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About Clojure

Clojure is a dynamic, general-purpose programming language.

About F#

F# is a functional-first programming language that makes it easy to write correct and maintainable code.

Palindrome Check Example: Clojure vs F#

Palindrome Check in Clojure

(defn palindrome? [s]
  (let [clean (clojure.string/replace
                (clojure.string/lower-case s)
                #"[^a-z0-9]" "")]
    (= clean (clojure.string/reverse clean))))

;; Example usage
(println (palindrome? "A man, a plan, a canal: Panama")) ; true
(println (palindrome? "race a car")) ; false

Palindrome Check in F#

open System

let isPalindrome (str: string) =
    let clean = String.Join("", str.ToLower().ToCharArray()
                |> Array.filter Char.IsLetterOrDigit)
    clean = String(clean.ToCharArray() |> Array.rev)

# Example usage
printfn "%b" (isPalindrome "A man, a plan, a canal: Panama") // true
printfn "%b" (isPalindrome "race a car") // false

Bubble Sort Example: Clojure vs F#

Bubble Sort in Clojure

(defn bubble-sort [coll]
  (loop [coll coll swapped? false]
    (if (and (not swapped?) (next coll))
      (let [[a b & rest] coll]
        (if (> a b)
          (recur (cons b (cons a rest)) true)
          (recur (cons a (bubble-sort (cons b rest))) false)))
      coll)))

(def arr [64 34 25 12 22 11 90])
(println (bubble-sort arr))

Bubble Sort in F#

let bubbleSort (arr: int array) =
    let n = Array.length arr
    for i in 0 .. n - 1 do
        for j in 0 .. n - i - 2 do
            if arr.[j] > arr.[j + 1] then
                let temp = arr.[j]
                arr.[j] <- arr.[j + 1]
                arr.[j + 1] <- temp
    arr

let arr = [|64; 34; 25; 12; 22; 11; 90|]
bubbleSort arr |> Array.iter (printf "%d ")