// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println (clojure.string/replace "The tutorial is about Groovy" #"Groovy"

// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println (reverse "Hello World")))

// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println (clojure.string/split-lines "Hello\\nWorld")))

// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println (clojure.string/split "Hello World" #" ")))

// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println (clojure.string/join ", " [1 2 3])))

// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println (clojure.string/upper-case "HelloWorld"))

// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println (clojure.string/lower-case "HelloWorld"))

// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println (compare "Hello" "hello"))

// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println (subs "HelloWorld" 2 5))

// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println (count "Hello"))) (hello-world)

// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println (format "Hello , %s" "World"))

// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println (str "Hello" "World"))

// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println "Hello World") (println "This is a demo application"))

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (loop [i 0]

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (def x (float? 0))

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (def x (integer? 0))

(ns clojure.examples.example (:require [clojure.set :as set]) (:gen-class)) (defn example [] (println (set/intersection #{1 2} #{2 3})))

(ns clojure.examples.example (:require [clojure.set :as set]) (:gen-class)) (defn example [] (println (set/difference #{1 2} #{2 3})))

(ns clojure.examples.example (:require [clojure.set :as set]) (:gen-class)) (defn example [] (println (set/union #{1 2} #{3 4})))

(ns clojure.examples.example (:gen-class)) (defn example [] (println (disj (set '(3 2 1)) 2))) (example)

(ns clojure.examples.example (:gen-class)) (defn example [] (println (conj (set '(3 2 1)) 5))) (example)

(ns clojure.examples.example (:gen-class)) (defn example [] (println (contains? (set '(3 2 1)) 2)) (println (contains? (set '(3 2 1)) 5)))

(ns clojure.examples.example (:gen-class)) (defn example [] (println (get (set '(3 2 1)) 2)) (println (get (set '(3 2 1)) 1)))

(ns clojure.examples.example (:gen-class)) (defn example [] (println (sorted-set 3 2 1))) (example)

// (ns clojure.examples.example (:gen-class)) (defn example [] (println (set '(1 1 2 2)))) (example)

// (ns clojure.examples.example (:gen-class)) (defn example [] (println (rest (list 1 2,3)))) (example)

// (ns clojure.examples.example (:gen-class)) (defn example [] (println (conj (list 1 2,3) 4 5))) (example)

// (ns clojure.examples.example (:gen-class)) (defn example [] (println (cons 0 (list 1 2,3)))) (example)

// (ns clojure.examples.example (:gen-class)) (defn example [] (println (nth (list 1 2,3) 0)) (println (nth (list 1 2,3) 2)))

// (ns clojure.examples.example (:gen-class)) (defn example [] (println (first (list 1 2,3)))) (example)