rename reversed -> reverse

projects/aoc/src/year2021/Solutions2021.kiss

@@ -63,7 +63,7 @@
                 realBasins (for =>lp _ realLowPoints (basinAround lp "src/year2021/inputs/day9.txt"))
                 basinSizes (for b realBasins (count b))]
             (assert (= 480 (apply + (for =>_ height realLowPoints (+ 1 height)))))
-            (assert (= 1045660 (apply * (.slice (reversed (sort basinSizes)) 0 3))))))
+            (assert (= 1045660 (apply * (.slice (reverse (sort basinSizes)) 0 3))))))
     (day 10
         (load "day10.kiss")
         (assert (= 462693 (apply + (map (map (Util.readLines "src/year2021/inputs/day10.txt") getLineType) score))))

projects/aoc/src/year2021/day10.kiss

@@ -24,7 +24,7 @@
     (let [&mut :Float score 0]
         (case line
             ((Incomplete expected)
-                (doFor char (reversed expected)
+                (doFor char (reverse expected)
                     (*= score 5)
                     (+= score (case char
                                     (")" 1)

projects/aoc/src/year2021/day3.kiss

@@ -1,7 +1,7 @@
 // Silly but fun implementation of a binary->decimal conversion
 (function :Int binaryStringToDecimal [:String binary &opt :Bool invert]
     (apply +
-        (for [idx digit] (enumerate (reversed (binary.split "")))
+        (for [idx digit] (enumerate (reverse (binary.split "")))
             (* 
                 (let [digit (Std.parseInt digit)] (if invert (- 1 digit) digit))
                 (^ 2 idx)))))

projects/aoc/src/year2021/day5.kiss

@@ -11,7 +11,7 @@
             e (max start end)]
         (let [r (collect (range s (+ e 1)))]
             (if (> start end)
-                    (reversed r)
+                    (reverse r)
                 r))))
 
 (function :Array<Point> pointsCoveredBy [:Line line :Bool part2]