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

// (ns clojure.examples.example (:gen-class)) (defn example [] (println (list 'a 'b 'c 'd)))

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

// (ns clojure.examples.hello (:gen-class)) (defn hello-world [] (println (clojure.string/trimr " White spaces ")))

(ns clojure.examples.example (:gen-class)) (defn example [] (def demokeys (hash-map "z" 1 "b" 2 "a" 3))

(ns clojure.examples.example (:gen-class)) (defn example [] (def demokeys (hash-map "z" "1" "b" "2" "a" "3"))

(ns clojure.examples.example (:gen-class)) (defn example [] (def demokeys (hash-map "z" "1" "b" "2" "a" "3"))

(ns clojure.examples.example (:gen-class)) (defn example [] (def demokeys (hash-map "z" "1" "b" "2" "a" "3"))

(ns clojure.examples.example (:gen-class)) (defn example [] (def demokeys (hash-map "z" "1" "b" "2" "a" "3"))

(ns clojure.examples.example (:gen-class)) (defn example [] (def demokeys (hash-map "z" "1" "b" "2" "a" "3"))

(ns clojure.examples.example (:gen-class)) (defn example [] (def demokeys (hash-map "z" "1" "b" "2" "a" "3"))

(ns clojure.examples.example (:gen-class)) (defn example [] (def demokeys (sorted-map "z" "1" "b" "2" "a" "3"))

(ns clojure.examples.example (:gen-class)) (defn example [] (def demokeys (hash-map "z" "1" "b" "2" "a" "3"))

(ns clojure.examples.example (:gen-class)) (defn example [] (println (subvec (vector 1 2 3 4 5 6 7) 2 5)))

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

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

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

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

(ns clojure.examples.example (:require [clojure.set :as set]) (:gen-class)) (defn example [] (println (vector-of :int 1 2 3)))

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

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

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

(ns clojure.examples.example (:gen-class)) (defn Example [] (try (def string1 (slurp "Example.txt"))

(ns clojure.examples.example (:gen-class)) (defn Example [] (try (def string1 (slurp "Example.txt"))

(ns clojure.examples.example (:gen-class)) (defn Example [] (try (def string1 (slurp "Example.txt"))

(ns clojure.examples.example (:gen-class)) (defn Example [] (try (def string1 (slurp "Example.txt"))

(ns clojure.examples.example (:gen-class)) (defn Example [] (try (aget (int-array [1 2 3]) 5) (catch Exception e (println (str "caught exception: " (.toString e))))

(ns clojure.examples.example (:gen-class)) ;; This program displays Hello World (defn Example [] (def string1 (slurp "Example.txt"))

(ns clojure.examples.example (:gen-class)) (defn example [] (alias 'string 'clojure.core) (ns-unalias 'clojure.core 'string))

(ns clojure.examples.example (:require [clojure.set :as set]) (:gen-class)) (defn example [] (println (count (ns-map 'clojure.core))))