'Added haskell small tutorial'

08_Haskell/ex1-tutorial.hs

@@ -0,0 +1,138 @@
+#!/usr/bin/env runhaskell
+
+main = do
+  print [1..10]
+
+
+-- fType :: Int -> Int -> Int 
+-- fType x y = x*x + y*y
+-- main = print (fType 2 4) 
+
+
+
+--fType :: Integer -> Integer -> Integer 
+--fType x y = x*x + y*y 
+--main = print (fType 212124454 4454545445455454545445445454544544638247328432894364872648762378462378647823547267865435843685734857394785) 
+
+
+
+--fact :: Integer -> Integer 
+--fact n | n == 0 = 1 
+--       | n /= 0 = n * fact (n-1) 
+--main = do 
+--   putStrLn "The factorial of 5 is:"  
+--   print (fact 5) 
+
+
+
+-- roots :: (Float, Float, Float) -> (Float, Float)  
+-- roots (a,b,c) = (x1, x2) where 
+--    x1 = e + sqrt d / (2 * a) 
+--    x2 = e - sqrt d / (2 * a) 
+--    d = b * b - 4 * a * c  
+--    e = - b / (2 * a)  
+-- main = do 
+--    putStrLn "The roots of our Polynomial equation are:" 
+--    print (roots(1,-8,6))
+
+
+
+-- import Data.Char  
+-- import Prelude hiding (map) 
+
+-- map :: (a -> b) -> [a] -> [b] 
+-- map _ [] = [] 
+-- map func (x : abc) = func x : map func abc  
+-- main = print $ map toUpper "tutorialspoint.com" 
+
+
+
+-- main = do 
+--    putStrLn "The successor of 4 is:"  
+--    print ((\x -> x + 1) 4)
+
+
+
+-- main = do 
+--    let x = [1..10]   
+--    putStrLn "Our list is:"  
+--    print (x) 
+--    putStrLn "The first element of the list is:" 
+--    print (head x)
+--    putStrLn "The tail of our list is:" 
+--    print (tail x) 
+--    putStrLn "The last element of our list is:" 
+--    print (last x)
+--    putStrLn "Our list without the last entry:"  
+--    print (init x) 
+--    putStrLn "Is our list empty?"  
+--    print (null x)
+--    putStrLn "The list in Reverse Order is:" 
+--    print (reverse x)
+--    putStrLn "The length of this list is:" 
+--    print (length x)
+--    print(take 5 ([1 .. 10])) 
+--    print(drop 5 ([1 .. 10])) 
+--    putStrLn "The maximum value element of the list is:"  
+--    print (maximum x) 
+--    putStrLn "The minimum value element of the list is:"  
+--    print (minimum x)
+--    putStrLn "The summation of the list elements is:" 
+--    print (sum x)
+--    putStrLn "The multiplication of the list elements is:" 
+--    print (product x) 
+--    putStrLn "Does it contain 786?" 
+--    print (elem 9 (x))
+
+
+
+-- doubleListA [] = []
+-- doubleListA (x:xs) = 2*x : doubleListA xs
+-- tripleListB [] = []
+-- tripleListB (x:xs) = 3*x : tripleListB xs
+-- multList n [] = []
+-- multList n (x:xs) = n*x : multList n xs
+-- tripleList = multList 3
+-- doubleList = multList 2
+
+-- main = do 
+--  let x = [1..10] 
+--  putStrLn "Our list is:"
+--  print (x) 
+--  --print (doubleListA x)
+--  print (doubleList x)
+
+
+
+-- eveno :: Int -> Bool 
+-- noto  :: Bool -> String 
+
+-- eveno x = if x `rem` 2 == 0 
+--    then True 
+-- else False 
+-- noto x = if x == True 
+--    then "This is an even Number" 
+-- else "This is an ODD number" 
+
+-- main = do 
+--    putStrLn "Example of Haskell Function composition" 
+--    print ((noto.eveno)(16))
+
+
+
+-- import Data.List  
+
+-- main = do  
+--    putStrLn("Different methods of List Module") 
+--    print(intersperse '.' "Tutorialspoint.com") 
+--    print(intercalate " " ["Lets","Start","with","Haskell"]) 
+--    print(splitAt 7 "HaskellTutorial") 
+--    print (sort [8,5,3,2,1,6,4,2])
+
+
+
+-- factors n = [x | x <- [1..n], mod n x == 0]
+-- prime n = factors n == [1,n]
+-- main = do
+--  print (prime 9)
+--  print (prime 19)