyReduce_533 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_533 = happySpecReduce_3  196# happyReduction_533+happyReduction_533 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut224 happy_x_2 of { (HappyWrap224 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn212+		 (ECP $ happy_var_2 (comb2 happy_var_1 happy_var_3) >>= \a -> ams a [mos happy_var_1,mcs happy_var_3]+	)}}}++happyReduce_534 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_534 = happySpecReduce_1  196# happyReduction_534+happyReduction_534 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn212+		 (ECP $ mkHsWildCardPV (getLoc happy_var_1)+	)}++happyReduce_535 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_535 = happySpecReduce_1  196# happyReduction_535+happyReduction_535 happy_x_1+	 =  case happyOut214 happy_x_1 of { (HappyWrap214 happy_var_1) -> +	happyIn212+		 (ECP $ mkHsSplicePV happy_var_1+	)}++happyReduce_536 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_536 = happySpecReduce_1  196# happyReduction_536+happyReduction_536 happy_x_1+	 =  case happyOut215 happy_x_1 of { (HappyWrap215 happy_var_1) -> +	happyIn212+		 (ecpFromExp $ mapLoc (HsSpliceE noExtField) happy_var_1+	)}++happyReduce_537 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_537 = happyMonadReduce 2# 196# happyReduction_537+happyReduction_537 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut294 happy_x_2 of { (HappyWrap294 happy_var_2) -> +	( fmap ecpFromExp $ ams (sLL happy_var_1 happy_var_2 $ HsBracket noExtField (VarBr noExtField True  (unLoc happy_var_2))) [mj AnnSimpleQuote happy_var_1,mj AnnName happy_var_2])}})+	) (\r -> happyReturn (happyIn212 r))++happyReduce_538 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_538 = happyMonadReduce 2# 196# happyReduction_538+happyReduction_538 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut266 happy_x_2 of { (HappyWrap266 happy_var_2) -> +	( fmap ecpFromExp $ ams (sLL happy_var_1 happy_var_2 $ HsBracket noExtField (VarBr noExtField True  (unLoc happy_var_2))) [mj AnnSimpleQuote happy_var_1,mj AnnName happy_var_2])}})+	) (\r -> happyReturn (happyIn212 r))++happyReduce_539 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_539 = happyMonadReduce 2# 196# happyReduction_539+happyReduction_539 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut290 happy_x_2 of { (HappyWrap290 happy_var_2) -> +	( fmap ecpFromExp $ ams (sLL happy_var_1 happy_var_2 $ HsBracket noExtField (VarBr noExtField False (unLoc happy_var_2))) [mj AnnThTyQuote happy_var_1,mj AnnName happy_var_2])}})+	) (\r -> happyReturn (happyIn212 r))++happyReduce_540 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_540 = happyMonadReduce 2# 196# happyReduction_540+happyReduction_540 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut274 happy_x_2 of { (HappyWrap274 happy_var_2) -> +	( fmap ecpFromExp $ ams (sLL happy_var_1 happy_var_2 $ HsBracket noExtField (VarBr noExtField False (unLoc happy_var_2))) [mj AnnThTyQuote happy_var_1,mj AnnName happy_var_2])}})+	) (\r -> happyReturn (happyIn212 r))++happyReduce_541 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_541 = happyMonadReduce 1# 196# happyReduction_541+happyReduction_541 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	( reportEmptyDoubleQuotes (getLoc happy_var_1))})+	) (\r -> happyReturn (happyIn212 r))++happyReduce_542 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_542 = happyMonadReduce 3# 196# happyReduction_542+happyReduction_542 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut203 happy_x_2 of { (HappyWrap203 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->+                                 fmap ecpFromExp $+                                 ams (sLL happy_var_1 happy_var_3 $ HsBracket noExtField (ExpBr noExtField happy_var_2))+                                      (if (hasE happy_var_1) then [mj AnnOpenE happy_var_1, mu AnnCloseQ happy_var_3]+                                                    else [mu AnnOpenEQ happy_var_1,mu AnnCloseQ happy_var_3]))}}})+	) (\r -> happyReturn (happyIn212 r))++happyReduce_543 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_543 = happyMonadReduce 3# 196# happyReduction_543+happyReduction_543 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut203 happy_x_2 of { (HappyWrap203 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->+                                 fmap ecpFromExp $+                                 ams (sLL happy_var_1 happy_var_3 $ HsBracket noExtField (TExpBr noExtField happy_var_2))+                                      (if (hasE happy_var_1) then [mj AnnOpenE happy_var_1,mc happy_var_3] else [mo happy_var_1,mc happy_var_3]))}}})+	) (\r -> happyReturn (happyIn212 r))++happyReduce_544 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_544 = happyMonadReduce 3# 196# happyReduction_544+happyReduction_544 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut155 happy_x_2 of { (HappyWrap155 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( fmap ecpFromExp $+                                 ams (sLL happy_var_1 happy_var_3 $ HsBracket noExtField (TypBr noExtField happy_var_2)) [mo happy_var_1,mu AnnCloseQ happy_var_3])}}})+	) (\r -> happyReturn (happyIn212 r))++happyReduce_545 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_545 = happyMonadReduce 3# 196# happyReduction_545+happyReduction_545 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut204 happy_x_2 of { (HappyWrap204 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( (checkPattern <=< runPV) (unECP happy_var_2) >>= \p ->+                                      fmap ecpFromExp $+                                      ams (sLL happy_var_1 happy_var_3 $ HsBracket noExtField (PatBr noExtField p))+                                          [mo happy_var_1,mu AnnCloseQ happy_var_3])}}})+	) (\r -> happyReturn (happyIn212 r))++happyReduce_546 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_546 = happyMonadReduce 3# 196# happyReduction_546+happyReduction_546 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut218 happy_x_2 of { (HappyWrap218 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( fmap ecpFromExp $+                                  ams (sLL happy_var_1 happy_var_3 $ HsBracket noExtField (DecBrL noExtField (snd happy_var_2)))+                                      (mo happy_var_1:mu AnnCloseQ happy_var_3:fst happy_var_2))}}})+	) (\r -> happyReturn (happyIn212 r))++happyReduce_547 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_547 = happySpecReduce_1  196# happyReduction_547+happyReduction_547 happy_x_1+	 =  case happyOut202 happy_x_1 of { (HappyWrap202 happy_var_1) -> +	happyIn212+		 (ECP $ mkHsSplicePV happy_var_1+	)}++happyReduce_548 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_548 = happyMonadReduce 4# 196# happyReduction_548+happyReduction_548 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut210 happy_x_2 of { (HappyWrap210 happy_var_2) -> +	case happyOut216 happy_x_3 of { (HappyWrap216 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->+                                     fmap ecpFromCmd $+                                     ams (sLL happy_var_1 happy_var_4 $ HsCmdArrForm noExtField happy_var_2 Prefix+                                                          Nothing (reverse happy_var_3))+                                         [mu AnnOpenB happy_var_1,mu AnnCloseB happy_var_4])}}}})+	) (\r -> happyReturn (happyIn212 r))++happyReduce_549 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_549 = happySpecReduce_1  197# happyReduction_549+happyReduction_549 happy_x_1+	 =  case happyOut214 happy_x_1 of { (HappyWrap214 happy_var_1) -> +	happyIn213+		 (mapLoc (HsSpliceE noExtField) happy_var_1+	)}++happyReduce_550 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_550 = happySpecReduce_1  197# happyReduction_550+happyReduction_550 happy_x_1+	 =  case happyOut215 happy_x_1 of { (HappyWrap215 happy_var_1) -> +	happyIn213+		 (mapLoc (HsSpliceE noExtField) happy_var_1+	)}++happyReduce_551 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_551 = happyMonadReduce 2# 198# happyReduction_551+happyReduction_551 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut212 happy_x_2 of { (HappyWrap212 happy_var_2) -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->+                                   ams (sLL happy_var_1 happy_var_2 $ mkUntypedSplice DollarSplice happy_var_2)+                                       [mj AnnDollar happy_var_1])}})+	) (\r -> happyReturn (happyIn214 r))++happyReduce_552 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_552 = happyMonadReduce 2# 199# happyReduction_552+happyReduction_552 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut212 happy_x_2 of { (HappyWrap212 happy_var_2) -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->+                                   ams (sLL happy_var_1 happy_var_2 $ mkTypedSplice DollarSplice happy_var_2)+                                       [mj AnnDollarDollar happy_var_1])}})+	) (\r -> happyReturn (happyIn215 r))++happyReduce_553 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_553 = happySpecReduce_2  200# happyReduction_553+happyReduction_553 happy_x_2+	happy_x_1+	 =  case happyOut216 happy_x_1 of { (HappyWrap216 happy_var_1) -> +	case happyOut217 happy_x_2 of { (HappyWrap217 happy_var_2) -> +	happyIn216+		 (happy_var_2 : happy_var_1+	)}}++happyReduce_554 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_554 = happySpecReduce_0  200# happyReduction_554+happyReduction_554  =  happyIn216+		 ([]+	)++happyReduce_555 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_555 = happyMonadReduce 1# 201# happyReduction_555+happyReduction_555 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut210 happy_x_1 of { (HappyWrap210 happy_var_1) -> +	( runPV (unECP happy_var_1) >>= \ cmd ->+                                   runPV (checkCmdBlockArguments cmd) >>= \ _ ->+                                   return (sL1 cmd $ HsCmdTop noExtField cmd))})+	) (\r -> happyReturn (happyIn217 r))++happyReduce_556 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_556 = happySpecReduce_3  202# happyReduction_556+happyReduction_556 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut219 happy_x_2 of { (HappyWrap219 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn218+		 (([mj AnnOpenC happy_var_1+                                                  ,mj AnnCloseC happy_var_3],happy_var_2)+	)}}}++happyReduce_557 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_557 = happySpecReduce_3  202# happyReduction_557+happyReduction_557 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut219 happy_x_2 of { (HappyWrap219 happy_var_2) -> +	happyIn218+		 (([],happy_var_2)+	)}++happyReduce_558 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_558 = happySpecReduce_1  203# happyReduction_558+happyReduction_558 happy_x_1+	 =  case happyOut74 happy_x_1 of { (HappyWrap74 happy_var_1) -> +	happyIn219+		 (cvTopDecls happy_var_1+	)}++happyReduce_559 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_559 = happySpecReduce_1  203# happyReduction_559+happyReduction_559 happy_x_1+	 =  case happyOut73 happy_x_1 of { (HappyWrap73 happy_var_1) -> +	happyIn219+		 (cvTopDecls happy_var_1+	)}++happyReduce_560 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_560 = happySpecReduce_1  204# happyReduction_560+happyReduction_560 happy_x_1+	 =  case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> +	happyIn220+		 (happy_var_1+	)}++happyReduce_561 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_561 = happyMonadReduce 2# 204# happyReduction_561+happyReduction_561 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut204 happy_x_1 of { (HappyWrap204 happy_var_1) -> +	case happyOut285 happy_x_2 of { (HappyWrap285 happy_var_2) -> +	( runPV (unECP happy_var_1) >>= \ happy_var_1 ->+                                runPV (rejectPragmaPV happy_var_1) >>+                                runPV happy_var_2 >>= \ happy_var_2 ->+                                return $ ecpFromExp $+                                sLL happy_var_1 happy_var_2 $ SectionL noExtField happy_var_1 happy_var_2)}})+	) (\r -> happyReturn (happyIn220 r))++happyReduce_562 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_562 = happySpecReduce_2  204# happyReduction_562+happyReduction_562 happy_x_2+	happy_x_1+	 =  case happyOut286 happy_x_1 of { (HappyWrap286 happy_var_1) -> +	case happyOut204 happy_x_2 of { (HappyWrap204 happy_var_2) -> +	happyIn220+		 (ECP $+                                superInfixOp $+                                unECP happy_var_2 >>= \ happy_var_2 ->+                                happy_var_1 >>= \ happy_var_1 ->+                                mkHsSectionR_PV (comb2 happy_var_1 happy_var_2) happy_var_1 happy_var_2+	)}}++happyReduce_563 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_563 = happySpecReduce_3  204# happyReduction_563+happyReduction_563 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut220 happy_x_3 of { (HappyWrap220 happy_var_3) -> +	happyIn220+		 (ECP $+                             unECP happy_var_1 >>= \ happy_var_1 ->+                             unECP happy_var_3 >>= \ happy_var_3 ->+                             amms (mkHsViewPatPV (comb2 happy_var_1 happy_var_3) happy_var_1 happy_var_3) [mu AnnRarrow happy_var_2]+	)}}}++happyReduce_564 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_564 = happySpecReduce_2  205# happyReduction_564+happyReduction_564 happy_x_2+	happy_x_1+	 =  case happyOut220 happy_x_1 of { (HappyWrap220 happy_var_1) -> +	case happyOut222 happy_x_2 of { (HappyWrap222 happy_var_2) -> +	happyIn221+		 (unECP happy_var_1 >>= \ happy_var_1 ->+                             happy_var_2 >>= \ happy_var_2 ->+                             do { addAnnotation (gl happy_var_1) AnnComma (fst happy_var_2)+                                ; return ([],Tuple ((sL1 happy_var_1 (Just happy_var_1)) : snd happy_var_2)) }+	)}}++happyReduce_565 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_565 = happySpecReduce_2  205# happyReduction_565+happyReduction_565 happy_x_2+	happy_x_1+	 =  case happyOut220 happy_x_1 of { (HappyWrap220 happy_var_1) -> +	case happyOut313 happy_x_2 of { (HappyWrap313 happy_var_2) -> +	happyIn221+		 (unECP happy_var_1 >>= \ happy_var_1 -> return $+                            (mvbars (fst happy_var_2), Sum 1  (snd happy_var_2 + 1) happy_var_1)+	)}}++happyReduce_566 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_566 = happySpecReduce_2  205# happyReduction_566+happyReduction_566 happy_x_2+	happy_x_1+	 =  case happyOut311 happy_x_1 of { (HappyWrap311 happy_var_1) -> +	case happyOut223 happy_x_2 of { (HappyWrap223 happy_var_2) -> +	happyIn221+		 (happy_var_2 >>= \ happy_var_2 ->+                   do { mapM_ (\ll -> addAnnotation ll AnnComma ll) (fst happy_var_1)+                      ; return+                           ([],Tuple (map (\l -> L l Nothing) (fst happy_var_1) ++ happy_var_2)) }+	)}}++happyReduce_567 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_567 = happySpecReduce_3  205# happyReduction_567+happyReduction_567 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut313 happy_x_1 of { (HappyWrap313 happy_var_1) -> +	case happyOut220 happy_x_2 of { (HappyWrap220 happy_var_2) -> +	case happyOut312 happy_x_3 of { (HappyWrap312 happy_var_3) -> +	happyIn221+		 (unECP happy_var_2 >>= \ happy_var_2 -> return $+                  (mvbars (fst happy_var_1) ++ mvbars (fst happy_var_3), Sum (snd happy_var_1 + 1) (snd happy_var_1 + snd happy_var_3 + 1) happy_var_2)+	)}}}++happyReduce_568 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_568 = happySpecReduce_2  206# happyReduction_568+happyReduction_568 happy_x_2+	happy_x_1+	 =  case happyOut311 happy_x_1 of { (HappyWrap311 happy_var_1) -> +	case happyOut223 happy_x_2 of { (HappyWrap223 happy_var_2) -> +	happyIn222+		 (happy_var_2 >>= \ happy_var_2 ->+          do { mapM_ (\ll -> addAnnotation ll AnnComma ll) (tail $ fst happy_var_1)+             ; return (+            (head $ fst happy_var_1+            ,(map (\l -> L l Nothing) (tail $ fst happy_var_1)) ++ happy_var_2)) }+	)}}++happyReduce_569 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_569 = happySpecReduce_2  207# happyReduction_569+happyReduction_569 happy_x_2+	happy_x_1+	 =  case happyOut220 happy_x_1 of { (HappyWrap220 happy_var_1) -> +	case happyOut222 happy_x_2 of { (HappyWrap222 happy_var_2) -> +	happyIn223+		 (unECP happy_var_1 >>= \ happy_var_1 ->+                                   happy_var_2 >>= \ happy_var_2 ->+                                   addAnnotation (gl happy_var_1) AnnComma (fst happy_var_2) >>+                                   return ((L (gl happy_var_1) (Just happy_var_1)) : snd happy_var_2)+	)}}++happyReduce_570 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_570 = happySpecReduce_1  207# happyReduction_570+happyReduction_570 happy_x_1+	 =  case happyOut220 happy_x_1 of { (HappyWrap220 happy_var_1) -> +	happyIn223+		 (unECP happy_var_1 >>= \ happy_var_1 ->+                                   return [L (gl happy_var_1) (Just happy_var_1)]+	)}++happyReduce_571 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_571 = happySpecReduce_0  207# happyReduction_571+happyReduction_571  =  happyIn223+		 (return [noLoc Nothing]+	)++happyReduce_572 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_572 = happySpecReduce_1  208# happyReduction_572+happyReduction_572 happy_x_1+	 =  case happyOut220 happy_x_1 of { (HappyWrap220 happy_var_1) -> +	happyIn224+		 (\loc -> unECP happy_var_1 >>= \ happy_var_1 ->+                            mkHsExplicitListPV loc [happy_var_1]+	)}++happyReduce_573 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_573 = happySpecReduce_1  208# happyReduction_573+happyReduction_573 happy_x_1+	 =  case happyOut225 happy_x_1 of { (HappyWrap225 happy_var_1) -> +	happyIn224+		 (\loc -> happy_var_1 >>= \ happy_var_1 ->+                            mkHsExplicitListPV loc (reverse happy_var_1)+	)}++happyReduce_574 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_574 = happySpecReduce_2  208# happyReduction_574+happyReduction_574 happy_x_2+	happy_x_1+	 =  case happyOut220 happy_x_1 of { (HappyWrap220 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	happyIn224+		 (\loc ->    unECP happy_var_1 >>= \ happy_var_1 ->+                                  ams (L loc $ ArithSeq noExtField Nothing (From happy_var_1))+                                      [mj AnnDotdot happy_var_2]+                                      >>= ecpFromExp'+	)}}++happyReduce_575 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_575 = happyReduce 4# 208# happyReduction_575+happyReduction_575 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOut220 happy_x_1 of { (HappyWrap220 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut203 happy_x_3 of { (HappyWrap203 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	happyIn224+		 (\loc ->+                                   unECP happy_var_1 >>= \ happy_var_1 ->+                                   unECP happy_var_3 >>= \ happy_var_3 ->+                                   ams (L loc $ ArithSeq noExtField Nothing (FromThen happy_var_1 happy_var_3))+                                       [mj AnnComma happy_var_2,mj AnnDotdot happy_var_4]+                                       >>= ecpFromExp'+	) `HappyStk` happyRest}}}}++happyReduce_576 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_576 = happySpecReduce_3  208# happyReduction_576+happyReduction_576 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut220 happy_x_1 of { (HappyWrap220 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut203 happy_x_3 of { (HappyWrap203 happy_var_3) -> +	happyIn224+		 (\loc -> unECP happy_var_1 >>= \ happy_var_1 ->+                                   unECP happy_var_3 >>= \ happy_var_3 ->+                                   ams (L loc $ ArithSeq noExtField Nothing (FromTo happy_var_1 happy_var_3))+                                       [mj AnnDotdot happy_var_2]+                                       >>= ecpFromExp'+	)}}}++happyReduce_577 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_577 = happyReduce 5# 208# happyReduction_577+happyReduction_577 (happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOut220 happy_x_1 of { (HappyWrap220 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut203 happy_x_3 of { (HappyWrap203 happy_var_3) -> +	case happyOutTok happy_x_4 of { happy_var_4 -> +	case happyOut203 happy_x_5 of { (HappyWrap203 happy_var_5) -> +	happyIn224+		 (\loc ->+                                   unECP happy_var_1 >>= \ happy_var_1 ->+                                   unECP happy_var_3 >>= \ happy_var_3 ->+                                   unECP happy_var_5 >>= \ happy_var_5 ->+                                   ams (L loc $ ArithSeq noExtField Nothing (FromThenTo happy_var_1 happy_var_3 happy_var_5))+                                       [mj AnnComma happy_var_2,mj AnnDotdot happy_var_4]+                                       >>= ecpFromExp'+	) `HappyStk` happyRest}}}}}++happyReduce_578 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_578 = happySpecReduce_3  208# happyReduction_578+happyReduction_578 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut220 happy_x_1 of { (HappyWrap220 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut226 happy_x_3 of { (HappyWrap226 happy_var_3) -> +	happyIn224+		 (\loc ->+                checkMonadComp >>= \ ctxt ->+                unECP happy_var_1 >>= \ happy_var_1 ->+                ams (L loc $ mkHsComp ctxt (unLoc happy_var_3) happy_var_1)+                    [mj AnnVbar happy_var_2]+                    >>= ecpFromExp'+	)}}}++happyReduce_579 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_579 = happySpecReduce_3  209# happyReduction_579+happyReduction_579 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut225 happy_x_1 of { (HappyWrap225 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut220 happy_x_3 of { (HappyWrap220 happy_var_3) -> +	happyIn225+		 (happy_var_1 >>= \ happy_var_1 ->+                                     unECP happy_var_3 >>= \ happy_var_3 ->+                                     addAnnotation (gl $ head $ happy_var_1)+                                                            AnnComma (gl happy_var_2) >>+                                      return (((:) $! happy_var_3) $! happy_var_1)+	)}}}++happyReduce_580 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_580 = happySpecReduce_3  209# happyReduction_580+happyReduction_580 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut220 happy_x_1 of { (HappyWrap220 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut220 happy_x_3 of { (HappyWrap220 happy_var_3) -> +	happyIn225+		 (unECP happy_var_1 >>= \ happy_var_1 ->+                                      unECP happy_var_3 >>= \ happy_var_3 ->+                                      addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2) >>+                                      return [happy_var_3,happy_var_1]+	)}}}++happyReduce_581 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_581 = happySpecReduce_1  210# happyReduction_581+happyReduction_581 happy_x_1+	 =  case happyOut227 happy_x_1 of { (HappyWrap227 happy_var_1) -> +	happyIn226+		 (case (unLoc happy_var_1) of+                    [qs] -> sL1 happy_var_1 qs+                    -- We just had one thing in our "parallel" list so+                    -- we simply return that thing directly++                    qss -> sL1 happy_var_1 [sL1 happy_var_1 $ ParStmt noExtField [ParStmtBlock noExtField qs [] noSyntaxExpr |+                                            qs <- qss]+                                            noExpr noSyntaxExpr]+                    -- We actually found some actual parallel lists so+                    -- we wrap them into as a ParStmt+	)}++happyReduce_582 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_582 = happyMonadReduce 3# 211# happyReduction_582+happyReduction_582 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut228 happy_x_1 of { (HappyWrap228 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut227 happy_x_3 of { (HappyWrap227 happy_var_3) -> +	( addAnnotation (gl $ head $ unLoc happy_var_1) AnnVbar (gl happy_var_2) >>+                        return (sLL happy_var_1 happy_var_3 (reverse (unLoc happy_var_1) : unLoc happy_var_3)))}}})+	) (\r -> happyReturn (happyIn227 r))++happyReduce_583 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_583 = happySpecReduce_1  211# happyReduction_583+happyReduction_583 happy_x_1+	 =  case happyOut228 happy_x_1 of { (HappyWrap228 happy_var_1) -> +	happyIn227+		 (L (getLoc happy_var_1) [reverse (unLoc happy_var_1)]+	)}++happyReduce_584 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_584 = happyMonadReduce 3# 212# happyReduction_584+happyReduction_584 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut228 happy_x_1 of { (HappyWrap228 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut229 happy_x_3 of { (HappyWrap229 happy_var_3) -> +	( addAnnotation (gl $ head $ unLoc happy_var_1) AnnComma (gl happy_var_2) >>+                amsL (comb2 happy_var_1 happy_var_3) (fst $ unLoc happy_var_3) >>+                return (sLL happy_var_1 happy_var_3 [sLL happy_var_1 happy_var_3 ((snd $ unLoc happy_var_3) (reverse (unLoc happy_var_1)))]))}}})+	) (\r -> happyReturn (happyIn228 r))++happyReduce_585 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_585 = happyMonadReduce 3# 212# happyReduction_585+happyReduction_585 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut228 happy_x_1 of { (HappyWrap228 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut250 happy_x_3 of { (HappyWrap250 happy_var_3) -> +	( runPV happy_var_3 >>= \ happy_var_3 ->+                addAnnotation (gl $ head $ unLoc happy_var_1) AnnComma (gl happy_var_2) >>+                return (sLL happy_var_1 happy_var_3 (happy_var_3 : unLoc happy_var_1)))}}})+	) (\r -> happyReturn (happyIn228 r))++happyReduce_586 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_586 = happyMonadReduce 1# 212# happyReduction_586+happyReduction_586 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut229 happy_x_1 of { (HappyWrap229 happy_var_1) -> +	( ams happy_var_1 (fst $ unLoc happy_var_1) >>+                              return (sLL happy_var_1 happy_var_1 [L (getLoc happy_var_1) ((snd $ unLoc happy_var_1) [])]))})+	) (\r -> happyReturn (happyIn228 r))++happyReduce_587 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_587 = happyMonadReduce 1# 212# happyReduction_587+happyReduction_587 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut250 happy_x_1 of { (HappyWrap250 happy_var_1) -> +	( runPV happy_var_1 >>= \ happy_var_1 ->+                                            return $ sL1 happy_var_1 [happy_var_1])})+	) (\r -> happyReturn (happyIn228 r))++happyReduce_588 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_588 = happyMonadReduce 2# 213# happyReduction_588+happyReduction_588 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut203 happy_x_2 of { (HappyWrap203 happy_var_2) -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 -> return $+                                 sLL happy_var_1 happy_var_2 ([mj AnnThen happy_var_1], \ss -> (mkTransformStmt ss happy_var_2)))}})+	) (\r -> happyReturn (happyIn229 r))++happyReduce_589 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_589 = happyMonadReduce 4# 213# happyReduction_589+happyReduction_589 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut203 happy_x_2 of { (HappyWrap203 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut203 happy_x_4 of { (HappyWrap203 happy_var_4) -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->+                                 runPV (unECP happy_var_4) >>= \ happy_var_4 ->+                                 return $ sLL happy_var_1 happy_var_4 ([mj AnnThen happy_var_1,mj AnnBy  happy_var_3],+                                                     \ss -> (mkTransformByStmt ss happy_var_2 happy_var_4)))}}}})+	) (\r -> happyReturn (happyIn229 r))++happyReduce_590 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_590 = happyMonadReduce 4# 213# happyReduction_590+happyReduction_590 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut203 happy_x_4 of { (HappyWrap203 happy_var_4) -> +	( runPV (unECP happy_var_4) >>= \ happy_var_4 ->+               return $ sLL happy_var_1 happy_var_4 ([mj AnnThen happy_var_1,mj AnnGroup happy_var_2,mj AnnUsing happy_var_3],+                                   \ss -> (mkGroupUsingStmt ss happy_var_4)))}}}})+	) (\r -> happyReturn (happyIn229 r))++happyReduce_591 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_591 = happyMonadReduce 6# 213# happyReduction_591+happyReduction_591 (happy_x_6 `HappyStk`+	happy_x_5 `HappyStk`+	happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut203 happy_x_4 of { (HappyWrap203 happy_var_4) -> +	case happyOutTok happy_x_5 of { happy_var_5 -> +	case happyOut203 happy_x_6 of { (HappyWrap203 happy_var_6) -> +	( runPV (unECP happy_var_4) >>= \ happy_var_4 ->+               runPV (unECP happy_var_6) >>= \ happy_var_6 ->+               return $ sLL happy_var_1 happy_var_6 ([mj AnnThen happy_var_1,mj AnnGroup happy_var_2,mj AnnBy happy_var_3,mj AnnUsing happy_var_5],+                                   \ss -> (mkGroupByUsingStmt ss happy_var_4 happy_var_6)))}}}}}})+	) (\r -> happyReturn (happyIn229 r))++happyReduce_592 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_592 = happySpecReduce_1  214# happyReduction_592+happyReduction_592 happy_x_1+	 =  case happyOut231 happy_x_1 of { (HappyWrap231 happy_var_1) -> +	happyIn230+		 (L (getLoc happy_var_1) (reverse (unLoc happy_var_1))+	)}++happyReduce_593 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_593 = happyMonadReduce 3# 215# happyReduction_593+happyReduction_593 