{-# OPTIONS_GHC -Wno-incomplete-patterns #-}
module Axel where
import qualified Prelude as GHCPrelude
import qualified Axel.Parse.AST as AST
import Axel.Prelude
import Axel.Parse(hygenisizeIdentifier)
import qualified Axel.Sourcemap as SM
import Axel.Utils.FilePath(takeFileName)
import Data.IORef(IORef,modifyIORef,newIORef,readIORef)
import qualified Data.Text as T
import System.IO.Unsafe(unsafePerformIO)
aXEL_SYMBOL_IF_ :: () => ((->) Bool ((->) a ((->) a a)))
aXEL_SYMBOL_IF_ True x _ = x
aXEL_SYMBOL_IF_ False _ x = x
expandDo :: () => ((->) ([] SM.Expression) SM.Expression)
expandDo ((:) (AST.SExpression _ [(AST.Symbol _ "<-"),var,val]) rest) = (AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 45 8))) (concat [[(AST.Symbol (GHCPrelude.Just ((,) "axelTemp/4333779294880851293/result.axel" (SM.Position 2 156))) ">>=")],[val],[(AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 45 18))) (concat [[(AST.Symbol (GHCPrelude.Just ((,) "axelTemp/4333779294880851293/result.axel" (SM.Position 2 254))) "\\")],[(AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 45 21))) (concat [[var]]))],[(expandDo rest)]]))]]))
expandDo ((:) (AST.SExpression _ ((:) (AST.Symbol _ "aXEL_SYMBOL_LET_") bindings)) rest) = (AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 47 8))) (concat [[(AST.Symbol (GHCPrelude.Just ((,) "axelTemp/4333779294880851293/result.axel" (SM.Position 3 173))) "aXEL_SYMBOL_LET_")],[(AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 47 13))) (concat [(AST.toExpressionList bindings)]))],[(expandDo rest)]]))
expandDo ((:) val rest) = (case rest of {[] -> val;_ -> (AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 51 13))) (concat [[(AST.Symbol (GHCPrelude.Just ((,) "axelTemp/4333779294880851293/result.axel" (SM.Position 4 137))) ">>")],[val],[(expandDo rest)]]))})
gensymCounter :: () => (IORef Int)
gensymCounter  = (unsafePerformIO (newIORef 0))
{-# NOINLINE gensymCounter #-}
gensym :: () => (IO SM.Expression)
gensym  = ((>>=) (readIORef gensymCounter) (\suffix -> (let {identifier = ((<>) "aXEL_AUTOGENERATED_IDENTIFIER_" (showText suffix))} in ((>>) (modifyIORef gensymCounter succ) (pure (AST.Symbol Nothing (T.unpack identifier)))))))
isPrelude :: () => ((->) FilePath Bool)
isPrelude  = ((.) ((==) (FilePath "Axel.axel")) takeFileName)
preludeMacros :: () => ([] Text)
preludeMacros  = (map ((.) T.pack hygenisizeIdentifier) ["applyInfix","defmacro","def","do","\\case","syntaxQuote"])
applyInfix_AXEL_AUTOGENERATED_MACRO_DEFINITION [x,op,y] = (pure [(AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 17 17))) (concat [[op],[x],[y]]))])
defmacro_AXEL_AUTOGENERATED_MACRO_DEFINITION ((:) name cases) = (pure (map (\(AST.SExpression _ ((:) args body)) -> (AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 22 55))) (concat [[(AST.Symbol (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 22 56))) "aXEL_VALUE_aXEL_SYMBOL_EQUALS_macro")],[name],[(AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 22 69))) (concat [[args]]))],(AST.toExpressionList body)]))) cases))
def_AXEL_AUTOGENERATED_MACRO_DEFINITION ((:) name ((:) typeSig cases)) = (pure ((:) (AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 28 17))) (concat [[(AST.Symbol (GHCPrelude.Just ((,) "axelTemp/6581439545403261561/result.axel" (SM.Position 1 166))) "::")],[name],(AST.toExpressionList typeSig)])) (map (\(AST.SExpression _ ((:) args xs)) -> (AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 29 59))) (concat [[(AST.Symbol (GHCPrelude.Just ((,) "axelTemp/6581439545403261561/result.axel" (SM.Position 1 339))) "=")],[(AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 29 62))) (concat [[name],(AST.toExpressionList args)]))],(AST.toExpressionList xs)]))) cases)))
syntaxQuote_AXEL_AUTOGENERATED_MACRO_DEFINITION [x] = (pure [(AST.quoteExpression (const (AST.Symbol Nothing "_")) x)])
aXEL_SYMBOL_DO__AXEL_AUTOGENERATED_MACRO_DEFINITION input = (pure [(expandDo input)])
aXEL_VALUE_aXEL_SYMBOL_BACKSLASH_case_AXEL_AUTOGENERATED_MACRO_DEFINITION cases = (fmap (\varId -> [(AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 70 15))) (concat [[(AST.Symbol (GHCPrelude.Just ((,) "axelTemp/1949692869127002033/result.axel" (SM.Position 1 188))) "\\")],[(AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 70 18))) (concat [[varId]]))],[(AST.SExpression (GHCPrelude.Just ((,) "src/Axel.axel" (SM.Position 70 27))) (concat [[(AST.Symbol (GHCPrelude.Just ((,) "axelTemp/1949692869127002033/result.axel" (SM.Position 1 375))) "case")],[varId],(AST.toExpressionList cases)]))]]))]) gensym)
applyInfix_AXEL_AUTOGENERATED_MACRO_DEFINITION :: [AST.Expression SM.SourceMetadata] -> GHCPrelude.IO [AST.Expression SM.SourceMetadata]
defmacro_AXEL_AUTOGENERATED_MACRO_DEFINITION :: [AST.Expression SM.SourceMetadata] -> GHCPrelude.IO [AST.Expression SM.SourceMetadata]
def_AXEL_AUTOGENERATED_MACRO_DEFINITION :: [AST.Expression SM.SourceMetadata] -> GHCPrelude.IO [AST.Expression SM.SourceMetadata]
syntaxQuote_AXEL_AUTOGENERATED_MACRO_DEFINITION :: [AST.Expression SM.SourceMetadata] -> GHCPrelude.IO [AST.Expression SM.SourceMetadata]
aXEL_SYMBOL_DO__AXEL_AUTOGENERATED_MACRO_DEFINITION :: [AST.Expression SM.SourceMetadata] -> GHCPrelude.IO [AST.Expression SM.SourceMetadata]
aXEL_VALUE_aXEL_SYMBOL_BACKSLASH_case_AXEL_AUTOGENERATED_MACRO_DEFINITION :: [AST.Expression SM.SourceMetadata] -> GHCPrelude.IO [AST.Expression SM.SourceMetadata]