1
(println (#(/ 10 %1) 5))

1
(println (#(/ 10 5)))

1
(println #(/ 10 5))

1
(println (for [x (range 2) y (range 2)] [x y (bit-xor x y)]))

1
(println (map (bit-xor (for [x (range 2) y (range 2)] [x y]))))

1
(find-doc "xor")

1
(println (for [x (range 2) y (range 2)] [x y]))

1
(for [x (range 2) y (range 2)] [x y])

1
2
(println (filter #(not (nil? %)) 
        (map #(when (= 101 %1) %2) [-1 1 0 99 100 101] [true false true false true false])))

1
2
(println (filter #(not (nil? %)) 
        (map #(when (= -1 %1) %2) [-1 1 0 99 100 101] [true false true false true false])))

1
(println (map #(when (= -1 %1) %2) [-1 1 0 99 100 101] [true false true false true false]))

1
(println (map #(when (= 99 %1) %2) [-1 1 0 99 100 101] [true false true false true false]))

1
(println (map #(when (= 99 %1) %2) [-1 1 0 99 100 101] [true]))

1
(println (map #(when (= 99 %1) %2) [-1 1 0 99 100 101] (true)))

1
(println (map #(when (= 99 %1) %2) [-1 1 0 99 100 101] true))

1
(println (map #(when (= 99 %1) %2) [-1 1 0 99 100 101] (range 98 102)))

1
(println (map #(when (= 99 %1) %1) [-1 1 0 99 100 101] (range 98 102)))

1
(println (map #(when (= 99 %1) %2) [-1 1 0 99 100 101] (range 98 102)))

1
(println (map #(when (= 99 %1) %2) [-1 1 0 99 100 101] (range 0 2)))

1
(println (map #(when (= 99 %1) %2) [-1 1 0 99 100 101] range(2)))

1
(println (map #(when (= 99 %1) %2) [-1 1 0 99 100 101]))

1
2
3
(println
  (let [[f-name m-name l-name] ["first" "middle" "last"]]
    (str l-name ", " f-name " " m-name)))

1
2
3
(println
  (let [[f-name m-name l-name] ["first middle last"]]
    (str l-name ", " f-name " " m-name)))

1
2
3
(println
  (let [[f-name m-name l-name] "first middle last"]
    (str l-name ", " f-name " " m-name)))

1
2
(ns ideone)
(println "The current namespace is " *ns*)

1
(println "The current namespace is " *ns*)

1
2
3
(println (let [origin (java.awt.Point. 0 0)]
  (set! (.x origin) 15)
  (str origin)))

1
(println (.divide (java.math.BigDecimal. "42") 2M))

1
(println (.x (java.awt.Point. 10 20)))

1
(println `map)