\(input :: inp) -> let !(# init, readMore, readNext #) = let _ = "cursorOf" in let next ( t@( Data.Text.Internal.Text arr off unconsumed ) ) = let !( Data.Text.Unsafe.Iter c d ) = Data.Text.Unsafe.iter t 0 in (# c, Data.Text.Internal.Text arr (off GHC.Num.+ d) (unconsumed GHC.Num.- d) #) more ( Data.Text.Internal.Text _ _ unconsumed ) = unconsumed GHC.Classes.> 0 in (# input, more, next #) finalRet = \_farInp _farExp v _inp -> Data.Either.Right v finalRaise :: forall b. Symantic.Parser.Machine.Generate.Catcher inp b = \(!exn) _failInp (!farInp) (!farExp) -> Data.Either.Left Symantic.Parser.Machine.Generate.ParsingErrorStandard { Symantic.Parser.Machine.Generate.parsingErrorOffset = Symantic.Parser.Machine.Input.offset farInp, Symantic.Parser.Machine.Generate.parsingErrorException = exn, Symantic.Parser.Machine.Generate.parsingErrorUnexpected = if readMore farInp then GHC.Maybe.Just ( let (# c, _ #) = readNext farInp in c ) else GHC.Maybe.Nothing, Symantic.Parser.Machine.Generate.parsingErrorExpecting = farExp } in let inputToken = Data.Proxy.Proxy :: Data.Proxy.Proxy (Symantic.Parser.Machine.Input.InputToken inp) in let name = \(!ok) (!inp) (!koByLabel) -> let _ = "catch ExceptionFailure" in let catchHandler (!_exn) (!failInp) (!farInp) (!farExp) = let _ = "catch.ko ExceptionFailure" in Data.Map.Strict.Internal.findWithDefault finalRaise Symantic.Parser.Grammar.Combinators.ExceptionFailure koByLabel Symantic.Parser.Grammar.Combinators.ExceptionFailure inp farInp farExp in let readFail = catchHandler in if readMore (Symantic.Parser.Machine.Input.shiftRightText 3 inp) then let !(# c, cs #) = readNext inp in if (GHC.Classes.==) 'a' c then let readFail = readFail in let !(# c, cs #) = readNext cs in if (GHC.Classes.==) 'b' c then let readFail = readFail in let !(# c, cs #) = readNext cs in if (GHC.Classes.==) 'c' c then let readFail = readFail in let !(# c, cs #) = readNext cs in if (GHC.Classes.==) 'd' c then let _ = "resume" in ok init Data.Set.Internal.empty ( let _ = "resume.genCode" in (GHC.Types.:) 'a' ((GHC.Types.:) 'b' ((GHC.Types.:) 'c' ((GHC.Types.:) 'd' GHC.Types . []))) ) cs else let _ = "checkToken.else" in let failExp = Data.Set.Internal.Bin 1 ( Symantic.Parser.Grammar.Combinators.SomeFailure ( case inputToken of (Data.Proxy.Proxy :: Data.Proxy.Proxy tok') -> Symantic.Parser.Grammar.Combinators.FailureToken 'd' ) ) Data.Set.Internal.Tip Data.Set.Internal.Tip in let (# farInp, farExp #) = case (GHC.Classes.compare `Data.Function.on` Symantic.Parser.Machine.Input.offset) init cs of GHC.Types.LT -> (# cs, failExp #) GHC.Types.EQ -> (# init, failExp GHC.Base.<> Data.Set.Internal.empty #) GHC.Types.GT -> (# init, Data.Set.Internal.empty #) in readFail Symantic.Parser.Grammar.Combinators.ExceptionFailure cs farInp farExp else let _ = "checkToken.else" in let failExp = Data.Set.Internal.Bin 1 ( Symantic.Parser.Grammar.Combinators.SomeFailure ( case inputToken of (Data.Proxy.Proxy :: Data.Proxy.Proxy tok') -> Symantic.Parser.Grammar.Combinators.FailureToken 'c' ) ) Data.Set.Internal.Tip Data.Set.Internal.Tip in let (# farInp, farExp #) = case (GHC.Classes.compare `Data.Function.on` Symantic.Parser.Machine.Input.offset) init cs of GHC.Types.LT -> (# cs, failExp #) GHC.Types.EQ -> (# init, failExp GHC.Base.