(ns clojure.examples.example (:gen-class)) (defn example [] (def myatom (atom 1)) (println @myatom) (compare-and-set! myatom 0 3)

(ns clojure.examples.example (:gen-class)) (defn example [] (def myatom (atom 1)) (println @myatom) (reset! myatom 2)

(ns clojure.examples.example (:gen-class)) (defn example [] (def myatom (atom 1)) (println @myatom)) (example)

(ns example) (import java.util.Date) (defn Example [] (def date (.getTime (java.util.Date.))) (println date))

(ns example) (defn Example [] (def date (.format (java.text.SimpleDateFormat. "MM/dd/yyyy") (new java.util.Date)))

(ns example) (defn Example [] (def date (.toString (java.util.Date.))) (println date)) (Example)

(ns clojure.examples.example (:gen-class)) (defn Example [] (def my-map {"a" 1 "b" 2})

(ns clojure.examples.example (:gen-class)) (defn Example [] (def my-map {"a" 1 "b" 2})

(ns clojure.examples.example (:gen-class)) (defn Example [] (def my-vector [1 2 3 4]) (let [[a b & the-rest] my-vector]

(ns clojure.examples.hello (:gen-class)) (defn Example [] (def my-vector [1 2 3 4]) (let [[a b c d e] my-vector]

(ns clojure.examples.example (:gen-class)) (defn Example [] (def my-vector [1 2 3 4]) (let [[a b c d] my-vector]

(ns clojure.examples.example (:gen-class)) (defn Example [] (println (not-any? even? '(2 4 6)))) (Example)

(ns clojure.examples.example (:gen-class)) (defn Example [] (println (some even? '(1 2 3 4)))) (Example)

(ns clojure.examples.example (:gen-class)) (defn Example [] (println (every? even? '(2 4 6))) (println (every? odd? '(2 4 6))))

(ns clojure.examples.example (:gen-class)) (defn Example [] (println ((every-pred number? even?) 2 4 6))

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

(ns clojure.examples.example (:gen-class)) (defn Example [] (def x (atom 0)) (add-watch x :watcher (fn [key atom old-state new-state]

(ns clojure.examples.example (:gen-class)) (defn Example [] (def my-date (agent(java.util.Date.))) (send my-date + 100)

(ns clojure.examples.example (:gen-class)) (defn Example [] (def counter (agent 0)) (println @counter) (send-off counter + 100)

(ns clojure.examples.example (:gen-class)) (defn Example [] (def counter (agent 0)) (println @counter) (send-off counter + 100)

(ns clojure.examples.example (:gen-class)) (defn Example [] (def counter (agent 0)) (println @counter) (send-off counter + 100)

(ns clojure.examples.example (:gen-class)) (defn Example [] (def counter (agent 0)) (println @counter) (send counter + 100)

(ns clojure.examples.example (:gen-class)) (defn Example [] (def counter (agent 0)) (println @counter) (send counter + 100)

(ns clojure.examples.example (:gen-class)) (defn Example [] (def counter (agent 0)) (println @counter)) (Example)

(ns clojure.examples.example (:gen-class)) (defn Example [] (def counter (agent 0)) (println counter)) (Example)

(ns clojure.examples.example (:gen-class)) (defn Example [] (defstruct Employee :EmployeeName :Employeeid)

(ns clojure.examples.example (:gen-class)) (defn Example [] (defstruct Employee :EmployeeName :Employeeid)

(ns clojure.examples.example (:gen-class)) (defn Example [] (defstruct Employee :EmployeeName :Employeeid)

(ns clojure.examples.example (:gen-class)) (defn Example [] (defstruct Employee :EmployeeName :Employeeid)

(ns clojure.examples.example (:gen-class)) (defn Example [] (def my-map (with-meta [1 2 3] {:prop "values"}))