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut231 happy_x_1 of { (HappyWrap231 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut250 happy_x_3 of { (HappyWrap250 happy_var_3) -> +	( runPV happy_var_3 >>= \ happy_var_3 ->+                               addAnnotation (gl $ head $ unLoc happy_var_1) AnnComma+                                             (gl happy_var_2) >>+                               return (sLL happy_var_1 happy_var_3 (happy_var_3 : unLoc happy_var_1)))}}})+	) (\r -> happyReturn (happyIn231 r))++happyReduce_594 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_594 = happyMonadReduce 1# 215# happyReduction_594+happyReduction_594 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut250 happy_x_1 of { (HappyWrap250 happy_var_1) -> +	( runPV happy_var_1 >>= \ happy_var_1 ->+                               return $ sL1 happy_var_1 [happy_var_1])})+	) (\r -> happyReturn (happyIn231 r))++happyReduce_595 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_595 = happySpecReduce_3  216# happyReduction_595+happyReduction_595 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut233 happy_x_2 of { (HappyWrap233 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn232+		 (happy_var_2 >>= \ happy_var_2 -> return $+                                     sLL happy_var_1 happy_var_3 ((moc happy_var_1:mcc happy_var_3:(fst $ unLoc happy_var_2))+                                               ,(reverse (snd $ unLoc happy_var_2)))+	)}}}++happyReduce_596 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_596 = happySpecReduce_3  216# happyReduction_596+happyReduction_596 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut233 happy_x_2 of { (HappyWrap233 happy_var_2) -> +	happyIn232+		 (happy_var_2 >>= \ happy_var_2 -> return $+                                       L (getLoc happy_var_2) (fst $ unLoc happy_var_2+                                        ,(reverse (snd $ unLoc happy_var_2)))+	)}++happyReduce_597 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_597 = happySpecReduce_2  216# happyReduction_597+happyReduction_597 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	happyIn232+		 (return $ sLL happy_var_1 happy_var_2 ([moc happy_var_1,mcc happy_var_2],[])+	)}}++happyReduce_598 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_598 = happySpecReduce_2  216# happyReduction_598+happyReduction_598 happy_x_2+	happy_x_1+	 =  happyIn232+		 (return $ noLoc ([],[])+	)++happyReduce_599 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_599 = happySpecReduce_1  217# happyReduction_599+happyReduction_599 happy_x_1+	 =  case happyOut234 happy_x_1 of { (HappyWrap234 happy_var_1) -> +	happyIn233+		 (happy_var_1 >>= \ happy_var_1 -> return $+                                     sL1 happy_var_1 (fst $ unLoc happy_var_1,snd $ unLoc happy_var_1)+	)}++happyReduce_600 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_600 = happySpecReduce_2  217# happyReduction_600+happyReduction_600 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut233 happy_x_2 of { (HappyWrap233 happy_var_2) -> +	happyIn233+		 (happy_var_2 >>= \ happy_var_2 -> return $+                                     sLL happy_var_1 happy_var_2 ((mj AnnSemi happy_var_1:(fst $ unLoc happy_var_2))+                                               ,snd $ unLoc happy_var_2)+	)}}++happyReduce_601 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_601 = happySpecReduce_3  218# happyReduction_601+happyReduction_601 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut234 happy_x_1 of { (HappyWrap234 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut235 happy_x_3 of { (HappyWrap235 happy_var_3) -> +	happyIn234+		 (happy_var_1 >>= \ happy_var_1 ->+                                  happy_var_3 >>= \ happy_var_3 ->+                                     if null (snd $ unLoc happy_var_1)+                                     then return (sLL happy_var_1 happy_var_3 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)+                                                  ,[happy_var_3]))+                                     else (ams (head $ snd $ unLoc happy_var_1)+                                               (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1))+                                           >> return (sLL happy_var_1 happy_var_3 ([],happy_var_3 : (snd $ unLoc happy_var_1))) )+	)}}}++happyReduce_602 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_602 = happySpecReduce_2  218# happyReduction_602+happyReduction_602 happy_x_2+	happy_x_1+	 =  case happyOut234 happy_x_1 of { (HappyWrap234 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	happyIn234+		 (happy_var_1 >>= \ happy_var_1 ->+                                   if null (snd $ unLoc happy_var_1)+                                     then return (sLL happy_var_1 happy_var_2 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)+                                                  ,snd $ unLoc happy_var_1))+                                     else (ams (head $ snd $ unLoc happy_var_1)+                                               (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1))+                                           >> return (sLL happy_var_1 happy_var_2 ([],snd $ unLoc happy_var_1)))+	)}}++happyReduce_603 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_603 = happySpecReduce_1  218# happyReduction_603+happyReduction_603 happy_x_1+	 =  case happyOut235 happy_x_1 of { (HappyWrap235 happy_var_1) -> +	happyIn234+		 (happy_var_1 >>= \ happy_var_1 -> return $ sL1 happy_var_1 ([],[happy_var_1])+	)}++happyReduce_604 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_604 = happySpecReduce_2  219# happyReduction_604+happyReduction_604 happy_x_2+	happy_x_1+	 =  case happyOut241 happy_x_1 of { (HappyWrap241 happy_var_1) -> +	case happyOut236 happy_x_2 of { (HappyWrap236 happy_var_2) -> +	happyIn235+		 (happy_var_2 >>= \ happy_var_2 ->+                            ams (sLL happy_var_1 happy_var_2 (Match { m_ext = noExtField+                                                  , m_ctxt = CaseAlt+                                                  , m_pats = [happy_var_1]+                                                  , m_grhss = snd $ unLoc happy_var_2 }))+                                      (fst $ unLoc happy_var_2)+	)}}++happyReduce_605 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_605 = happySpecReduce_2  220# happyReduction_605+happyReduction_605 happy_x_2+	happy_x_1+	 =  case happyOut237 happy_x_1 of { (HappyWrap237 happy_var_1) -> +	case happyOut127 happy_x_2 of { (HappyWrap127 happy_var_2) -> +	happyIn236+		 (happy_var_1 >>= \alt ->+                                      return $ sLL alt happy_var_2 (fst $ unLoc happy_var_2, GRHSs noExtField (unLoc alt) (snd $ unLoc happy_var_2))+	)}}++happyReduce_606 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_606 = happySpecReduce_2  221# happyReduction_606+happyReduction_606 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut203 happy_x_2 of { (HappyWrap203 happy_var_2) -> +	happyIn237+		 (unECP happy_var_2 >>= \ happy_var_2 ->+                                ams (sLL happy_var_1 happy_var_2 (unguardedRHS (comb2 happy_var_1 happy_var_2) happy_var_2))+                                    [mu AnnRarrow happy_var_1]+	)}}++happyReduce_607 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_607 = happySpecReduce_1  221# happyReduction_607+happyReduction_607 happy_x_1+	 =  case happyOut238 happy_x_1 of { (HappyWrap238 happy_var_1) -> +	happyIn237+		 (happy_var_1 >>= \gdpats ->+                                return $ sL1 gdpats (reverse (unLoc gdpats))+	)}++happyReduce_608 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_608 = happySpecReduce_2  222# happyReduction_608+happyReduction_608 happy_x_2+	happy_x_1+	 =  case happyOut238 happy_x_1 of { (HappyWrap238 happy_var_1) -> +	case happyOut240 happy_x_2 of { (HappyWrap240 happy_var_2) -> +	happyIn238+		 (happy_var_1 >>= \gdpats ->+                         happy_var_2 >>= \gdpat ->+                         return $ sLL gdpats gdpat (gdpat : unLoc gdpats)+	)}}++happyReduce_609 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_609 = happySpecReduce_1  222# happyReduction_609+happyReduction_609 happy_x_1+	 =  case happyOut240 happy_x_1 of { (HappyWrap240 happy_var_1) -> +	happyIn238+		 (happy_var_1 >>= \gdpat -> return $ sL1 gdpat [gdpat]+	)}++happyReduce_610 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_610 = happyMonadReduce 3# 223# happyReduction_610+happyReduction_610 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut238 happy_x_2 of { (HappyWrap238 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( runPV happy_var_2 >>= \ happy_var_2 ->+                                             return $ sLL happy_var_1 happy_var_3 ([moc happy_var_1,mcc happy_var_3],unLoc happy_var_2))}}})+	) (\r -> happyReturn (happyIn239 r))++happyReduce_611 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_611 = happyMonadReduce 2# 223# happyReduction_611+happyReduction_611 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut238 happy_x_1 of { (HappyWrap238 happy_var_1) -> +	( runPV happy_var_1 >>= \ happy_var_1 ->+                                             return $ sL1 happy_var_1 ([],unLoc happy_var_1))})+	) (\r -> happyReturn (happyIn239 r))++happyReduce_612 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_612 = happyReduce 4# 224# happyReduction_612+happyReduction_612 (happy_x_4 `HappyStk`+	happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest)+	 = case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut230 happy_x_2 of { (HappyWrap230 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	case happyOut203 happy_x_4 of { (HappyWrap203 happy_var_4) -> +	happyIn240+		 (unECP happy_var_4 >>= \ happy_var_4 ->+                                     ams (sL (comb2 happy_var_1 happy_var_4) $ GRHS noExtField (unLoc happy_var_2) happy_var_4)+                                         [mj AnnVbar happy_var_1,mu AnnRarrow happy_var_3]+	) `HappyStk` happyRest}}}}++happyReduce_613 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_613 = happyMonadReduce 1# 225# happyReduction_613+happyReduction_613 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> +	( (checkPattern <=< runPV) (unECP happy_var_1))})+	) (\r -> happyReturn (happyIn241 r))++happyReduce_614 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_614 = happyMonadReduce 1# 226# happyReduction_614+happyReduction_614 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> +	( -- See Note [Parser-Validator Hint] in GHC.Parser.PostProcess+                             checkPattern_hints [SuggestMissingDo]+                                              (unECP happy_var_1))})+	) (\r -> happyReturn (happyIn242 r))++happyReduce_615 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_615 = happyMonadReduce 1# 227# happyReduction_615+happyReduction_615 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut210 happy_x_1 of { (HappyWrap210 happy_var_1) -> +	( (checkPattern <=< runPV) (unECP happy_var_1))})+	) (\r -> happyReturn (happyIn243 r))++happyReduce_616 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_616 = happySpecReduce_2  228# happyReduction_616+happyReduction_616 happy_x_2+	happy_x_1+	 =  case happyOut243 happy_x_1 of { (HappyWrap243 happy_var_1) -> +	case happyOut244 happy_x_2 of { (HappyWrap244 happy_var_2) -> +	happyIn244+		 (happy_var_1 : happy_var_2+	)}}++happyReduce_617 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_617 = happySpecReduce_0  228# happyReduction_617+happyReduction_617  =  happyIn244+		 ([]+	)++happyReduce_618 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_618 = happySpecReduce_3  229# happyReduction_618+happyReduction_618 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut246 happy_x_2 of { (HappyWrap246 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn245+		 (happy_var_2 >>= \ happy_var_2 -> return $+                                          sLL happy_var_1 happy_var_3 ((moc happy_var_1:mcc happy_var_3:(fst $ unLoc happy_var_2))+                                             ,(reverse $ snd $ unLoc happy_var_2))+	)}}}++happyReduce_619 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_619 = happySpecReduce_3  229# happyReduction_619+happyReduction_619 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut246 happy_x_2 of { (HappyWrap246 happy_var_2) -> +	happyIn245+		 (happy_var_2 >>= \ happy_var_2 -> return $+                                          L (gl happy_var_2) (fst $ unLoc happy_var_2+                                                    ,reverse $ snd $ unLoc happy_var_2)+	)}++happyReduce_620 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_620 = happySpecReduce_3  230# happyReduction_620+happyReduction_620 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut246 happy_x_1 of { (HappyWrap246 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut249 happy_x_3 of { (HappyWrap249 happy_var_3) -> +	happyIn246+		 (happy_var_1 >>= \ happy_var_1 ->+                            happy_var_3 >>= \ happy_var_3 ->+                            if null (snd $ unLoc happy_var_1)+                              then return (sLL happy_var_1 happy_var_3 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1)+                                                     ,happy_var_3 : (snd $ unLoc happy_var_1)))+                              else do+                               { ams (head $ snd $ unLoc happy_var_1) [mj AnnSemi happy_var_2]+                               ; return $ sLL happy_var_1 happy_var_3 (fst $ unLoc happy_var_1,happy_var_3 :(snd $ unLoc happy_var_1)) }+	)}}}++happyReduce_621 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_621 = happySpecReduce_2  230# happyReduction_621+happyReduction_621 happy_x_2+	happy_x_1+	 =  case happyOut246 happy_x_1 of { (HappyWrap246 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	happyIn246+		 (happy_var_1 >>= \ happy_var_1 ->+                           if null (snd $ unLoc happy_var_1)+                             then return (sLL happy_var_1 happy_var_2 (mj AnnSemi happy_var_2:(fst $ unLoc happy_var_1),snd $ unLoc happy_var_1))+                             else do+                               { ams (head $ snd $ unLoc happy_var_1)+                                               [mj AnnSemi happy_var_2]+                               ; return happy_var_1 }+	)}}++happyReduce_622 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_622 = happySpecReduce_1  230# happyReduction_622+happyReduction_622 happy_x_1+	 =  case happyOut249 happy_x_1 of { (HappyWrap249 happy_var_1) -> +	happyIn246+		 (happy_var_1 >>= \ happy_var_1 ->+                                   return $ sL1 happy_var_1 ([],[happy_var_1])+	)}++happyReduce_623 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_623 = happySpecReduce_0  230# happyReduction_623+happyReduction_623  =  happyIn246+		 (return $ noLoc ([],[])+	)++happyReduce_624 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_624 = happyMonadReduce 1# 231# happyReduction_624+happyReduction_624 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut249 happy_x_1 of { (HappyWrap249 happy_var_1) -> +	( fmap Just (runPV happy_var_1))})+	) (\r -> happyReturn (happyIn247 r))++happyReduce_625 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_625 = happySpecReduce_0  231# happyReduction_625+happyReduction_625  =  happyIn247+		 (Nothing+	)++happyReduce_626 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_626 = happyMonadReduce 1# 232# happyReduction_626+happyReduction_626 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut249 happy_x_1 of { (HappyWrap249 happy_var_1) -> +	( runPV happy_var_1)})+	) (\r -> happyReturn (happyIn248 r))++happyReduce_627 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_627 = happySpecReduce_1  233# happyReduction_627+happyReduction_627 happy_x_1+	 =  case happyOut250 happy_x_1 of { (HappyWrap250 happy_var_1) -> +	happyIn249+		 (happy_var_1+	)}++happyReduce_628 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_628 = happySpecReduce_2  233# happyReduction_628+happyReduction_628 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut245 happy_x_2 of { (HappyWrap245 happy_var_2) -> +	happyIn249+		 (happy_var_2 >>= \ happy_var_2 ->+                                           ams (sLL happy_var_1 happy_var_2 $ mkRecStmt (snd $ unLoc happy_var_2))+                                               (mj AnnRec happy_var_1:(fst $ unLoc happy_var_2))+	)}}++happyReduce_629 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_629 = happySpecReduce_3  234# happyReduction_629+happyReduction_629 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut242 happy_x_1 of { (HappyWrap242 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut203 happy_x_3 of { (HappyWrap203 happy_var_3) -> +	happyIn250+		 (unECP happy_var_3 >>= \ happy_var_3 ->+                                           ams (sLL happy_var_1 happy_var_3 $ mkPsBindStmt happy_var_1 happy_var_3)+                                               [mu AnnLarrow happy_var_2]+	)}}}++happyReduce_630 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_630 = happySpecReduce_1  234# happyReduction_630+happyReduction_630 happy_x_1+	 =  case happyOut203 happy_x_1 of { (HappyWrap203 happy_var_1) -> +	happyIn250+		 (unECP happy_var_1 >>= \ happy_var_1 ->+                                           return $ sL1 happy_var_1 $ mkBodyStmt happy_var_1+	)}++happyReduce_631 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_631 = happySpecReduce_2  234# happyReduction_631+happyReduction_631 happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut126 happy_x_2 of { (HappyWrap126 happy_var_2) -> +	happyIn250+		 (ams (sLL happy_var_1 happy_var_2 $ LetStmt noExtField (snd $ unLoc happy_var_2))+                                               (mj AnnLet happy_var_1:(fst $ unLoc happy_var_2))+	)}}++happyReduce_632 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_632 = happySpecReduce_1  235# happyReduction_632+happyReduction_632 happy_x_1+	 =  case happyOut252 happy_x_1 of { (HappyWrap252 happy_var_1) -> +	happyIn251+		 (happy_var_1+	)}++happyReduce_633 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_633 = happySpecReduce_0  235# happyReduction_633+happyReduction_633  =  happyIn251+		 (return ([],([], Nothing))+	)++happyReduce_634 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_634 = happySpecReduce_3  236# happyReduction_634+happyReduction_634 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut253 happy_x_1 of { (HappyWrap253 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut252 happy_x_3 of { (HappyWrap252 happy_var_3) -> +	happyIn252+		 (happy_var_1 >>= \ happy_var_1 ->+                   happy_var_3 >>= \ happy_var_3 ->+                   addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2) >>+                   return (case happy_var_3 of (ma,(flds, dd)) -> (ma,(happy_var_1 : flds, dd)))+	)}}}++happyReduce_635 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_635 = happySpecReduce_1  236# happyReduction_635+happyReduction_635 happy_x_1+	 =  case happyOut253 happy_x_1 of { (HappyWrap253 happy_var_1) -> +	happyIn252+		 (happy_var_1 >>= \ happy_var_1 ->+                                          return ([],([happy_var_1], Nothing))+	)}++happyReduce_636 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_636 = happySpecReduce_1  236# happyReduction_636+happyReduction_636 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn252+		 (return ([mj AnnDotdot happy_var_1],([],   Just (getLoc happy_var_1)))+	)}++happyReduce_637 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_637 = happySpecReduce_3  237# happyReduction_637+happyReduction_637 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOut294 happy_x_1 of { (HappyWrap294 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut220 happy_x_3 of { (HappyWrap220 happy_var_3) -> +	happyIn253+		 (unECP happy_var_3 >>= \ happy_var_3 ->+                           ams  (sLL happy_var_1 happy_var_3 $ HsRecField (sL1 happy_var_1 $ mkFieldOcc happy_var_1) happy_var_3 False)+                                [mj AnnEqual happy_var_2]+	)}}}++happyReduce_638 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_638 = happySpecReduce_1  237# happyReduction_638+happyReduction_638 happy_x_1+	 =  case happyOut294 happy_x_1 of { (HappyWrap294 happy_var_1) -> +	happyIn253+		 (placeHolderPunRhs >>= \rhs ->+                          return $ sLL happy_var_1 happy_var_1 $ HsRecField (sL1 happy_var_1 $ mkFieldOcc happy_var_1) rhs True+	)}++happyReduce_639 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_639 = happyMonadReduce 3# 238# happyReduction_639+happyReduction_639 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut254 happy_x_1 of { (HappyWrap254 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut255 happy_x_3 of { (HappyWrap255 happy_var_3) -> +	( addAnnotation (gl $ last $ unLoc happy_var_1) AnnSemi (gl happy_var_2) >>+                         return (let { this = happy_var_3; rest = unLoc happy_var_1 }+                              in rest `seq` this `seq` sLL happy_var_1 happy_var_3 (this : rest)))}}})+	) (\r -> happyReturn (happyIn254 r))++happyReduce_640 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_640 = happyMonadReduce 2# 238# happyReduction_640+happyReduction_640 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut254 happy_x_1 of { (HappyWrap254 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( addAnnotation (gl $ last $ unLoc happy_var_1) AnnSemi (gl happy_var_2) >>+                         return (sLL happy_var_1 happy_var_2 (unLoc happy_var_1)))}})+	) (\r -> happyReturn (happyIn254 r))++happyReduce_641 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_641 = happySpecReduce_1  238# happyReduction_641+happyReduction_641 happy_x_1+	 =  case happyOut255 happy_x_1 of { (HappyWrap255 happy_var_1) -> +	happyIn254+		 (let this = happy_var_1 in this `seq` sL1 happy_var_1 [this]+	)}++happyReduce_642 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_642 = happyMonadReduce 3# 239# happyReduction_642+happyReduction_642 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut256 happy_x_1 of { (HappyWrap256 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut203 happy_x_3 of { (HappyWrap203 happy_var_3) -> +	( runPV (unECP happy_var_3) >>= \ happy_var_3 ->+                                          ams (sLL happy_var_1 happy_var_3 (IPBind noExtField (Left happy_var_1) happy_var_3))+                                              [mj AnnEqual happy_var_2])}}})+	) (\r -> happyReturn (happyIn255 r))++happyReduce_643 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_643 = happySpecReduce_1  240# happyReduction_643+happyReduction_643 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn256+		 (sL1 happy_var_1 (HsIPName (getIPDUPVARID happy_var_1))+	)}++happyReduce_644 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_644 = happySpecReduce_1  241# happyReduction_644+happyReduction_644 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn257+		 (sL1 happy_var_1 (getLABELVARID happy_var_1)+	)}++happyReduce_645 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_645 = happySpecReduce_1  242# happyReduction_645+happyReduction_645 happy_x_1+	 =  case happyOut259 happy_x_1 of { (HappyWrap259 happy_var_1) -> +	happyIn258+		 (happy_var_1+	)}++happyReduce_646 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_646 = happySpecReduce_0  242# happyReduction_646+happyReduction_646  =  happyIn258+		 (noLoc mkTrue+	)++happyReduce_647 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_647 = happySpecReduce_1  243# happyReduction_647+happyReduction_647 happy_x_1+	 =  case happyOut260 happy_x_1 of { (HappyWrap260 happy_var_1) -> +	happyIn259+		 (happy_var_1+	)}++happyReduce_648 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_648 = happyMonadReduce 3# 243# happyReduction_648+happyReduction_648 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut260 happy_x_1 of { (HappyWrap260 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut259 happy_x_3 of { (HappyWrap259 happy_var_3) -> +	( aa happy_var_1 (AnnVbar, happy_var_2)+                              >> return (sLL happy_var_1 happy_var_3 (Or [happy_var_1,happy_var_3])))}}})+	) (\r -> happyReturn (happyIn259 r))++happyReduce_649 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_649 = happySpecReduce_1  244# happyReduction_649+happyReduction_649 happy_x_1+	 =  case happyOut261 happy_x_1 of { (HappyWrap261 happy_var_1) -> +	happyIn260+		 (sLL (head happy_var_1) (last happy_var_1) (And (happy_var_1))+	)}++happyReduce_650 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_650 = happySpecReduce_1  245# happyReduction_650+happyReduction_650 happy_x_1+	 =  case happyOut262 happy_x_1 of { (HappyWrap262 happy_var_1) -> +	happyIn261+		 ([happy_var_1]+	)}++happyReduce_651 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_651 = happyMonadReduce 3# 245# happyReduction_651+happyReduction_651 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut262 happy_x_1 of { (HappyWrap262 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut261 happy_x_3 of { (HappyWrap261 happy_var_3) -> +	( aa happy_var_1 (AnnComma, happy_var_2) >> return (happy_var_1 : happy_var_3))}}})+	) (\r -> happyReturn (happyIn261 r))++happyReduce_652 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_652 = happyMonadReduce 3# 246# happyReduction_652+happyReduction_652 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut259 happy_x_2 of { (HappyWrap259 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (Parens happy_var_2)) [mop happy_var_1,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn262 r))++happyReduce_653 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_653 = happySpecReduce_1  246# happyReduction_653+happyReduction_653 happy_x_1+	 =  case happyOut264 happy_x_1 of { (HappyWrap264 happy_var_1) -> +	happyIn262+		 (sL1 happy_var_1 (Var happy_var_1)+	)}++happyReduce_654 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_654 = happySpecReduce_1  247# happyReduction_654+happyReduction_654 happy_x_1+	 =  case happyOut264 happy_x_1 of { (HappyWrap264 happy_var_1) -> +	happyIn263+		 (sL1 happy_var_1 [happy_var_1]+	)}++happyReduce_655 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_655 = happyMonadReduce 3# 247# happyReduction_655+happyReduction_655 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut264 happy_x_1 of { (HappyWrap264 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut263 happy_x_3 of { (HappyWrap263 happy_var_3) -> +	( addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2) >>+                                    return (sLL happy_var_1 happy_var_3 (happy_var_1 : unLoc happy_var_3)))}}})+	) (\r -> happyReturn (happyIn263 r))++happyReduce_656 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_656 = happySpecReduce_1  248# happyReduction_656+happyReduction_656 happy_x_1+	 =  case happyOut293 happy_x_1 of { (HappyWrap293 happy_var_1) -> +	happyIn264+		 (happy_var_1+	)}++happyReduce_657 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_657 = happySpecReduce_1  248# happyReduction_657+happyReduction_657 happy_x_1+	 =  case happyOut268 happy_x_1 of { (HappyWrap268 happy_var_1) -> +	happyIn264+		 (happy_var_1+	)}++happyReduce_658 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_658 = happySpecReduce_1  249# happyReduction_658+happyReduction_658 happy_x_1+	 =  case happyOut267 happy_x_1 of { (HappyWrap267 happy_var_1) -> +	happyIn265+		 (happy_var_1+	)}++happyReduce_659 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_659 = happySpecReduce_1  249# happyReduction_659+happyReduction_659 happy_x_1+	 =  case happyOut270 happy_x_1 of { (HappyWrap270 happy_var_1) -> +	happyIn265+		 (sL1 happy_var_1 $ nameRdrName (dataConName (unLoc happy_var_1))+	)}++happyReduce_660 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_660 = happySpecReduce_1  250# happyReduction_660+happyReduction_660 happy_x_1+	 =  case happyOut267 happy_x_1 of { (HappyWrap267 happy_var_1) -> +	happyIn266+		 (happy_var_1+	)}++happyReduce_661 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_661 = happySpecReduce_1  250# happyReduction_661+happyReduction_661 happy_x_1+	 =  case happyOut271 happy_x_1 of { (HappyWrap271 happy_var_1) -> +	happyIn266+		 (sL1 happy_var_1 $ nameRdrName (dataConName (unLoc happy_var_1))+	)}++happyReduce_662 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_662 = happySpecReduce_1  251# happyReduction_662+happyReduction_662 happy_x_1+	 =  case happyOut304 happy_x_1 of { (HappyWrap304 happy_var_1) -> +	happyIn267+		 (happy_var_1+	)}++happyReduce_663 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_663 = happyMonadReduce 3# 251# happyReduction_663+happyReduction_663 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut306 happy_x_2 of { (HappyWrap306 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))+                                   [mop happy_var_1,mj AnnVal happy_var_2,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn267 r))++happyReduce_664 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_664 = happySpecReduce_1  252# happyReduction_664+happyReduction_664 happy_x_1+	 =  case happyOut305 happy_x_1 of { (HappyWrap305 happy_var_1) -> +	happyIn268+		 (happy_var_1+	)}++happyReduce_665 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_665 = happyMonadReduce 3# 252# happyReduction_665+happyReduction_665 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut307 happy_x_2 of { (HappyWrap307 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))+                                       [mop happy_var_1,mj AnnVal happy_var_2,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn268 r))++happyReduce_666 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_666 = happySpecReduce_1  252# happyReduction_666+happyReduction_666 happy_x_1+	 =  case happyOut271 happy_x_1 of { (HappyWrap271 happy_var_1) -> +	happyIn268+		 (sL1 happy_var_1 $ nameRdrName (dataConName (unLoc happy_var_1))+	)}++happyReduce_667 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_667 = happySpecReduce_1  253# happyReduction_667+happyReduction_667 happy_x_1+	 =  case happyOut268 happy_x_1 of { (HappyWrap268 happy_var_1) -> +	happyIn269+		 (sL1 happy_var_1 [happy_var_1]+	)}++happyReduce_668 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_668 = happyMonadReduce 3# 253# happyReduction_668+happyReduction_668 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut268 happy_x_1 of { (HappyWrap268 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOut269 happy_x_3 of { (HappyWrap269 happy_var_3) -> +	( addAnnotation (gl happy_var_1) AnnComma (gl happy_var_2) >>+                                   return (sLL happy_var_1 happy_var_3 (happy_var_1 : unLoc happy_var_3)))}}})+	) (\r -> happyReturn (happyIn269 r))++happyReduce_669 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_669 = happyMonadReduce 2# 254# happyReduction_669+happyReduction_669 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( ams (sLL happy_var_1 happy_var_2 unitDataCon) [mop happy_var_1,mcp happy_var_2])}})+	) (\r -> happyReturn (happyIn270 r))++happyReduce_670 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_670 = happyMonadReduce 3# 254# happyReduction_670+happyReduction_670 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut311 happy_x_2 of { (HappyWrap311 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ tupleDataCon Boxed (snd happy_var_2 + 1))+                                       (mop happy_var_1:mcp happy_var_3:(mcommas (fst happy_var_2))))}}})+	) (\r -> happyReturn (happyIn270 r))++happyReduce_671 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_671 = happyMonadReduce 2# 254# happyReduction_671+happyReduction_671 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( ams (sLL happy_var_1 happy_var_2 $ unboxedUnitDataCon) [mo happy_var_1,mc happy_var_2])}})+	) (\r -> happyReturn (happyIn270 r))++happyReduce_672 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_672 = happyMonadReduce 3# 254# happyReduction_672+happyReduction_672 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut311 happy_x_2 of { (HappyWrap311 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ tupleDataCon Unboxed (snd happy_var_2 + 1))+                                       (mo happy_var_1:mc happy_var_3:(mcommas (fst happy_var_2))))}}})+	) (\r -> happyReturn (happyIn270 r))++happyReduce_673 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_673 = happySpecReduce_1  255# happyReduction_673+happyReduction_673 happy_x_1+	 =  case happyOut270 happy_x_1 of { (HappyWrap270 happy_var_1) -> +	happyIn271+		 (happy_var_1+	)}++happyReduce_674 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_674 = happyMonadReduce 2# 255# happyReduction_674+happyReduction_674 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( ams (sLL happy_var_1 happy_var_2 nilDataCon) [mos happy_var_1,mcs happy_var_2])}})+	) (\r -> happyReturn (happyIn271 r))++happyReduce_675 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_675 = happySpecReduce_1  256# happyReduction_675+happyReduction_675 happy_x_1+	 =  case happyOut307 happy_x_1 of { (HappyWrap307 happy_var_1) -> +	happyIn272+		 (happy_var_1+	)}++happyReduce_676 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_676 = happyMonadReduce 3# 256# happyReduction_676+happyReduction_676 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut305 happy_x_2 of { (HappyWrap305 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))+                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2+                                       ,mj AnnBackquote happy_var_3])}}})+	) (\r -> happyReturn (happyIn272 r))++happyReduce_677 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_677 = happySpecReduce_1  257# happyReduction_677+happyReduction_677 happy_x_1+	 =  case happyOut306 happy_x_1 of { (HappyWrap306 happy_var_1) -> +	happyIn273+		 (happy_var_1+	)}++happyReduce_678 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_678 = happyMonadReduce 3# 257# happyReduction_678+happyReduction_678 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut304 happy_x_2 of { (HappyWrap304 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))+                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2+                                       ,mj AnnBackquote happy_var_3])}}})+	) (\r -> happyReturn (happyIn273 r))++happyReduce_679 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_679 = happySpecReduce_1  258# happyReduction_679+happyReduction_679 happy_x_1+	 =  case happyOut275 happy_x_1 of { (HappyWrap275 happy_var_1) -> +	happyIn274+		 (happy_var_1+	)}++happyReduce_680 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_680 = happyMonadReduce 2# 258# happyReduction_680+happyReduction_680 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( ams (sLL happy_var_1 happy_var_2 $ getRdrName unitTyCon)+                                              [mop happy_var_1,mcp happy_var_2])}})+	) (\r -> happyReturn (happyIn274 r))++happyReduce_681 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_681 = happyMonadReduce 2# 258# happyReduction_681+happyReduction_681 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( ams (sLL happy_var_1 happy_var_2 $ getRdrName unboxedUnitTyCon)+                                              [mo happy_var_1,mc happy_var_2])}})+	) (\r -> happyReturn (happyIn274 r))++happyReduce_682 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_682 = happySpecReduce_1  259# happyReduction_682+happyReduction_682 happy_x_1+	 =  case happyOut276 happy_x_1 of { (HappyWrap276 happy_var_1) -> +	happyIn275+		 (happy_var_1+	)}++happyReduce_683 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_683 = happyMonadReduce 3# 259# happyReduction_683+happyReduction_683 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut311 happy_x_2 of { (HappyWrap311 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ getRdrName (tupleTyCon Boxed+                                                        (snd happy_var_2 + 1)))+                                       (mop happy_var_1:mcp happy_var_3:(mcommas (fst happy_var_2))))}}})+	) (\r -> happyReturn (happyIn275 r))++happyReduce_684 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_684 = happyMonadReduce 3# 259# happyReduction_684+happyReduction_684 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut311 happy_x_2 of { (HappyWrap311 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ getRdrName (tupleTyCon Unboxed+                                                        (snd happy_var_2 + 1)))+                                       (mo happy_var_1:mc happy_var_3:(mcommas (fst happy_var_2))))}}})+	) (\r -> happyReturn (happyIn275 r))++happyReduce_685 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_685 = happyMonadReduce 3# 259# happyReduction_685+happyReduction_685 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 $ getRdrName unrestrictedFunTyCon)+                                       [mop happy_var_1,mu AnnRarrow happy_var_2,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn275 r))++happyReduce_686 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_686 = happyMonadReduce 2# 259# happyReduction_686+happyReduction_686 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	( ams (sLL happy_var_1 happy_var_2 $ listTyCon_RDR) [mos happy_var_1,mcs happy_var_2])}})+	) (\r -> happyReturn (happyIn275 r))++happyReduce_687 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_687 = happySpecReduce_1  260# happyReduction_687+happyReduction_687 happy_x_1+	 =  case happyOut279 happy_x_1 of { (HappyWrap279 happy_var_1) -> +	happyIn276+		 (happy_var_1+	)}++happyReduce_688 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_688 = happyMonadReduce 3# 260# happyReduction_688+happyReduction_688 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut281 happy_x_2 of { (HappyWrap281 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))+                                               [mop happy_var_1,mj AnnVal happy_var_2,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn276 r))++happyReduce_689 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_689 = happySpecReduce_1  261# happyReduction_689+happyReduction_689 happy_x_1+	 =  case happyOut279 happy_x_1 of { (HappyWrap279 happy_var_1) -> +	happyIn277+		 (happy_var_1+	)}++happyReduce_690 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_690 = happyMonadReduce 3# 261# happyReduction_690+happyReduction_690 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( let { name :: Located RdrName+                                    ; name = sL1 happy_var_2 $! mkQual tcClsName (getQCONSYM happy_var_2) }+                                in ams (sLL happy_var_1 happy_var_3 (unLoc name)) [mop happy_var_1,mj AnnVal name,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn277 r))++happyReduce_691 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_691 = happyMonadReduce 3# 261# happyReduction_691+happyReduction_691 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( let { name :: Located RdrName+                                    ; name = sL1 happy_var_2 $! mkUnqual tcClsName (getCONSYM happy_var_2) }+                                in ams (sLL happy_var_1 happy_var_3 (unLoc name)) [mop happy_var_1,mj AnnVal name,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn277 r))++happyReduce_692 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_692 = happyMonadReduce 3# 261# happyReduction_692+happyReduction_692 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( let { name :: Located RdrName+                                    ; name = sL1 happy_var_2 $! consDataCon_RDR }+                                in ams (sLL happy_var_1 happy_var_3 (unLoc name)) [mop happy_var_1,mj AnnVal name,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn277 r))++happyReduce_693 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_693 = happySpecReduce_1  262# happyReduction_693+happyReduction_693 happy_x_1+	 =  case happyOut281 happy_x_1 of { (HappyWrap281 happy_var_1) -> +	happyIn278+		 (happy_var_1+	)}++happyReduce_694 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_694 = happyMonadReduce 3# 262# happyReduction_694+happyReduction_694 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut279 happy_x_2 of { (HappyWrap279 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))+                                               [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2+                                               ,mj AnnBackquote happy_var_3])}}})+	) (\r -> happyReturn (happyIn278 r))++happyReduce_695 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_695 = happySpecReduce_1  263# happyReduction_695+happyReduction_695 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn279+		 (sL1 happy_var_1 $! mkQual tcClsName (getQCONID happy_var_1)+	)}++happyReduce_696 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_696 = happySpecReduce_1  263# happyReduction_696+happyReduction_696 happy_x_1+	 =  case happyOut280 happy_x_1 of { (HappyWrap280 happy_var_1) -> +	happyIn279+		 (happy_var_1+	)}++happyReduce_697 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_697 = happySpecReduce_1  264# happyReduction_697+happyReduction_697 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn280+		 (sL1 happy_var_1 $! mkUnqual tcClsName (getCONID happy_var_1)+	)}++happyReduce_698 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_698 = happySpecReduce_1  265# happyReduction_698+happyReduction_698 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn281+		 (sL1 happy_var_1 $! mkQual tcClsName (getQCONSYM happy_var_1)+	)}++happyReduce_699 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_699 = happySpecReduce_1  265# happyReduction_699+happyReduction_699 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn281+		 (sL1 happy_var_1 $! mkQual tcClsName (getQVARSYM happy_var_1)+	)}++happyReduce_700 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_700 = happySpecReduce_1  265# happyReduction_700+happyReduction_700 happy_x_1+	 =  case happyOut282 happy_x_1 of { (HappyWrap282 happy_var_1) -> +	happyIn281+		 (happy_var_1+	)}++happyReduce_701 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_701 = happySpecReduce_1  266# happyReduction_701+happyReduction_701 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn282+		 (sL1 happy_var_1 $! mkUnqual tcClsName (getCONSYM happy_var_1)+	)}++happyReduce_702 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_702 = happySpecReduce_1  266# happyReduction_702+happyReduction_702 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn282+		 (sL1 happy_var_1 $!+                                    -- See Note [eqTyCon (~) is built-in syntax] in GHC.Builtin.Types+                                    if getVARSYM happy_var_1 == fsLit "~"+                                      then eqTyCon_RDR+                                      else mkUnqual tcClsName (getVARSYM happy_var_1)+	)}++happyReduce_703 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_703 = happySpecReduce_1  266# happyReduction_703+happyReduction_703 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn282+		 (sL1 happy_var_1 $! consDataCon_RDR+	)}++happyReduce_704 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_704 = happySpecReduce_1  266# happyReduction_704+happyReduction_704 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn282+		 (sL1 happy_var_1 $! mkUnqual tcClsName (fsLit "-")+	)}++happyReduce_705 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_705 = happySpecReduce_1  266# happyReduction_705+happyReduction_705 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn282+		 (sL1 happy_var_1 $! mkUnqual tcClsName (fsLit ".")+	)}++happyReduce_706 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_706 = happySpecReduce_1  267# happyReduction_706+happyReduction_706 happy_x_1+	 =  case happyOut284 happy_x_1 of { (HappyWrap284 happy_var_1) -> +	happyIn283+		 (happy_var_1+	)}++happyReduce_707 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_707 = happySpecReduce_1  267# happyReduction_707+happyReduction_707 happy_x_1+	 =  case happyOut272 happy_x_1 of { (HappyWrap272 happy_var_1) -> +	happyIn283+		 (happy_var_1+	)}++happyReduce_708 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_708 = happySpecReduce_1  267# happyReduction_708+happyReduction_708 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn283+		 (sL1 happy_var_1 $ getRdrName unrestrictedFunTyCon+	)}++happyReduce_709 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_709 = happySpecReduce_1  268# happyReduction_709+happyReduction_709 happy_x_1+	 =  case happyOut300 happy_x_1 of { (HappyWrap300 happy_var_1) -> +	happyIn284+		 (happy_var_1+	)}++happyReduce_710 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_710 = happyMonadReduce 3# 268# happyReduction_710+happyReduction_710 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut296 happy_x_2 of { (HappyWrap296 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))+                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2+                                       ,mj AnnBackquote happy_var_3])}}})+	) (\r -> happyReturn (happyIn284 r))++happyReduce_711 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_711 = happySpecReduce_1  269# happyReduction_711+happyReduction_711 happy_x_1+	 =  case happyOut288 happy_x_1 of { (HappyWrap288 happy_var_1) -> +	happyIn285+		 (mkHsVarOpPV happy_var_1+	)}++happyReduce_712 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_712 = happySpecReduce_1  269# happyReduction_712+happyReduction_712 happy_x_1+	 =  case happyOut273 happy_x_1 of { (HappyWrap273 happy_var_1) -> +	happyIn285+		 (mkHsConOpPV happy_var_1+	)}++happyReduce_713 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_713 = happySpecReduce_1  269# happyReduction_713+happyReduction_713 happy_x_1+	 =  case happyOut287 happy_x_1 of { (HappyWrap287 happy_var_1) -> +	happyIn285+		 (happy_var_1+	)}++happyReduce_714 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_714 = happySpecReduce_1  270# happyReduction_714+happyReduction_714 happy_x_1+	 =  case happyOut289 happy_x_1 of { (HappyWrap289 happy_var_1) -> +	happyIn286+		 (mkHsVarOpPV happy_var_1+	)}++happyReduce_715 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_715 = happySpecReduce_1  270# happyReduction_715+happyReduction_715 happy_x_1+	 =  case happyOut273 happy_x_1 of { (HappyWrap273 happy_var_1) -> +	happyIn286+		 (mkHsConOpPV happy_var_1+	)}++happyReduce_716 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_716 = happySpecReduce_1  270# happyReduction_716+happyReduction_716 happy_x_1+	 =  case happyOut287 happy_x_1 of { (HappyWrap287 happy_var_1) -> +	happyIn286+		 (happy_var_1+	)}++happyReduce_717 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_717 = happySpecReduce_3  271# happyReduction_717+happyReduction_717 happy_x_3+	happy_x_2+	happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	happyIn287+		 (amms (mkHsInfixHolePV (comb2 happy_var_1 happy_var_3))+                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2+                                       ,mj AnnBackquote happy_var_3]+	)}}}++happyReduce_718 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_718 = happySpecReduce_1  272# happyReduction_718+happyReduction_718 happy_x_1+	 =  case happyOut297 happy_x_1 of { (HappyWrap297 happy_var_1) -> +	happyIn288+		 (happy_var_1+	)}++happyReduce_719 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_719 = happyMonadReduce 3# 272# happyReduction_719+happyReduction_719 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut295 happy_x_2 of { (HappyWrap295 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))+                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2+                                       ,mj AnnBackquote happy_var_3])}}})+	) (\r -> happyReturn (happyIn288 r))++happyReduce_720 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_720 = happySpecReduce_1  273# happyReduction_720+happyReduction_720 happy_x_1+	 =  case happyOut298 happy_x_1 of { (HappyWrap298 happy_var_1) -> +	happyIn289+		 (happy_var_1+	)}++happyReduce_721 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_721 = happyMonadReduce 3# 273# happyReduction_721+happyReduction_721 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut295 happy_x_2 of { (HappyWrap295 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))+                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2+                                       ,mj AnnBackquote happy_var_3])}}})+	) (\r -> happyReturn (happyIn289 r))++happyReduce_722 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_722 = happySpecReduce_1  274# happyReduction_722+happyReduction_722 happy_x_1+	 =  case happyOut292 happy_x_1 of { (HappyWrap292 happy_var_1) -> +	happyIn290+		 (happy_var_1+	)}++happyReduce_723 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_723 = happyMonadReduce 3# 275# happyReduction_723+happyReduction_723 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut292 happy_x_2 of { (HappyWrap292 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))+                                       [mj AnnBackquote happy_var_1,mj AnnVal happy_var_2+                                       ,mj AnnBackquote happy_var_3])}}})+	) (\r -> happyReturn (happyIn291 r))++happyReduce_724 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_724 = happySpecReduce_1  276# happyReduction_724+happyReduction_724 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn292+		 (sL1 happy_var_1 $! mkUnqual tvName (getVARID happy_var_1)+	)}++happyReduce_725 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_725 = happySpecReduce_1  276# happyReduction_725+happyReduction_725 happy_x_1+	 =  case happyOut302 happy_x_1 of { (HappyWrap302 happy_var_1) -> +	happyIn292+		 (sL1 happy_var_1 $! mkUnqual tvName (unLoc happy_var_1)+	)}++happyReduce_726 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_726 = happySpecReduce_1  276# happyReduction_726+happyReduction_726 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn292+		 (sL1 happy_var_1 $! mkUnqual tvName (fsLit "unsafe")+	)}++happyReduce_727 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_727 = happySpecReduce_1  276# happyReduction_727+happyReduction_727 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn292+		 (sL1 happy_var_1 $! mkUnqual tvName (fsLit "safe")+	)}++happyReduce_728 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_728 = happySpecReduce_1  276# happyReduction_728+happyReduction_728 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn292+		 (sL1 happy_var_1 $! mkUnqual tvName (fsLit "interruptible")+	)}++happyReduce_729 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_729 = happySpecReduce_1  277# happyReduction_729+happyReduction_729 happy_x_1+	 =  case happyOut296 happy_x_1 of { (HappyWrap296 happy_var_1) -> +	happyIn293+		 (happy_var_1+	)}++happyReduce_730 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_730 = happyMonadReduce 3# 277# happyReduction_730+happyReduction_730 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut300 happy_x_2 of { (HappyWrap300 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))+                                       [mop happy_var_1,mj AnnVal happy_var_2,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn293 r))++happyReduce_731 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_731 = happySpecReduce_1  278# happyReduction_731+happyReduction_731 happy_x_1+	 =  case happyOut295 happy_x_1 of { (HappyWrap295 happy_var_1) -> +	happyIn294+		 (happy_var_1+	)}++happyReduce_732 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_732 = happyMonadReduce 3# 278# happyReduction_732+happyReduction_732 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut300 happy_x_2 of { (HappyWrap300 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))+                                       [mop happy_var_1,mj AnnVal happy_var_2,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn294 r))++happyReduce_733 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_733 = happyMonadReduce 3# 278# happyReduction_733+happyReduction_733 (happy_x_3 `HappyStk`+	happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOutTok happy_x_1 of { happy_var_1 -> +	case happyOut299 happy_x_2 of { (HappyWrap299 happy_var_2) -> +	case happyOutTok happy_x_3 of { happy_var_3 -> +	( ams (sLL happy_var_1 happy_var_3 (unLoc happy_var_2))+                                       [mop happy_var_1,mj AnnVal happy_var_2,mcp happy_var_3])}}})+	) (\r -> happyReturn (happyIn294 r))++happyReduce_734 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_734 = happySpecReduce_1  279# happyReduction_734+happyReduction_734 happy_x_1+	 =  case happyOut296 happy_x_1 of { (HappyWrap296 happy_var_1) -> +	happyIn295+		 (happy_var_1+	)}++happyReduce_735 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_735 = happySpecReduce_1  279# happyReduction_735+happyReduction_735 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn295+		 (sL1 happy_var_1 $! mkQual varName (getQVARID happy_var_1)+	)}++happyReduce_736 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_736 = happySpecReduce_1  280# happyReduction_736+happyReduction_736 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn296+		 (sL1 happy_var_1 $! mkUnqual varName (getVARID happy_var_1)+	)}++happyReduce_737 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_737 = happySpecReduce_1  280# happyReduction_737+happyReduction_737 happy_x_1+	 =  case happyOut302 happy_x_1 of { (HappyWrap302 happy_var_1) -> +	happyIn296+		 (sL1 happy_var_1 $! mkUnqual varName (unLoc happy_var_1)+	)}++happyReduce_738 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_738 = happySpecReduce_1  280# happyReduction_738+happyReduction_738 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn296+		 (sL1 happy_var_1 $! mkUnqual varName (fsLit "unsafe")+	)}++happyReduce_739 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_739 = happySpecReduce_1  280# happyReduction_739+happyReduction_739 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn296+		 (sL1 happy_var_1 $! mkUnqual varName (fsLit "safe")+	)}++happyReduce_740 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_740 = happySpecReduce_1  280# happyReduction_740+happyReduction_740 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn296+		 (sL1 happy_var_1 $! mkUnqual varName (fsLit "interruptible")+	)}++happyReduce_741 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_741 = happySpecReduce_1  280# happyReduction_741+happyReduction_741 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn296+		 (sL1 happy_var_1 $! mkUnqual varName (fsLit "forall")+	)}++happyReduce_742 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_742 = happySpecReduce_1  280# happyReduction_742+happyReduction_742 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn296+		 (sL1 happy_var_1 $! mkUnqual varName (fsLit "family")+	)}++happyReduce_743 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_743 = happySpecReduce_1  280# happyReduction_743+happyReduction_743 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn296+		 (sL1 happy_var_1 $! mkUnqual varName (fsLit "role")+	)}++happyReduce_744 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_744 = happySpecReduce_1  281# happyReduction_744+happyReduction_744 happy_x_1+	 =  case happyOut300 happy_x_1 of { (HappyWrap300 happy_var_1) -> +	happyIn297+		 (happy_var_1+	)}++happyReduce_745 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_745 = happySpecReduce_1  281# happyReduction_745+happyReduction_745 happy_x_1+	 =  case happyOut299 happy_x_1 of { (HappyWrap299 happy_var_1) -> +	happyIn297+		 (happy_var_1+	)}++happyReduce_746 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_746 = happySpecReduce_1  282# happyReduction_746+happyReduction_746 happy_x_1+	 =  case happyOut301 happy_x_1 of { (HappyWrap301 happy_var_1) -> +	happyIn298+		 (happy_var_1+	)}++happyReduce_747 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_747 = happySpecReduce_1  282# happyReduction_747+happyReduction_747 happy_x_1+	 =  case happyOut299 happy_x_1 of { (HappyWrap299 happy_var_1) -> +	happyIn298+		 (happy_var_1+	)}++happyReduce_748 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_748 = happySpecReduce_1  283# happyReduction_748+happyReduction_748 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn299+		 (sL1 happy_var_1 $ mkQual varName (getQVARSYM happy_var_1)+	)}++happyReduce_749 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_749 = happySpecReduce_1  284# happyReduction_749+happyReduction_749 happy_x_1+	 =  case happyOut301 happy_x_1 of { (HappyWrap301 happy_var_1) -> +	happyIn300+		 (happy_var_1+	)}++happyReduce_750 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_750 = happySpecReduce_1  284# happyReduction_750+happyReduction_750 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn300+		 (sL1 happy_var_1 $ mkUnqual varName (fsLit "-")+	)}++happyReduce_751 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_751 = happySpecReduce_1  285# happyReduction_751+happyReduction_751 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn301+		 (sL1 happy_var_1 $ mkUnqual varName (getVARSYM happy_var_1)+	)}++happyReduce_752 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_752 = happySpecReduce_1  285# happyReduction_752+happyReduction_752 happy_x_1+	 =  case happyOut303 happy_x_1 of { (HappyWrap303 happy_var_1) -> +	happyIn301+		 (sL1 happy_var_1 $ mkUnqual varName (unLoc happy_var_1)+	)}++happyReduce_753 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_753 = happySpecReduce_1  286# happyReduction_753+happyReduction_753 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "as")+	)}++happyReduce_754 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_754 = happySpecReduce_1  286# happyReduction_754+happyReduction_754 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "qualified")+	)}++happyReduce_755 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_755 = happySpecReduce_1  286# happyReduction_755+happyReduction_755 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "hiding")+	)}++happyReduce_756 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_756 = happySpecReduce_1  286# happyReduction_756+happyReduction_756 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "export")+	)}++happyReduce_757 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_757 = happySpecReduce_1  286# happyReduction_757+happyReduction_757 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "label")+	)}++happyReduce_758 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_758 = happySpecReduce_1  286# happyReduction_758+happyReduction_758 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "dynamic")+	)}++happyReduce_759 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_759 = happySpecReduce_1  286# happyReduction_759+happyReduction_759 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "stdcall")+	)}++happyReduce_760 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_760 = happySpecReduce_1  286# happyReduction_760+happyReduction_760 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "ccall")+	)}++happyReduce_761 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_761 = happySpecReduce_1  286# happyReduction_761+happyReduction_761 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "capi")+	)}++happyReduce_762 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_762 = happySpecReduce_1  286# happyReduction_762+happyReduction_762 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "prim")+	)}++happyReduce_763 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_763 = happySpecReduce_1  286# happyReduction_763+happyReduction_763 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "javascript")+	)}++happyReduce_764 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_764 = happySpecReduce_1  286# happyReduction_764+happyReduction_764 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "group")+	)}++happyReduce_765 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_765 = happySpecReduce_1  286# happyReduction_765+happyReduction_765 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "stock")+	)}++happyReduce_766 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_766 = happySpecReduce_1  286# happyReduction_766+happyReduction_766 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "anyclass")+	)}++happyReduce_767 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_767 = happySpecReduce_1  286# happyReduction_767+happyReduction_767 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "via")+	)}++happyReduce_768 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_768 = happySpecReduce_1  286# happyReduction_768+happyReduction_768 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "unit")+	)}++happyReduce_769 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_769 = happySpecReduce_1  286# happyReduction_769+happyReduction_769 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "dependency")+	)}++happyReduce_770 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_770 = happySpecReduce_1  286# happyReduction_770+happyReduction_770 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn302+		 (sL1 happy_var_1 (fsLit "signature")+	)}++happyReduce_771 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_771 = happySpecReduce_1  287# happyReduction_771+happyReduction_771 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn303+		 (sL1 happy_var_1 (fsLit ".")