<> Data.Set.Internal.empty #) GHC.Types.GT -> (# init, Data.Set.Internal.empty #) in readFail Symantic.Parser.Grammar.Combinators.ExceptionFailure cs farInp farExp else let _ = "checkToken.else" in let failExp = Data.Set.Internal.Bin 1 ( Symantic.Parser.Grammar.Combinators.SomeFailure ( case inputToken of (Data.Proxy.Proxy :: Data.Proxy.Proxy tok') -> Symantic.Parser.Grammar.Combinators.FailureToken 'b' ) ) Data.Set.Internal.Tip Data.Set.Internal.Tip in let (# farInp, farExp #) = case (GHC.Classes.compare `Data.Function.on` Symantic.Parser.Machine.Input.offset) init cs of GHC.Types.LT -> (# cs, failExp #) GHC.Types.EQ -> (# init, failExp GHC.Base.<> Data.Set.Internal.empty #) GHC.Types.GT -> (# init, Data.Set.Internal.empty #) in readFail Symantic.Parser.Grammar.Combinators.ExceptionFailure cs farInp farExp else let _ = "checkToken.else" in let failExp = Data.Set.Internal.Bin 1 ( Symantic.Parser.Grammar.Combinators.SomeFailure ( case inputToken of (Data.Proxy.Proxy :: Data.Proxy.Proxy tok') -> Symantic.Parser.Grammar.Combinators.FailureToken 'a' ) ) Data.Set.Internal.Tip Data.Set.Internal.Tip in let (# farInp, farExp #) = case (GHC.Classes.compare `Data.Function.on` Symantic.Parser.Machine.Input.offset) init inp of GHC.Types.LT -> (# inp, failExp #) GHC.Types.EQ -> (# init, failExp GHC.Base.<> Data.Set.Internal.empty #) GHC.Types.GT -> (# init, Data.Set.Internal.empty #) in readFail Symantic.Parser.Grammar.Combinators.ExceptionFailure inp farInp farExp else let _ = "checkHorizon.else" in let failExp = Data.Set.Internal.Bin 1 ( Symantic.Parser.Grammar.Combinators.SomeFailure ( case inputToken of (Data.Proxy.Proxy :: Data.Proxy.Proxy tok') -> Symantic.Parser.Grammar.Combinators.FailureHorizon @tok' 4 ) ) Data.Set.Internal.Tip Data.Set.Internal.Tip in let (# farInp, farExp #) = case (GHC.Classes.compare `Data.Function.on` Symantic.Parser.Machine.Input.offset) init inp of GHC.Types.LT -> (# inp, failExp #) GHC.Types.EQ -> (# init, failExp GHC.Base.<> Data.Set.Internal.empty #) GHC.Types.GT -> (# init, Data.Set.Internal.empty #) in readFail Symantic.Parser.Grammar.Combinators.ExceptionFailure inp farInp farExp name = \(!ok) (!inp) (!koByLabel) -> let _ = "catch ExceptionFailure" in let catchHandler (!_exn) (!failInp) (!farInp) (!farExp) = let _ = "catch.ko ExceptionFailure" in if ( \( Data.Text.Internal.Text _ i _ ) ( Data.Text.Internal.Text _ j _ ) -> i GHC.Classes.