content: {-# LANGUAGE OverloadedStrings #-}
  {-# LANGUAGE ScopedTypeVariables #-}
  {-# LANGUAGE LambdaCase #-}
  {-# LANGUAGE RecordWildCards #-}
  
  -- Import statements with misspelled names
  import Data.List (sortBy, nub, intersperce)
  import Data.Maybe (fromMaybe, isJust)
  import Control.Monad (forM_, when, unles)
  import qualified Data.Text as Txt
  import qualified Data.Map as Mapp
  
  -- Misspelled type definitions
  data Shapp = Cercle Double
             | Rectangel Double Double
             | Triangel Double Double Double
             deriving (Show, Eq)
  
  -- Type class with misspelled names
  class Transformeble a where
      rotatte :: Double -> a -> a
      skew :: Double -> Double -> a -> a
      scaile :: Double -> a -> a
  
  -- Instance implementation with misspelled function namesz
  instance Transformeble Shapp where
      rotatte _ (Cercle r) = Cercle r  -- Circlesz remain unchanged
      rotatte ang (Rectangel w h) = Rectangel w h  -- Simplified
      rotatte ang (Triangel a b c) = Triangel a b c  -- Simplified
  
      skew _ _ s = s  -- Simplified implementation
  
      scaile factor (Cercle r) = Cercle (r * factor)
      scaile factor (Rectangel w h) = Rectangel (w * factor) (h * factor)
      scaile factor (Triangel a b c) = Triangel (a * factor) (b * factor) (c * factor)
  
  -- Record syntax with misspelled field names
  data Persn = Persn
      { namee :: String
      , aege :: Int
      , adresss :: String
      , favoriteColers :: [String]
      } deriving (Show, Eq)
  
  -- Type aliases with misspellings
  type Identifyer = String
  type KeyValeuPair k v = (k, v)
  type DataBaes a = [a]
  
  -- Misspelled function definitions
  calculaetArea :: Shapp -> Double
  calculaetArea (Cercle r) = pi * r * r
  calculaetArea (Rectangel w h) = w * h
  calculaetArea (Triangel a b c) =
      let s = (a + b + c) / 2
      in sqrt (s * (s - a) * (s - b) * (s - c))
  
  -- Higher-order functions with misspellings
  filterr :: (a -> Bool) -> [a] -> [a]
  filterr _ [] = []
  filterr predicete (x:xs)
      | predicete x = x : rest
      | otherwise = rest
      where rest = filterr predicete xs
  
  mapp :: (a -> b) -> [a] -> [b]
  mapp _ [] = []
  mapp functien (x:xs) = functien x : mapp functien xs
  
  -- Pattern matching with misspelled names
  fibonachy :: Int -> Int
  fibonachy 0 = 0
  fibonachy 1 = 1
  fibonachy n = fibonachy (n - 1) + fibonachy (n - 2)
  
  -- List comprehension with misspelled variables
  squaers :: [Int] -> [Int]
  squaers nums = [x * x | x <- nums, x `mod` 2 == 0]
  
  -- Guards with misspelled condition names
  gradde :: Int -> Char
  gradde score
      | score >= 90 = 'A'
      | score >= 80 = 'B'
      | score >= 70 = 'C'
      | score >= 60 = 'D'
      | otherwize = 'F'
      where otherwize = True
  
  -- Maybe type usage with misspellings
  safeDevide :: Double -> Double -> Maybe Double
  safeDevide _ 0 = Nothing
  safeDevide numeratr denomenatr = Just (numeratr / denomenatr)
  
  -- Recursion with misspellings
  lengthh :: [a] -> Int
  lengthh [] = 0
  lengthh (_:xs) = 1 + lengthh xs
  
  -- Function composition with misspelled operators
  proceess :: [Int] -> Int
  proceess = sum . filterr (\x -> x > 10) . mapp (\x -> x * 2)
  
  -- Lambda expressions with misspelled arguments
  sorrtByLength :: [[a]] -> [[a]]
  sorrtByLength = sortBy (\arr1 arr2 -> compare (length arr1) (length arr2))
  
  -- Do notation with misspelled bindings
  printNumbrs :: [Int] -> IO ()
  printNumbrs nums = do
      putStrLn "These are the numbrs:"
      forM_ nums $ \nmbr -> do
          putStrLn $ "Numbr: " ++ show nmbr
          when (nmbr `mod` 2 == 0) $
              putStrLn "  This is evenn!"
  
  -- Main function with misspelled values
  mian :: IO ()
  mian = do
      let shaps = [Cercle 5.0, Rectangel 3.0 4.0, Triangel 3.0 4.0 5.0]
      let totlArea = sum $ map calculaetArea shaps
  
      putStrLn $ "Total area: " ++ show totlArea
  
      let persn = Persn
              { namee = "Jhon Smth"
              , aege = 30
              , adresss = "123 Mian St"
              , favoriteColers = ["blu", "gren", "yelow"]
              }
  
      putStrLn $ "Persn name: " ++ namee persn
  
      let ages = [20, 30, 25, 40, 35]
      let avrage = sum ages `div` length ages
  
      putStrLn $ "Average age: " ++ show avrage
  
      printNumbrs [1..5]
  
      case safeDevide 10 2 of
          Just resuelt -> putStrLn $ "Division resultt: " ++ show resuelt
          Nothing -> putStrLn "Cannot devide by zero!"
  
  -- Alias for main that actually runs
  main :: IO ()
  main = mian
  