+	)}++happyReduce_772 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_772 = happySpecReduce_1  287# happyReduction_772+happyReduction_772 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn303+		 (sL1 happy_var_1 (fsLit (starSym (isUnicode happy_var_1)))+	)}++happyReduce_773 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_773 = happySpecReduce_1  288# happyReduction_773+happyReduction_773 happy_x_1+	 =  case happyOut305 happy_x_1 of { (HappyWrap305 happy_var_1) -> +	happyIn304+		 (happy_var_1+	)}++happyReduce_774 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_774 = happySpecReduce_1  288# happyReduction_774+happyReduction_774 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn304+		 (sL1 happy_var_1 $! mkQual dataName (getQCONID happy_var_1)+	)}++happyReduce_775 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_775 = happySpecReduce_1  289# happyReduction_775+happyReduction_775 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn305+		 (sL1 happy_var_1 $ mkUnqual dataName (getCONID happy_var_1)+	)}++happyReduce_776 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_776 = happySpecReduce_1  290# happyReduction_776+happyReduction_776 happy_x_1+	 =  case happyOut307 happy_x_1 of { (HappyWrap307 happy_var_1) -> +	happyIn306+		 (happy_var_1+	)}++happyReduce_777 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_777 = happySpecReduce_1  290# happyReduction_777+happyReduction_777 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn306+		 (sL1 happy_var_1 $ mkQual dataName (getQCONSYM happy_var_1)+	)}++happyReduce_778 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_778 = happySpecReduce_1  291# happyReduction_778+happyReduction_778 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn307+		 (sL1 happy_var_1 $ mkUnqual dataName (getCONSYM happy_var_1)+	)}++happyReduce_779 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_779 = happySpecReduce_1  291# happyReduction_779+happyReduction_779 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn307+		 (sL1 happy_var_1 $ consDataCon_RDR+	)}++happyReduce_780 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_780 = happySpecReduce_1  292# happyReduction_780+happyReduction_780 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn308+		 (sL1 happy_var_1 $ HsChar       (getCHARs happy_var_1) $ getCHAR happy_var_1+	)}++happyReduce_781 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_781 = happySpecReduce_1  292# happyReduction_781+happyReduction_781 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn308+		 (sL1 happy_var_1 $ HsString     (getSTRINGs happy_var_1)+                                                    $ getSTRING happy_var_1+	)}++happyReduce_782 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_782 = happySpecReduce_1  292# happyReduction_782+happyReduction_782 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn308+		 (sL1 happy_var_1 $ HsIntPrim    (getPRIMINTEGERs happy_var_1)+                                                    $ getPRIMINTEGER happy_var_1+	)}++happyReduce_783 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_783 = happySpecReduce_1  292# happyReduction_783+happyReduction_783 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn308+		 (sL1 happy_var_1 $ HsWordPrim   (getPRIMWORDs happy_var_1)+                                                    $ getPRIMWORD happy_var_1+	)}++happyReduce_784 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_784 = happySpecReduce_1  292# happyReduction_784+happyReduction_784 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn308+		 (sL1 happy_var_1 $ HsCharPrim   (getPRIMCHARs happy_var_1)+                                                    $ getPRIMCHAR happy_var_1+	)}++happyReduce_785 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_785 = happySpecReduce_1  292# happyReduction_785+happyReduction_785 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn308+		 (sL1 happy_var_1 $ HsStringPrim (getPRIMSTRINGs happy_var_1)+                                                    $ getPRIMSTRING happy_var_1+	)}++happyReduce_786 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_786 = happySpecReduce_1  292# happyReduction_786+happyReduction_786 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn308+		 (sL1 happy_var_1 $ HsFloatPrim  noExtField $ getPRIMFLOAT happy_var_1+	)}++happyReduce_787 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_787 = happySpecReduce_1  292# happyReduction_787+happyReduction_787 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn308+		 (sL1 happy_var_1 $ HsDoublePrim noExtField $ getPRIMDOUBLE happy_var_1+	)}++happyReduce_788 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_788 = happySpecReduce_1  293# happyReduction_788+happyReduction_788 happy_x_1+	 =  happyIn309+		 (()+	)++happyReduce_789 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_789 = happyMonadReduce 1# 293# happyReduction_789+happyReduction_789 (happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((( popContext))+	) (\r -> happyReturn (happyIn309 r))++happyReduce_790 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_790 = happySpecReduce_1  294# happyReduction_790+happyReduction_790 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn310+		 (sL1 happy_var_1 $ mkModuleNameFS (getCONID happy_var_1)+	)}++happyReduce_791 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_791 = happySpecReduce_1  294# happyReduction_791+happyReduction_791 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn310+		 (sL1 happy_var_1 $ let (mod,c) = getQCONID happy_var_1 in+                                  mkModuleNameFS+                                   (mkFastString+                                     (unpackFS mod ++ '.':unpackFS c))+	)}++happyReduce_792 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_792 = happySpecReduce_2  295# happyReduction_792+happyReduction_792 happy_x_2+	happy_x_1+	 =  case happyOut311 happy_x_1 of { (HappyWrap311 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	happyIn311+		 (((fst happy_var_1)++[gl happy_var_2],snd happy_var_1 + 1)+	)}}++happyReduce_793 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_793 = happySpecReduce_1  295# happyReduction_793+happyReduction_793 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn311+		 (([gl happy_var_1],1)+	)}++happyReduce_794 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_794 = happySpecReduce_1  296# happyReduction_794+happyReduction_794 happy_x_1+	 =  case happyOut313 happy_x_1 of { (HappyWrap313 happy_var_1) -> +	happyIn312+		 (happy_var_1+	)}++happyReduce_795 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_795 = happySpecReduce_0  296# happyReduction_795+happyReduction_795  =  happyIn312+		 (([], 0)+	)++happyReduce_796 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_796 = happySpecReduce_2  297# happyReduction_796+happyReduction_796 happy_x_2+	happy_x_1+	 =  case happyOut313 happy_x_1 of { (HappyWrap313 happy_var_1) -> +	case happyOutTok happy_x_2 of { happy_var_2 -> +	happyIn313+		 (((fst happy_var_1)++[gl happy_var_2],snd happy_var_1 + 1)+	)}}++happyReduce_797 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_797 = happySpecReduce_1  297# happyReduction_797+happyReduction_797 happy_x_1+	 =  case happyOutTok happy_x_1 of { happy_var_1 -> +	happyIn313+		 (([gl happy_var_1],1)+	)}++happyReduce_798 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_798 = happyMonadReduce 2# 298# happyReduction_798+happyReduction_798 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut208 happy_x_1 of { (HappyWrap208 happy_var_1) -> +	case happyOut203 happy_x_2 of { (HappyWrap203 happy_var_2) -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->+         fmap ecpFromExp $+         ams (sLL happy_var_1 happy_var_2 $ HsPragE noExtField (snd $ unLoc happy_var_1) happy_var_2)+             (fst $ unLoc happy_var_1))}})+	) (\r -> happyReturn (happyIn314 r))++happyReduce_799 :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )+happyReduce_799 = happyMonadReduce 2# 299# happyReduction_799+happyReduction_799 (happy_x_2 `HappyStk`+	happy_x_1 `HappyStk`+	happyRest) tk+	 = happyThen ((case happyOut208 happy_x_1 of { (HappyWrap208 happy_var_1) -> +	case happyOut205 happy_x_2 of { (HappyWrap205 happy_var_2) -> +	( runPV (unECP happy_var_2) >>= \ happy_var_2 ->+         fmap ecpFromExp $+         ams (sLL happy_var_1 happy_var_2 $ HsPragE noExtField (snd $ unLoc happy_var_1) happy_var_2)+             (fst $ unLoc happy_var_1))}})+	) (\r -> happyReturn (happyIn315 r))++happyNewToken action sts stk+	= (lexer True)(\tk -> +	let cont i = happyDoAction i tk action sts stk in+	case tk of {+	L _ ITeof -> happyDoAction 146# tk action sts stk;+	L _ ITunderscore -> cont 1#;+	L _ ITas -> cont 2#;+	L _ ITcase -> cont 3#;+	L _ ITclass -> cont 4#;+	L _ ITdata -> cont 5#;+	L _ ITdefault -> cont 6#;+	L _ ITderiving -> cont 7#;+	L _ ITelse -> cont 8#;+	L _ IThiding -> cont 9#;+	L _ ITif -> cont 10#;+	L _ ITimport -> cont 11#;+	L _ ITin -> cont 12#;+	L _ ITinfix -> cont 13#;+	L _ ITinfixl -> cont 14#;+	L _ ITinfixr -> cont 15#;+	L _ ITinstance -> cont 16#;+	L _ ITlet -> cont 17#;+	L _ ITmodule -> cont 18#;+	L _ ITnewtype -> cont 19#;+	L _ ITof -> cont 20#;+	L _ ITqualified -> cont 21#;+	L _ ITthen -> cont 22#;+	L _ ITtype -> cont 23#;+	L _ ITwhere -> cont 24#;+	L _ (ITforall _) -> cont 25#;+	L _ ITforeign -> cont 26#;+	L _ ITexport -> cont 27#;+	L _ ITlabel -> cont 28#;+	L _ ITdynamic -> cont 29#;+	L _ ITsafe -> cont 30#;+	L _ ITinterruptible -> cont 31#;+	L _ ITunsafe -> cont 32#;+	L _ ITfamily -> cont 33#;+	L _ ITrole -> cont 34#;+	L _ ITstdcallconv -> cont 35#;+	L _ ITccallconv -> cont 36#;+	L _ ITcapiconv -> cont 37#;+	L _ ITprimcallconv -> cont 38#;+	L _ ITjavascriptcallconv -> cont 39#;+	L _ ITproc -> cont 40#;+	L _ ITrec -> cont 41#;+	L _ ITgroup -> cont 42#;+	L _ ITby -> cont 43#;+	L _ ITusing -> cont 44#;+	L _ ITpattern -> cont 45#;+	L _ ITstatic -> cont 46#;+	L _ ITstock -> cont 47#;+	L _ ITanyclass -> cont 48#;+	L _ ITvia -> cont 49#;+	L _ ITunit -> cont 50#;+	L _ ITsignature -> cont 51#;+	L _ ITdependency -> cont 52#;+	L _ (ITinline_prag _ _ _) -> cont 53#;+	L _ (ITspec_prag _) -> cont 54#;+	L _ (ITspec_inline_prag _ _) -> cont 55#;+	L _ (ITsource_prag _) -> cont 56#;+	L _ (ITrules_prag _) -> cont 57#;+	L _ (ITscc_prag _) -> cont 58#;+	L _ (ITdeprecated_prag _) -> cont 59#;+	L _ (ITwarning_prag _) -> cont 60#;+	L _ (ITunpack_prag _) -> cont 61#;+	L _ (ITnounpack_prag _) -> cont 62#;+	L _ (ITann_prag _) -> cont 63#;+	L _ (ITminimal_prag _) -> cont 64#;+	L _ (ITctype _) -> cont 65#;+	L _ (IToverlapping_prag _) -> cont 66#;+	L _ (IToverlappable_prag _) -> cont 67#;+	L _ (IToverlaps_prag _) -> cont 68#;+	L _ (ITincoherent_prag _) -> cont 69#;+	L _ (ITcomplete_prag _) -> cont 70#;+	L _ ITclose_prag -> cont 71#;+	L _ ITdotdot -> cont 72#;+	L _ ITcolon -> cont 73#;+	L _ (ITdcolon _) -> cont 74#;+	L _ ITequal -> cont 75#;+	L _ ITlam -> cont 76#;+	L _ ITlcase -> cont 77#;+	L _ ITvbar -> cont 78#;+	L _ (ITlarrow _) -> cont 79#;+	L _ (ITrarrow _) -> cont 80#;+	L _ ITlolly -> cont 81#;+	L _ ITat -> cont 82#;+	L _ (ITdarrow _) -> cont 83#;+	L _ ITminus -> cont 84#;+	L _ ITtilde -> cont 85#;+	L _ ITbang -> cont 86#;+	L _ ITprefixminus -> cont 87#;+	L _ (ITstar _) -> cont 88#;+	L _ (ITlarrowtail _) -> cont 89#;+	L _ (ITrarrowtail _) -> cont 90#;+	L _ (ITLarrowtail _) -> cont 91#;+	L _ (ITRarrowtail _) -> cont 92#;+	L _ ITdot -> cont 93#;+	L _ ITtypeApp -> cont 94#;+	L _ ITpercent -> cont 95#;+	L _ ITocurly -> cont 96#;+	L _ ITccurly -> cont 97#;+	L _ ITvocurly -> cont 98#;+	L _ ITvccurly -> cont 99#;+	L _ ITobrack -> cont 100#;+	L _ ITcbrack -> cont 101#;+	L _ IToparen -> cont 102#;+	L _ ITcparen -> cont 103#;+	L _ IToubxparen -> cont 104#;+	L _ ITcubxparen -> cont 105#;+	L _ (IToparenbar _) -> cont 106#;+	L _ (ITcparenbar _) -> cont 107#;+	L _ ITsemi -> cont 108#;+	L _ ITcomma -> cont 109#;+	L _ ITbackquote -> cont 110#;+	L _ ITsimpleQuote -> cont 111#;+	L _ (ITvarid    _) -> cont 112#;+	L _ (ITconid    _) -> cont 113#;+	L _ (ITvarsym   _) -> cont 114#;+	L _ (ITconsym   _) -> cont 115#;+	L _ (ITqvarid   _) -> cont 116#;+	L _ (ITqconid   _) -> cont 117#;+	L _ (ITqvarsym  _) -> cont 118#;+	L _ (ITqconsym  _) -> cont 119#;+	L _ (ITdo  _) -> cont 120#;+	L _ (ITmdo _) -> cont 121#;+	L _ (ITdupipvarid   _) -> cont 122#;+	L _ (ITlabelvarid   _) -> cont 123#;+	L _ (ITchar   _ _) -> cont 124#;+	L _ (ITstring _ _) -> cont 125#;+	L _ (ITinteger _) -> cont 126#;+	L _ (ITrational _) -> cont 127#;+	L _ (ITprimchar   _ _) -> cont 128#;+	L _ (ITprimstring _ _) -> cont 129#;+	L _ (ITprimint    _ _) -> cont 130#;+	L _ (ITprimword   _ _) -> cont 131#;+	L _ (ITprimfloat  _) -> cont 132#;+	L _ (ITprimdouble _) -> cont 133#;+	L _ (ITopenExpQuote _ _) -> cont 134#;+	L _ ITopenPatQuote -> cont 135#;+	L _ ITopenTypQuote -> cont 136#;+	L _ ITopenDecQuote -> cont 137#;+	L _ (ITcloseQuote _) -> cont 138#;+	L _ (ITopenTExpQuote _) -> cont 139#;+	L _ ITcloseTExpQuote -> cont 140#;+	L _ ITdollar -> cont 141#;+	L _ ITdollardollar -> cont 142#;+	L _ ITtyQuote -> cont 143#;+	L _ (ITquasiQuote _) -> cont 144#;+	L _ (ITqQuasiQuote _) -> cont 145#;+	_ -> happyError' (tk, [])+	})++happyError_ explist 146# tk = happyError' (tk, explist)+happyError_ explist _ tk = happyError' (tk, explist)++happyThen :: () => P a -> (a -> P b) -> P b+happyThen = (>>=)+happyReturn :: () => a -> P a+happyReturn = (return)+happyParse :: () => Happy_GHC_Exts.Int# -> P (HappyAbsSyn )++happyNewToken :: () => Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )++happyDoAction :: () => Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn )++happyReduceArr :: () => Happy_Data_Array.Array Prelude.Int (Happy_GHC_Exts.Int# -> (Located Token) -> Happy_GHC_Exts.Int# -> Happy_IntList -> HappyStk (HappyAbsSyn ) -> P (HappyAbsSyn ))++happyThen1 :: () => P a -> (a -> P b) -> P b+happyThen1 = happyThen+happyReturn1 :: () => a -> P a+happyReturn1 = happyReturn+happyError' :: () => (((Located Token)), [Prelude.String]) -> P a+happyError' tk = (\(tokens, explist) -> happyError) tk+parseModuleNoHaddock = happySomeParser where+ happySomeParser = happyThen (happyParse 0#) (\x -> happyReturn (let {(HappyWrap35 x') = happyOut35 x} in x'))++parseSignature = happySomeParser where+ happySomeParser = happyThen (happyParse 1#) (\x -> happyReturn (let {(HappyWrap34 x') = happyOut34 x} in x'))++parseImport = happySomeParser where+ happySomeParser = happyThen (happyParse 2#) (\x -> happyReturn (let {(HappyWrap62 x') = happyOut62 x} in x'))++parseStatement = happySomeParser where+ happySomeParser = happyThen (happyParse 3#) (\x -> happyReturn (let {(HappyWrap248 x') = happyOut248 x} in x'))++parseDeclaration = happySomeParser where+ happySomeParser = happyThen (happyParse 4#) (\x -> happyReturn (let {(HappyWrap75 x') = happyOut75 x} in x'))++parseExpression = happySomeParser where+ happySomeParser = happyThen (happyParse 5#) (\x -> happyReturn (let {(HappyWrap203 x') = happyOut203 x} in x'))++parsePattern = happySomeParser where+ happySomeParser = happyThen (happyParse 6#) (\x -> happyReturn (let {(HappyWrap241 x') = happyOut241 x} in x'))++parseTypeSignature = happySomeParser where+ happySomeParser = happyThen (happyParse 7#) (\x -> happyReturn (let {(HappyWrap199 x') = happyOut199 x} in x'))++parseStmt = happySomeParser where+ happySomeParser = happyThen (happyParse 8#) (\x -> happyReturn (let {(HappyWrap247 x') = happyOut247 x} in x'))++parseIdentifier = happySomeParser where+ happySomeParser = happyThen (happyParse 9#) (\x -> happyReturn (let {(HappyWrap16 x') = happyOut16 x} in x'))++parseType = happySomeParser where+ happySomeParser = happyThen (happyParse 10#) (\x -> happyReturn (let {(HappyWrap155 x') = happyOut155 x} in x'))  parseBackpack = happySomeParser where  happySomeParser = happyThen (happyParse 11#) (\x -> happyReturn (let {(HappyWrap17 x') = happyOut17 x} in x'))
ghc-lib/stage0/compiler/build/GHC/Parser/Lexer.hs view
@@ -37,7 +37,7 @@ import Control.Monad import Data.Bits import Data.Char-import Data.List+import Data.List (stripPrefix, isInfixOf) import Data.Maybe import Data.Word
ghc-lib/stage0/compiler/build/primop-can-fail.hs-incl view
@@ -10,6 +10,12 @@ primOpCanFail Word16QuotOp = True primOpCanFail Word16RemOp = True primOpCanFail Word16QuotRemOp = True+primOpCanFail Int32QuotOp = True+primOpCanFail Int32RemOp = True+primOpCanFail Int32QuotRemOp = True+primOpCanFail Word32QuotOp = True+primOpCanFail Word32RemOp = True+primOpCanFail Word32QuotRemOp = True primOpCanFail IntQuotOp = True primOpCanFail IntRemOp = True primOpCanFail IntQuotRemOp = True
ghc-lib/stage0/compiler/build/primop-code-size.hs-incl view
@@ -1,4 +1,10 @@ primOpCodeSize OrdOp = 0+primOpCodeSize Int8ToWord8Op = 0+primOpCodeSize Word8ToInt8Op = 0+primOpCodeSize Int16ToWord16Op = 0+primOpCodeSize Word16ToInt16Op = 0+primOpCodeSize Int32ToWord32Op = 0+primOpCodeSize Word32ToInt32Op = 0 primOpCodeSize IntAddCOp = 2 primOpCodeSize IntSubCOp = 2 primOpCodeSize ChrOp = 0
ghc-lib/stage0/compiler/build/primop-commutable.hs-incl view
@@ -4,10 +4,23 @@ commutableOp Int8MulOp = True commutableOp Word8AddOp = True commutableOp Word8MulOp = True+commutableOp Word8AndOp = True+commutableOp Word8OrOp = True+commutableOp Word8XorOp = True commutableOp Int16AddOp = True commutableOp Int16MulOp = True commutableOp Word16AddOp = True commutableOp Word16MulOp = True+commutableOp Word16AndOp = True+commutableOp Word16OrOp = True+commutableOp Word16XorOp = True+commutableOp Int32AddOp = True+commutableOp Int32MulOp = True+commutableOp Word32AddOp = True+commutableOp Word32MulOp = True+commutableOp Word32AndOp = True+commutableOp Word32OrOp = True+commutableOp Word32XorOp = True commutableOp IntAddOp = True commutableOp IntMulOp = True commutableOp IntMulMayOfloOp = True
ghc-lib/stage0/compiler/build/primop-data-decl.hs-incl view
@@ -6,8 +6,8 @@    | CharLtOp    | CharLeOp    | OrdOp-   | Int8ExtendOp-   | Int8NarrowOp+   | Int8ToIntOp+   | IntToInt8Op    | Int8NegOp    | Int8AddOp    | Int8SubOp@@ -15,29 +15,39 @@    | Int8QuotOp    | Int8RemOp    | Int8QuotRemOp+   | Int8SllOp+   | Int8SraOp+   | Int8SrlOp+   | Int8ToWord8Op    | Int8EqOp    | Int8GeOp    | Int8GtOp    | Int8LeOp    | Int8LtOp    | Int8NeOp-   | Word8ExtendOp-   | Word8NarrowOp-   | Word8NotOp+   | Word8ToWordOp+   | WordToWord8Op    | Word8AddOp    | Word8SubOp    | Word8MulOp    | Word8QuotOp    | Word8RemOp    | Word8QuotRemOp+   | Word8AndOp+   | Word8OrOp+   | Word8XorOp+   | Word8NotOp+   | Word8SllOp+   | Word8SrlOp+   | Word8ToInt8Op    | Word8EqOp    | Word8GeOp    | Word8GtOp    | Word8LeOp    | Word8LtOp    | Word8NeOp-   | Int16ExtendOp-   | Int16NarrowOp+   | Int16ToIntOp+   | IntToInt16Op    | Int16NegOp    | Int16AddOp    | Int16SubOp@@ -45,31 +55,77 @@    | Int16QuotOp    | Int16RemOp    | Int16QuotRemOp+   | Int16SllOp+   | Int16SraOp+   | Int16SrlOp+   | Int16ToWord16Op    | Int16EqOp    | Int16GeOp    | Int16GtOp    | Int16LeOp    | Int16LtOp    | Int16NeOp-   | Word16ExtendOp-   | Word16NarrowOp-   | Word16NotOp+   | Word16ToWordOp+   | WordToWord16Op    | Word16AddOp    | Word16SubOp    | Word16MulOp    | Word16QuotOp    | Word16RemOp    | Word16QuotRemOp+   | Word16AndOp+   | Word16OrOp+   | Word16XorOp+   | Word16NotOp+   | Word16SllOp+   | Word16SrlOp+   | Word16ToInt16Op    | Word16EqOp    | Word16GeOp    | Word16GtOp    | Word16LeOp    | Word16LtOp    | Word16NeOp-   | Int32ExtendOp-   | Int32NarrowOp-   | Word32ExtendOp-   | Word32NarrowOp+   | Int32ToIntOp+   | IntToInt32Op+   | Int32NegOp+   | Int32AddOp+   | Int32SubOp+   | Int32MulOp+   | Int32QuotOp+   | Int32RemOp+   | Int32QuotRemOp+   | Int32SllOp+   | Int32SraOp+   | Int32SrlOp+   | Int32ToWord32Op+   | Int32EqOp+   | Int32GeOp+   | Int32GtOp+   | Int32LeOp+   | Int32LtOp+   | Int32NeOp+   | Word32ToWordOp+   | WordToWord32Op+   | Word32AddOp+   | Word32SubOp+   | Word32MulOp+   | Word32QuotOp+   | Word32RemOp+   | Word32QuotRemOp+   | Word32AndOp+   | Word32OrOp+   | Word32XorOp+   | Word32NotOp+   | Word32SllOp+   | Word32SrlOp+   | Word32ToInt32Op+   | Word32EqOp+   | Word32GeOp+   | Word32GtOp+   | Word32LeOp+   | Word32LtOp+   | Word32NeOp    | IntAddOp    | IntSubOp    | IntMulOp
ghc-lib/stage0/compiler/build/primop-list.hs-incl view
@@ -5,8 +5,8 @@    , CharLtOp    , CharLeOp    , OrdOp-   , Int8ExtendOp-   , Int8NarrowOp+   , Int8ToIntOp+   , IntToInt8Op    , Int8NegOp    , Int8AddOp    , Int8SubOp@@ -14,29 +14,39 @@    , Int8QuotOp    , Int8RemOp    , Int8QuotRemOp+   , Int8SllOp+   , Int8SraOp+   , Int8SrlOp+   , Int8ToWord8Op    , Int8EqOp    , Int8GeOp    , Int8GtOp    , Int8LeOp    , Int8LtOp    , Int8NeOp-   , Word8ExtendOp-   , Word8NarrowOp-   , Word8NotOp+   , Word8ToWordOp+   , WordToWord8Op    , Word8AddOp    , Word8SubOp    , Word8MulOp    , Word8QuotOp    , Word8RemOp    , Word8QuotRemOp+   , Word8AndOp+   , Word8OrOp+   , Word8XorOp+   , Word8NotOp+   , Word8SllOp+   , Word8SrlOp+   , Word8ToInt8Op    , Word8EqOp    , Word8GeOp    , Word8GtOp    , Word8LeOp    , Word8LtOp    , Word8NeOp-   , Int16ExtendOp-   , Int16NarrowOp+   , Int16ToIntOp+   , IntToInt16Op    , Int16NegOp    , Int16AddOp    , Int16SubOp@@ -44,31 +54,77 @@    , Int16QuotOp    , Int16RemOp    , Int16QuotRemOp+   , Int16SllOp+   , Int16SraOp+   , Int16SrlOp+   , Int16ToWord16Op    , Int16EqOp    , Int16GeOp    , Int16GtOp    , Int16LeOp    , Int16LtOp    , Int16NeOp-   , Word16ExtendOp-   , Word16NarrowOp-   , Word16NotOp+   , Word16ToWordOp+   , WordToWord16Op    , Word16AddOp    , Word16SubOp    , Word16MulOp    , Word16QuotOp    , Word16RemOp    , Word16QuotRemOp+   , Word16AndOp+   , Word16OrOp+   , Word16XorOp+   , Word16NotOp+   , Word16SllOp+   , Word16SrlOp+   , Word16ToInt16Op    , Word16EqOp    , Word16GeOp    , Word16GtOp    , Word16LeOp    , Word16LtOp    , Word16NeOp-   , Int32ExtendOp-   , Int32NarrowOp-   , Word32ExtendOp-   , Word32NarrowOp+   , Int32ToIntOp+   , IntToInt32Op+   , Int32NegOp+   , Int32AddOp+   , Int32SubOp+   , Int32MulOp+   , Int32QuotOp+   , Int32RemOp+   , Int32QuotRemOp+   , Int32SllOp+   , Int32SraOp+   , Int32SrlOp+   , Int32ToWord32Op+   , Int32EqOp+   , Int32GeOp+   , Int32GtOp+   , Int32LeOp+   , Int32LtOp+   , Int32NeOp+   , Word32ToWordOp+   , WordToWord32Op+   , Word32AddOp+   , Word32SubOp+   , Word32MulOp+   , Word32QuotOp+   , Word32RemOp+   , Word32QuotRemOp+   , Word32AndOp+   , Word32OrOp+   , Word32XorOp+   , Word32NotOp+   , Word32SllOp+   , Word32SrlOp+   , Word32ToInt32Op+   , Word32EqOp+   , Word32GeOp+   , Word32GtOp+   , Word32LeOp+   , Word32LtOp+   , Word32NeOp    , IntAddOp    , IntSubOp    , IntMulOp
ghc-lib/stage0/compiler/build/primop-primop-info.hs-incl view
@@ -5,8 +5,8 @@ primOpInfo CharLtOp = mkCompare (fsLit "ltChar#") charPrimTy primOpInfo CharLeOp = mkCompare (fsLit "leChar#") charPrimTy primOpInfo OrdOp = mkGenPrimOp (fsLit "ord#")  [] [charPrimTy] (intPrimTy)-primOpInfo Int8ExtendOp = mkGenPrimOp (fsLit "extendInt8#")  [] [int8PrimTy] (intPrimTy)-primOpInfo Int8NarrowOp = mkGenPrimOp (fsLit "narrowInt8#")  [] [intPrimTy] (int8PrimTy)+primOpInfo Int8ToIntOp = mkGenPrimOp (fsLit "extendInt8#")  [] [int8PrimTy] (intPrimTy)+primOpInfo IntToInt8Op = mkGenPrimOp (fsLit "narrowInt8#")  [] [intPrimTy] (int8PrimTy) primOpInfo Int8NegOp = mkGenPrimOp (fsLit "negateInt8#")  [] [int8PrimTy] (int8PrimTy) primOpInfo Int8AddOp = mkGenPrimOp (fsLit "plusInt8#")  [] [int8PrimTy, int8PrimTy] (int8PrimTy) primOpInfo Int8SubOp = mkGenPrimOp (fsLit "subInt8#")  [] [int8PrimTy, int8PrimTy] (int8PrimTy)@@ -14,29 +14,39 @@ primOpInfo Int8QuotOp = mkGenPrimOp (fsLit "quotInt8#")  [] [int8PrimTy, int8PrimTy] (int8PrimTy) primOpInfo Int8RemOp = mkGenPrimOp (fsLit "remInt8#")  [] [int8PrimTy, int8PrimTy] (int8PrimTy) primOpInfo Int8QuotRemOp = mkGenPrimOp (fsLit "quotRemInt8#")  [] [int8PrimTy, int8PrimTy] ((mkTupleTy Unboxed [int8PrimTy, int8PrimTy]))+primOpInfo Int8SllOp = mkGenPrimOp (fsLit "uncheckedShiftLInt8#")  [] [int8PrimTy, intPrimTy] (int8PrimTy)+primOpInfo Int8SraOp = mkGenPrimOp (fsLit "uncheckedShiftRAInt8#")  [] [int8PrimTy, intPrimTy] (int8PrimTy)+primOpInfo Int8SrlOp = mkGenPrimOp (fsLit "uncheckedShiftRLInt8#")  [] [int8PrimTy, intPrimTy] (int8PrimTy)+primOpInfo Int8ToWord8Op = mkGenPrimOp (fsLit "int8ToWord8#")  [] [int8PrimTy] (word8PrimTy) primOpInfo Int8EqOp = mkCompare (fsLit "eqInt8#") int8PrimTy primOpInfo Int8GeOp = mkCompare (fsLit "geInt8#") int8PrimTy primOpInfo Int8GtOp = mkCompare (fsLit "gtInt8#") int8PrimTy primOpInfo Int8LeOp = mkCompare (fsLit "leInt8#") int8PrimTy primOpInfo Int8LtOp = mkCompare (fsLit "ltInt8#") int8PrimTy primOpInfo Int8NeOp = mkCompare (fsLit "neInt8#") int8PrimTy-primOpInfo Word8ExtendOp = mkGenPrimOp (fsLit "extendWord8#")  [] [word8PrimTy] (wordPrimTy)-primOpInfo Word8NarrowOp = mkGenPrimOp (fsLit "narrowWord8#")  [] [wordPrimTy] (word8PrimTy)-primOpInfo Word8NotOp = mkGenPrimOp (fsLit "notWord8#")  [] [word8PrimTy] (word8PrimTy)+primOpInfo Word8ToWordOp = mkGenPrimOp (fsLit "extendWord8#")  [] [word8PrimTy] (wordPrimTy)+primOpInfo WordToWord8Op = mkGenPrimOp (fsLit "narrowWord8#")  [] [wordPrimTy] (word8PrimTy) primOpInfo Word8AddOp = mkGenPrimOp (fsLit "plusWord8#")  [] [word8PrimTy, word8PrimTy] (word8PrimTy) primOpInfo Word8SubOp = mkGenPrimOp (fsLit "subWord8#")  [] [word8PrimTy, word8PrimTy] (word8PrimTy) primOpInfo Word8MulOp = mkGenPrimOp (fsLit "timesWord8#")  [] [word8PrimTy, word8PrimTy] (word8PrimTy) primOpInfo Word8QuotOp = mkGenPrimOp (fsLit "quotWord8#")  [] [word8PrimTy, word8PrimTy] (word8PrimTy) primOpInfo Word8RemOp = mkGenPrimOp (fsLit "remWord8#")  [] [word8PrimTy, word8PrimTy] (word8PrimTy) primOpInfo Word8QuotRemOp = mkGenPrimOp (fsLit "quotRemWord8#")  [] [word8PrimTy, word8PrimTy] ((mkTupleTy Unboxed [word8PrimTy, word8PrimTy]))+primOpInfo Word8AndOp = mkGenPrimOp (fsLit "andWord8#")  [] [word8PrimTy, word8PrimTy] (word8PrimTy)+primOpInfo Word8OrOp = mkGenPrimOp (fsLit "orWord8#")  [] [word8PrimTy, word8PrimTy] (word8PrimTy)+primOpInfo Word8XorOp = mkGenPrimOp (fsLit "xorWord8#")  [] [word8PrimTy, word8PrimTy] (word8PrimTy)+primOpInfo Word8NotOp = mkGenPrimOp (fsLit "notWord8#")  [] [word8PrimTy] (word8PrimTy)+primOpInfo Word8SllOp = mkGenPrimOp (fsLit "uncheckedShiftLWord8#")  [] [word8PrimTy, intPrimTy] (word8PrimTy)+primOpInfo Word8SrlOp = mkGenPrimOp (fsLit "uncheckedShiftRLWord8#")  [] [word8PrimTy, intPrimTy] (word8PrimTy)+primOpInfo Word8ToInt8Op = mkGenPrimOp (fsLit "word8ToInt8#")  [] [word8PrimTy] (int8PrimTy) primOpInfo Word8EqOp = mkCompare (fsLit "eqWord8#") word8PrimTy primOpInfo Word8GeOp = mkCompare (fsLit "geWord8#") word8PrimTy primOpInfo Word8GtOp = mkCompare (fsLit "gtWord8#") word8PrimTy primOpInfo Word8LeOp = mkCompare (fsLit "leWord8#") word8PrimTy primOpInfo Word8LtOp = mkCompare (fsLit "ltWord8#") word8PrimTy primOpInfo Word8NeOp = mkCompare (fsLit "neWord8#") word8PrimTy-primOpInfo Int16ExtendOp = mkGenPrimOp (fsLit "extendInt16#")  [] [int16PrimTy] (intPrimTy)-primOpInfo Int16NarrowOp = mkGenPrimOp (fsLit "narrowInt16#")  [] [intPrimTy] (int16PrimTy)+primOpInfo Int16ToIntOp = mkGenPrimOp (fsLit "extendInt16#")  [] [int16PrimTy] (intPrimTy)+primOpInfo IntToInt16Op = mkGenPrimOp (fsLit "narrowInt16#")  [] [intPrimTy] (int16PrimTy) primOpInfo Int16NegOp = mkGenPrimOp (fsLit "negateInt16#")  [] [int16PrimTy] (int16PrimTy) primOpInfo Int16AddOp = mkGenPrimOp (fsLit "plusInt16#")  [] [int16PrimTy, int16PrimTy] (int16PrimTy) primOpInfo Int16SubOp = mkGenPrimOp (fsLit "subInt16#")  [] [int16PrimTy, int16PrimTy] (int16PrimTy)@@ -44,31 +54,77 @@ primOpInfo Int16QuotOp = mkGenPrimOp (fsLit "quotInt16#")  [] [int16PrimTy, int16PrimTy] (int16PrimTy) primOpInfo Int16RemOp = mkGenPrimOp (fsLit "remInt16#")  [] [int16PrimTy, int16PrimTy] (int16PrimTy) primOpInfo Int16QuotRemOp = mkGenPrimOp (fsLit "quotRemInt16#")  [] [int16PrimTy, int16PrimTy] ((mkTupleTy Unboxed [int16PrimTy, int16PrimTy]))+primOpInfo Int16SllOp = mkGenPrimOp (fsLit "uncheckedShiftLInt16#")  [] [int16PrimTy, intPrimTy] (int16PrimTy)+primOpInfo Int16SraOp = mkGenPrimOp (fsLit "uncheckedShiftRAInt16#")  [] [int16PrimTy, intPrimTy] (int16PrimTy)+primOpInfo Int16SrlOp = mkGenPrimOp (fsLit "uncheckedShiftRLInt16#")  [] [int16PrimTy, intPrimTy] (int16PrimTy)+primOpInfo Int16ToWord16Op = mkGenPrimOp (fsLit "int16ToWord16#")  [] [int16PrimTy] (word16PrimTy) primOpInfo Int16EqOp = mkCompare (fsLit "eqInt16#") int16PrimTy primOpInfo Int16GeOp = mkCompare (fsLit "geInt16#") int16PrimTy primOpInfo Int16GtOp = mkCompare (fsLit "gtInt16#") int16PrimTy primOpInfo Int16LeOp = mkCompare (fsLit "leInt16#") int16PrimTy primOpInfo Int16LtOp = mkCompare (fsLit "ltInt16#") int16PrimTy primOpInfo Int16NeOp = mkCompare (fsLit "neInt16#") int16PrimTy-primOpInfo Word16ExtendOp = mkGenPrimOp (fsLit "extendWord16#")  [] [word16PrimTy] (wordPrimTy)-primOpInfo Word16NarrowOp = mkGenPrimOp (fsLit "narrowWord16#")  [] [wordPrimTy] (word16PrimTy)-primOpInfo Word16NotOp = mkGenPrimOp (fsLit "notWord16#")  [] [word16PrimTy] (word16PrimTy)+primOpInfo Word16ToWordOp = mkGenPrimOp (fsLit "extendWord16#")  [] [word16PrimTy] (wordPrimTy)+primOpInfo WordToWord16Op = mkGenPrimOp (fsLit "narrowWord16#")  [] [wordPrimTy] (word16PrimTy) primOpInfo Word16AddOp = mkGenPrimOp (fsLit "plusWord16#")  [] [word16PrimTy, word16PrimTy] (word16PrimTy) primOpInfo Word16SubOp = mkGenPrimOp (fsLit "subWord16#")  [] [word16PrimTy, word16PrimTy] (word16PrimTy) primOpInfo Word16MulOp = mkGenPrimOp (fsLit "timesWord16#")  [] [word16PrimTy, word16PrimTy] (word16PrimTy) primOpInfo Word16QuotOp = mkGenPrimOp (fsLit "quotWord16#")  [] [word16PrimTy, word16PrimTy] (word16PrimTy) primOpInfo Word16RemOp = mkGenPrimOp (fsLit "remWord16#")  [] [word16PrimTy, word16PrimTy] (word16PrimTy) primOpInfo Word16QuotRemOp = mkGenPrimOp (fsLit "quotRemWord16#")  [] [word16PrimTy, word16PrimTy] ((mkTupleTy Unboxed [word16PrimTy, word16PrimTy]))+primOpInfo Word16AndOp = mkGenPrimOp (fsLit "andWord16#")  [] [word16PrimTy, word16PrimTy] (word16PrimTy)+primOpInfo Word16OrOp = mkGenPrimOp (fsLit "orWord16#")  [] [word16PrimTy, word16PrimTy] (word16PrimTy)+primOpInfo Word16XorOp = mkGenPrimOp (fsLit "xorWord16#")  [] [word16PrimTy, word16PrimTy] (word16PrimTy)+primOpInfo Word16NotOp = mkGenPrimOp (fsLit "notWord16#")  [] [word16PrimTy] (word16PrimTy)+primOpInfo Word16SllOp = mkGenPrimOp (fsLit "uncheckedShiftLWord16#")  [] [word16PrimTy, intPrimTy] (word16PrimTy)+primOpInfo Word16SrlOp = mkGenPrimOp (fsLit "uncheckedShiftRLWord16#")  [] [word16PrimTy, intPrimTy] (word16PrimTy)+primOpInfo Word16ToInt16Op = mkGenPrimOp (fsLit "word16ToInt16#")  [] [word16PrimTy] (int16PrimTy) primOpInfo Word16EqOp = mkCompare (fsLit "eqWord16#") word16PrimTy primOpInfo Word16GeOp = mkCompare (fsLit "geWord16#") word16PrimTy primOpInfo Word16GtOp = mkCompare (fsLit "gtWord16#") word16PrimTy primOpInfo Word16LeOp = mkCompare (fsLit "leWord16#") word16PrimTy primOpInfo Word16LtOp = mkCompare (fsLit "ltWord16#") word16PrimTy primOpInfo Word16NeOp = mkCompare (fsLit "neWord16#") word16PrimTy-primOpInfo Int32ExtendOp = mkGenPrimOp (fsLit "extendInt32#")  [] [int32PrimTy] (intPrimTy)-primOpInfo Int32NarrowOp = mkGenPrimOp (fsLit "narrowInt32#")  [] [intPrimTy] (int32PrimTy)-primOpInfo Word32ExtendOp = mkGenPrimOp (fsLit "extendWord32#")  [] [word32PrimTy] (wordPrimTy)-primOpInfo Word32NarrowOp = mkGenPrimOp (fsLit "narrowWord32#")  [] [wordPrimTy] (word32PrimTy)+primOpInfo Int32ToIntOp = mkGenPrimOp (fsLit "extendInt32#")  [] [int32PrimTy] (intPrimTy)+primOpInfo IntToInt32Op = mkGenPrimOp (fsLit "narrowInt32#")  [] [intPrimTy] (int32PrimTy)+primOpInfo Int32NegOp = mkGenPrimOp (fsLit "negateInt32#")  [] [int32PrimTy] (int32PrimTy)+primOpInfo Int32AddOp = mkGenPrimOp (fsLit "plusInt32#")  [] [int32PrimTy, int32PrimTy] (int32PrimTy)+primOpInfo Int32SubOp = mkGenPrimOp (fsLit "subInt32#")  [] [int32PrimTy, int32PrimTy] (int32PrimTy)+primOpInfo Int32MulOp = mkGenPrimOp (fsLit "timesInt32#")  [] [int32PrimTy, int32PrimTy] (int32PrimTy)+primOpInfo Int32QuotOp = mkGenPrimOp (fsLit "quotInt32#")  [] [int32PrimTy, int32PrimTy] (int32PrimTy)+primOpInfo Int32RemOp = mkGenPrimOp (fsLit "remInt32#")  [] [int32PrimTy, int32PrimTy] (int32PrimTy)+primOpInfo Int32QuotRemOp = mkGenPrimOp (fsLit "quotRemInt32#")  [] [int32PrimTy, int32PrimTy] ((mkTupleTy Unboxed [int32PrimTy, int32PrimTy]))+primOpInfo Int32SllOp = mkGenPrimOp (fsLit "uncheckedShiftLInt32#")  [] [int32PrimTy, intPrimTy] (int32PrimTy)+primOpInfo Int32SraOp = mkGenPrimOp (fsLit "uncheckedShiftRAInt32#")  [] [int32PrimTy, intPrimTy] (int32PrimTy)+primOpInfo Int32SrlOp = mkGenPrimOp (fsLit "uncheckedShiftRLInt32#")  [] [int32PrimTy, intPrimTy] (int32PrimTy)+primOpInfo Int32ToWord32Op = mkGenPrimOp (fsLit "int32ToWord32#")  [] [int32PrimTy] (word32PrimTy)+primOpInfo Int32EqOp = mkCompare (fsLit "eqInt32#") int32PrimTy+primOpInfo Int32GeOp = mkCompare (fsLit "geInt32#") int32PrimTy+primOpInfo Int32GtOp = mkCompare (fsLit "gtInt32#") int32PrimTy+primOpInfo Int32LeOp = mkCompare (fsLit "leInt32#") int32PrimTy+primOpInfo Int32LtOp = mkCompare (fsLit "ltInt32#") int32PrimTy+primOpInfo Int32NeOp = mkCompare (fsLit "neInt32#") int32PrimTy+primOpInfo Word32ToWordOp = mkGenPrimOp (fsLit "extendWord32#")  [] [word32PrimTy] (wordPrimTy)+primOpInfo WordToWord32Op = mkGenPrimOp (fsLit "narrowWord32#")  [] [wordPrimTy] (word32PrimTy)+primOpInfo Word32AddOp = mkGenPrimOp (fsLit "plusWord32#")  [] [word32PrimTy, word32PrimTy] (word32PrimTy)+primOpInfo Word32SubOp = mkGenPrimOp (fsLit "subWord32#")  [] [word32PrimTy, word32PrimTy] (word32PrimTy)+primOpInfo Word32MulOp = mkGenPrimOp (fsLit "timesWord32#")  [] [word32PrimTy, word32PrimTy] (word32PrimTy)+primOpInfo Word32QuotOp = mkGenPrimOp (fsLit "quotWord32#")  [] [word32PrimTy, word32PrimTy] (word32PrimTy)+primOpInfo Word32RemOp = mkGenPrimOp (fsLit "remWord32#")  [] [word32PrimTy, word32PrimTy] (word32PrimTy)+primOpInfo Word32QuotRemOp = mkGenPrimOp (fsLit "quotRemWord32#")  [] [word32PrimTy, word32PrimTy] ((mkTupleTy Unboxed [word32PrimTy, word32PrimTy]))+primOpInfo Word32AndOp = mkGenPrimOp (fsLit "andWord32#")  [] [word32PrimTy, word32PrimTy] (word32PrimTy)+primOpInfo Word32OrOp = mkGenPrimOp (fsLit "orWord32#")  [] [word32PrimTy, word32PrimTy] (word32PrimTy)+primOpInfo Word32XorOp = mkGenPrimOp (fsLit "xorWord32#")  [] [word32PrimTy, word32PrimTy] (word32PrimTy)+primOpInfo Word32NotOp = mkGenPrimOp (fsLit "notWord32#")  [] [word32PrimTy] (word32PrimTy)+primOpInfo Word32SllOp = mkGenPrimOp (fsLit "uncheckedShiftLWord32#")  [] [word32PrimTy, intPrimTy] (word32PrimTy)+primOpInfo Word32SrlOp = mkGenPrimOp (fsLit "uncheckedShiftRLWord32#")  [] [word32PrimTy, intPrimTy] (word32PrimTy)+primOpInfo Word32ToInt32Op = mkGenPrimOp (fsLit "word32ToInt32#")  [] [word32PrimTy] (int32PrimTy)+primOpInfo Word32EqOp = mkCompare (fsLit "eqWord32#") word32PrimTy+primOpInfo Word32GeOp = mkCompare (fsLit "geWord32#") word32PrimTy+primOpInfo Word32GtOp = mkCompare (fsLit "gtWord32#") word32PrimTy+primOpInfo Word32LeOp = mkCompare (fsLit "leWord32#") word32PrimTy+primOpInfo Word32LtOp = mkCompare (fsLit "ltWord32#") word32PrimTy+primOpInfo Word32NeOp = mkCompare (fsLit "neWord32#") word32PrimTy primOpInfo IntAddOp = mkGenPrimOp (fsLit "+#")  [] [intPrimTy, intPrimTy] (intPrimTy) primOpInfo IntSubOp = mkGenPrimOp (fsLit "-#")  [] [intPrimTy, intPrimTy] (intPrimTy) primOpInfo IntMulOp = mkGenPrimOp (fsLit "*#")  [] [intPrimTy, intPrimTy] (intPrimTy)
ghc-lib/stage0/compiler/build/primop-tag.hs-incl view
@@ -1,1227 +1,1283 @@ maxPrimOpTag :: Int-maxPrimOpTag = 1224-primOpTag :: PrimOp -> Int-primOpTag CharGtOp = 1-primOpTag CharGeOp = 2-primOpTag CharEqOp = 3-primOpTag CharNeOp = 4-primOpTag CharLtOp = 5-primOpTag CharLeOp = 6-primOpTag OrdOp = 7-primOpTag Int8ExtendOp = 8-primOpTag Int8NarrowOp = 9-primOpTag Int8NegOp = 10-primOpTag Int8AddOp = 11-primOpTag Int8SubOp = 12-primOpTag Int8MulOp = 13-primOpTag Int8QuotOp = 14-primOpTag Int8RemOp = 15-primOpTag Int8QuotRemOp = 16-primOpTag Int8EqOp = 17-primOpTag Int8GeOp = 18-primOpTag Int8GtOp = 19-primOpTag Int8LeOp = 20-primOpTag Int8LtOp = 21-primOpTag Int8NeOp = 22-primOpTag Word8ExtendOp = 23-primOpTag Word8NarrowOp = 24-primOpTag Word8NotOp = 25-primOpTag Word8AddOp = 26-primOpTag Word8SubOp = 27-primOpTag Word8MulOp = 28-primOpTag Word8QuotOp = 29-primOpTag Word8RemOp = 30-primOpTag Word8QuotRemOp = 31-primOpTag Word8EqOp = 32-primOpTag Word8GeOp = 33-primOpTag Word8GtOp = 34-primOpTag Word8LeOp = 35-primOpTag Word8LtOp = 36-primOpTag Word8NeOp = 37-primOpTag Int16ExtendOp = 38-primOpTag Int16NarrowOp = 39-primOpTag Int16NegOp = 40-primOpTag Int16AddOp = 41-primOpTag Int16SubOp = 42-primOpTag Int16MulOp = 43-primOpTag Int16QuotOp = 44-primOpTag Int16RemOp = 45-primOpTag Int16QuotRemOp = 46-primOpTag Int16EqOp = 47-primOpTag Int16GeOp = 48-primOpTag Int16GtOp = 49-primOpTag Int16LeOp = 50-primOpTag Int16LtOp = 51-primOpTag Int16NeOp = 52-primOpTag Word16ExtendOp = 53-primOpTag Word16NarrowOp = 54-primOpTag Word16NotOp = 55-primOpTag Word16AddOp = 56-primOpTag Word16SubOp = 57-primOpTag Word16MulOp = 58-primOpTag Word16QuotOp = 59-primOpTag Word16RemOp = 60-primOpTag Word16QuotRemOp = 61-primOpTag Word16EqOp = 62-primOpTag Word16GeOp = 63-primOpTag Word16GtOp = 64-primOpTag Word16LeOp = 65-primOpTag Word16LtOp = 66-primOpTag Word16NeOp = 67-primOpTag Int32ExtendOp = 68-primOpTag Int32NarrowOp = 69-primOpTag Word32ExtendOp = 70-primOpTag Word32NarrowOp = 71-primOpTag IntAddOp = 72-primOpTag IntSubOp = 73-primOpTag IntMulOp = 74-primOpTag IntMul2Op = 75-primOpTag IntMulMayOfloOp = 76-primOpTag IntQuotOp = 77-primOpTag IntRemOp = 78-primOpTag IntQuotRemOp = 79-primOpTag IntAndOp = 80-primOpTag IntOrOp = 81-primOpTag IntXorOp = 82-primOpTag IntNotOp = 83-primOpTag IntNegOp = 84-primOpTag IntAddCOp = 85-primOpTag IntSubCOp = 86-primOpTag IntGtOp = 87-primOpTag IntGeOp = 88-primOpTag IntEqOp = 89-primOpTag IntNeOp = 90-primOpTag IntLtOp = 91-primOpTag IntLeOp = 92-primOpTag ChrOp = 93-primOpTag IntToWordOp = 94-primOpTag IntToFloatOp = 95-primOpTag IntToDoubleOp = 96-primOpTag WordToFloatOp = 97-primOpTag WordToDoubleOp = 98-primOpTag IntSllOp = 99-primOpTag IntSraOp = 100-primOpTag IntSrlOp = 101-primOpTag WordAddOp = 102-primOpTag WordAddCOp = 103-primOpTag WordSubCOp = 104-primOpTag WordAdd2Op = 105-primOpTag WordSubOp = 106-primOpTag WordMulOp = 107-primOpTag WordMul2Op = 108-primOpTag WordQuotOp = 109-primOpTag WordRemOp = 110-primOpTag WordQuotRemOp = 111-primOpTag WordQuotRem2Op = 112-primOpTag WordAndOp = 113-primOpTag WordOrOp = 114-primOpTag WordXorOp = 115-primOpTag WordNotOp = 116-primOpTag WordSllOp = 117-primOpTag WordSrlOp = 118-primOpTag WordToIntOp = 119-primOpTag WordGtOp = 120-primOpTag WordGeOp = 121-primOpTag WordEqOp = 122-primOpTag WordNeOp = 123-primOpTag WordLtOp = 124-primOpTag WordLeOp = 125-primOpTag PopCnt8Op = 126-primOpTag PopCnt16Op = 127-primOpTag PopCnt32Op = 128-primOpTag PopCnt64Op = 129-primOpTag PopCntOp = 130-primOpTag Pdep8Op = 131-primOpTag Pdep16Op = 132-primOpTag Pdep32Op = 133-primOpTag Pdep64Op = 134-primOpTag PdepOp = 135-primOpTag Pext8Op = 136-primOpTag Pext16Op = 137-primOpTag Pext32Op = 138-primOpTag Pext64Op = 139-primOpTag PextOp = 140-primOpTag Clz8Op = 141-primOpTag Clz16Op = 142-primOpTag Clz32Op = 143-primOpTag Clz64Op = 144-primOpTag ClzOp = 145-primOpTag Ctz8Op = 146-primOpTag Ctz16Op = 147-primOpTag Ctz32Op = 148-primOpTag Ctz64Op = 149-primOpTag CtzOp = 150-primOpTag BSwap16Op = 151-primOpTag BSwap32Op = 152-primOpTag BSwap64Op = 153-primOpTag BSwapOp = 154-primOpTag BRev8Op = 155-primOpTag BRev16Op = 156-primOpTag BRev32Op = 157-primOpTag BRev64Op = 158-primOpTag BRevOp = 159-primOpTag Narrow8IntOp = 160-primOpTag Narrow16IntOp = 161-primOpTag Narrow32IntOp = 162-primOpTag Narrow8WordOp = 163-primOpTag Narrow16WordOp = 164-primOpTag Narrow32WordOp = 165-primOpTag DoubleGtOp = 166-primOpTag DoubleGeOp = 167-primOpTag DoubleEqOp = 168-primOpTag DoubleNeOp = 169-primOpTag DoubleLtOp = 170-primOpTag DoubleLeOp = 171-primOpTag DoubleAddOp = 172-primOpTag DoubleSubOp = 173-primOpTag DoubleMulOp = 174-primOpTag DoubleDivOp = 175-primOpTag DoubleNegOp = 176-primOpTag DoubleFabsOp = 177-primOpTag DoubleToIntOp = 178-primOpTag DoubleToFloatOp = 179-primOpTag DoubleExpOp = 180-primOpTag DoubleExpM1Op = 181-primOpTag DoubleLogOp = 182-primOpTag DoubleLog1POp = 183-primOpTag DoubleSqrtOp = 184-primOpTag DoubleSinOp = 185-primOpTag DoubleCosOp = 186-primOpTag DoubleTanOp = 187-primOpTag DoubleAsinOp = 188-primOpTag DoubleAcosOp = 189-primOpTag DoubleAtanOp = 190-primOpTag DoubleSinhOp = 191-primOpTag DoubleCoshOp = 192-primOpTag DoubleTanhOp = 193-primOpTag DoubleAsinhOp = 194-primOpTag DoubleAcoshOp = 195-primOpTag DoubleAtanhOp = 196-primOpTag DoublePowerOp = 197-primOpTag DoubleDecode_2IntOp = 198-primOpTag DoubleDecode_Int64Op = 199-primOpTag FloatGtOp = 200-primOpTag FloatGeOp = 201-primOpTag FloatEqOp = 202-primOpTag FloatNeOp = 203-primOpTag FloatLtOp = 204-primOpTag FloatLeOp = 205-primOpTag FloatAddOp = 206-primOpTag FloatSubOp = 207-primOpTag FloatMulOp = 208-primOpTag FloatDivOp = 209-primOpTag FloatNegOp = 210-primOpTag FloatFabsOp = 211-primOpTag FloatToIntOp = 212-primOpTag FloatExpOp = 213-primOpTag FloatExpM1Op = 214-primOpTag FloatLogOp = 215-primOpTag FloatLog1POp = 216-primOpTag FloatSqrtOp = 217-primOpTag FloatSinOp = 218-primOpTag FloatCosOp = 219-primOpTag FloatTanOp = 220-primOpTag FloatAsinOp = 221-primOpTag FloatAcosOp = 222-primOpTag FloatAtanOp = 223-primOpTag FloatSinhOp = 224-primOpTag FloatCoshOp = 225-primOpTag FloatTanhOp = 226-primOpTag FloatAsinhOp = 227-primOpTag FloatAcoshOp = 228-primOpTag FloatAtanhOp = 229-primOpTag FloatPowerOp = 230-primOpTag FloatToDoubleOp = 231-primOpTag FloatDecode_IntOp = 232-primOpTag NewArrayOp = 233-primOpTag SameMutableArrayOp = 234-primOpTag ReadArrayOp = 235-primOpTag WriteArrayOp = 236-primOpTag SizeofArrayOp = 237-primOpTag SizeofMutableArrayOp = 238-primOpTag IndexArrayOp = 239-primOpTag UnsafeFreezeArrayOp = 240-primOpTag UnsafeThawArrayOp = 241-primOpTag CopyArrayOp = 242-primOpTag CopyMutableArrayOp = 243-primOpTag CloneArrayOp = 244-primOpTag CloneMutableArrayOp = 245-primOpTag FreezeArrayOp = 246-primOpTag ThawArrayOp = 247-primOpTag CasArrayOp = 248-primOpTag NewSmallArrayOp = 249-primOpTag SameSmallMutableArrayOp = 250-primOpTag ShrinkSmallMutableArrayOp_Char = 251-primOpTag ReadSmallArrayOp = 252-primOpTag WriteSmallArrayOp = 253-primOpTag SizeofSmallArrayOp = 254-primOpTag SizeofSmallMutableArrayOp = 255-primOpTag GetSizeofSmallMutableArrayOp = 256-primOpTag IndexSmallArrayOp = 257-primOpTag UnsafeFreezeSmallArrayOp = 258-primOpTag UnsafeThawSmallArrayOp = 259-primOpTag CopySmallArrayOp = 260-primOpTag CopySmallMutableArrayOp = 261-primOpTag CloneSmallArrayOp = 262-primOpTag CloneSmallMutableArrayOp = 263-primOpTag FreezeSmallArrayOp = 264-primOpTag ThawSmallArrayOp = 265-primOpTag CasSmallArrayOp = 266-primOpTag NewByteArrayOp_Char = 267-primOpTag NewPinnedByteArrayOp_Char = 268-primOpTag NewAlignedPinnedByteArrayOp_Char = 269-primOpTag MutableByteArrayIsPinnedOp = 270-primOpTag ByteArrayIsPinnedOp = 271-primOpTag ByteArrayContents_Char = 272-primOpTag SameMutableByteArrayOp = 273-primOpTag ShrinkMutableByteArrayOp_Char = 274-primOpTag ResizeMutableByteArrayOp_Char = 275-primOpTag UnsafeFreezeByteArrayOp = 276-primOpTag SizeofByteArrayOp = 277-primOpTag SizeofMutableByteArrayOp = 278-primOpTag GetSizeofMutableByteArrayOp = 279-primOpTag IndexByteArrayOp_Char = 280-primOpTag IndexByteArrayOp_WideChar = 281-primOpTag IndexByteArrayOp_Int = 282-primOpTag IndexByteArrayOp_Word = 283-primOpTag IndexByteArrayOp_Addr = 284-primOpTag IndexByteArrayOp_Float = 285-primOpTag IndexByteArrayOp_Double = 286-primOpTag IndexByteArrayOp_StablePtr = 287-primOpTag IndexByteArrayOp_Int8 = 288-primOpTag IndexByteArrayOp_Int16 = 289-primOpTag IndexByteArrayOp_Int32 = 290-primOpTag IndexByteArrayOp_Int64 = 291-primOpTag IndexByteArrayOp_Word8 = 292-primOpTag IndexByteArrayOp_Word16 = 293-primOpTag IndexByteArrayOp_Word32 = 294-primOpTag IndexByteArrayOp_Word64 = 295-primOpTag IndexByteArrayOp_Word8AsChar = 296-primOpTag IndexByteArrayOp_Word8AsWideChar = 297-primOpTag IndexByteArrayOp_Word8AsInt = 298-primOpTag IndexByteArrayOp_Word8AsWord = 299-primOpTag IndexByteArrayOp_Word8AsAddr = 300-primOpTag IndexByteArrayOp_Word8AsFloat = 301-primOpTag IndexByteArrayOp_Word8AsDouble = 302-primOpTag IndexByteArrayOp_Word8AsStablePtr = 303-primOpTag IndexByteArrayOp_Word8AsInt16 = 304-primOpTag IndexByteArrayOp_Word8AsInt32 = 305-primOpTag IndexByteArrayOp_Word8AsInt64 = 306-primOpTag IndexByteArrayOp_Word8AsWord16 = 307-primOpTag IndexByteArrayOp_Word8AsWord32 = 308-primOpTag IndexByteArrayOp_Word8AsWord64 = 309-primOpTag ReadByteArrayOp_Char = 310-primOpTag ReadByteArrayOp_WideChar = 311-primOpTag ReadByteArrayOp_Int = 312-primOpTag ReadByteArrayOp_Word = 313-primOpTag ReadByteArrayOp_Addr = 314-primOpTag ReadByteArrayOp_Float = 315-primOpTag ReadByteArrayOp_Double = 316-primOpTag ReadByteArrayOp_StablePtr = 317-primOpTag ReadByteArrayOp_Int8 = 318-primOpTag ReadByteArrayOp_Int16 = 319-primOpTag ReadByteArrayOp_Int32 = 320-primOpTag ReadByteArrayOp_Int64 = 321-primOpTag ReadByteArrayOp_Word8 = 322-primOpTag ReadByteArrayOp_Word16 = 323-primOpTag ReadByteArrayOp_Word32 = 324-primOpTag ReadByteArrayOp_Word64 = 325-primOpTag ReadByteArrayOp_Word8AsChar = 326-primOpTag ReadByteArrayOp_Word8AsWideChar = 327-primOpTag ReadByteArrayOp_Word8AsInt = 328-primOpTag ReadByteArrayOp_Word8AsWord = 329-primOpTag ReadByteArrayOp_Word8AsAddr = 330-primOpTag ReadByteArrayOp_Word8AsFloat = 331-primOpTag ReadByteArrayOp_Word8AsDouble = 332-primOpTag ReadByteArrayOp_Word8AsStablePtr = 333-primOpTag ReadByteArrayOp_Word8AsInt16 = 334-primOpTag ReadByteArrayOp_Word8AsInt32 = 335-primOpTag ReadByteArrayOp_Word8AsInt64 = 336-primOpTag ReadByteArrayOp_Word8AsWord16 = 337-primOpTag ReadByteArrayOp_Word8AsWord32 = 338-primOpTag ReadByteArrayOp_Word8AsWord64 = 339-primOpTag WriteByteArrayOp_Char = 340-primOpTag WriteByteArrayOp_WideChar = 341-primOpTag WriteByteArrayOp_Int = 342-primOpTag WriteByteArrayOp_Word = 343-primOpTag WriteByteArrayOp_Addr = 344-primOpTag WriteByteArrayOp_Float = 345-primOpTag WriteByteArrayOp_Double = 346-primOpTag WriteByteArrayOp_StablePtr = 347-primOpTag WriteByteArrayOp_Int8 = 348-primOpTag WriteByteArrayOp_Int16 = 349-primOpTag WriteByteArrayOp_Int32 = 350-primOpTag WriteByteArrayOp_Int64 = 351-primOpTag WriteByteArrayOp_Word8 = 352-primOpTag WriteByteArrayOp_Word16 = 353-primOpTag WriteByteArrayOp_Word32 = 354-primOpTag WriteByteArrayOp_Word64 = 355-primOpTag WriteByteArrayOp_Word8AsChar = 356-primOpTag WriteByteArrayOp_Word8AsWideChar = 357-primOpTag WriteByteArrayOp_Word8AsInt = 358-primOpTag WriteByteArrayOp_Word8AsWord = 359-primOpTag WriteByteArrayOp_Word8AsAddr = 360-primOpTag WriteByteArrayOp_Word8AsFloat = 361-primOpTag WriteByteArrayOp_Word8AsDouble = 362-primOpTag WriteByteArrayOp_Word8AsStablePtr = 363-primOpTag WriteByteArrayOp_Word8AsInt16 = 364-primOpTag WriteByteArrayOp_Word8AsInt32 = 365-primOpTag WriteByteArrayOp_Word8AsInt64 = 366-primOpTag WriteByteArrayOp_Word8AsWord16 = 367-primOpTag WriteByteArrayOp_Word8AsWord32 = 368-primOpTag WriteByteArrayOp_Word8AsWord64 = 369-primOpTag CompareByteArraysOp = 370-primOpTag CopyByteArrayOp = 371-primOpTag CopyMutableByteArrayOp = 372-primOpTag CopyByteArrayToAddrOp = 373-primOpTag CopyMutableByteArrayToAddrOp = 374-primOpTag CopyAddrToByteArrayOp = 375-primOpTag SetByteArrayOp = 376-primOpTag AtomicReadByteArrayOp_Int = 377-primOpTag AtomicWriteByteArrayOp_Int = 378-primOpTag CasByteArrayOp_Int = 379-primOpTag FetchAddByteArrayOp_Int = 380-primOpTag FetchSubByteArrayOp_Int = 381-primOpTag FetchAndByteArrayOp_Int = 382-primOpTag FetchNandByteArrayOp_Int = 383-primOpTag FetchOrByteArrayOp_Int = 384-primOpTag FetchXorByteArrayOp_Int = 385-primOpTag NewArrayArrayOp = 386-primOpTag SameMutableArrayArrayOp = 387-primOpTag UnsafeFreezeArrayArrayOp = 388-primOpTag SizeofArrayArrayOp = 389-primOpTag SizeofMutableArrayArrayOp = 390-primOpTag IndexArrayArrayOp_ByteArray = 391-primOpTag IndexArrayArrayOp_ArrayArray = 392-primOpTag ReadArrayArrayOp_ByteArray = 393-primOpTag ReadArrayArrayOp_MutableByteArray = 394-primOpTag ReadArrayArrayOp_ArrayArray = 395-primOpTag ReadArrayArrayOp_MutableArrayArray = 396-primOpTag WriteArrayArrayOp_ByteArray = 397-primOpTag WriteArrayArrayOp_MutableByteArray = 398-primOpTag WriteArrayArrayOp_ArrayArray = 399-primOpTag WriteArrayArrayOp_MutableArrayArray = 400-primOpTag CopyArrayArrayOp = 401-primOpTag CopyMutableArrayArrayOp = 402-primOpTag AddrAddOp = 403-primOpTag AddrSubOp = 404-primOpTag AddrRemOp = 405-primOpTag AddrToIntOp = 406-primOpTag IntToAddrOp = 407-primOpTag AddrGtOp = 408-primOpTag AddrGeOp = 409-primOpTag AddrEqOp = 410-primOpTag AddrNeOp = 411-primOpTag AddrLtOp = 412-primOpTag AddrLeOp = 413-primOpTag IndexOffAddrOp_Char = 414-primOpTag IndexOffAddrOp_WideChar = 415-primOpTag IndexOffAddrOp_Int = 416-primOpTag IndexOffAddrOp_Word = 417-primOpTag IndexOffAddrOp_Addr = 418-primOpTag IndexOffAddrOp_Float = 419-primOpTag IndexOffAddrOp_Double = 420-primOpTag IndexOffAddrOp_StablePtr = 421-primOpTag IndexOffAddrOp_Int8 = 422-primOpTag IndexOffAddrOp_Int16 = 423-primOpTag IndexOffAddrOp_Int32 = 424-primOpTag IndexOffAddrOp_Int64 = 425-primOpTag IndexOffAddrOp_Word8 = 426-primOpTag IndexOffAddrOp_Word16 = 427-primOpTag IndexOffAddrOp_Word32 = 428-primOpTag IndexOffAddrOp_Word64 = 429-primOpTag ReadOffAddrOp_Char = 430-primOpTag ReadOffAddrOp_WideChar = 431-primOpTag ReadOffAddrOp_Int = 432-primOpTag ReadOffAddrOp_Word = 433-primOpTag ReadOffAddrOp_Addr = 434-primOpTag ReadOffAddrOp_Float = 435-primOpTag ReadOffAddrOp_Double = 436-primOpTag ReadOffAddrOp_StablePtr = 437-primOpTag ReadOffAddrOp_Int8 = 438-primOpTag ReadOffAddrOp_Int16 = 439-primOpTag ReadOffAddrOp_Int32 = 440-primOpTag ReadOffAddrOp_Int64 = 441-primOpTag ReadOffAddrOp_Word8 = 442-primOpTag ReadOffAddrOp_Word16 = 443-primOpTag ReadOffAddrOp_Word32 = 444-primOpTag ReadOffAddrOp_Word64 = 445-primOpTag WriteOffAddrOp_Char = 446-primOpTag WriteOffAddrOp_WideChar = 447-primOpTag WriteOffAddrOp_Int = 448-primOpTag WriteOffAddrOp_Word = 449-primOpTag WriteOffAddrOp_Addr = 450-primOpTag WriteOffAddrOp_Float = 451-primOpTag WriteOffAddrOp_Double = 452-primOpTag WriteOffAddrOp_StablePtr = 453-primOpTag WriteOffAddrOp_Int8 = 454-primOpTag WriteOffAddrOp_Int16 = 455-primOpTag WriteOffAddrOp_Int32 = 456-primOpTag WriteOffAddrOp_Int64 = 457-primOpTag WriteOffAddrOp_Word8 = 458-primOpTag WriteOffAddrOp_Word16 = 459-primOpTag WriteOffAddrOp_Word32 = 460-primOpTag WriteOffAddrOp_Word64 = 461-primOpTag InterlockedExchange_Addr = 462-primOpTag InterlockedExchange_Word = 463-primOpTag CasAddrOp_Addr = 464-primOpTag CasAddrOp_Word = 465-primOpTag FetchAddAddrOp_Word = 466-primOpTag FetchSubAddrOp_Word = 467-primOpTag FetchAndAddrOp_Word = 468-primOpTag FetchNandAddrOp_Word = 469-primOpTag FetchOrAddrOp_Word = 470-primOpTag FetchXorAddrOp_Word = 471-primOpTag AtomicReadAddrOp_Word = 472-primOpTag AtomicWriteAddrOp_Word = 473-primOpTag NewMutVarOp = 474-primOpTag ReadMutVarOp = 475-primOpTag WriteMutVarOp = 476-primOpTag SameMutVarOp = 477-primOpTag AtomicModifyMutVar2Op = 478-primOpTag AtomicModifyMutVar_Op = 479-primOpTag CasMutVarOp = 480-primOpTag CatchOp = 481-primOpTag RaiseOp = 482-primOpTag RaiseIOOp = 483-primOpTag MaskAsyncExceptionsOp = 484-primOpTag MaskUninterruptibleOp = 485-primOpTag UnmaskAsyncExceptionsOp = 486-primOpTag MaskStatus = 487-primOpTag AtomicallyOp = 488-primOpTag RetryOp = 489-primOpTag CatchRetryOp = 490-primOpTag CatchSTMOp = 491-primOpTag NewTVarOp = 492-primOpTag ReadTVarOp = 493-primOpTag ReadTVarIOOp = 494-primOpTag WriteTVarOp = 495-primOpTag SameTVarOp = 496-primOpTag NewMVarOp = 497-primOpTag TakeMVarOp = 498-primOpTag TryTakeMVarOp = 499-primOpTag PutMVarOp = 500-primOpTag TryPutMVarOp = 501-primOpTag ReadMVarOp = 502-primOpTag TryReadMVarOp = 503-primOpTag SameMVarOp = 504-primOpTag IsEmptyMVarOp = 505-primOpTag NewIOPortrOp = 506-primOpTag ReadIOPortOp = 507-primOpTag WriteIOPortOp = 508-primOpTag SameIOPortOp = 509-primOpTag DelayOp = 510-primOpTag WaitReadOp = 511-primOpTag WaitWriteOp = 512-primOpTag ForkOp = 513-primOpTag ForkOnOp = 514-primOpTag KillThreadOp = 515-primOpTag YieldOp = 516-primOpTag MyThreadIdOp = 517-primOpTag LabelThreadOp = 518-primOpTag IsCurrentThreadBoundOp = 519-primOpTag NoDuplicateOp = 520-primOpTag ThreadStatusOp = 521-primOpTag MkWeakOp = 522-primOpTag MkWeakNoFinalizerOp = 523-primOpTag AddCFinalizerToWeakOp = 524-primOpTag DeRefWeakOp = 525-primOpTag FinalizeWeakOp = 526-primOpTag TouchOp = 527-primOpTag MakeStablePtrOp = 528-primOpTag DeRefStablePtrOp = 529-primOpTag EqStablePtrOp = 530-primOpTag MakeStableNameOp = 531-primOpTag EqStableNameOp = 532-primOpTag StableNameToIntOp = 533-primOpTag CompactNewOp = 534-primOpTag CompactResizeOp = 535-primOpTag CompactContainsOp = 536-primOpTag CompactContainsAnyOp = 537-primOpTag CompactGetFirstBlockOp = 538-primOpTag CompactGetNextBlockOp = 539-primOpTag CompactAllocateBlockOp = 540-primOpTag CompactFixupPointersOp = 541-primOpTag CompactAdd = 542-primOpTag CompactAddWithSharing = 543-primOpTag CompactSize = 544-primOpTag ReallyUnsafePtrEqualityOp = 545-primOpTag ParOp = 546-primOpTag SparkOp = 547-primOpTag SeqOp = 548-primOpTag GetSparkOp = 549-primOpTag NumSparks = 550-primOpTag DataToTagOp = 551-primOpTag TagToEnumOp = 552-primOpTag AddrToAnyOp = 553-primOpTag AnyToAddrOp = 554-primOpTag MkApUpd0_Op = 555-primOpTag NewBCOOp = 556-primOpTag UnpackClosureOp = 557-primOpTag ClosureSizeOp = 558-primOpTag GetApStackValOp = 559-primOpTag GetCCSOfOp = 560-primOpTag GetCurrentCCSOp = 561-primOpTag ClearCCSOp = 562-primOpTag TraceEventOp = 563-primOpTag TraceEventBinaryOp = 564-primOpTag TraceMarkerOp = 565-primOpTag SetThreadAllocationCounter = 566-primOpTag (VecBroadcastOp IntVec 16 W8) = 567-primOpTag (VecBroadcastOp IntVec 8 W16) = 568-primOpTag (VecBroadcastOp IntVec 4 W32) = 569-primOpTag (VecBroadcastOp IntVec 2 W64) = 570-primOpTag (VecBroadcastOp IntVec 32 W8) = 571-primOpTag (VecBroadcastOp IntVec 16 W16) = 572-primOpTag (VecBroadcastOp IntVec 8 W32) = 573-primOpTag (VecBroadcastOp IntVec 4 W64) = 574-primOpTag (VecBroadcastOp IntVec 64 W8) = 575-primOpTag (VecBroadcastOp IntVec 32 W16) = 576-primOpTag (VecBroadcastOp IntVec 16 W32) = 577-primOpTag (VecBroadcastOp IntVec 8 W64) = 578-primOpTag (VecBroadcastOp WordVec 16 W8) = 579-primOpTag (VecBroadcastOp WordVec 8 W16) = 580-primOpTag (VecBroadcastOp WordVec 4 W32) = 581-primOpTag (VecBroadcastOp WordVec 2 W64) = 582-primOpTag (VecBroadcastOp WordVec 32 W8) = 583-primOpTag (VecBroadcastOp WordVec 16 W16) = 584-primOpTag (VecBroadcastOp WordVec 8 W32) = 585-primOpTag (VecBroadcastOp WordVec 4 W64) = 586-primOpTag (VecBroadcastOp WordVec 64 W8) = 587-primOpTag (VecBroadcastOp WordVec 32 W16) = 588-primOpTag (VecBroadcastOp WordVec 16 W32) = 589-primOpTag (VecBroadcastOp WordVec 8 W64) = 590-primOpTag (VecBroadcastOp FloatVec 4 W32) = 591-primOpTag (VecBroadcastOp FloatVec 2 W64) = 592-primOpTag (VecBroadcastOp FloatVec 8 W32) = 593-primOpTag (VecBroadcastOp FloatVec 4 W64) = 594-primOpTag (VecBroadcastOp FloatVec 16 W32) = 595-primOpTag (VecBroadcastOp FloatVec 8 W64) = 596-primOpTag (VecPackOp IntVec 16 W8) = 597-primOpTag (VecPackOp IntVec 8 W16) = 598-primOpTag (VecPackOp IntVec 4 W32) = 599-primOpTag (VecPackOp IntVec 2 W64) = 600-primOpTag (VecPackOp IntVec 32 W8) = 601-primOpTag (VecPackOp IntVec 16 W16) = 602-primOpTag (VecPackOp IntVec 8 W32) = 603-primOpTag (VecPackOp IntVec 4 W64) = 604-primOpTag (VecPackOp IntVec 64 W8) = 605-primOpTag (VecPackOp IntVec 32 W16) = 606-primOpTag (VecPackOp IntVec 16 W32) = 607-primOpTag (VecPackOp IntVec 8 W64) = 608-primOpTag (VecPackOp WordVec 16 W8) = 609-primOpTag (VecPackOp WordVec 8 W16) = 610-primOpTag (VecPackOp WordVec 4 W32) = 611-primOpTag (VecPackOp WordVec 2 W64) = 612-primOpTag (VecPackOp WordVec 32 W8) = 613-primOpTag (VecPackOp WordVec 16 W16) = 614-primOpTag (VecPackOp WordVec 8 W32) = 615-primOpTag (VecPackOp WordVec 4 W64) = 616-primOpTag (VecPackOp WordVec 64 W8) = 617-primOpTag (VecPackOp WordVec 32 W16) = 618-primOpTag (VecPackOp WordVec 16 W32) = 619-primOpTag (VecPackOp WordVec 8 W64) = 620-primOpTag (VecPackOp FloatVec 4 W32) = 621-primOpTag (VecPackOp FloatVec 2 W64) = 622-primOpTag (VecPackOp FloatVec 8 W32) = 623-primOpTag (VecPackOp FloatVec 4 W64) = 624-primOpTag (VecPackOp FloatVec 16 W32) = 625-primOpTag (VecPackOp FloatVec 8 W64) = 626-primOpTag (VecUnpackOp IntVec 16 W8) = 627-primOpTag (VecUnpackOp IntVec 8 W16) = 628-primOpTag (VecUnpackOp IntVec 4 W32) = 629-primOpTag (VecUnpackOp IntVec 2 W64) = 630-primOpTag (VecUnpackOp IntVec 32 W8) = 631-primOpTag (VecUnpackOp IntVec 16 W16) = 632-primOpTag (VecUnpackOp IntVec 8 W32) = 633-primOpTag (VecUnpackOp IntVec 4 W64) = 634-primOpTag (VecUnpackOp IntVec 64 W8) = 635-primOpTag (VecUnpackOp IntVec 32 W16) = 636-primOpTag (VecUnpackOp IntVec 16 W32) = 637-primOpTag (VecUnpackOp IntVec 8 W64) = 638-primOpTag (VecUnpackOp WordVec 16 W8) = 639-primOpTag (VecUnpackOp WordVec 8 W16) = 640-primOpTag (VecUnpackOp WordVec 4 W32) = 641-primOpTag (VecUnpackOp WordVec 2 W64) = 642-primOpTag (VecUnpackOp WordVec 32 W8) = 643-primOpTag (VecUnpackOp WordVec 16 W16) = 644-primOpTag (VecUnpackOp WordVec 8 W32) = 645-primOpTag (VecUnpackOp WordVec 4 W64) = 646-primOpTag (VecUnpackOp WordVec 64 W8) = 647-primOpTag (VecUnpackOp WordVec 32 W16) = 648-primOpTag (VecUnpackOp WordVec 16 W32) = 649-primOpTag (VecUnpackOp WordVec 8 W64) = 650-primOpTag (VecUnpackOp FloatVec 4 W32) = 651-primOpTag (VecUnpackOp FloatVec 2 W64) = 652-primOpTag (VecUnpackOp FloatVec 8 W32) = 653-primOpTag (VecUnpackOp FloatVec 4 W64) = 654-primOpTag (VecUnpackOp FloatVec 16 W32) = 655-primOpTag (VecUnpackOp FloatVec 8 W64) = 656-primOpTag (VecInsertOp IntVec 16 W8) = 657-primOpTag (VecInsertOp IntVec 8 W16) = 658-primOpTag (VecInsertOp IntVec 4 W32) = 659-primOpTag (VecInsertOp IntVec 2 W64) = 