(ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (def x (= 2 2))

// Clojure算术运算符 (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example []

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

// Clojure数据类型 ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example []

// Clojure分隔符示例 (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example []

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (println (+ 1 2 3)))

// Clojure语句的基本语法一般形式 (ns clojure.examples.hello (:gen-class)) (defn Example [] (println (str "Hello World"))

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

<p>AntiXSS - Library<br>“Cross-site scripting (XSS) is a type of computer security vulnerability typically found in Web applications. XSS enables attackers to inject client-side script in

#include <stdio.h> // Variable declaration: extern int a, b; extern int c; extern float f; int main () {

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

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

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (def x (neg? -1))

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

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

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (def x 5)

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (def x 1)

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (def x 5)

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (def x 5)

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] ( if ( and (= 2 2) (= 3 3))

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] ( if (= 2 2)

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] ( if ( = 2 2)

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (loop [x 10]

// (ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (dotimes [n 5]

(ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (doseq [n [0 1 2]]

(ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (def x (atom 1))

(ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (def x (bit-and 00111100 00001101))

(ns clojure.examples.hello (:gen-class)) ;; This program displays Hello World (defn Example [] (def x (or true true))

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

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