blob: a608998271fa3cdf3fce6c7cdd0699d683e5bdab (
plain)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
|
(import java.lang.System)
(require "./another" as another)
(ann-class java.lang.String)
(ann-class java.io.PrintStream
methods
(: println (-> [java.lang.String] Void)))
(ann-class java.lang.System
fields
(: out java.io.PrintStream))
(defclass Tagged [[java.lang.String tag] [java.lang.Object value]])
(definterface Function
(: apply (-> [java.lang.Object] java.lang.Object)))
(defclass Tuple0 [])
(defclass Tuple1 [[java.lang.Object _0]])
(defclass Tuple2 [[java.lang.Object _0] [java.lang.Object _1]])
(def const "IDENTITY")
(def sample (#Tag "value"))
(def (constant x y)
x)
(def (main args)
(if true
(do (_. (_.. System out) (println true))
(_. (_.. System out) (println (another/id 12345)))
(_. (_.. System out) (println (constant "ONE" "TWO")))
(_. (_.. System out) (println 2.3))
(_. (_.. System out) (println #"Y"))
(_. (_.. System out) (println "this\tis a\nstring"))
(case (#Box "data")
(#Box value)
(_. (_.. System out) (println value))))
(_. (_.. System out) (println "FALSE"))))
## All of these work :D
#( (let output ((lambda [x y] x) "TRUE" "YOLO")
(_. (_.. System out) (println output))) )#
#( (let f (lambda [x y] x)
(_. (_.. System out) (println (f "TRUE" "YOLO")))) )#
## ((lambda [x y] (_. (_.. System out) (println x))) "TRUE" "YOLO")
## (_. (_.. System out) (println ((lambda [x y] x) "TRUE" "YOLO")))
|