660-primOpTag (VecInsertOp IntVec 32 W8) = 661-primOpTag (VecInsertOp IntVec 16 W16) = 662-primOpTag (VecInsertOp IntVec 8 W32) = 663-primOpTag (VecInsertOp IntVec 4 W64) = 664-primOpTag (VecInsertOp IntVec 64 W8) = 665-primOpTag (VecInsertOp IntVec 32 W16) = 666-primOpTag (VecInsertOp IntVec 16 W32) = 667-primOpTag (VecInsertOp IntVec 8 W64) = 668-primOpTag (VecInsertOp WordVec 16 W8) = 669-primOpTag (VecInsertOp WordVec 8 W16) = 670-primOpTag (VecInsertOp WordVec 4 W32) = 671-primOpTag (VecInsertOp WordVec 2 W64) = 672-primOpTag (VecInsertOp WordVec 32 W8) = 673-primOpTag (VecInsertOp WordVec 16 W16) = 674-primOpTag (VecInsertOp WordVec 8 W32) = 675-primOpTag (VecInsertOp WordVec 4 W64) = 676-primOpTag (VecInsertOp WordVec 64 W8) = 677-primOpTag (VecInsertOp WordVec 32 W16) = 678-primOpTag (VecInsertOp WordVec 16 W32) = 679-primOpTag (VecInsertOp WordVec 8 W64) = 680-primOpTag (VecInsertOp FloatVec 4 W32) = 681-primOpTag (VecInsertOp FloatVec 2 W64) = 682-primOpTag (VecInsertOp FloatVec 8 W32) = 683-primOpTag (VecInsertOp FloatVec 4 W64) = 684-primOpTag (VecInsertOp FloatVec 16 W32) = 685-primOpTag (VecInsertOp FloatVec 8 W64) = 686-primOpTag (VecAddOp IntVec 16 W8) = 687-primOpTag (VecAddOp IntVec 8 W16) = 688-primOpTag (VecAddOp IntVec 4 W32) = 689-primOpTag (VecAddOp IntVec 2 W64) = 690-primOpTag (VecAddOp IntVec 32 W8) = 691-primOpTag (VecAddOp IntVec 16 W16) = 692-primOpTag (VecAddOp IntVec 8 W32) = 693-primOpTag (VecAddOp IntVec 4 W64) = 694-primOpTag (VecAddOp IntVec 64 W8) = 695-primOpTag (VecAddOp IntVec 32 W16) = 696-primOpTag (VecAddOp IntVec 16 W32) = 697-primOpTag (VecAddOp IntVec 8 W64) = 698-primOpTag (VecAddOp WordVec 16 W8) = 699-primOpTag (VecAddOp WordVec 8 W16) = 700-primOpTag (VecAddOp WordVec 4 W32) = 701-primOpTag (VecAddOp WordVec 2 W64) = 702-primOpTag (VecAddOp WordVec 32 W8) = 703-primOpTag (VecAddOp WordVec 16 W16) = 704-primOpTag (VecAddOp WordVec 8 W32) = 705-primOpTag (VecAddOp WordVec 4 W64) = 706-primOpTag (VecAddOp WordVec 64 W8) = 707-primOpTag (VecAddOp WordVec 32 W16) = 708-primOpTag (VecAddOp WordVec 16 W32) = 709-primOpTag (VecAddOp WordVec 8 W64) = 710-primOpTag (VecAddOp FloatVec 4 W32) = 711-primOpTag (VecAddOp FloatVec 2 W64) = 712-primOpTag (VecAddOp FloatVec 8 W32) = 713-primOpTag (VecAddOp FloatVec 4 W64) = 714-primOpTag (VecAddOp FloatVec 16 W32) = 715-primOpTag (VecAddOp FloatVec 8 W64) = 716-primOpTag (VecSubOp IntVec 16 W8) = 717-primOpTag (VecSubOp IntVec 8 W16) = 718-primOpTag (VecSubOp IntVec 4 W32) = 719-primOpTag (VecSubOp IntVec 2 W64) = 720-primOpTag (VecSubOp IntVec 32 W8) = 721-primOpTag (VecSubOp IntVec 16 W16) = 722-primOpTag (VecSubOp IntVec 8 W32) = 723-primOpTag (VecSubOp IntVec 4 W64) = 724-primOpTag (VecSubOp IntVec 64 W8) = 725-primOpTag (VecSubOp IntVec 32 W16) = 726-primOpTag (VecSubOp IntVec 16 W32) = 727-primOpTag (VecSubOp IntVec 8 W64) = 728-primOpTag (VecSubOp WordVec 16 W8) = 729-primOpTag (VecSubOp WordVec 8 W16) = 730-primOpTag (VecSubOp WordVec 4 W32) = 731-primOpTag (VecSubOp WordVec 2 W64) = 732-primOpTag (VecSubOp WordVec 32 W8) = 733-primOpTag (VecSubOp WordVec 16 W16) = 734-primOpTag (VecSubOp WordVec 8 W32) = 735-primOpTag (VecSubOp WordVec 4 W64) = 736-primOpTag (VecSubOp WordVec 64 W8) = 737-primOpTag (VecSubOp WordVec 32 W16) = 738-primOpTag (VecSubOp WordVec 16 W32) = 739-primOpTag (VecSubOp WordVec 8 W64) = 740-primOpTag (VecSubOp FloatVec 4 W32) = 741-primOpTag (VecSubOp FloatVec 2 W64) = 742-primOpTag (VecSubOp FloatVec 8 W32) = 743-primOpTag (VecSubOp FloatVec 4 W64) = 744-primOpTag (VecSubOp FloatVec 16 W32) = 745-primOpTag (VecSubOp FloatVec 8 W64) = 746-primOpTag (VecMulOp IntVec 16 W8) = 747-primOpTag (VecMulOp IntVec 8 W16) = 748-primOpTag (VecMulOp IntVec 4 W32) = 749-primOpTag (VecMulOp IntVec 2 W64) = 750-primOpTag (VecMulOp IntVec 32 W8) = 751-primOpTag (VecMulOp IntVec 16 W16) = 752-primOpTag (VecMulOp IntVec 8 W32) = 753-primOpTag (VecMulOp IntVec 4 W64) = 754-primOpTag (VecMulOp IntVec 64 W8) = 755-primOpTag (VecMulOp IntVec 32 W16) = 756-primOpTag (VecMulOp IntVec 16 W32) = 757-primOpTag (VecMulOp IntVec 8 W64) = 758-primOpTag (VecMulOp WordVec 16 W8) = 759-primOpTag (VecMulOp WordVec 8 W16) = 760-primOpTag (VecMulOp WordVec 4 W32) = 761-primOpTag (VecMulOp WordVec 2 W64) = 762-primOpTag (VecMulOp WordVec 32 W8) = 763-primOpTag (VecMulOp WordVec 16 W16) = 764-primOpTag (VecMulOp WordVec 8 W32) = 765-primOpTag (VecMulOp WordVec 4 W64) = 766-primOpTag (VecMulOp WordVec 64 W8) = 767-primOpTag (VecMulOp WordVec 32 W16) = 768-primOpTag (VecMulOp WordVec 16 W32) = 769-primOpTag (VecMulOp WordVec 8 W64) = 770-primOpTag (VecMulOp FloatVec 4 W32) = 771-primOpTag (VecMulOp FloatVec 2 W64) = 772-primOpTag (VecMulOp FloatVec 8 W32) = 773-primOpTag (VecMulOp FloatVec 4 W64) = 774-primOpTag (VecMulOp FloatVec 16 W32) = 775-primOpTag (VecMulOp FloatVec 8 W64) = 776-primOpTag (VecDivOp FloatVec 4 W32) = 777-primOpTag (VecDivOp FloatVec 2 W64) = 778-primOpTag (VecDivOp FloatVec 8 W32) = 779-primOpTag (VecDivOp FloatVec 4 W64) = 780-primOpTag (VecDivOp FloatVec 16 W32) = 781-primOpTag (VecDivOp FloatVec 8 W64) = 782-primOpTag (VecQuotOp IntVec 16 W8) = 783-primOpTag (VecQuotOp IntVec 8 W16) = 784-primOpTag (VecQuotOp IntVec 4 W32) = 785-primOpTag (VecQuotOp IntVec 2 W64) = 786-primOpTag (VecQuotOp IntVec 32 W8) = 787-primOpTag (VecQuotOp IntVec 16 W16) = 788-primOpTag (VecQuotOp IntVec 8 W32) = 789-primOpTag (VecQuotOp IntVec 4 W64) = 790-primOpTag (VecQuotOp IntVec 64 W8) = 791-primOpTag (VecQuotOp IntVec 32 W16) = 792-primOpTag (VecQuotOp IntVec 16 W32) = 793-primOpTag (VecQuotOp IntVec 8 W64) = 794-primOpTag (VecQuotOp WordVec 16 W8) = 795-primOpTag (VecQuotOp WordVec 8 W16) = 796-primOpTag (VecQuotOp WordVec 4 W32) = 797-primOpTag (VecQuotOp WordVec 2 W64) = 798-primOpTag (VecQuotOp WordVec 32 W8) = 799-primOpTag (VecQuotOp WordVec 16 W16) = 800-primOpTag (VecQuotOp WordVec 8 W32) = 801-primOpTag (VecQuotOp WordVec 4 W64) = 802-primOpTag (VecQuotOp WordVec 64 W8) = 803-primOpTag (VecQuotOp WordVec 32 W16) = 804-primOpTag (VecQuotOp WordVec 16 W32) = 805-primOpTag (VecQuotOp WordVec 8 W64) = 806-primOpTag (VecRemOp IntVec 16 W8) = 807-primOpTag (VecRemOp IntVec 8 W16) = 808-primOpTag (VecRemOp IntVec 4 W32) = 809-primOpTag (VecRemOp IntVec 2 W64) = 810-primOpTag (VecRemOp IntVec 32 W8) = 811-primOpTag (VecRemOp IntVec 16 W16) = 812-primOpTag (VecRemOp IntVec 8 W32) = 813-primOpTag (VecRemOp IntVec 4 W64) = 814-primOpTag (VecRemOp IntVec 64 W8) = 815-primOpTag (VecRemOp IntVec 32 W16) = 816-primOpTag (VecRemOp IntVec 16 W32) = 817-primOpTag (VecRemOp IntVec 8 W64) = 818-primOpTag (VecRemOp WordVec 16 W8) = 819-primOpTag (VecRemOp WordVec 8 W16) = 820-primOpTag (VecRemOp WordVec 4 W32) = 821-primOpTag (VecRemOp WordVec 2 W64) = 822-primOpTag (VecRemOp WordVec 32 W8) = 823-primOpTag (VecRemOp WordVec 16 W16) = 824-primOpTag (VecRemOp WordVec 8 W32) = 825-primOpTag (VecRemOp WordVec 4 W64) = 826-primOpTag (VecRemOp WordVec 64 W8) = 827-primOpTag (VecRemOp WordVec 32 W16) = 828-primOpTag (VecRemOp WordVec 16 W32) = 829-primOpTag (VecRemOp WordVec 8 W64) = 830-primOpTag (VecNegOp IntVec 16 W8) = 831-primOpTag (VecNegOp IntVec 8 W16) = 832-primOpTag (VecNegOp IntVec 4 W32) = 833-primOpTag (VecNegOp IntVec 2 W64) = 834-primOpTag (VecNegOp IntVec 32 W8) = 835-primOpTag (VecNegOp IntVec 16 W16) = 836-primOpTag (VecNegOp IntVec 8 W32) = 837-primOpTag (VecNegOp IntVec 4 W64) = 838-primOpTag (VecNegOp IntVec 64 W8) = 839-primOpTag (VecNegOp IntVec 32 W16) = 840-primOpTag (VecNegOp IntVec 16 W32) = 841-primOpTag (VecNegOp IntVec 8 W64) = 842-primOpTag (VecNegOp FloatVec 4 W32) = 843-primOpTag (VecNegOp FloatVec 2 W64) = 844-primOpTag (VecNegOp FloatVec 8 W32) = 845-primOpTag (VecNegOp FloatVec 4 W64) = 846-primOpTag (VecNegOp FloatVec 16 W32) = 847-primOpTag (VecNegOp FloatVec 8 W64) = 848-primOpTag (VecIndexByteArrayOp IntVec 16 W8) = 849-primOpTag (VecIndexByteArrayOp IntVec 8 W16) = 850-primOpTag (VecIndexByteArrayOp IntVec 4 W32) = 851-primOpTag (VecIndexByteArrayOp IntVec 2 W64) = 852-primOpTag (VecIndexByteArrayOp IntVec 32 W8) = 853-primOpTag (VecIndexByteArrayOp IntVec 16 W16) = 854-primOpTag (VecIndexByteArrayOp IntVec 8 W32) = 855-primOpTag (VecIndexByteArrayOp IntVec 4 W64) = 856-primOpTag (VecIndexByteArrayOp IntVec 64 W8) = 857-primOpTag (VecIndexByteArrayOp IntVec 32 W16) = 858-primOpTag (VecIndexByteArrayOp IntVec 16 W32) = 859-primOpTag (VecIndexByteArrayOp IntVec 8 W64) = 860-primOpTag (VecIndexByteArrayOp WordVec 16 W8) = 861-primOpTag (VecIndexByteArrayOp WordVec 8 W16) = 862-primOpTag (VecIndexByteArrayOp WordVec 4 W32) = 863-primOpTag (VecIndexByteArrayOp WordVec 2 W64) = 864-primOpTag (VecIndexByteArrayOp WordVec 32 W8) = 865-primOpTag (VecIndexByteArrayOp WordVec 16 W16) = 866-primOpTag (VecIndexByteArrayOp WordVec 8 W32) = 867-primOpTag (VecIndexByteArrayOp WordVec 4 W64) = 868-primOpTag (VecIndexByteArrayOp WordVec 64 W8) = 869-primOpTag (VecIndexByteArrayOp WordVec 32 W16) = 870-primOpTag (VecIndexByteArrayOp WordVec 16 W32) = 871-primOpTag (VecIndexByteArrayOp WordVec 8 W64) = 872-primOpTag (VecIndexByteArrayOp FloatVec 4 W32) = 873-primOpTag (VecIndexByteArrayOp FloatVec 2 W64) = 874-primOpTag (VecIndexByteArrayOp FloatVec 8 W32) = 875-primOpTag (VecIndexByteArrayOp FloatVec 4 W64) = 876-primOpTag (VecIndexByteArrayOp FloatVec 16 W32) = 877-primOpTag (VecIndexByteArrayOp FloatVec 8 W64) = 878-primOpTag (VecReadByteArrayOp IntVec 16 W8) = 879-primOpTag (VecReadByteArrayOp IntVec 8 W16) = 880-primOpTag (VecReadByteArrayOp IntVec 4 W32) = 881-primOpTag (VecReadByteArrayOp IntVec 2 W64) = 882-primOpTag (VecReadByteArrayOp IntVec 32 W8) = 883-primOpTag (VecReadByteArrayOp IntVec 16 W16) = 884-primOpTag (VecReadByteArrayOp IntVec 8 W32) = 885-primOpTag (VecReadByteArrayOp IntVec 4 W64) = 886-primOpTag (VecReadByteArrayOp IntVec 64 W8) = 887-primOpTag (VecReadByteArrayOp IntVec 32 W16) = 888-primOpTag (VecReadByteArrayOp IntVec 16 W32) = 889-primOpTag (VecReadByteArrayOp IntVec 8 W64) = 890-primOpTag (VecReadByteArrayOp WordVec 16 W8) = 891-primOpTag (VecReadByteArrayOp WordVec 8 W16) = 892-primOpTag (VecReadByteArrayOp WordVec 4 W32) = 893-primOpTag (VecReadByteArrayOp WordVec 2 W64) = 894-primOpTag (VecReadByteArrayOp WordVec 32 W8) = 895-primOpTag (VecReadByteArrayOp WordVec 16 W16) = 896-primOpTag (VecReadByteArrayOp WordVec 8 W32) = 897-primOpTag (VecReadByteArrayOp WordVec 4 W64) = 898-primOpTag (VecReadByteArrayOp WordVec 64 W8) = 899-primOpTag (VecReadByteArrayOp WordVec 32 W16) = 900-primOpTag (VecReadByteArrayOp WordVec 16 W32) = 901-primOpTag (VecReadByteArrayOp WordVec 8 W64) = 902-primOpTag (VecReadByteArrayOp FloatVec 4 W32) = 903-primOpTag (VecReadByteArrayOp FloatVec 2 W64) = 904-primOpTag (VecReadByteArrayOp FloatVec 8 W32) = 905-primOpTag (VecReadByteArrayOp FloatVec 4 W64) = 906-primOpTag (VecReadByteArrayOp FloatVec 16 W32) = 907-primOpTag (VecReadByteArrayOp FloatVec 8 W64) = 908-primOpTag (VecWriteByteArrayOp IntVec 16 W8) = 909-primOpTag (VecWriteByteArrayOp IntVec 8 W16) = 910-primOpTag (VecWriteByteArrayOp IntVec 4 W32) = 911-primOpTag (VecWriteByteArrayOp IntVec 2 W64) = 912-primOpTag (VecWriteByteArrayOp IntVec 32 W8) = 913-primOpTag (VecWriteByteArrayOp IntVec 16 W16) = 914-primOpTag (VecWriteByteArrayOp IntVec 8 W32) = 915-primOpTag (VecWriteByteArrayOp IntVec 4 W64) = 916-primOpTag (VecWriteByteArrayOp IntVec 64 W8) = 917-primOpTag (VecWriteByteArrayOp IntVec 32 W16) = 918-primOpTag (VecWriteByteArrayOp IntVec 16 W32) = 919-primOpTag (VecWriteByteArrayOp IntVec 8 W64) = 920-primOpTag (VecWriteByteArrayOp WordVec 16 W8) = 921-primOpTag (VecWriteByteArrayOp WordVec 8 W16) = 922-primOpTag (VecWriteByteArrayOp WordVec 4 W32) = 923-primOpTag (VecWriteByteArrayOp WordVec 2 W64) = 924-primOpTag (VecWriteByteArrayOp WordVec 32 W8) = 925-primOpTag (VecWriteByteArrayOp WordVec 16 W16) = 926-primOpTag (VecWriteByteArrayOp WordVec 8 W32) = 927-primOpTag (VecWriteByteArrayOp WordVec 4 W64) = 928-primOpTag (VecWriteByteArrayOp WordVec 64 W8) = 929-primOpTag (VecWriteByteArrayOp WordVec 32 W16) = 930-primOpTag (VecWriteByteArrayOp WordVec 16 W32) = 931-primOpTag (VecWriteByteArrayOp WordVec 8 W64) = 932-primOpTag (VecWriteByteArrayOp FloatVec 4 W32) = 933-primOpTag (VecWriteByteArrayOp FloatVec 2 W64) = 934-primOpTag (VecWriteByteArrayOp FloatVec 8 W32) = 935-primOpTag (VecWriteByteArrayOp FloatVec 4 W64) = 936-primOpTag (VecWriteByteArrayOp FloatVec 16 W32) = 937-primOpTag (VecWriteByteArrayOp FloatVec 8 W64) = 938-primOpTag (VecIndexOffAddrOp IntVec 16 W8) = 939-primOpTag (VecIndexOffAddrOp IntVec 8 W16) = 940-primOpTag (VecIndexOffAddrOp IntVec 4 W32) = 941-primOpTag (VecIndexOffAddrOp IntVec 2 W64) = 942-primOpTag (VecIndexOffAddrOp IntVec 32 W8) = 943-primOpTag (VecIndexOffAddrOp IntVec 16 W16) = 944-primOpTag (VecIndexOffAddrOp IntVec 8 W32) = 945-primOpTag (VecIndexOffAddrOp IntVec 4 W64) = 946-primOpTag (VecIndexOffAddrOp IntVec 64 W8) = 947-primOpTag (VecIndexOffAddrOp IntVec 32 W16) = 948-primOpTag (VecIndexOffAddrOp IntVec 16 W32) = 949-primOpTag (VecIndexOffAddrOp IntVec 8 W64) = 950-primOpTag (VecIndexOffAddrOp WordVec 16 W8) = 951-primOpTag (VecIndexOffAddrOp WordVec 8 W16) = 952-primOpTag (VecIndexOffAddrOp WordVec 4 W32) = 953-primOpTag (VecIndexOffAddrOp WordVec 2 W64) = 954-primOpTag (VecIndexOffAddrOp WordVec 32 W8) = 955-primOpTag (VecIndexOffAddrOp WordVec 16 W16) = 956-primOpTag (VecIndexOffAddrOp WordVec 8 W32) = 957-primOpTag (VecIndexOffAddrOp WordVec 4 W64) = 958-primOpTag (VecIndexOffAddrOp WordVec 64 W8) = 959-primOpTag (VecIndexOffAddrOp WordVec 32 W16) = 960-primOpTag (VecIndexOffAddrOp WordVec 16 W32) = 961-primOpTag (VecIndexOffAddrOp WordVec 8 W64) = 962-primOpTag (VecIndexOffAddrOp FloatVec 4 W32) = 963-primOpTag (VecIndexOffAddrOp FloatVec 2 W64) = 964-primOpTag (VecIndexOffAddrOp FloatVec 8 W32) = 965-primOpTag (VecIndexOffAddrOp FloatVec 4 W64) = 966-primOpTag (VecIndexOffAddrOp FloatVec 16 W32) = 967-primOpTag (VecIndexOffAddrOp FloatVec 8 W64) = 968-primOpTag (VecReadOffAddrOp IntVec 16 W8) = 969-primOpTag (VecReadOffAddrOp IntVec 8 W16) = 970-primOpTag (VecReadOffAddrOp IntVec 4 W32) = 971-primOpTag (VecReadOffAddrOp IntVec 2 W64) = 972-primOpTag (VecReadOffAddrOp IntVec 32 W8) = 973-primOpTag (VecReadOffAddrOp IntVec 16 W16) = 974-primOpTag (VecReadOffAddrOp IntVec 8 W32) = 975-primOpTag (VecReadOffAddrOp IntVec 4 W64) = 976-primOpTag (VecReadOffAddrOp IntVec 64 W8) = 977-primOpTag (VecReadOffAddrOp IntVec 32 W16) = 978-primOpTag (VecReadOffAddrOp IntVec 16 W32) = 979-primOpTag (VecReadOffAddrOp IntVec 8 W64) = 980-primOpTag (VecReadOffAddrOp WordVec 16 W8) = 981-primOpTag (VecReadOffAddrOp WordVec 8 W16) = 982-primOpTag (VecReadOffAddrOp WordVec 4 W32) = 983-primOpTag (VecReadOffAddrOp WordVec 2 W64) = 984-primOpTag (VecReadOffAddrOp WordVec 32 W8) = 985-primOpTag (VecReadOffAddrOp WordVec 16 W16) = 986-primOpTag (VecReadOffAddrOp WordVec 8 W32) = 987-primOpTag (VecReadOffAddrOp WordVec 4 W64) = 988-primOpTag (VecReadOffAddrOp WordVec 64 W8) = 989-primOpTag (VecReadOffAddrOp WordVec 32 W16) = 990-primOpTag (VecReadOffAddrOp WordVec 16 W32) = 991-primOpTag (VecReadOffAddrOp WordVec 8 W64) = 992-primOpTag (VecReadOffAddrOp FloatVec 4 W32) = 993-primOpTag (VecReadOffAddrOp FloatVec 2 W64) = 994-primOpTag (VecReadOffAddrOp FloatVec 8 W32) = 995-primOpTag (VecReadOffAddrOp FloatVec 4 W64) = 996-primOpTag (VecReadOffAddrOp FloatVec 16 W32) = 997-primOpTag (VecReadOffAddrOp FloatVec 8 W64) = 998-primOpTag (VecWriteOffAddrOp IntVec 16 W8) = 999-primOpTag (VecWriteOffAddrOp IntVec 8 W16) = 1000-primOpTag (VecWriteOffAddrOp IntVec 4 W32) = 1001-primOpTag (VecWriteOffAddrOp IntVec 2 W64) = 1002-primOpTag (VecWriteOffAddrOp IntVec 32 W8) = 1003-primOpTag (VecWriteOffAddrOp IntVec 16 W16) = 1004-primOpTag (VecWriteOffAddrOp IntVec 8 W32) = 1005-primOpTag (VecWriteOffAddrOp IntVec 4 W64) = 1006-primOpTag (VecWriteOffAddrOp IntVec 64 W8) = 1007-primOpTag (VecWriteOffAddrOp IntVec 32 W16) = 1008-primOpTag (VecWriteOffAddrOp IntVec 16 W32) = 1009-primOpTag (VecWriteOffAddrOp IntVec 8 W64) = 1010-primOpTag (VecWriteOffAddrOp WordVec 16 W8) = 1011-primOpTag (VecWriteOffAddrOp WordVec 8 W16) = 1012-primOpTag (VecWriteOffAddrOp WordVec 4 W32) = 1013-primOpTag (VecWriteOffAddrOp WordVec 2 W64) = 1014-primOpTag (VecWriteOffAddrOp WordVec 32 W8) = 1015-primOpTag (VecWriteOffAddrOp WordVec 16 W16) = 1016-primOpTag (VecWriteOffAddrOp WordVec 8 W32) = 1017-primOpTag (VecWriteOffAddrOp WordVec 4 W64) = 1018-primOpTag (VecWriteOffAddrOp WordVec 64 W8) = 1019-primOpTag (VecWriteOffAddrOp WordVec 32 W16) = 1020-primOpTag (VecWriteOffAddrOp WordVec 16 W32) = 1021-primOpTag (VecWriteOffAddrOp WordVec 8 W64) = 1022-primOpTag (VecWriteOffAddrOp FloatVec 4 W32) = 1023-primOpTag (VecWriteOffAddrOp FloatVec 2 W64) = 1024-primOpTag (VecWriteOffAddrOp FloatVec 8 W32) = 1025-primOpTag (VecWriteOffAddrOp FloatVec 4 W64) = 1026-primOpTag (VecWriteOffAddrOp FloatVec 16 W32) = 1027-primOpTag (VecWriteOffAddrOp FloatVec 8 W64) = 1028-primOpTag (VecIndexScalarByteArrayOp IntVec 16 W8) = 1029-primOpTag (VecIndexScalarByteArrayOp IntVec 8 W16) = 1030-primOpTag (VecIndexScalarByteArrayOp IntVec 4 W32) = 1031-primOpTag (VecIndexScalarByteArrayOp IntVec 2 W64) = 1032-primOpTag (VecIndexScalarByteArrayOp IntVec 32 W8) = 1033-primOpTag (VecIndexScalarByteArrayOp IntVec 16 W16) = 1034-primOpTag (VecIndexScalarByteArrayOp IntVec 8 W32) = 1035-primOpTag (VecIndexScalarByteArrayOp IntVec 4 W64) = 1036-primOpTag (VecIndexScalarByteArrayOp IntVec 64 W8) = 1037-primOpTag (VecIndexScalarByteArrayOp IntVec 32 W16) = 1038-primOpTag (VecIndexScalarByteArrayOp IntVec 16 W32) = 1039-primOpTag (VecIndexScalarByteArrayOp IntVec 8 W64) = 1040-primOpTag (VecIndexScalarByteArrayOp WordVec 16 W8) = 1041-primOpTag (VecIndexScalarByteArrayOp WordVec 8 W16) = 1042-primOpTag (VecIndexScalarByteArrayOp WordVec 4 W32) = 1043-primOpTag (VecIndexScalarByteArrayOp WordVec 2 W64) = 1044-primOpTag (VecIndexScalarByteArrayOp WordVec 32 W8) = 1045-primOpTag (VecIndexScalarByteArrayOp WordVec 16 W16) = 1046-primOpTag (VecIndexScalarByteArrayOp WordVec 8 W32) = 1047-primOpTag (VecIndexScalarByteArrayOp WordVec 4 W64) = 1048-primOpTag (VecIndexScalarByteArrayOp WordVec 64 W8) = 1049-primOpTag (VecIndexScalarByteArrayOp WordVec 32 W16) = 1050-primOpTag (VecIndexScalarByteArrayOp WordVec 16 W32) = 1051-primOpTag (VecIndexScalarByteArrayOp WordVec 8 W64) = 1052-primOpTag (VecIndexScalarByteArrayOp FloatVec 4 W32) = 1053-primOpTag (VecIndexScalarByteArrayOp FloatVec 2 W64) = 1054-primOpTag (VecIndexScalarByteArrayOp FloatVec 8 W32) = 1055-primOpTag (VecIndexScalarByteArrayOp FloatVec 4 W64) = 1056-primOpTag (VecIndexScalarByteArrayOp FloatVec 16 W32) = 1057-primOpTag (VecIndexScalarByteArrayOp FloatVec 8 W64) = 1058-primOpTag (VecReadScalarByteArrayOp IntVec 16 W8) = 1059-primOpTag (VecReadScalarByteArrayOp IntVec 8 W16) = 1060-primOpTag (VecReadScalarByteArrayOp IntVec 4 W32) = 1061-primOpTag (VecReadScalarByteArrayOp IntVec 2 W64) = 1062-primOpTag (VecReadScalarByteArrayOp IntVec 32 W8) = 1063-primOpTag (VecReadScalarByteArrayOp IntVec 16 W16) = 1064-primOpTag (VecReadScalarByteArrayOp IntVec 8 W32) = 1065-primOpTag (VecReadScalarByteArrayOp IntVec 4 W64) = 1066-primOpTag (VecReadScalarByteArrayOp IntVec 64 W8) = 1067-primOpTag (VecReadScalarByteArrayOp IntVec 32 W16) = 1068-primOpTag (VecReadScalarByteArrayOp IntVec 16 W32) = 1069-primOpTag (VecReadScalarByteArrayOp IntVec 8 W64) = 1070-primOpTag (VecReadScalarByteArrayOp WordVec 16 W8) = 1071-primOpTag (VecReadScalarByteArrayOp WordVec 8 W16) = 1072-primOpTag (VecReadScalarByteArrayOp WordVec 4 W32) = 1073-primOpTag (VecReadScalarByteArrayOp WordVec 2 W64) = 1074-primOpTag (VecReadScalarByteArrayOp WordVec 32 W8) = 1075-primOpTag (VecReadScalarByteArrayOp WordVec 16 W16) = 1076-primOpTag (VecReadScalarByteArrayOp WordVec 8 W32) = 1077-primOpTag (VecReadScalarByteArrayOp WordVec 4 W64) = 1078-primOpTag (VecReadScalarByteArrayOp WordVec 64 W8) = 1079-primOpTag (VecReadScalarByteArrayOp WordVec 32 W16) = 1080-primOpTag (VecReadScalarByteArrayOp WordVec 16 W32) = 1081-primOpTag (VecReadScalarByteArrayOp WordVec 8 W64) = 1082-primOpTag (VecReadScalarByteArrayOp FloatVec 4 W32) = 1083-primOpTag (VecReadScalarByteArrayOp FloatVec 2 W64) = 1084-primOpTag (VecReadScalarByteArrayOp FloatVec 8 W32) = 1085-primOpTag (VecReadScalarByteArrayOp FloatVec 4 W64) = 1086-primOpTag (VecReadScalarByteArrayOp FloatVec 16 W32) = 1087-primOpTag (VecReadScalarByteArrayOp FloatVec 8 W64) = 1088-primOpTag (VecWriteScalarByteArrayOp IntVec 16 W8) = 1089-primOpTag (VecWriteScalarByteArrayOp IntVec 8 W16) = 1090-primOpTag (VecWriteScalarByteArrayOp IntVec 4 W32) = 1091-primOpTag (VecWriteScalarByteArrayOp IntVec 2 W64) = 1092-primOpTag (VecWriteScalarByteArrayOp IntVec 32 W8) = 1093-primOpTag (VecWriteScalarByteArrayOp IntVec 16 W16) = 1094-primOpTag (VecWriteScalarByteArrayOp IntVec 8 W32) = 1095-primOpTag (VecWriteScalarByteArrayOp IntVec 4 W64) = 1096-primOpTag (VecWriteScalarByteArrayOp IntVec 64 W8) = 1097-primOpTag (VecWriteScalarByteArrayOp IntVec 32 W16) = 1098-primOpTag (VecWriteScalarByteArrayOp IntVec 16 W32) = 1099-primOpTag (VecWriteScalarByteArrayOp IntVec 8 W64) = 1100-primOpTag (VecWriteScalarByteArrayOp WordVec 16 W8) = 1101-primOpTag (VecWriteScalarByteArrayOp WordVec 8 W16) = 1102-primOpTag (VecWriteScalarByteArrayOp WordVec 4 W32) = 1103-primOpTag (VecWriteScalarByteArrayOp WordVec 2 W64) = 1104-primOpTag (VecWriteScalarByteArrayOp WordVec 32 W8) = 1105-primOpTag (VecWriteScalarByteArrayOp WordVec 16 W16) = 1106-primOpTag (VecWriteScalarByteArrayOp WordVec 8 W32) = 1107-primOpTag (VecWriteScalarByteArrayOp WordVec 4 W64) = 1108-primOpTag (VecWriteScalarByteArrayOp WordVec 64 W8) = 1109-primOpTag (VecWriteScalarByteArrayOp WordVec 32 W16) = 1110-primOpTag (VecWriteScalarByteArrayOp WordVec 16 W32) = 1111-primOpTag (VecWriteScalarByteArrayOp WordVec 8 W64) = 1112-primOpTag (VecWriteScalarByteArrayOp FloatVec 4 W32) = 1113-primOpTag (VecWriteScalarByteArrayOp FloatVec 2 W64) = 1114-primOpTag (VecWriteScalarByteArrayOp FloatVec 8 W32) = 1115-primOpTag (VecWriteScalarByteArrayOp FloatVec 4 W64) = 1116-primOpTag (VecWriteScalarByteArrayOp FloatVec 16 W32) = 1117-primOpTag (VecWriteScalarByteArrayOp FloatVec 8 W64) = 1118-primOpTag (VecIndexScalarOffAddrOp IntVec 16 W8) = 1119-primOpTag (VecIndexScalarOffAddrOp IntVec 8 W16) = 1120-primOpTag (VecIndexScalarOffAddrOp IntVec 4 W32) = 1121-primOpTag (VecIndexScalarOffAddrOp IntVec 2 W64) = 1122-primOpTag (VecIndexScalarOffAddrOp IntVec 32 W8) = 1123-primOpTag (VecIndexScalarOffAddrOp IntVec 16 W16) = 1124-primOpTag (VecIndexScalarOffAddrOp IntVec 8 W32) = 1125-primOpTag (VecIndexScalarOffAddrOp IntVec 4 W64) = 1126-primOpTag (VecIndexScalarOffAddrOp IntVec 64 W8) = 1127-primOpTag (VecIndexScalarOffAddrOp IntVec 32 W16) = 1128-primOpTag (VecIndexScalarOffAddrOp IntVec 16 W32) = 1129-primOpTag (VecIndexScalarOffAddrOp IntVec 8 W64) = 1130-primOpTag (VecIndexScalarOffAddrOp WordVec 16 W8) = 1131-primOpTag (VecIndexScalarOffAddrOp WordVec 8 W16) = 1132-primOpTag (VecIndexScalarOffAddrOp WordVec 4 W32) = 1133-primOpTag (VecIndexScalarOffAddrOp WordVec 2 W64) = 1134-primOpTag (VecIndexScalarOffAddrOp WordVec 32 W8) = 1135-primOpTag (VecIndexScalarOffAddrOp WordVec 16 W16) = 1136-primOpTag (VecIndexScalarOffAddrOp WordVec 8 W32) = 1137-primOpTag (VecIndexScalarOffAddrOp WordVec 4 W64) = 1138-primOpTag (VecIndexScalarOffAddrOp WordVec 64 W8) = 1139-primOpTag (VecIndexScalarOffAddrOp WordVec 32 W16) = 1140-primOpTag (VecIndexScalarOffAddrOp WordVec 16 W32) = 1141-primOpTag (VecIndexScalarOffAddrOp WordVec 8 W64) = 1142-primOpTag (VecIndexScalarOffAddrOp FloatVec 4 W32) = 1143-primOpTag (VecIndexScalarOffAddrOp FloatVec 2 W64) = 1144-primOpTag (VecIndexScalarOffAddrOp FloatVec 8 W32) = 1145-primOpTag (VecIndexScalarOffAddrOp FloatVec 4 W64) = 1146-primOpTag (VecIndexScalarOffAddrOp FloatVec 16 W32) = 1147-primOpTag (VecIndexScalarOffAddrOp FloatVec 8 W64) = 1148-primOpTag (VecReadScalarOffAddrOp IntVec 16 W8) = 1149-primOpTag (VecReadScalarOffAddrOp IntVec 8 W16) = 1150-primOpTag (VecReadScalarOffAddrOp IntVec 4 W32) = 1151-primOpTag (VecReadScalarOffAddrOp IntVec 2 W64) = 1152-primOpTag (VecReadScalarOffAddrOp IntVec 32 W8) = 1153-primOpTag (VecReadScalarOffAddrOp IntVec 16 W16) = 1154-primOpTag (VecReadScalarOffAddrOp IntVec 8 W32) = 1155-primOpTag (VecReadScalarOffAddrOp IntVec 4 W64) = 1156-primOpTag (VecReadScalarOffAddrOp IntVec 64 W8) = 1157-primOpTag (VecReadScalarOffAddrOp IntVec 32 W16) = 1158-primOpTag (VecReadScalarOffAddrOp IntVec 16 W32) = 1159-primOpTag (VecReadScalarOffAddrOp IntVec 8 W64) = 1160-primOpTag (VecReadScalarOffAddrOp WordVec 16 W8) = 1161-primOpTag (VecReadScalarOffAddrOp WordVec 8 W16) = 1162-primOpTag (VecReadScalarOffAddrOp WordVec 4 W32) = 1163-primOpTag (VecReadScalarOffAddrOp WordVec 2 W64) = 1164-primOpTag (VecReadScalarOffAddrOp WordVec 32 W8) = 1165-primOpTag (VecReadScalarOffAddrOp WordVec 16 W16) = 1166-primOpTag (VecReadScalarOffAddrOp WordVec 8 W32) = 1167-primOpTag (VecReadScalarOffAddrOp WordVec 4 W64) = 1168-primOpTag (VecReadScalarOffAddrOp WordVec 64 W8) = 1169-primOpTag (VecReadScalarOffAddrOp WordVec 32 W16) = 1170-primOpTag (VecReadScalarOffAddrOp WordVec 16 W32) = 1171-primOpTag (VecReadScalarOffAddrOp WordVec 8 W64) = 1172-primOpTag (VecReadScalarOffAddrOp FloatVec 4 W32) = 1173-primOpTag (VecReadScalarOffAddrOp FloatVec 2 W64) = 1174-primOpTag (VecReadScalarOffAddrOp FloatVec 8 W32) = 1175-primOpTag (VecReadScalarOffAddrOp FloatVec 4 W64) = 1176-primOpTag (VecReadScalarOffAddrOp FloatVec 16 W32) = 1177-primOpTag (VecReadScalarOffAddrOp FloatVec 8 W64) = 1178-primOpTag (VecWriteScalarOffAddrOp IntVec 16 W8) = 1179-primOpTag (VecWriteScalarOffAddrOp IntVec 8 W16) = 1180-primOpTag (VecWriteScalarOffAddrOp IntVec 4 W32) = 1181-primOpTag (VecWriteScalarOffAddrOp IntVec 2 W64) = 1182-primOpTag (VecWriteScalarOffAddrOp IntVec 32 W8) = 1183-primOpTag (VecWriteScalarOffAddrOp IntVec 16 W16) = 1184-primOpTag (VecWriteScalarOffAddrOp IntVec 8 W32) = 1185-primOpTag (VecWriteScalarOffAddrOp IntVec 4 W64) = 1186-primOpTag (VecWriteScalarOffAddrOp IntVec 64 W8) = 1187-primOpTag (VecWriteScalarOffAddrOp IntVec 32 W16) = 1188-primOpTag (VecWriteScalarOffAddrOp IntVec 16 W32) = 1189-primOpTag (VecWriteScalarOffAddrOp IntVec 8 W64) = 1190-primOpTag (VecWriteScalarOffAddrOp WordVec 16 W8) = 1191-primOpTag (VecWriteScalarOffAddrOp WordVec 8 W16) = 1192-primOpTag (VecWriteScalarOffAddrOp WordVec 4 W32) = 1193-primOpTag (VecWriteScalarOffAddrOp WordVec 2 W64) = 1194-primOpTag (VecWriteScalarOffAddrOp WordVec 32 W8) = 1195-primOpTag (VecWriteScalarOffAddrOp WordVec 16 W16) = 1196-primOpTag (VecWriteScalarOffAddrOp WordVec 8 W32) = 1197-primOpTag (VecWriteScalarOffAddrOp WordVec 4 W64) = 1198-primOpTag (VecWriteScalarOffAddrOp WordVec 64 W8) = 1199-primOpTag (VecWriteScalarOffAddrOp WordVec 32 W16) = 1200-primOpTag (VecWriteScalarOffAddrOp WordVec 16 W32) = 1201-primOpTag (VecWriteScalarOffAddrOp WordVec 8 W64) = 1202-primOpTag (VecWriteScalarOffAddrOp FloatVec 4 W32) = 1203-primOpTag (VecWriteScalarOffAddrOp FloatVec 2 W64) = 1204-primOpTag (VecWriteScalarOffAddrOp FloatVec 8 W32) = 1205-primOpTag (VecWriteScalarOffAddrOp FloatVec 4 W64) = 1206-primOpTag (VecWriteScalarOffAddrOp FloatVec 16 W32) = 1207-primOpTag (VecWriteScalarOffAddrOp FloatVec 8 W64) = 1208-primOpTag PrefetchByteArrayOp3 = 1209-primOpTag PrefetchMutableByteArrayOp3 = 1210-primOpTag PrefetchAddrOp3 = 1211-primOpTag PrefetchValueOp3 = 1212-primOpTag PrefetchByteArrayOp2 = 1213-primOpTag PrefetchMutableByteArrayOp2 = 1214-primOpTag PrefetchAddrOp2 = 1215-primOpTag PrefetchValueOp2 = 1216-primOpTag PrefetchByteArrayOp1 = 1217-primOpTag PrefetchMutableByteArrayOp1 = 1218-primOpTag PrefetchAddrOp1 = 1219-primOpTag PrefetchValueOp1 = 1220-primOpTag PrefetchByteArrayOp0 = 1221-primOpTag PrefetchMutableByteArrayOp0 = 1222-primOpTag PrefetchAddrOp0 = 1223-primOpTag PrefetchValueOp0 = 1224+maxPrimOpTag = 1280+primOpTag :: PrimOp -> Int+primOpTag CharGtOp = 1+primOpTag CharGeOp = 2+primOpTag CharEqOp = 3+primOpTag CharNeOp = 4+primOpTag CharLtOp = 5+primOpTag CharLeOp = 6+primOpTag OrdOp = 7+primOpTag Int8ToIntOp = 8+primOpTag IntToInt8Op = 9+primOpTag Int8NegOp = 10+primOpTag Int8AddOp = 11+primOpTag Int8SubOp = 12+primOpTag Int8MulOp = 13+primOpTag Int8QuotOp = 14+primOpTag Int8RemOp = 15+primOpTag Int8QuotRemOp = 16+primOpTag Int8SllOp = 17+primOpTag Int8SraOp = 18+primOpTag Int8SrlOp = 19+primOpTag Int8ToWord8Op = 20+primOpTag Int8EqOp = 21+primOpTag Int8GeOp = 22+primOpTag Int8GtOp = 23+primOpTag Int8LeOp = 24+primOpTag Int8LtOp = 25+primOpTag Int8NeOp = 26+primOpTag Word8ToWordOp = 27+primOpTag WordToWord8Op = 28+primOpTag Word8AddOp = 29+primOpTag Word8SubOp = 30+primOpTag Word8MulOp = 31+primOpTag Word8QuotOp = 32+primOpTag Word8RemOp = 33+primOpTag Word8QuotRemOp = 34+primOpTag Word8AndOp = 35+primOpTag Word8OrOp = 36+primOpTag Word8XorOp = 37+primOpTag Word8NotOp = 38+primOpTag Word8SllOp = 39+primOpTag Word8SrlOp = 40+primOpTag Word8ToInt8Op = 41+primOpTag Word8EqOp = 42+primOpTag Word8GeOp = 43+primOpTag Word8GtOp = 44+primOpTag Word8LeOp = 45+primOpTag Word8LtOp = 46+primOpTag Word8NeOp = 47+primOpTag Int16ToIntOp = 48+primOpTag IntToInt16Op = 49+primOpTag Int16NegOp = 50+primOpTag Int16AddOp = 51+primOpTag Int16SubOp = 52+primOpTag Int16MulOp = 53+primOpTag Int16QuotOp = 54+primOpTag Int16RemOp = 55+primOpTag Int16QuotRemOp = 56+primOpTag Int16SllOp = 57+primOpTag Int16SraOp = 58+primOpTag Int16SrlOp = 59+primOpTag Int16ToWord16Op = 60+primOpTag Int16EqOp = 61+primOpTag Int16GeOp = 62+primOpTag Int16GtOp = 63+primOpTag Int16LeOp = 64+primOpTag Int16LtOp = 65+primOpTag Int16NeOp = 66+primOpTag Word16ToWordOp = 67+primOpTag WordToWord16Op = 68+primOpTag Word16AddOp = 69+primOpTag Word16SubOp = 70+primOpTag Word16MulOp = 71+primOpTag