(let [i 0] [(inc i) (inc i) (inc i) (inc i)])

[1 1 1 1]

((juxt inc dec inc) 1)

[2 0 2]

((apply comp [inc inc]) 5)

7

(-> 1
    ((apply comp [inc inc inc]))
    vector)

[4]

(do (inc 1) (inc 2))

3

(macroexpand (-> 1
                 inc
                 inc))

3

(def foo (comp inc inc))

#'user/foo

(-> 5
    inc
    inc
    dec)

6

(let [[x y z] (map inc [1 2 3])]
  [(-> x
       inc
       inc)
   (-> y
       inc
       inc)
   (-> z
       inc
       inc)])

[4 5 6]

((let [inc 5] (fn [] inc)))

5

(clojure.core/-> (clojure.core/-> 1
                                  inc)
                 inc)

3

(reduce #(%2 %1) 1 [inc inc inc])

4

(= (map inc [1 2 3 4]) [(inc 1) (inc 2) (inc 3) (inc 4)])

true

(macroexpand-1 '(pl inc $ inc $ inc 0))

(pl inc $ inc $ inc 0)

(reductions #(%2 %1) 10 [inc inc inc dec])

(10 11 12 13 12)

(macroexpand `(pl inc $ inc $ inc $ 0))

(user/pl clojure.core/inc
         user/$
         clojure.core/inc
         user/$
         clojure.core/inc
         user/$
         0)

(macroexpand-1 '(-> 1 inc inc))

(inc (inc 1))

(-> 12
    inc
    inc
    dec
    (cond-> false (* 23))
    inc)

14

(-> 1
    (inc)
    (inc)
    (* 2))

6

((apply comp [inc inc dec]) 5)

6

(-> 1
    inc
    (doto println)
    inc)

3

"2\n"

(let [inc (fnil inc 0)])

nil

(try (inc 1) (inc 2))

3

(let [inc dec] (inc 10))

9

(def dinc (comp inc inc))

#'user/dinc

(defn foo
  [a]
  (-> inc
      inc))

#'user/foo

(def inc (fn [x] (inc x)))

#'user/inc

(-> 1
    inc
    (doto prn)
    inc)

3

"2\n"

(#(-> %
      inc
      inc)
 2)

4

(inc 4)

5

(inc 38)

39

(inc 2)

3

(inc 12345678901234567890123)

12345678901234567890124N

(inc +0)

1

(macroexpand '(pl inc $ inc $ inc $ 0))

(pl inc $ inc $ inc $ 0)

(inc 54)

55

(println inc)

nil

"#object[clojure.core$inc 0x4e7bae5c clojure.core$inc@4e7bae5c]\n"

(inc 5)

6

(inc 1)

2

(inc 3)

4

(inc 0)

1

(inc 10)

11

(inc -0)

1

(fn? inc)

true

(cond-> 2
  number? inc
  even? inc)

4

(map (comp inc inc) (range 3))

(2 3 4)

(inc Integer/MAX_VALUE)

2147483648

(inc 41)

42

(inc -1)

0

(inc 31336)

31337