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module LTypes where
import Data.Map (Map)
import qualified Data.Map as M
import Utils
data LWord
= LSymbol String
| LInteger Integer
| LFloat Double
| LBool Bool
| LChar Char
| LLabel String
| LStringLitRef String
| LPhrase [LWord]
deriving (Show, Eq)
reprWord :: LWord -> String
reprWord (LSymbol a) = a
reprWord (LInteger a) = show a
reprWord (LFloat a) = show a
reprWord (LBool a) = show a
reprWord (LChar a) = show a
reprWord (LLabel a) = a
reprWord (LStringLitRef a) = "StrLit(" ++ a ++ ")"
reprWord (LPhrase a) = "P[ " ++ map reprWord a $> unwords ++ " ]"
data LState = LState
{ lDict :: Map String LWord,
lStack :: [LWord],
lPhraseDepth :: Int,
lDefs :: Map String [LWord],
lSource :: [LWord],
lStrLitRefMap :: Map String [LWord]
}
deriving (Show)
data Config = Config
{ configFileNameM :: Maybe String,
configDebugMode :: Bool
}
data ExecStep = ExecContinue | ExecExit
debugState Config {configDebugMode = mode} state =
if mode
then do
putStrLn $ "stack: " ++ unwords (map reprWord (lStack state))
putStrLn $ "source: " ++ unwords (map reprWord (lSource state))
putStrLn $ "defs: " ++ unwords (M.keys (lDefs state))
putStrLn $ "dict: " ++ unwords (M.keys (lDict state))
putStrLn $ "lPhraseDepth: " ++ show (lPhraseDepth state)
putStrLn ""
else pure ()
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