Word16QuotOp = 72+primOpTag Word16RemOp = 73+primOpTag Word16QuotRemOp = 74+primOpTag Word16AndOp = 75+primOpTag Word16OrOp = 76+primOpTag Word16XorOp = 77+primOpTag Word16NotOp = 78+primOpTag Word16SllOp = 79+primOpTag Word16SrlOp = 80+primOpTag Word16ToInt16Op = 81+primOpTag Word16EqOp = 82+primOpTag Word16GeOp = 83+primOpTag Word16GtOp = 84+primOpTag Word16LeOp = 85+primOpTag Word16LtOp = 86+primOpTag Word16NeOp = 87+primOpTag Int32ToIntOp = 88+primOpTag IntToInt32Op = 89+primOpTag Int32NegOp = 90+primOpTag Int32AddOp = 91+primOpTag Int32SubOp = 92+primOpTag Int32MulOp = 93+primOpTag Int32QuotOp = 94+primOpTag Int32RemOp = 95+primOpTag Int32QuotRemOp = 96+primOpTag Int32SllOp = 97+primOpTag Int32SraOp = 98+primOpTag Int32SrlOp = 99+primOpTag Int32ToWord32Op = 100+primOpTag Int32EqOp = 101+primOpTag Int32GeOp = 102+primOpTag Int32GtOp = 103+primOpTag Int32LeOp = 104+primOpTag Int32LtOp = 105+primOpTag Int32NeOp = 106+primOpTag Word32ToWordOp = 107+primOpTag WordToWord32Op = 108+primOpTag Word32AddOp = 109+primOpTag Word32SubOp = 110+primOpTag Word32MulOp = 111+primOpTag Word32QuotOp = 112+primOpTag Word32RemOp = 113+primOpTag Word32QuotRemOp = 114+primOpTag Word32AndOp = 115+primOpTag Word32OrOp = 116+primOpTag Word32XorOp = 117+primOpTag Word32NotOp = 118+primOpTag Word32SllOp = 119+primOpTag Word32SrlOp = 120+primOpTag Word32ToInt32Op = 121+primOpTag Word32EqOp = 122+primOpTag Word32GeOp = 123+primOpTag Word32GtOp = 124+primOpTag Word32LeOp = 125+primOpTag Word32LtOp = 126+primOpTag Word32NeOp = 127+primOpTag IntAddOp = 128+primOpTag IntSubOp = 129+primOpTag IntMulOp = 130+primOpTag IntMul2Op = 131+primOpTag IntMulMayOfloOp = 132+primOpTag IntQuotOp = 133+primOpTag IntRemOp = 134+primOpTag IntQuotRemOp = 135+primOpTag IntAndOp = 136+primOpTag IntOrOp = 137+primOpTag IntXorOp = 138+primOpTag IntNotOp = 139+primOpTag IntNegOp = 140+primOpTag IntAddCOp = 141+primOpTag IntSubCOp = 142+primOpTag IntGtOp = 143+primOpTag IntGeOp = 144+primOpTag IntEqOp = 145+primOpTag IntNeOp = 146+primOpTag IntLtOp = 147+primOpTag IntLeOp = 148+primOpTag ChrOp = 149+primOpTag IntToWordOp = 150+primOpTag IntToFloatOp = 151+primOpTag IntToDoubleOp = 152+primOpTag WordToFloatOp = 153+primOpTag WordToDoubleOp = 154+primOpTag IntSllOp = 155+primOpTag IntSraOp = 156+primOpTag IntSrlOp = 157+primOpTag WordAddOp = 158+primOpTag WordAddCOp = 159+primOpTag WordSubCOp = 160+primOpTag WordAdd2Op = 161+primOpTag WordSubOp = 162+primOpTag WordMulOp = 163+primOpTag WordMul2Op = 164+primOpTag WordQuotOp = 165+primOpTag WordRemOp = 166+primOpTag WordQuotRemOp = 167+primOpTag WordQuotRem2Op = 168+primOpTag WordAndOp = 169+primOpTag WordOrOp = 170+primOpTag WordXorOp = 171+primOpTag WordNotOp = 172+primOpTag WordSllOp = 173+primOpTag WordSrlOp = 174+primOpTag WordToIntOp = 175+primOpTag WordGtOp = 176+primOpTag WordGeOp = 177+primOpTag WordEqOp = 178+primOpTag WordNeOp = 179+primOpTag WordLtOp = 180+primOpTag WordLeOp = 181+primOpTag PopCnt8Op = 182+primOpTag PopCnt16Op = 183+primOpTag PopCnt32Op = 184+primOpTag PopCnt64Op = 185+primOpTag PopCntOp = 186+primOpTag Pdep8Op = 187+primOpTag Pdep16Op = 188+primOpTag Pdep32Op = 189+primOpTag Pdep64Op = 190+primOpTag PdepOp = 191+primOpTag Pext8Op = 192+primOpTag Pext16Op = 193+primOpTag Pext32Op = 194+primOpTag Pext64Op = 195+primOpTag PextOp = 196+primOpTag Clz8Op = 197+primOpTag Clz16Op = 198+primOpTag Clz32Op = 199+primOpTag Clz64Op = 200+primOpTag ClzOp = 201+primOpTag Ctz8Op = 202+primOpTag Ctz16Op = 203+primOpTag Ctz32Op = 204+primOpTag Ctz64Op = 205+primOpTag CtzOp = 206+primOpTag BSwap16Op = 207+primOpTag BSwap32Op = 208+primOpTag BSwap64Op = 209+primOpTag BSwapOp = 210+primOpTag BRev8Op = 211+primOpTag BRev16Op = 212+primOpTag BRev32Op = 213+primOpTag BRev64Op = 214+primOpTag BRevOp = 215+primOpTag Narrow8IntOp = 216+primOpTag Narrow16IntOp = 217+primOpTag Narrow32IntOp = 218+primOpTag Narrow8WordOp = 219+primOpTag Narrow16WordOp = 220+primOpTag Narrow32WordOp = 221+primOpTag DoubleGtOp = 222+primOpTag DoubleGeOp = 223+primOpTag DoubleEqOp = 224+primOpTag DoubleNeOp = 225+primOpTag DoubleLtOp = 226+primOpTag DoubleLeOp = 227+primOpTag DoubleAddOp = 228+primOpTag DoubleSubOp = 229+primOpTag DoubleMulOp = 230+primOpTag DoubleDivOp = 231+primOpTag DoubleNegOp = 232+primOpTag DoubleFabsOp = 233+primOpTag DoubleToIntOp = 234+primOpTag DoubleToFloatOp = 235+primOpTag DoubleExpOp = 236+primOpTag DoubleExpM1Op = 237+primOpTag DoubleLogOp = 238+primOpTag DoubleLog1POp = 239+primOpTag DoubleSqrtOp = 240+primOpTag DoubleSinOp = 241+primOpTag DoubleCosOp = 242+primOpTag DoubleTanOp = 243+primOpTag DoubleAsinOp = 244+primOpTag DoubleAcosOp = 245+primOpTag DoubleAtanOp = 246+primOpTag DoubleSinhOp = 247+primOpTag DoubleCoshOp = 248+primOpTag DoubleTanhOp = 249+primOpTag DoubleAsinhOp = 250+primOpTag DoubleAcoshOp = 251+primOpTag DoubleAtanhOp = 252+primOpTag DoublePowerOp = 253+primOpTag DoubleDecode_2IntOp = 254+primOpTag DoubleDecode_Int64Op = 255+primOpTag FloatGtOp = 256+primOpTag FloatGeOp = 257+primOpTag FloatEqOp = 258+primOpTag FloatNeOp = 259+primOpTag FloatLtOp = 260+primOpTag FloatLeOp = 261+primOpTag FloatAddOp = 262+primOpTag FloatSubOp = 263+primOpTag FloatMulOp = 264+primOpTag FloatDivOp = 265+primOpTag FloatNegOp = 266+primOpTag FloatFabsOp = 267+primOpTag FloatToIntOp = 268+primOpTag FloatExpOp = 269+primOpTag FloatExpM1Op = 270+primOpTag FloatLogOp = 271+primOpTag FloatLog1POp = 272+primOpTag FloatSqrtOp = 273+primOpTag FloatSinOp = 274+primOpTag FloatCosOp = 275+primOpTag FloatTanOp = 276+primOpTag FloatAsinOp = 277+primOpTag FloatAcosOp = 278+primOpTag FloatAtanOp = 279+primOpTag FloatSinhOp = 280+primOpTag FloatCoshOp = 281+primOpTag FloatTanhOp = 282+primOpTag FloatAsinhOp = 283+primOpTag FloatAcoshOp = 284+primOpTag FloatAtanhOp = 285+primOpTag FloatPowerOp = 286+primOpTag FloatToDoubleOp = 287+primOpTag FloatDecode_IntOp = 288+primOpTag NewArrayOp = 289+primOpTag SameMutableArrayOp = 290+primOpTag ReadArrayOp = 291+primOpTag WriteArrayOp = 292+primOpTag SizeofArrayOp = 293+primOpTag SizeofMutableArrayOp = 294+primOpTag IndexArrayOp = 295+primOpTag UnsafeFreezeArrayOp = 296+primOpTag UnsafeThawArrayOp = 297+primOpTag CopyArrayOp = 298+primOpTag CopyMutableArrayOp = 299+primOpTag CloneArrayOp = 300+primOpTag CloneMutableArrayOp = 301+primOpTag FreezeArrayOp = 302+primOpTag ThawArrayOp = 303+primOpTag CasArrayOp = 304+primOpTag NewSmallArrayOp = 305+primOpTag SameSmallMutableArrayOp = 306+primOpTag ShrinkSmallMutableArrayOp_Char = 307+primOpTag ReadSmallArrayOp = 308+primOpTag WriteSmallArrayOp = 309+primOpTag SizeofSmallArrayOp = 310+primOpTag SizeofSmallMutableArrayOp = 311+primOpTag GetSizeofSmallMutableArrayOp = 312+primOpTag IndexSmallArrayOp = 313+primOpTag UnsafeFreezeSmallArrayOp = 314+primOpTag UnsafeThawSmallArrayOp = 315+primOpTag CopySmallArrayOp = 316+primOpTag CopySmallMutableArrayOp = 317+primOpTag CloneSmallArrayOp = 318+primOpTag CloneSmallMutableArrayOp = 319+primOpTag FreezeSmallArrayOp = 320+primOpTag ThawSmallArrayOp = 321+primOpTag CasSmallArrayOp = 322+primOpTag NewByteArrayOp_Char = 323+primOpTag NewPinnedByteArrayOp_Char = 324+primOpTag NewAlignedPinnedByteArrayOp_Char = 325+primOpTag MutableByteArrayIsPinnedOp = 326+primOpTag ByteArrayIsPinnedOp = 327+primOpTag ByteArrayContents_Char = 328+primOpTag SameMutableByteArrayOp = 329+primOpTag ShrinkMutableByteArrayOp_Char = 330+primOpTag ResizeMutableByteArrayOp_Char = 331+primOpTag UnsafeFreezeByteArrayOp = 332+primOpTag SizeofByteArrayOp = 333+primOpTag SizeofMutableByteArrayOp = 334+primOpTag GetSizeofMutableByteArrayOp = 335+primOpTag IndexByteArrayOp_Char = 336+primOpTag IndexByteArrayOp_WideChar = 337+primOpTag IndexByteArrayOp_Int = 338+primOpTag IndexByteArrayOp_Word = 339+primOpTag IndexByteArrayOp_Addr = 340+primOpTag IndexByteArrayOp_Float = 341+primOpTag IndexByteArrayOp_Double = 342+primOpTag IndexByteArrayOp_StablePtr = 343+primOpTag IndexByteArrayOp_Int8 = 344+primOpTag IndexByteArrayOp_Int16 = 345+primOpTag IndexByteArrayOp_Int32 = 346+primOpTag IndexByteArrayOp_Int64 = 347+primOpTag IndexByteArrayOp_Word8 = 348+primOpTag IndexByteArrayOp_Word16 = 349+primOpTag IndexByteArrayOp_Word32 = 350+primOpTag IndexByteArrayOp_Word64 = 351+primOpTag IndexByteArrayOp_Word8AsChar = 352+primOpTag IndexByteArrayOp_Word8AsWideChar = 353+primOpTag IndexByteArrayOp_Word8AsInt = 354+primOpTag IndexByteArrayOp_Word8AsWord = 355+primOpTag IndexByteArrayOp_Word8AsAddr = 356+primOpTag IndexByteArrayOp_Word8AsFloat = 357+primOpTag IndexByteArrayOp_Word8AsDouble = 358+primOpTag IndexByteArrayOp_Word8AsStablePtr = 359+primOpTag IndexByteArrayOp_Word8AsInt16 = 360+primOpTag IndexByteArrayOp_Word8AsInt32 = 361+primOpTag IndexByteArrayOp_Word8AsInt64 = 362+primOpTag IndexByteArrayOp_Word8AsWord16 = 363+primOpTag IndexByteArrayOp_Word8AsWord32 = 364+primOpTag IndexByteArrayOp_Word8AsWord64 = 365+primOpTag ReadByteArrayOp_Char = 366+primOpTag ReadByteArrayOp_WideChar = 367+primOpTag ReadByteArrayOp_Int = 368+primOpTag ReadByteArrayOp_Word = 369+primOpTag ReadByteArrayOp_Addr = 370+primOpTag ReadByteArrayOp_Float = 371+primOpTag ReadByteArrayOp_Double = 372+primOpTag ReadByteArrayOp_StablePtr = 373+primOpTag ReadByteArrayOp_Int8 = 374+primOpTag ReadByteArrayOp_Int16 = 375+primOpTag ReadByteArrayOp_Int32 = 376+primOpTag ReadByteArrayOp_Int64 = 377+primOpTag ReadByteArrayOp_Word8 = 378+primOpTag ReadByteArrayOp_Word16 = 379+primOpTag ReadByteArrayOp_Word32 = 380+primOpTag ReadByteArrayOp_Word64 = 381+primOpTag ReadByteArrayOp_Word8AsChar = 382+primOpTag ReadByteArrayOp_Word8AsWideChar = 383+primOpTag ReadByteArrayOp_Word8AsInt = 384+primOpTag ReadByteArrayOp_Word8AsWord = 385+primOpTag ReadByteArrayOp_Word8AsAddr = 386+primOpTag ReadByteArrayOp_Word8AsFloat = 387+primOpTag ReadByteArrayOp_Word8AsDouble = 388+primOpTag ReadByteArrayOp_Word8AsStablePtr = 389+primOpTag ReadByteArrayOp_Word8AsInt16 = 390+primOpTag ReadByteArrayOp_Word8AsInt32 = 391+primOpTag ReadByteArrayOp_Word8AsInt64 = 392+primOpTag ReadByteArrayOp_Word8AsWord16 = 393+primOpTag ReadByteArrayOp_Word8AsWord32 = 394+primOpTag ReadByteArrayOp_Word8AsWord64 = 395+primOpTag WriteByteArrayOp_Char = 396+primOpTag WriteByteArrayOp_WideChar = 397+primOpTag WriteByteArrayOp_Int = 398+primOpTag WriteByteArrayOp_Word = 399+primOpTag WriteByteArrayOp_Addr = 400+primOpTag WriteByteArrayOp_Float = 401+primOpTag WriteByteArrayOp_Double = 402+primOpTag WriteByteArrayOp_StablePtr = 403+primOpTag WriteByteArrayOp_Int8 = 404+primOpTag WriteByteArrayOp_Int16 = 405+primOpTag WriteByteArrayOp_Int32 = 406+primOpTag WriteByteArrayOp_Int64 = 407+primOpTag WriteByteArrayOp_Word8 = 408+primOpTag WriteByteArrayOp_Word16 = 409+primOpTag WriteByteArrayOp_Word32 = 410+primOpTag WriteByteArrayOp_Word64 = 411+primOpTag WriteByteArrayOp_Word8AsChar = 412+primOpTag WriteByteArrayOp_Word8AsWideChar = 413+primOpTag WriteByteArrayOp_Word8AsInt = 414+primOpTag WriteByteArrayOp_Word8AsWord = 415+primOpTag WriteByteArrayOp_Word8AsAddr = 416+primOpTag WriteByteArrayOp_Word8AsFloat = 417+primOpTag WriteByteArrayOp_Word8AsDouble = 418+primOpTag WriteByteArrayOp_Word8AsStablePtr = 419+primOpTag WriteByteArrayOp_Word8AsInt16 = 420+primOpTag WriteByteArrayOp_Word8AsInt32 = 421+primOpTag WriteByteArrayOp_Word8AsInt64 = 422+primOpTag WriteByteArrayOp_Word8AsWord16 = 423+primOpTag WriteByteArrayOp_Word8AsWord32 = 424+primOpTag WriteByteArrayOp_Word8AsWord64 = 425+primOpTag CompareByteArraysOp = 426+primOpTag CopyByteArrayOp = 427+primOpTag CopyMutableByteArrayOp = 428+primOpTag CopyByteArrayToAddrOp = 429+primOpTag CopyMutableByteArrayToAddrOp = 430+primOpTag CopyAddrToByteArrayOp = 431+primOpTag SetByteArrayOp = 432+primOpTag AtomicReadByteArrayOp_Int = 433+primOpTag AtomicWriteByteArrayOp_Int = 434+primOpTag CasByteArrayOp_Int = 435+primOpTag FetchAddByteArrayOp_Int = 436+primOpTag FetchSubByteArrayOp_Int = 437+primOpTag FetchAndByteArrayOp_Int = 438+primOpTag FetchNandByteArrayOp_Int = 439+primOpTag FetchOrByteArrayOp_Int = 440+primOpTag FetchXorByteArrayOp_Int = 441+primOpTag NewArrayArrayOp = 442+primOpTag SameMutableArrayArrayOp = 443+primOpTag UnsafeFreezeArrayArrayOp = 444+primOpTag SizeofArrayArrayOp = 445+primOpTag SizeofMutableArrayArrayOp = 446+primOpTag IndexArrayArrayOp_ByteArray = 447+primOpTag IndexArrayArrayOp_ArrayArray = 448+primOpTag ReadArrayArrayOp_ByteArray = 449+primOpTag ReadArrayArrayOp_MutableByteArray = 450+primOpTag ReadArrayArrayOp_ArrayArray = 451+primOpTag ReadArrayArrayOp_MutableArrayArray = 452+primOpTag WriteArrayArrayOp_ByteArray = 453+primOpTag WriteArrayArrayOp_MutableByteArray = 454+primOpTag WriteArrayArrayOp_ArrayArray = 455+primOpTag WriteArrayArrayOp_MutableArrayArray = 456+primOpTag CopyArrayArrayOp = 457+primOpTag CopyMutableArrayArrayOp = 458+primOpTag AddrAddOp = 459+primOpTag AddrSubOp = 460+primOpTag AddrRemOp = 461+primOpTag AddrToIntOp = 462+primOpTag IntToAddrOp = 463+primOpTag AddrGtOp = 464+primOpTag AddrGeOp = 465+primOpTag AddrEqOp = 466+primOpTag AddrNeOp = 467+primOpTag AddrLtOp = 468+primOpTag AddrLeOp = 469+primOpTag IndexOffAddrOp_Char = 470+primOpTag IndexOffAddrOp_WideChar = 471+primOpTag IndexOffAddrOp_Int = 472+primOpTag IndexOffAddrOp_Word = 473+primOpTag IndexOffAddrOp_Addr = 474+primOpTag IndexOffAddrOp_Float = 475+primOpTag IndexOffAddrOp_Double = 476+primOpTag IndexOffAddrOp_StablePtr = 477+primOpTag IndexOffAddrOp_Int8 = 478+primOpTag IndexOffAddrOp_Int16 = 479+primOpTag IndexOffAddrOp_Int32 = 480+primOpTag IndexOffAddrOp_Int64 = 481+primOpTag IndexOffAddrOp_Word8 = 482+primOpTag IndexOffAddrOp_Word16 = 483+primOpTag IndexOffAddrOp_Word32 = 484+primOpTag IndexOffAddrOp_Word64 = 485+primOpTag ReadOffAddrOp_Char = 486+primOpTag ReadOffAddrOp_WideChar = 487+primOpTag ReadOffAddrOp_Int = 488+primOpTag ReadOffAddrOp_Word = 489+primOpTag ReadOffAddrOp_Addr = 490+primOpTag ReadOffAddrOp_Float = 491+primOpTag ReadOffAddrOp_Double = 492+primOpTag ReadOffAddrOp_StablePtr = 493+primOpTag ReadOffAddrOp_Int8 = 494+primOpTag ReadOffAddrOp_Int16 = 495+primOpTag ReadOffAddrOp_Int32 = 496+primOpTag ReadOffAddrOp_Int64 = 497+primOpTag ReadOffAddrOp_Word8 = 498+primOpTag ReadOffAddrOp_Word16 = 499+primOpTag ReadOffAddrOp_Word32 = 500+primOpTag ReadOffAddrOp_Word64 = 501+primOpTag WriteOffAddrOp_Char = 502+primOpTag WriteOffAddrOp_WideChar = 503+primOpTag WriteOffAddrOp_Int = 504+primOpTag WriteOffAddrOp_Word = 505+primOpTag WriteOffAddrOp_Addr = 506+primOpTag WriteOffAddrOp_Float = 507+primOpTag WriteOffAddrOp_Double = 508+primOpTag WriteOffAddrOp_StablePtr = 509+primOpTag WriteOffAddrOp_Int8 = 510+primOpTag WriteOffAddrOp_Int16 = 511+primOpTag WriteOffAddrOp_Int32 = 512+primOpTag WriteOffAddrOp_Int64 = 513+primOpTag WriteOffAddrOp_Word8 = 514+primOpTag WriteOffAddrOp_Word16 = 515+primOpTag WriteOffAddrOp_Word32 = 516+primOpTag WriteOffAddrOp_Word64 = 517+primOpTag InterlockedExchange_Addr = 518+primOpTag InterlockedExchange_Word = 519+primOpTag CasAddrOp_Addr = 520+primOpTag CasAddrOp_Word = 521+primOpTag FetchAddAddrOp_Word = 522+primOpTag FetchSubAddrOp_Word = 523+primOpTag FetchAndAddrOp_Word = 524+primOpTag FetchNandAddrOp_Word = 525+primOpTag FetchOrAddrOp_Word = 526+primOpTag FetchXorAddrOp_Word = 527+primOpTag AtomicReadAddrOp_Word = 528+primOpTag AtomicWriteAddrOp_Word = 529+primOpTag NewMutVarOp = 530+primOpTag ReadMutVarOp = 531+primOpTag WriteMutVarOp = 532+primOpTag SameMutVarOp = 533+primOpTag AtomicModifyMutVar2Op = 534+primOpTag AtomicModifyMutVar_Op = 535+primOpTag CasMutVarOp = 536+primOpTag CatchOp = 537+primOpTag RaiseOp = 538+primOpTag RaiseIOOp = 539+primOpTag MaskAsyncExceptionsOp = 540+primOpTag MaskUninterruptibleOp = 541+primOpTag UnmaskAsyncExceptionsOp = 542+primOpTag MaskStatus = 543+primOpTag AtomicallyOp = 544+primOpTag RetryOp = 545+primOpTag CatchRetryOp = 546+primOpTag CatchSTMOp = 547+primOpTag NewTVarOp = 548+primOpTag ReadTVarOp = 549+primOpTag ReadTVarIOOp = 550+primOpTag WriteTVarOp = 551+primOpTag SameTVarOp = 552+primOpTag NewMVarOp = 553+primOpTag TakeMVarOp = 554+primOpTag TryTakeMVarOp = 555+primOpTag PutMVarOp = 556+primOpTag TryPutMVarOp = 557+primOpTag ReadMVarOp = 558+primOpTag TryReadMVarOp = 559+primOpTag SameMVarOp = 560+primOpTag IsEmptyMVarOp = 561+primOpTag NewIOPortrOp = 562+primOpTag ReadIOPortOp = 563+primOpTag WriteIOPortOp = 564+primOpTag SameIOPortOp = 565+primOpTag DelayOp = 566+primOpTag WaitReadOp = 567+primOpTag WaitWriteOp = 568+primOpTag ForkOp = 569+primOpTag ForkOnOp = 570+primOpTag KillThreadOp = 571+primOpTag YieldOp = 572+primOpTag MyThreadIdOp = 573+primOpTag LabelThreadOp = 574+primOpTag IsCurrentThreadBoundOp = 575+primOpTag NoDuplicateOp = 576+primOpTag ThreadStatusOp = 577+primOpTag MkWeakOp = 578+primOpTag MkWeakNoFinalizerOp = 579+primOpTag AddCFinalizerToWeakOp = 580+primOpTag DeRefWeakOp = 581+primOpTag FinalizeWeakOp = 582+primOpTag TouchOp = 583+primOpTag MakeStablePtrOp = 584+primOpTag DeRefStablePtrOp = 585+primOpTag EqStablePtrOp = 586+primOpTag MakeStableNameOp = 587+primOpTag EqStableNameOp = 588+primOpTag StableNameToIntOp = 589+primOpTag CompactNewOp = 590+primOpTag CompactResizeOp = 591+primOpTag CompactContainsOp = 592+primOpTag CompactContainsAnyOp = 593+primOpTag CompactGetFirstBlockOp = 594+primOpTag CompactGetNextBlockOp = 595+primOpTag CompactAllocateBlockOp = 596+primOpTag CompactFixupPointersOp = 597+primOpTag CompactAdd = 598+primOpTag CompactAddWithSharing = 599+primOpTag CompactSize = 600+primOpTag ReallyUnsafePtrEqualityOp = 601+primOpTag ParOp = 602+primOpTag SparkOp = 603+primOpTag SeqOp = 604+primOpTag GetSparkOp = 605+primOpTag NumSparks = 606+primOpTag DataToTagOp = 607+primOpTag TagToEnumOp = 608+primOpTag AddrToAnyOp = 609+primOpTag AnyToAddrOp = 610+primOpTag MkApUpd0_Op = 611+primOpTag NewBCOOp = 612+primOpTag UnpackClosureOp = 613+primOpTag ClosureSizeOp = 614+primOpTag GetApStackValOp = 615+primOpTag GetCCSOfOp = 616+primOpTag GetCurrentCCSOp = 617+primOpTag ClearCCSOp = 618+primOpTag TraceEventOp = 619+primOpTag TraceEventBinaryOp = 620+primOpTag TraceMarkerOp = 621+primOpTag SetThreadAllocationCounter = 622+primOpTag (VecBroadcastOp IntVec 16 W8) = 623+primOpTag (VecBroadcastOp IntVec 8 W16) = 624+primOpTag (VecBroadcastOp IntVec 4 W32) = 625+primOpTag (VecBroadcastOp IntVec 2 W64) = 626+primOpTag (VecBroadcastOp IntVec 32 W8) = 627+primOpTag (VecBroadcastOp IntVec 16 W16) = 628+primOpTag (VecBroadcastOp IntVec 8 W32) = 629+primOpTag (VecBroadcastOp IntVec 4 W64) = 630+primOpTag (VecBroadcastOp IntVec 64 W8) = 631+primOpTag (VecBroadcastOp IntVec 32 W16) = 632+primOpTag (VecBroadcastOp IntVec 16 W32) = 633+primOpTag (VecBroadcastOp IntVec 8 W64) = 634+primOpTag (VecBroadcastOp WordVec 16 W8) = 635+primOpTag (VecBroadcastOp WordVec 8 W16) = 636+primOpTag (VecBroadcastOp WordVec 4 W32) = 637+primOpTag (VecBroadcastOp WordVec 2 W64) = 638+primOpTag (VecBroadcastOp WordVec 32 W8) = 639+primOpTag (VecBroadcastOp WordVec 16 W16) = 640+primOpTag (VecBroadcastOp WordVec 8 W32) = 641+primOpTag (VecBroadcastOp WordVec 4 W64) = 642+primOpTag (VecBroadcastOp WordVec 64 W8) = 643+primOpTag (VecBroadcastOp WordVec 32 W16) = 644+primOpTag (VecBroadcastOp WordVec 16 W32) = 645+primOpTag (VecBroadcastOp WordVec 8 W64) = 646+primOpTag (VecBroadcastOp FloatVec 4 W32) = 647+primOpTag (VecBroadcastOp FloatVec 2 W64) = 648+primOpTag (VecBroadcastOp FloatVec 8 W32) = 649+primOpTag (VecBroadcastOp FloatVec 4 W64) = 650+primOpTag (VecBroadcastOp FloatVec 16 W32) = 651+primOpTag (VecBroadcastOp FloatVec 8 W64) = 652+primOpTag (VecPackOp IntVec 16 W8) = 653+primOpTag (VecPackOp IntVec 8 W16) = 654+primOpTag (VecPackOp IntVec 4 W32) = 655+primOpTag (VecPackOp IntVec 2 W64) = 656+primOpTag (VecPackOp IntVec 32 W8) = 657+primOpTag (VecPackOp IntVec 16 W16) = 658+primOpTag (VecPackOp IntVec 8 W32) = 659+primOpTag (VecPackOp IntVec 4 W64) = 660+primOpTag (VecPackOp IntVec 64 W8) = 661+primOpTag (VecPackOp IntVec 32 W16) = 662+primOpTag (VecPackOp IntVec 16 W32) = 663+primOpTag (VecPackOp IntVec 8 W64) = 664+primOpTag (VecPackOp WordVec 16 W8) = 665+primOpTag (VecPackOp WordVec 8 W16) = 666+primOpTag (VecPackOp WordVec 4 W32) = 667+primOpTag (VecPackOp WordVec 2 W64) = 668+primOpTag (VecPackOp WordVec 32 W8) = 669+primOpTag (VecPackOp WordVec 16 W16) = 670+primOpTag (VecPackOp WordVec 8 W32) = 671+primOpTag (VecPackOp WordVec 4 W64) = 672+primOpTag (VecPackOp WordVec 64 W8) = 673+primOpTag (VecPackOp WordVec 32 W16) = 674+primOpTag (VecPackOp WordVec 16 W32) = 675+primOpTag (VecPackOp WordVec 8 W64) = 676+primOpTag (VecPackOp FloatVec 4 W32) = 677+primOpTag (VecPackOp FloatVec 2 W64) = 678+primOpTag (VecPackOp FloatVec 8 W32) = 679+primOpTag (VecPackOp FloatVec 4 W64) = 680+primOpTag (VecPackOp FloatVec 16 W32) = 681+primOpTag (VecPackOp FloatVec 8 W64) = 682+primOpTag (VecUnpackOp IntVec 16 W8) = 683+primOpTag (VecUnpackOp IntVec 8 W16) = 684+primOpTag (VecUnpackOp IntVec 4 W32) = 685+primOpTag (VecUnpackOp IntVec 2 W64) = 686+primOpTag (VecUnpackOp IntVec 32 W8) = 687+primOpTag (VecUnpackOp IntVec 16 W16) = 688+primOpTag (VecUnpackOp IntVec 8 W32) = 689+primOpTag (VecUnpackOp IntVec 4 W64) = 690+primOpTag (VecUnpackOp IntVec 64 W8) = 691+primOpTag (VecUnpackOp IntVec 32 W16) = 692+primOpTag (VecUnpackOp IntVec 16 W32) = 693+primOpTag (VecUnpackOp IntVec 8 W64) = 694+primOpTag (VecUnpackOp WordVec 16 W8) = 695+primOpTag (VecUnpackOp WordVec 8 W16) = 696+primOpTag (VecUnpackOp WordVec 4 W32) = 697+primOpTag (VecUnpackOp WordVec 2 W64) = 698+primOpTag (VecUnpackOp WordVec 32 W8) = 699+primOpTag (VecUnpackOp WordVec 16 W16) = 700+primOpTag (VecUnpackOp WordVec 8 W32) = 701+primOpTag (VecUnpackOp WordVec 4 W64) = 702+primOpTag (VecUnpackOp WordVec 64 W8) = 703+primOpTag (VecUnpackOp WordVec 32 W16) = 704+primOpTag (VecUnpackOp WordVec 16 W32) = 705+primOpTag (VecUnpackOp WordVec 8 W64) = 706+primOpTag (VecUnpackOp FloatVec 4 W32) = 707+primOpTag (VecUnpackOp FloatVec 2 W64) = 708+primOpTag (VecUnpackOp FloatVec 8 W32) = 709+primOpTag (VecUnpackOp FloatVec 4 W64) = 710+primOpTag (VecUnpackOp FloatVec 16 W32) = 711+primOpTag (VecUnpackOp FloatVec 8 W64) = 712+primOpTag (VecInsertOp IntVec 16 W8) = 713+primOpTag (VecInsertOp IntVec 8 W16) = 714+primOpTag (VecInsertOp IntVec 4 W32) = 715+primOpTag (VecInsertOp IntVec 2 W64) = 716+primOpTag (VecInsertOp IntVec 32 W8) = 717+primOpTag (VecInsertOp IntVec 16 W16) = 718+primOpTag (VecInsertOp IntVec 8 W32) = 719+primOpTag (VecInsertOp IntVec 4 W64) = 720+primOpTag (VecInsertOp IntVec 64 W8) = 721+primOpTag (VecInsertOp IntVec 32 W16) = 722+primOpTag (VecInsertOp IntVec 16 W32) = 723+primOpTag (VecInsertOp IntVec 8 W64) = 724+primOpTag (VecInsertOp WordVec 16 W8) = 725+primOpTag (VecInsertOp WordVec 8 W16) = 726+primOpTag (VecInsertOp WordVec 4 W32) = 727+primOpTag (VecInsertOp WordVec 2 W64) = 728+primOpTag (VecInsertOp WordVec 32 W8) = 729+primOpTag (VecInsertOp WordVec 16 W16) = 730+primOpTag (VecInsertOp WordVec 8 W32) = 731+primOpTag (VecInsertOp WordVec 4 W64) = 732+primOpTag (VecInsertOp WordVec 64 W8) = 733+primOpTag (VecInsertOp WordVec 32 W16) = 734+primOpTag (VecInsertOp WordVec 16 W32) = 735+primOpTag (VecInsertOp WordVec 8 W64) = 736+primOpTag (VecInsertOp FloatVec 4 W32) = 737+primOpTag (VecInsertOp FloatVec 2 W64) = 738+primOpTag (VecInsertOp FloatVec 8 W32) = 739+primOpTag (VecInsertOp FloatVec 4 W64) = 740+primOpTag (VecInsertOp FloatVec 16 W32) = 741+primOpTag (VecInsertOp FloatVec 8 W64) = 742+primOpTag (VecAddOp IntVec 16 W8) = 743+primOpTag (VecAddOp IntVec 8 W16) = 744+primOpTag (VecAddOp IntVec 4 W32) = 745+primOpTag (VecAddOp IntVec 2 W64) = 746+primOpTag (VecAddOp IntVec 32 W8) = 747+primOpTag (VecAddOp IntVec 16 W16) = 748+primOpTag (VecAddOp IntVec 8 W32) = 749+primOpTag (VecAddOp IntVec 4 W64) = 750+primOpTag (VecAddOp IntVec 64 W8) = 751+primOpTag (VecAddOp IntVec 32 W16) = 752+primOpTag (VecAddOp IntVec 16 W32) = 753+primOpTag (VecAddOp IntVec 8 W64) = 754+primOpTag (VecAddOp WordVec 16 W8) = 755+primOpTag (VecAddOp WordVec 8 W16) = 756+primOpTag (VecAddOp WordVec 4 W32) = 757+primOpTag (VecAddOp WordVec 2 W64) = 758+primOpTag (VecAddOp WordVec 32 W8) = 759+primOpTag (VecAddOp WordVec 16 W16) = 760+primOpTag (VecAddOp WordVec 8 W32) = 761+primOpTag (VecAddOp WordVec 4 W64) = 762+primOpTag (VecAddOp WordVec 64 W8) = 763+primOpTag (VecAddOp WordVec 32 W16) = 764+primOpTag (VecAddOp WordVec 16 W32) = 765+primOpTag (VecAddOp WordVec 8 W64) = 766+primOpTag (VecAddOp FloatVec 4 W32) = 767+primOpTag (VecAddOp FloatVec 2 W64) = 768+primOpTag (VecAddOp FloatVec 8 W32) = 769+primOpTag (VecAddOp FloatVec 4 W64) = 770+primOpTag (VecAddOp FloatVec 16 W32) = 771+primOpTag (VecAddOp FloatVec 8 W64) = 772+primOpTag (VecSubOp IntVec 16 W8) = 773+primOpTag (VecSubOp IntVec 8 W16) = 774+primOpTag (VecSubOp IntVec 4 W32) = 775+primOpTag (VecSubOp IntVec 2 W64) = 776+primOpTag (VecSubOp IntVec 32 W8) = 777+primOpTag (VecSubOp IntVec 16 W16) = 778+primOpTag (VecSubOp IntVec 8 W32) = 779+primOpTag (VecSubOp IntVec 4 W64) = 780+primOpTag (VecSubOp IntVec 64 W8) = 781+primOpTag (VecSubOp IntVec 32 W16) = 782+primOpTag (VecSubOp IntVec 16 W32) = 783+primOpTag (VecSubOp IntVec 8 W64) = 784+primOpTag (VecSubOp WordVec 16 W8) = 785+primOpTag (VecSubOp WordVec 8 W16) = 786+primOpTag (VecSubOp WordVec 4 W32) = 787+primOpTag (VecSubOp WordVec 2 W64) = 788+primOpTag (VecSubOp WordVec 32 W8) = 789+primOpTag (VecSubOp WordVec 16 W16) = 790+primOpTag (VecSubOp WordVec 8 W32) = 791+primOpTag (VecSubOp WordVec 4 W64) = 792+primOpTag (VecSubOp WordVec 64 W8) = 793+primOpTag (VecSubOp WordVec 32 W16) = 794+primOpTag (VecSubOp WordVec 16 W32) = 795+primOpTag (VecSubOp WordVec 8 W64) = 796+primOpTag (VecSubOp FloatVec 4 W32) = 797+primOpTag (VecSubOp FloatVec 2 W64) = 798+primOpTag (VecSubOp FloatVec 8 W32) = 799+primOpTag (VecSubOp FloatVec 4 W64) = 800+primOpTag (VecSubOp FloatVec 16 W32) = 801+primOpTag (VecSubOp FloatVec 8 W64) = 802+primOpTag (VecMulOp IntVec 16 W8) = 803+primOpTag (VecMulOp IntVec 8 W16) = 804+primOpTag (VecMulOp IntVec 4 W32) = 805+primOpTag (VecMulOp IntVec 2 W64) = 806+primOpTag (VecMulOp IntVec 32 W8) = 807+primOpTag (VecMulOp IntVec 16 W16) = 808+primOpTag (VecMulOp IntVec 8 W32) = 809+primOpTag (VecMulOp IntVec 4 W64) = 810+primOpTag (VecMulOp IntVec 64 W8) = 811+primOpTag (VecMulOp IntVec 32 W16) = 812+primOpTag (VecMulOp IntVec 16 W32) = 813+primOpTag (VecMulOp IntVec 8 W64) = 814+primOpTag (VecMulOp WordVec 16 W8) = 815+primOpTag (VecMulOp WordVec 8 W16) = 816+primOpTag (VecMulOp WordVec 4 W32) = 817+primOpTag (VecMulOp WordVec 2 W64) = 818+primOpTag (VecMulOp WordVec 32 W8) = 819+primOpTag (VecMulOp WordVec 16 W16) = 820+primOpTag (VecMulOp WordVec 8 W32) = 821+primOpTag (VecMulOp WordVec 4 W64) = 822+primOpTag (VecMulOp WordVec 64 W8) = 823+primOpTag (VecMulOp WordVec 32 W16) = 824+primOpTag (VecMulOp WordVec 16 W32) = 825+primOpTag (VecMulOp WordVec 8 W64) = 826+primOpTag (VecMulOp FloatVec 4 W32) = 827+primOpTag (VecMulOp FloatVec 2 W64) = 828+primOpTag (VecMulOp FloatVec 8 W32) = 829+primOpTag (VecMulOp FloatVec 4 W64) = 830+primOpTag (VecMulOp FloatVec 16 W32) = 831+primOpTag (VecMulOp FloatVec 8 W64) = 832+primOpTag (VecDivOp FloatVec 4 W32) = 833+primOpTag (VecDivOp FloatVec 2 W64) = 834+primOpTag (VecDivOp FloatVec 8 W32) = 835+primOpTag (VecDivOp FloatVec 4 W64) = 836+primOpTag (VecDivOp FloatVec 16 W32) = 837+primOpTag (VecDivOp FloatVec 8 W64) = 838+primOpTag (VecQuotOp IntVec 16 W8) = 839+primOpTag (VecQuotOp IntVec 8 W16) = 840+primOpTag (VecQuotOp IntVec 4 W32) = 841+primOpTag (VecQuotOp IntVec 2 W64) = 842+primOpTag (VecQuotOp IntVec 32 W8) = 843+primOpTag (VecQuotOp IntVec 16 W16) = 844+primOpTag (VecQuotOp IntVec 8 W32) = 845+primOpTag (VecQuotOp IntVec 4 W64) = 846+primOpTag (VecQuotOp IntVec 64 W8) = 847+primOpTag (VecQuotOp IntVec 32 W16) = 848+primOpTag (VecQuotOp IntVec 16 W32) = 849+primOpTag (VecQuotOp IntVec 8 W64) = 850+primOpTag (VecQuotOp WordVec 16 W8) = 851+primOpTag (VecQuotOp WordVec 8 W16) = 852+primOpTag (VecQuotOp WordVec 4 W32) = 853+primOpTag (VecQuotOp WordVec 2 W64) = 854+primOpTag (VecQuotOp WordVec 32 W8) = 855+primOpTag (VecQuotOp WordVec 16 W16) = 856+primOpTag (VecQuotOp WordVec 8 W32) = 857+primOpTag (VecQuotOp WordVec 4 W64) = 858+primOpTag (VecQuotOp WordVec 64 W8) = 859+primOpTag (VecQuotOp WordVec 32 W16) = 860+primOpTag (VecQuotOp WordVec 16 W32) = 861+primOpTag (VecQuotOp WordVec 8 W64) = 862+primOpTag (VecRemOp IntVec 16 W8) = 863+primOpTag (VecRemOp IntVec 8 W16) = 864+primOpTag (VecRemOp IntVec 4 W32) = 865+primOpTag (VecRemOp IntVec 2 W64) = 866+primOpTag (VecRemOp IntVec 32 W8) = 867+primOpTag (VecRemOp IntVec 16 W16) = 868+primOpTag (VecRemOp IntVec 8 W32) = 869+primOpTag (VecRemOp IntVec 4 W64) = 870+primOpTag (VecRemOp IntVec 64 W8) = 871+primOpTag (VecRemOp IntVec 32 W16) = 872+primOpTag (VecRemOp IntVec 16 W32) = 873+primOpTag (VecRemOp IntVec 8 W64) = 874+primOpTag (VecRemOp WordVec 16 W8) = 875+primOpTag (VecRemOp WordVec 8 W16) = 876+primOpTag (VecRemOp WordVec 4 W32) = 877+primOpTag (VecRemOp WordVec 2 W64) = 878+primOpTag (VecRemOp WordVec 32 W8) = 879+primOpTag (VecRemOp WordVec 16 W16) = 880+primOpTag (VecRemOp WordVec 8 W32) = 881+primOpTag (VecRemOp WordVec 4 W64) = 882+primOpTag (VecRemOp WordVec 64 W8) = 883+primOpTag (VecRemOp WordVec 32 W16) = 884+primOpTag (VecRemOp WordVec 16 W32) = 885+primOpTag (VecRemOp WordVec 8 W64) = 886+primOpTag (VecNegOp IntVec 16 W8) = 887+primOpTag (VecNegOp IntVec 8 W16) = 888+primOpTag (VecNegOp IntVec 4 W32) = 889+primOpTag (VecNegOp IntVec 2 W64) = 890+primOpTag (VecNegOp IntVec 32 W8) = 891+primOpTag (VecNegOp IntVec 16 W16) = 892+primOpTag (VecNegOp IntVec 8 W32) = 893+primOpTag (VecNegOp IntVec 4 W64) = 894+primOpTag (VecNegOp IntVec 64 W8) = 895+primOpTag (VecNegOp IntVec 32 W16) = 896+primOpTag (VecNegOp IntVec 16 W32) = 897+primOpTag (VecNegOp IntVec 8 W64) = 898+primOpTag (VecNegOp FloatVec 4 W32) = 899+primOpTag (VecNegOp FloatVec 2 W64) = 900+primOpTag (VecNegOp FloatVec 8 