98 lines
1.5 KiB
HCL
98 lines
1.5 KiB
HCL
defun x (a b :: r) {
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| x y |
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set x a
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set y b
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if (> a b) {
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| a b |
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set a (mod x y)
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set b (+ x y)
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set r (* a b)
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} else {
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| a b |
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set a (* x y)
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set b (- x y)
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set r (* a b)
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}
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if (/= x a) (printf "ERROR: x is not equal to a\n")
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if (/= y b) (printf "ERROR: y is not equal to b\n")
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}
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t := (x 10 20)
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if (/= t -2000) (printf "ERROR: t is not equal to -2000\n") \
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else (printf "OK: %d\n" t)
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set t (x 30 20)
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if (/= t 500) (printf "ERROR: t is not equal to 500\n") \
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else (printf "OK: %d\n" t)
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defun x () {
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| x y |
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set x 99
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try {
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| x |
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set x 88
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if (/= x 88) (printf "ERROR: x is not 88\n") \
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else (printf "OK: %d\n" x)
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throw 1000
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} catch (x) {
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if (/= x 1000) (printf "ERROR: x is not 1000\n") \
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else (printf "OK: %d\n" x)
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set y x
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}
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if (/= x 99) (printf "ERROR: x is not 99\n") \
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else (printf "OK: %d\n" x)
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if (/= y 1000) (print "ERROR: y is not 1000\n") \
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else (printf "OK: %d\n" y)
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}
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x
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class T [ j ] {
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defun :* new() {
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set j 99
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return self
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}
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defun x() {
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set R {
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| x |
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set x 1
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while (< x j) {
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defun Q() x
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set x (+ x 1)
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}
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}
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}
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}
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set t (T:new)
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t:x
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set t (Q)
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if (/= t 99) (print "ERROR: t is not 99\n") \
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else (printf "OK: %d\n" t)
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if (nqv? R false) (print "ERROR: R is not false\n") \
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else (printf "OK: %O\n" R)
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set v #(
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(do |a b| (set a 10) (set b 20) (+ a b) )
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(do |a b| (set a 11) (set b 21) (+ a b) )
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999
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)
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set v2 #(30 32 999)
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if (nql? v v2) (print "ERROR: v1 and v2 are not equal\n")\
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else (printf "OK: v and v2 equal\n")
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