== j ) inp failInp then let _ = "choicesBranch.then" in let _ = "resume" in ok farInp farExp ( let _ = "resume.genCode" in \x -> x ) failInp else let _ = "choicesBranch.else" in Data.Map.Strict.Internal.findWithDefault finalRaise Symantic.Parser.Grammar.Combinators.ExceptionFailure koByLabel Symantic.Parser.Grammar.Combinators.ExceptionFailure failInp farInp farExp in name ( let _ = "suspend" in \farInp farExp v (!inp) -> name ( let _ = "suspend" in \farInp farExp v (!inp) -> let _ = "resume" in ok farInp farExp ( let _ = "resume.genCode" in \x -> (GHC.Types.:) v (v x) ) inp ) inp (Data.Map.Internal.Bin 1 Symantic.Parser.Grammar.Combinators.ExceptionFailure catchHandler Data.Map.Internal.Tip Data.Map.Internal.Tip) ) inp (Data.Map.Internal.Bin 1 Symantic.Parser.Grammar.Combinators.ExceptionFailure catchHandler Data.Map.Internal.Tip Data.Map.Internal.Tip) in name ( let _ = "suspend" in \farInp farExp v (!inp) -> name ( let _ = "suspend" in \farInp farExp v (!inp) -> let join = \farInp farExp v (!inp) -> let _ = "resume" in finalRet farInp farExp ( let _ = "resume.genCode" in GHC.Show.show ((GHC.Types.:) v (v GHC.Types . [])) ) inp in let _ = "catch ExceptionFailure" in let catchHandler (!_exn) (!failInp) (!farInp) (!farExp) = let _ = "catch.ko ExceptionFailure" in if ( \( Data.Text.Internal.Text _ i _ ) ( Data.Text.Internal.Text _ j _ ) -> i GHC.Classes.== j ) inp failInp then let _ = "choicesBranch.then" in let failExp = Data.Set.Internal.Bin 1 (Symantic.Parser.Grammar.Combinators.SomeFailure Symantic.Parser.Grammar.Combinators.FailureEnd) Data.Set.Internal.Tip Data.Set.Internal.Tip in let (# farInp, farExp #) = case (GHC.Classes.compare `Data.Function.on` Symantic.Parser.Machine.Input.offset) farInp failInp of GHC.Types.LT -> (# failInp, failExp #) GHC.Types.EQ -> (# farInp, failExp GHC.Base.<> farExp #) GHC.Types.GT -> (# farInp, farExp #) in finalRaise Symantic.Parser.Grammar.Combinators.ExceptionFailure failInp farInp farExp else let _ = "choicesBranch.else" in finalRaise Symantic.Parser.Grammar.Combinators.ExceptionFailure failInp farInp farExp in let _ = "catch ExceptionFailure" in let catchHandler (!_exn) (!failInp) (!farInp) (!farExp) = let _ = "catch.ko ExceptionFailure" in let _ = "resume" in join farInp farExp ( let _ = "resume.genCode" in GHC.Tuple . () ) inp in let readFail = catchHandler in if readMore inp then let !(# c, cs #) = readNext inp in if (\x -> GHC.Types.True) c then catchHandler Symantic.Parser.Grammar.Combinators.ExceptionFailure inp farInp farExp else let _ = "checkToken.else" in readFail Symantic.Parser.Grammar.Combinators.ExceptionFailure inp farInp farExp else let _ = "checkHorizon.else" in let failExp = Data.Set.Internal.Bin 1 ( Symantic.Parser.Grammar.Combinators.SomeFailure ( case inputToken of (Data.Proxy.Proxy :: Data.Proxy.Proxy tok') -> Symantic.Parser.Grammar.Combinators.FailureHorizon @tok' 1 ) ) Data.Set.Internal.Tip Data.Set.Internal.Tip in let (# farInp, farExp #) = case (GHC.Classes.compare `Data.Function.on` Symantic.Parser.Machine.Input.offset) farInp inp of GHC.Types.LT -> (# inp, failExp #) GHC.Types.EQ -> (# farInp, failExp GHC.Base.<> farExp #) GHC.Types.GT -> (# farInp, farExp #) in readFail Symantic.Parser.Grammar.Combinators.ExceptionFailure inp farInp farExp ) inp Data.Map.Internal.Tip ) init Data.Map.Internal.Tip