W32) = 901+primOpTag (VecNegOp FloatVec 4 W64) = 902+primOpTag (VecNegOp FloatVec 16 W32) = 903+primOpTag (VecNegOp FloatVec 8 W64) = 904+primOpTag (VecIndexByteArrayOp IntVec 16 W8) = 905+primOpTag (VecIndexByteArrayOp IntVec 8 W16) = 906+primOpTag (VecIndexByteArrayOp IntVec 4 W32) = 907+primOpTag (VecIndexByteArrayOp IntVec 2 W64) = 908+primOpTag (VecIndexByteArrayOp IntVec 32 W8) = 909+primOpTag (VecIndexByteArrayOp IntVec 16 W16) = 910+primOpTag (VecIndexByteArrayOp IntVec 8 W32) = 911+primOpTag (VecIndexByteArrayOp IntVec 4 W64) = 912+primOpTag (VecIndexByteArrayOp IntVec 64 W8) = 913+primOpTag (VecIndexByteArrayOp IntVec 32 W16) = 914+primOpTag (VecIndexByteArrayOp IntVec 16 W32) = 915+primOpTag (VecIndexByteArrayOp IntVec 8 W64) = 916+primOpTag (VecIndexByteArrayOp WordVec 16 W8) = 917+primOpTag (VecIndexByteArrayOp WordVec 8 W16) = 918+primOpTag (VecIndexByteArrayOp WordVec 4 W32) = 919+primOpTag (VecIndexByteArrayOp WordVec 2 W64) = 920+primOpTag (VecIndexByteArrayOp WordVec 32 W8) = 921+primOpTag (VecIndexByteArrayOp WordVec 16 W16) = 922+primOpTag (VecIndexByteArrayOp WordVec 8 W32) = 923+primOpTag (VecIndexByteArrayOp WordVec 4 W64) = 924+primOpTag (VecIndexByteArrayOp WordVec 64 W8) = 925+primOpTag (VecIndexByteArrayOp WordVec 32 W16) = 926+primOpTag (VecIndexByteArrayOp WordVec 16 W32) = 927+primOpTag (VecIndexByteArrayOp WordVec 8 W64) = 928+primOpTag (VecIndexByteArrayOp FloatVec 4 W32) = 929+primOpTag (VecIndexByteArrayOp FloatVec 2 W64) = 930+primOpTag (VecIndexByteArrayOp FloatVec 8 W32) = 931+primOpTag (VecIndexByteArrayOp FloatVec 4 W64) = 932+primOpTag (VecIndexByteArrayOp FloatVec 16 W32) = 933+primOpTag (VecIndexByteArrayOp FloatVec 8 W64) = 934+primOpTag (VecReadByteArrayOp IntVec 16 W8) = 935+primOpTag (VecReadByteArrayOp IntVec 8 W16) = 936+primOpTag (VecReadByteArrayOp IntVec 4 W32) = 937+primOpTag (VecReadByteArrayOp IntVec 2 W64) = 938+primOpTag (VecReadByteArrayOp IntVec 32 W8) = 939+primOpTag (VecReadByteArrayOp IntVec 16 W16) = 940+primOpTag (VecReadByteArrayOp IntVec 8 W32) = 941+primOpTag (VecReadByteArrayOp IntVec 4 W64) = 942+primOpTag (VecReadByteArrayOp IntVec 64 W8) = 943+primOpTag (VecReadByteArrayOp IntVec 32 W16) = 944+primOpTag (VecReadByteArrayOp IntVec 16 W32) = 945+primOpTag (VecReadByteArrayOp IntVec 8 W64) = 946+primOpTag (VecReadByteArrayOp WordVec 16 W8) = 947+primOpTag (VecReadByteArrayOp WordVec 8 W16) = 948+primOpTag (VecReadByteArrayOp WordVec 4 W32) = 949+primOpTag (VecReadByteArrayOp WordVec 2 W64) = 950+primOpTag (VecReadByteArrayOp WordVec 32 W8) = 951+primOpTag (VecReadByteArrayOp WordVec 16 W16) = 952+primOpTag (VecReadByteArrayOp WordVec 8 W32) = 953+primOpTag (VecReadByteArrayOp WordVec 4 W64) = 954+primOpTag (VecReadByteArrayOp WordVec 64 W8) = 955+primOpTag (VecReadByteArrayOp WordVec 32 W16) = 956+primOpTag (VecReadByteArrayOp WordVec 16 W32) = 957+primOpTag (VecReadByteArrayOp WordVec 8 W64) = 958+primOpTag (VecReadByteArrayOp FloatVec 4 W32) = 959+primOpTag (VecReadByteArrayOp FloatVec 2 W64) = 960+primOpTag (VecReadByteArrayOp FloatVec 8 W32) = 961+primOpTag (VecReadByteArrayOp FloatVec 4 W64) = 962+primOpTag (VecReadByteArrayOp FloatVec 16 W32) = 963+primOpTag (VecReadByteArrayOp FloatVec 8 W64) = 964+primOpTag (VecWriteByteArrayOp IntVec 16 W8) = 965+primOpTag (VecWriteByteArrayOp IntVec 8 W16) = 966+primOpTag (VecWriteByteArrayOp IntVec 4 W32) = 967+primOpTag (VecWriteByteArrayOp IntVec 2 W64) = 968+primOpTag (VecWriteByteArrayOp IntVec 32 W8) = 969+primOpTag (VecWriteByteArrayOp IntVec 16 W16) = 970+primOpTag (VecWriteByteArrayOp IntVec 8 W32) = 971+primOpTag (VecWriteByteArrayOp IntVec 4 W64) = 972+primOpTag (VecWriteByteArrayOp IntVec 64 W8) = 973+primOpTag (VecWriteByteArrayOp IntVec 32 W16) = 974+primOpTag (VecWriteByteArrayOp IntVec 16 W32) = 975+primOpTag (VecWriteByteArrayOp IntVec 8 W64) = 976+primOpTag (VecWriteByteArrayOp WordVec 16 W8) = 977+primOpTag (VecWriteByteArrayOp WordVec 8 W16) = 978+primOpTag (VecWriteByteArrayOp WordVec 4 W32) = 979+primOpTag (VecWriteByteArrayOp WordVec 2 W64) = 980+primOpTag (VecWriteByteArrayOp WordVec 32 W8) = 981+primOpTag (VecWriteByteArrayOp WordVec 16 W16) = 982+primOpTag (VecWriteByteArrayOp WordVec 8 W32) = 983+primOpTag (VecWriteByteArrayOp WordVec 4 W64) = 984+primOpTag (VecWriteByteArrayOp WordVec 64 W8) = 985+primOpTag (VecWriteByteArrayOp WordVec 32 W16) = 986+primOpTag (VecWriteByteArrayOp WordVec 16 W32) = 987+primOpTag (VecWriteByteArrayOp WordVec 8 W64) = 988+primOpTag (VecWriteByteArrayOp FloatVec 4 W32) = 989+primOpTag (VecWriteByteArrayOp FloatVec 2 W64) = 990+primOpTag (VecWriteByteArrayOp FloatVec 8 W32) = 991+primOpTag (VecWriteByteArrayOp FloatVec 4 W64) = 992+primOpTag (VecWriteByteArrayOp FloatVec 16 W32) = 993+primOpTag (VecWriteByteArrayOp FloatVec 8 W64) = 994+primOpTag (VecIndexOffAddrOp IntVec 16 W8) = 995+primOpTag (VecIndexOffAddrOp IntVec 8 W16) = 996+primOpTag (VecIndexOffAddrOp IntVec 4 W32) = 997+primOpTag (VecIndexOffAddrOp IntVec 2 W64) = 998+primOpTag (VecIndexOffAddrOp IntVec 32 W8) = 999+primOpTag (VecIndexOffAddrOp IntVec 16 W16) = 1000+primOpTag (VecIndexOffAddrOp IntVec 8 W32) = 1001+primOpTag (VecIndexOffAddrOp IntVec 4 W64) = 1002+primOpTag (VecIndexOffAddrOp IntVec 64 W8) = 1003+primOpTag (VecIndexOffAddrOp IntVec 32 W16) = 1004+primOpTag (VecIndexOffAddrOp IntVec 16 W32) = 1005+primOpTag (VecIndexOffAddrOp IntVec 8 W64) = 1006+primOpTag (VecIndexOffAddrOp WordVec 16 W8) = 1007+primOpTag (VecIndexOffAddrOp WordVec 8 W16) = 1008+primOpTag (VecIndexOffAddrOp WordVec 4 W32) = 1009+primOpTag (VecIndexOffAddrOp WordVec 2 W64) = 1010+primOpTag (VecIndexOffAddrOp WordVec 32 W8) = 1011+primOpTag (VecIndexOffAddrOp WordVec 16 W16) = 1012+primOpTag (VecIndexOffAddrOp WordVec 8 W32) = 1013+primOpTag (VecIndexOffAddrOp WordVec 4 W64) = 1014+primOpTag (VecIndexOffAddrOp WordVec 64 W8) = 1015+primOpTag (VecIndexOffAddrOp WordVec 32 W16) = 1016+primOpTag (VecIndexOffAddrOp WordVec 16 W32) = 1017+primOpTag (VecIndexOffAddrOp WordVec 8 W64) = 1018+primOpTag (VecIndexOffAddrOp FloatVec 4 W32) = 1019+primOpTag (VecIndexOffAddrOp FloatVec 2 W64) = 1020+primOpTag (VecIndexOffAddrOp FloatVec 8 W32) = 1021+primOpTag (VecIndexOffAddrOp FloatVec 4 W64) = 1022+primOpTag (VecIndexOffAddrOp FloatVec 16 W32) = 1023+primOpTag (VecIndexOffAddrOp FloatVec 8 W64) = 1024+primOpTag (VecReadOffAddrOp IntVec 16 W8) = 1025+primOpTag (VecReadOffAddrOp IntVec 8 W16) = 1026+primOpTag (VecReadOffAddrOp IntVec 4 W32) = 1027+primOpTag (VecReadOffAddrOp IntVec 2 W64) = 1028+primOpTag (VecReadOffAddrOp IntVec 32 W8) = 1029+primOpTag (VecReadOffAddrOp IntVec 16 W16) = 1030+primOpTag (VecReadOffAddrOp IntVec 8 W32) = 1031+primOpTag (VecReadOffAddrOp IntVec 4 W64) = 1032+primOpTag (VecReadOffAddrOp IntVec 64 W8) = 1033+primOpTag (VecReadOffAddrOp IntVec 32 W16) = 1034+primOpTag (VecReadOffAddrOp IntVec 16 W32) = 1035+primOpTag (VecReadOffAddrOp IntVec 8 W64) = 1036+primOpTag (VecReadOffAddrOp WordVec 16 W8) = 1037+primOpTag (VecReadOffAddrOp WordVec 8 W16) = 1038+primOpTag (VecReadOffAddrOp WordVec 4 W32) = 1039+primOpTag (VecReadOffAddrOp WordVec 2 W64) = 1040+primOpTag (VecReadOffAddrOp WordVec 32 W8) = 1041+primOpTag (VecReadOffAddrOp WordVec 16 W16) = 1042+primOpTag (VecReadOffAddrOp WordVec 8 W32) = 1043+primOpTag (VecReadOffAddrOp WordVec 4 W64) = 1044+primOpTag (VecReadOffAddrOp WordVec 64 W8) = 1045+primOpTag (VecReadOffAddrOp WordVec 32 W16) = 1046+primOpTag (VecReadOffAddrOp WordVec 16 W32) = 1047+primOpTag (VecReadOffAddrOp WordVec 8 W64) = 1048+primOpTag (VecReadOffAddrOp FloatVec 4 W32) = 1049+primOpTag (VecReadOffAddrOp FloatVec 2 W64) = 1050+primOpTag (VecReadOffAddrOp FloatVec 8 W32) = 1051+primOpTag (VecReadOffAddrOp FloatVec 4 W64) = 1052+primOpTag (VecReadOffAddrOp FloatVec 16 W32) = 1053+primOpTag (VecReadOffAddrOp FloatVec 8 W64) = 1054+primOpTag (VecWriteOffAddrOp IntVec 16 W8) = 1055+primOpTag (VecWriteOffAddrOp IntVec 8 W16) = 1056+primOpTag (VecWriteOffAddrOp IntVec 4 W32) = 1057+primOpTag (VecWriteOffAddrOp IntVec 2 W64) = 1058+primOpTag (VecWriteOffAddrOp IntVec 32 W8) = 1059+primOpTag (VecWriteOffAddrOp IntVec 16 W16) = 1060+primOpTag (VecWriteOffAddrOp IntVec 8 W32) = 1061+primOpTag (VecWriteOffAddrOp IntVec 4 W64) = 1062+primOpTag (VecWriteOffAddrOp IntVec 64 W8) = 1063+primOpTag (VecWriteOffAddrOp IntVec 32 W16) = 1064+primOpTag (VecWriteOffAddrOp IntVec 16 W32) = 1065+primOpTag (VecWriteOffAddrOp IntVec 8 W64) = 1066+primOpTag (VecWriteOffAddrOp WordVec 16 W8) = 1067+primOpTag (VecWriteOffAddrOp WordVec 8 W16) = 1068+primOpTag (VecWriteOffAddrOp WordVec 4 W32) = 1069+primOpTag (VecWriteOffAddrOp WordVec 2 W64) = 1070+primOpTag (VecWriteOffAddrOp WordVec 32 W8) = 1071+primOpTag (VecWriteOffAddrOp WordVec 16 W16) = 1072+primOpTag (VecWriteOffAddrOp WordVec 8 W32) = 1073+primOpTag (VecWriteOffAddrOp WordVec 4 W64) = 1074+primOpTag (VecWriteOffAddrOp WordVec 64 W8) = 1075+primOpTag (VecWriteOffAddrOp WordVec 32 W16) = 1076+primOpTag (VecWriteOffAddrOp WordVec 16 W32) = 1077+primOpTag (VecWriteOffAddrOp WordVec 8 W64) = 1078+primOpTag (VecWriteOffAddrOp FloatVec 4 W32) = 1079+primOpTag (VecWriteOffAddrOp FloatVec 2 W64) = 1080+primOpTag (VecWriteOffAddrOp FloatVec 8 W32) = 1081+primOpTag (VecWriteOffAddrOp FloatVec 4 W64) = 1082+primOpTag (VecWriteOffAddrOp FloatVec 16 W32) = 1083+primOpTag (VecWriteOffAddrOp FloatVec 8 W64) = 1084+primOpTag (VecIndexScalarByteArrayOp IntVec 16 W8) = 1085+primOpTag (VecIndexScalarByteArrayOp IntVec 8 W16) = 1086+primOpTag (VecIndexScalarByteArrayOp IntVec 4 W32) = 1087+primOpTag (VecIndexScalarByteArrayOp IntVec 2 W64) = 1088+primOpTag (VecIndexScalarByteArrayOp IntVec 32 W8) = 1089+primOpTag (VecIndexScalarByteArrayOp IntVec 16 W16) = 1090+primOpTag (VecIndexScalarByteArrayOp IntVec 8 W32) = 1091+primOpTag (VecIndexScalarByteArrayOp IntVec 4 W64) = 1092+primOpTag (VecIndexScalarByteArrayOp IntVec 64 W8) = 1093+primOpTag (VecIndexScalarByteArrayOp IntVec 32 W16) = 1094+primOpTag (VecIndexScalarByteArrayOp IntVec 16 W32) = 1095+primOpTag (VecIndexScalarByteArrayOp IntVec 8 W64) = 1096+primOpTag (VecIndexScalarByteArrayOp WordVec 16 W8) = 1097+primOpTag (VecIndexScalarByteArrayOp WordVec 8 W16) = 1098+primOpTag (VecIndexScalarByteArrayOp WordVec 4 W32) = 1099+primOpTag (VecIndexScalarByteArrayOp WordVec 2 W64) = 1100+primOpTag (VecIndexScalarByteArrayOp WordVec 32 W8) = 1101+primOpTag (VecIndexScalarByteArrayOp WordVec 16 W16) = 1102+primOpTag (VecIndexScalarByteArrayOp WordVec 8 W32) = 1103+primOpTag (VecIndexScalarByteArrayOp WordVec 4 W64) = 1104+primOpTag (VecIndexScalarByteArrayOp WordVec 64 W8) = 1105+primOpTag (VecIndexScalarByteArrayOp WordVec 32 W16) = 1106+primOpTag (VecIndexScalarByteArrayOp WordVec 16 W32) = 1107+primOpTag (VecIndexScalarByteArrayOp WordVec 8 W64) = 1108+primOpTag (VecIndexScalarByteArrayOp FloatVec 4 W32) = 1109+primOpTag (VecIndexScalarByteArrayOp FloatVec 2 W64) = 1110+primOpTag (VecIndexScalarByteArrayOp FloatVec 8 W32) = 1111+primOpTag (VecIndexScalarByteArrayOp FloatVec 4 W64) = 1112+primOpTag (VecIndexScalarByteArrayOp FloatVec 16 W32) = 1113+primOpTag (VecIndexScalarByteArrayOp FloatVec 8 W64) = 1114+primOpTag (VecReadScalarByteArrayOp IntVec 16 W8) = 1115+primOpTag (VecReadScalarByteArrayOp IntVec 8 W16) = 1116+primOpTag (VecReadScalarByteArrayOp IntVec 4 W32) = 1117+primOpTag (VecReadScalarByteArrayOp IntVec 2 W64) = 1118+primOpTag (VecReadScalarByteArrayOp IntVec 32 W8) = 1119+primOpTag (VecReadScalarByteArrayOp IntVec 16 W16) = 1120+primOpTag (VecReadScalarByteArrayOp IntVec 8 W32) = 1121+primOpTag (VecReadScalarByteArrayOp IntVec 4 W64) = 1122+primOpTag (VecReadScalarByteArrayOp IntVec 64 W8) = 1123+primOpTag (VecReadScalarByteArrayOp IntVec 32 W16) = 1124+primOpTag (VecReadScalarByteArrayOp IntVec 16 W32) = 1125+primOpTag (VecReadScalarByteArrayOp IntVec 8 W64) = 1126+primOpTag (VecReadScalarByteArrayOp WordVec 16 W8) = 1127+primOpTag (VecReadScalarByteArrayOp WordVec 8 W16) = 1128+primOpTag (VecReadScalarByteArrayOp WordVec 4 W32) = 1129+primOpTag (VecReadScalarByteArrayOp WordVec 2 W64) = 1130+primOpTag (VecReadScalarByteArrayOp WordVec 32 W8) = 1131+primOpTag (VecReadScalarByteArrayOp WordVec 16 W16) = 1132+primOpTag (VecReadScalarByteArrayOp WordVec 8 W32) = 1133+primOpTag (VecReadScalarByteArrayOp WordVec 4 W64) = 1134+primOpTag (VecReadScalarByteArrayOp WordVec 64 W8) = 1135+primOpTag (VecReadScalarByteArrayOp WordVec 32 W16) = 1136+primOpTag (VecReadScalarByteArrayOp WordVec 16 W32) = 1137+primOpTag (VecReadScalarByteArrayOp WordVec 8 W64) = 1138+primOpTag (VecReadScalarByteArrayOp FloatVec 4 W32) = 1139+primOpTag (VecReadScalarByteArrayOp FloatVec 2 W64) = 1140+primOpTag (VecReadScalarByteArrayOp FloatVec 8 W32) = 1141+primOpTag (VecReadScalarByteArrayOp FloatVec 4 W64) = 1142+primOpTag (VecReadScalarByteArrayOp FloatVec 16 W32) = 1143+primOpTag (VecReadScalarByteArrayOp FloatVec 8 W64) = 1144+primOpTag (VecWriteScalarByteArrayOp IntVec 16 W8) = 1145+primOpTag (VecWriteScalarByteArrayOp IntVec 8 W16) = 1146+primOpTag (VecWriteScalarByteArrayOp IntVec 4 W32) = 1147+primOpTag (VecWriteScalarByteArrayOp IntVec 2 W64) = 1148+primOpTag (VecWriteScalarByteArrayOp IntVec 32 W8) = 1149+primOpTag (VecWriteScalarByteArrayOp IntVec 16 W16) = 1150+primOpTag (VecWriteScalarByteArrayOp IntVec 8 W32) = 1151+primOpTag (VecWriteScalarByteArrayOp IntVec 4 W64) = 1152+primOpTag (VecWriteScalarByteArrayOp IntVec 64 W8) = 1153+primOpTag (VecWriteScalarByteArrayOp IntVec 32 W16) = 1154+primOpTag (VecWriteScalarByteArrayOp IntVec 16 W32) = 1155+primOpTag (VecWriteScalarByteArrayOp IntVec 8 W64) = 1156+primOpTag (VecWriteScalarByteArrayOp WordVec 16 W8) = 1157+primOpTag (VecWriteScalarByteArrayOp WordVec 8 W16) = 1158+primOpTag (VecWriteScalarByteArrayOp WordVec 4 W32) = 1159+primOpTag (VecWriteScalarByteArrayOp WordVec 2 W64) = 1160+primOpTag (VecWriteScalarByteArrayOp WordVec 32 W8) = 1161+primOpTag (VecWriteScalarByteArrayOp WordVec 16 W16) = 1162+primOpTag (VecWriteScalarByteArrayOp WordVec 8 W32) = 1163+primOpTag (VecWriteScalarByteArrayOp WordVec 4 W64) = 1164+primOpTag (VecWriteScalarByteArrayOp WordVec 64 W8) = 1165+primOpTag (VecWriteScalarByteArrayOp WordVec 32 W16) = 1166+primOpTag (VecWriteScalarByteArrayOp WordVec 16 W32) = 1167+primOpTag (VecWriteScalarByteArrayOp WordVec 8 W64) = 1168+primOpTag (VecWriteScalarByteArrayOp FloatVec 4 W32) = 1169+primOpTag (VecWriteScalarByteArrayOp FloatVec 2 W64) = 1170+primOpTag (VecWriteScalarByteArrayOp FloatVec 8 W32) = 1171+primOpTag (VecWriteScalarByteArrayOp FloatVec 4 W64) = 1172+primOpTag (VecWriteScalarByteArrayOp FloatVec 16 W32) = 1173+primOpTag (VecWriteScalarByteArrayOp FloatVec 8 W64) = 1174+primOpTag (VecIndexScalarOffAddrOp IntVec 16 W8) = 1175+primOpTag (VecIndexScalarOffAddrOp IntVec 8 W16) = 1176+primOpTag (VecIndexScalarOffAddrOp IntVec 4 W32) = 1177+primOpTag (VecIndexScalarOffAddrOp IntVec 2 W64) = 1178+primOpTag (VecIndexScalarOffAddrOp IntVec 32 W8) = 1179+primOpTag (VecIndexScalarOffAddrOp IntVec 16 W16) = 1180+primOpTag (VecIndexScalarOffAddrOp IntVec 8 W32) = 1181+primOpTag (VecIndexScalarOffAddrOp IntVec 4 W64) = 1182+primOpTag (VecIndexScalarOffAddrOp IntVec 64 W8) = 1183+primOpTag (VecIndexScalarOffAddrOp IntVec 32 W16) = 1184+primOpTag (VecIndexScalarOffAddrOp IntVec 16 W32) = 1185+primOpTag (VecIndexScalarOffAddrOp IntVec 8 W64) = 1186+primOpTag (VecIndexScalarOffAddrOp WordVec 16 W8) = 1187+primOpTag (VecIndexScalarOffAddrOp WordVec 8 W16) = 1188+primOpTag (VecIndexScalarOffAddrOp WordVec 4 W32) = 1189+primOpTag (VecIndexScalarOffAddrOp WordVec 2 W64) = 1190+primOpTag (VecIndexScalarOffAddrOp WordVec 32 W8) = 1191+primOpTag (VecIndexScalarOffAddrOp WordVec 16 W16) = 1192+primOpTag (VecIndexScalarOffAddrOp WordVec 8 W32) = 1193+primOpTag (VecIndexScalarOffAddrOp WordVec 4 W64) = 1194+primOpTag (VecIndexScalarOffAddrOp WordVec 64 W8) = 1195+primOpTag (VecIndexScalarOffAddrOp WordVec 32 W16) = 1196+primOpTag (VecIndexScalarOffAddrOp WordVec 16 W32) = 1197+primOpTag (VecIndexScalarOffAddrOp WordVec 8 W64) = 1198+primOpTag (VecIndexScalarOffAddrOp FloatVec 4 W32) = 1199+primOpTag (VecIndexScalarOffAddrOp FloatVec 2 W64) = 1200+primOpTag (VecIndexScalarOffAddrOp FloatVec 8 W32) = 1201+primOpTag (VecIndexScalarOffAddrOp FloatVec 4 W64) = 1202+primOpTag (VecIndexScalarOffAddrOp FloatVec 16 W32) = 1203+primOpTag (VecIndexScalarOffAddrOp FloatVec 8 W64) = 1204+primOpTag (VecReadScalarOffAddrOp IntVec 16 W8) = 1205+primOpTag (VecReadScalarOffAddrOp IntVec 8 W16) = 1206+primOpTag (VecReadScalarOffAddrOp IntVec 4 W32) = 1207+primOpTag (VecReadScalarOffAddrOp IntVec 2 W64) = 1208+primOpTag (VecReadScalarOffAddrOp IntVec 32 W8) = 1209+primOpTag (VecReadScalarOffAddrOp IntVec 16 W16) = 1210+primOpTag (VecReadScalarOffAddrOp IntVec 8 W32) = 1211+primOpTag (VecReadScalarOffAddrOp IntVec 4 W64) = 1212+primOpTag (VecReadScalarOffAddrOp IntVec 64 W8) = 1213+primOpTag (VecReadScalarOffAddrOp IntVec 32 W16) = 1214+primOpTag (VecReadScalarOffAddrOp IntVec 16 W32) = 1215+primOpTag (VecReadScalarOffAddrOp IntVec 8 W64) = 1216+primOpTag (VecReadScalarOffAddrOp WordVec 16 W8) = 1217+primOpTag (VecReadScalarOffAddrOp WordVec 8 W16) = 1218+primOpTag (VecReadScalarOffAddrOp WordVec 4 W32) = 1219+primOpTag (VecReadScalarOffAddrOp WordVec 2 W64) = 1220+primOpTag (VecReadScalarOffAddrOp WordVec 32 W8) = 1221+primOpTag (VecReadScalarOffAddrOp WordVec 16 W16) = 1222+primOpTag (VecReadScalarOffAddrOp WordVec 8 W32) = 1223+primOpTag (VecReadScalarOffAddrOp WordVec 4 W64) = 1224+primOpTag (VecReadScalarOffAddrOp WordVec 64 W8) = 1225+primOpTag (VecReadScalarOffAddrOp WordVec 32 W16) = 1226+primOpTag (VecReadScalarOffAddrOp WordVec 16 W32) = 1227+primOpTag (VecReadScalarOffAddrOp WordVec 8 W64) = 1228+primOpTag (VecReadScalarOffAddrOp FloatVec 4 W32) = 1229+primOpTag (VecReadScalarOffAddrOp FloatVec 2 W64) = 1230+primOpTag (VecReadScalarOffAddrOp FloatVec 8 W32) = 1231+primOpTag (VecReadScalarOffAddrOp FloatVec 4 W64) = 1232+primOpTag (VecReadScalarOffAddrOp FloatVec 16 W32) = 1233+primOpTag (VecReadScalarOffAddrOp FloatVec 8 W64) = 1234+primOpTag (VecWriteScalarOffAddrOp IntVec 16 W8) = 1235+primOpTag (VecWriteScalarOffAddrOp IntVec 8 W16) = 1236+primOpTag (VecWriteScalarOffAddrOp IntVec 4 W32) = 1237+primOpTag (VecWriteScalarOffAddrOp IntVec 2 W64) = 1238+primOpTag (VecWriteScalarOffAddrOp IntVec 32 W8) = 1239+primOpTag (VecWriteScalarOffAddrOp IntVec 16 W16) = 1240+primOpTag (VecWriteScalarOffAddrOp IntVec 8 W32) = 1241+primOpTag (VecWriteScalarOffAddrOp IntVec 4 W64) = 1242+primOpTag (VecWriteScalarOffAddrOp IntVec 64 W8) = 1243+primOpTag (VecWriteScalarOffAddrOp IntVec 32 W16) = 1244+primOpTag (VecWriteScalarOffAddrOp IntVec 16 W32) = 1245+primOpTag (VecWriteScalarOffAddrOp IntVec 8 W64) = 1246+primOpTag (VecWriteScalarOffAddrOp WordVec 16 W8) = 1247+primOpTag (VecWriteScalarOffAddrOp WordVec 8 W16) = 1248+primOpTag (VecWriteScalarOffAddrOp WordVec 4 W32) = 1249+primOpTag (VecWriteScalarOffAddrOp WordVec 2 W64) = 1250+primOpTag (VecWriteScalarOffAddrOp WordVec 32 W8) = 1251+primOpTag (VecWriteScalarOffAddrOp WordVec 16 W16) = 1252+primOpTag (VecWriteScalarOffAddrOp WordVec 8 W32) = 1253+primOpTag (VecWriteScalarOffAddrOp WordVec 4 W64) = 1254+primOpTag (VecWriteScalarOffAddrOp WordVec 64 W8) = 1255+primOpTag (VecWriteScalarOffAddrOp WordVec 32 W16) = 1256+primOpTag (VecWriteScalarOffAddrOp WordVec 16 W32) = 1257+primOpTag (VecWriteScalarOffAddrOp WordVec 8 W64) = 1258+primOpTag (VecWriteScalarOffAddrOp FloatVec 4 W32) = 1259+primOpTag (VecWriteScalarOffAddrOp FloatVec 2 W64) = 1260+primOpTag (VecWriteScalarOffAddrOp FloatVec 8 W32) = 1261+primOpTag (VecWriteScalarOffAddrOp FloatVec 4 W64) = 1262+primOpTag (VecWriteScalarOffAddrOp FloatVec 16 W32) = 1263+primOpTag (VecWriteScalarOffAddrOp FloatVec 8 W64) = 1264+primOpTag PrefetchByteArrayOp3 = 1265+primOpTag PrefetchMutableByteArrayOp3 = 1266+primOpTag PrefetchAddrOp3 = 1267+primOpTag PrefetchValueOp3 = 1268+primOpTag PrefetchByteArrayOp2 = 1269+primOpTag PrefetchMutableByteArrayOp2 = 1270+primOpTag PrefetchAddrOp2 = 1271+primOpTag PrefetchValueOp2 = 1272+primOpTag PrefetchByteArrayOp1 = 1273+primOpTag PrefetchMutableByteArrayOp1 = 1274+primOpTag PrefetchAddrOp1 = 1275+primOpTag PrefetchValueOp1 = 1276+primOpTag PrefetchByteArrayOp0 = 1277+primOpTag PrefetchMutableByteArrayOp0 = 1278+primOpTag PrefetchAddrOp0 = 1279+primOpTag PrefetchValueOp0 = 1280
ghc-lib/stage0/lib/DerivedConstants.h view
@@ -491,6 +491,9 @@ #define OFFSET_StgCompactNFDataBlock_next 16 #define REP_StgCompactNFDataBlock_next b64 #define StgCompactNFDataBlock_next(__ptr__) REP_StgCompactNFDataBlock_next[__ptr__+OFFSET_StgCompactNFDataBlock_next]+#define OFFSET_RtsFlags_ProfFlags_doHeapProfile 272+#define REP_RtsFlags_ProfFlags_doHeapProfile b32+#define RtsFlags_ProfFlags_doHeapProfile(__ptr__) REP_RtsFlags_ProfFlags_doHeapProfile[__ptr__+OFFSET_RtsFlags_ProfFlags_doHeapProfile] #define OFFSET_RtsFlags_ProfFlags_showCCSOnException 293 #define REP_RtsFlags_ProfFlags_showCCSOnException b8 #define RtsFlags_ProfFlags_showCCSOnException(__ptr__) REP_RtsFlags_ProfFlags_showCCSOnException[__ptr__+OFFSET_RtsFlags_ProfFlags_showCCSOnException]
ghc-lib/stage0/lib/ghcautoconf.h view
@@ -137,6 +137,9 @@ /* Define to 1 if you have the <dlfcn.h> header file. */ #define HAVE_DLFCN_H 1 +/* Define to 1 if you have the `dlinfo' function. */+/* #undef HAVE_DLINFO */+ /* Define to 1 if you have the <elfutils/libdw.h> header file. */ /* #undef HAVE_ELFUTILS_LIBDW_H */
ghc-lib/stage0/lib/ghcversion.h view
@@ -5,10 +5,10 @@ #define __GLASGOW_HASKELL__ 901 #endif #if !defined(__GLASGOW_HASKELL_FULL_VERSION__)-#define __GLASGOW_HASKELL_FULL_VERSION__ "9.1.20201228"+#define __GLASGOW_HASKELL_FULL_VERSION__ "9.1.20210201" #endif -#define __GLASGOW_HASKELL_PATCHLEVEL1__ 20201228+#define __GLASGOW_HASKELL_PATCHLEVEL1__ 20210201  #define MIN_VERSION_GLASGOW_HASKELL(ma,mi,pl1,pl2) (\    ((ma)*100+(mi)) <  __GLASGOW_HASKELL__ || \
ghc-lib/stage0/libraries/ghc-boot/build/GHC/Version.hs view
@@ -3,19 +3,19 @@ import Prelude -- See Note [Why do we import Prelude here?]  cProjectGitCommitId   :: String-cProjectGitCommitId   = "2113a1d600e579bb0f54a0526a03626f105c0365"+cProjectGitCommitId   = "d4bcd37f15a59cea22fbaef280cd85cac20872bf"  cProjectVersion       :: String-cProjectVersion       = "9.1.20201228"+cProjectVersion       = "9.1.20210201"  cProjectVersionInt    :: String cProjectVersionInt    = "901"  cProjectPatchLevel    :: String-cProjectPatchLevel    = "20201228"+cProjectPatchLevel    = "20210201"  cProjectPatchLevel1   :: String-cProjectPatchLevel1   = "20201228"+cProjectPatchLevel1   = "20210201"  cProjectPatchLevel2   :: String cProjectPatchLevel2   = ""
libraries/ghc-boot-th/GHC/LanguageExtensions/Type.hs view
@@ -138,7 +138,6 @@    | TypeApplications    | Strict    | StrictData-   | MonadFailDesugaring    | EmptyDataDeriving    | NumericUnderscores    | QuantifiedConstraints
libraries/ghc-boot/GHC/BaseDir.hs view
@@ -16,7 +16,7 @@  import Prelude -- See Note [Why do we import Prelude here?] -import Data.List+import Data.List (stripPrefix) import System.FilePath  -- Windows
libraries/ghc-boot/GHC/Data/SizedSeq.hs view
@@ -11,7 +11,7 @@ import Prelude -- See note [Why do we import Prelude here?] import Control.DeepSeq import Data.Binary-import Data.List+import Data.List (genericLength) import GHC.Generics  data SizedSeq a = SizedSeq {-# UNPACK #-} !Word [a]
libraries/ghc-heap/GHC/Exts/Heap.hs view
@@ -71,6 +71,7 @@ #endif import GHC.Exts.Heap.Utils import qualified GHC.Exts.Heap.FFIClosures as FFIClosures+import qualified GHC.Exts.Heap.ProfInfo.PeekProfInfo as PPI  import Control.Monad import Data.Bits@@ -170,13 +171,19 @@ getClosureDataFromHeapRep :: ByteArray# -> Ptr StgInfoTable -> [b] -> IO (GenClosure b) getClosureDataFromHeapRep heapRep infoTablePtr pts = do   itbl <- peekItbl infoTablePtr-  getClosureDataFromHeapRepPrim (dataConNames infoTablePtr) itbl heapRep pts+  getClosureDataFromHeapRepPrim (dataConNames infoTablePtr) PPI.peekTopCCS itbl heapRep pts  getClosureDataFromHeapRepPrim     :: IO (String, String, String)     -- ^ A continuation used to decode the constructor description field,     -- in ghc-debug this code can lead to segfaults because dataConNames     -- will dereference a random part of memory.+    -> (Ptr a -> IO (Maybe CostCentreStack))+    -- ^ A continuation which is used to decode a cost centre stack+    -- In ghc-debug, this code will need to call back into the debuggee to+    -- fetch the representation of the CCS before decoding it. Using+    -- `peekTopCCS` for this argument can lead to segfaults in ghc-debug as+    -- the CCS argument will point outside the copied closure.     -> StgInfoTable     -- ^ The `StgInfoTable` of the closure, extracted from the heap     -- representation.@@ -191,7 +198,7 @@     -- `b` is some representation of a pointer e.g. `Any` or `Ptr Any`.     -> IO (GenClosure b)     -- ^ Heap representation of the closure.-getClosureDataFromHeapRepPrim getConDesc itbl heapRep pts = do+getClosureDataFromHeapRepPrim getConDesc decodeCCS itbl heapRep pts = do     let -- heapRep as a list of words.         rawHeapWords :: [Word]         rawHeapWords = [W# (indexWordArray# heapRep i) | I# i <- [0.. end] ]@@ -343,7 +350,7 @@                 }         TSO | [ u_lnk, u_gbl_lnk, tso_stack, u_trec, u_blk_ex, u_bq] <- pts                 -> withArray rawHeapWords (\ptr -> do-                    fields <- FFIClosures.peekTSOFields ptr+                    fields <- FFIClosures.peekTSOFields decodeCCS ptr                     pure $ TSOClosure                         { info = itbl                         , link = u_lnk
libraries/ghc-heap/GHC/Exts/Heap/FFIClosures_ProfilingDisabled.hsc view
@@ -30,8 +30,8 @@ }  -- | Get non-pointer fields from @StgTSO_@ (@TSO.h@)-peekTSOFields :: Ptr tsoPtr -> IO TSOFields-peekTSOFields ptr = do+peekTSOFields :: (Ptr a -> IO (Maybe CostCentreStack)) -> Ptr tsoPtr -> IO TSOFields+peekTSOFields decodeCCS ptr = do     what_next' <- (#peek struct StgTSO_, what_next) ptr     why_blocked' <- (#peek struct StgTSO_, why_blocked) ptr     flags' <- (#peek struct StgTSO_, flags) ptr@@ -40,7 +40,7 @@     dirty' <- (#peek struct StgTSO_, dirty) ptr     alloc_limit' <- (#peek struct StgTSO_, alloc_limit) ptr     tot_stack_size' <- (#peek struct StgTSO_, tot_stack_size) ptr-    tso_prof' <- peekStgTSOProfInfo ptr+    tso_prof' <- peekStgTSOProfInfo decodeCCS ptr      return TSOFields {         tso_what_next = parseWhatNext what_next',
libraries/ghc-heap/GHC/Exts/Heap/FFIClosures_ProfilingEnabled.hsc view
@@ -30,8 +30,8 @@ }  -- | Get non-pointer fields from @StgTSO_@ (@TSO.h@)-peekTSOFields :: Ptr tsoPtr -> IO TSOFields-peekTSOFields ptr = do+peekTSOFields :: (Ptr a -> IO (Maybe CostCentreStack)) -> Ptr tsoPtr -> IO TSOFields+peekTSOFields decodeCCS ptr = do     what_next' <- (#peek struct StgTSO_, what_next) ptr     why_blocked' <- (#peek struct StgTSO_, why_blocked) ptr     flags' <- (#peek struct StgTSO_, flags) ptr@@ -40,7 +40,7 @@     dirty' <- (#peek struct StgTSO_, dirty) ptr     alloc_limit' <- (#peek struct StgTSO_, alloc_limit) ptr     tot_stack_size' <- (#peek struct StgTSO_, tot_stack_size) ptr-    tso_prof' <- peekStgTSOProfInfo ptr+    tso_prof' <- peekStgTSOProfInfo decodeCCS ptr      return TSOFields {         tso_what_next = parseWhatNext what_next',
libraries/ghc-heap/GHC/Exts/Heap/ProfInfo/PeekProfInfo_ProfilingDisabled.hsc view
@@ -1,5 +1,6 @@ module GHC.Exts.Heap.ProfInfo.PeekProfInfo_ProfilingDisabled(     peekStgTSOProfInfo+  , peekTopCCS ) where  import Prelude@@ -8,5 +9,8 @@  -- | This implementation is used when PROFILING is undefined. -- It always returns 'Nothing', because there is no profiling info available.-peekStgTSOProfInfo :: Ptr tsoPtr -> IO (Maybe StgTSOProfInfo)-peekStgTSOProfInfo _ = return Nothing+peekStgTSOProfInfo :: (Ptr a -> IO (Maybe CostCentreStack)) -> Ptr tsoPtr -> IO (Maybe StgTSOProfInfo)+peekStgTSOProfInfo _ _ = return Nothing++peekTopCCS :: Ptr a -> IO (Maybe CostCentreStack)+peekTopCCS _ = return Nothing
libraries/ghc-heap/GHC/Exts/Heap/ProfInfo/PeekProfInfo_ProfilingEnabled.hsc view
@@ -3,6 +3,7 @@  module GHC.Exts.Heap.ProfInfo.PeekProfInfo_ProfilingEnabled(     peekStgTSOProfInfo+    , peekTopCCS ) where  #if __GLASGOW_HASKELL__ >= 811@@ -33,16 +34,20 @@ type AddressSet = IntSet type AddressMap = IntMap -peekStgTSOProfInfo :: Ptr a -> IO (Maybe StgTSOProfInfo)-peekStgTSOProfInfo tsoPtr = do+peekStgTSOProfInfo :: (Ptr b -> IO (Maybe CostCentreStack)) -> Ptr a -> IO (Maybe StgTSOProfInfo)+peekStgTSOProfInfo decodeCCS tsoPtr = do     cccs_ptr <- peekByteOff tsoPtr cccsOffset-    costCenterCacheRef <- newIORef IntMap.empty-    cccs' <- peekCostCentreStack IntSet.empty costCenterCacheRef cccs_ptr+    cccs' <- decodeCCS cccs_ptr      return $ Just StgTSOProfInfo {         cccs = cccs'     } +peekTopCCS :: Ptr b -> IO (Maybe CostCentreStack)+peekTopCCS cccs_ptr = do+  costCenterCacheRef <- newIORef IntMap.empty+  peekCostCentreStack IntSet.empty costCenterCacheRef cccs_ptr+ cccsOffset :: Int cccsOffset = (#const OFFSET_StgTSO_cccs) + (#size StgHeader) @@ -162,4 +167,7 @@  peekStgTSOProfInfo :: Ptr a -> IO (Maybe StgTSOProfInfo) peekStgTSOProfInfo _ = return Nothing++peekTopCCS :: Ptr a -> IO (Maybe CostCentreStack)+peekTopCCS _ = return Nothing #endif
libraries/ghc-heap/GHC/Exts/Heap/Utils.hsc view
@@ -11,7 +11,7 @@ import GHC.Exts.Heap.InfoTable  import Data.Char-import Data.List+import Data.List (intercalate) import Foreign import GHC.CString import GHC.Exts
libraries/ghci/GHCi/Message.hs view
@@ -454,7 +454,7 @@ #define MIN_VERSION_ghc_heap(major1,major2,minor) (\   (major1) <  9 || \   (major1) == 9 && (major2) <  1 || \-  (major1) == 9 && (major2) == 1 && (minor) <= 20201228)+  (major1) == 9 && (major2) == 1 && (minor) <= 20210201) #endif /* MIN_VERSION_ghc_heap */ #if MIN_VERSION_ghc_heap(8,11,0) instance Binary Heap.StgTSOProfInfo