propeller/test/propeller/utils_test.cljc

87 lines
3.8 KiB
Clojure

(ns propeller.utils-test
(:require [clojure.test :as t]
[propeller.utils :as u]))
(t/deftest first-non-nil-test
(t/is (= 1 (u/first-non-nil '(1 2 3))))
(t/is (= nil (u/first-non-nil [])))
(t/is (= nil (u/first-non-nil []))))
(t/deftest indexof-test
(t/is (= 2 (u/indexof :b '(:z :y :b :q :w))))
(t/is (= 1 (u/indexof :b '(:a :b :c :b :a))))
(t/is (= -1 (u/indexof :b '(:a :c :q :r)))))
(t/deftest not-lazy-test
(t/is (= '(:a :b :c) (u/not-lazy [:a :b :c])))
(t/is (= '(:a :b :c) (u/not-lazy '(:a :b :c)))))
(t/deftest ensure-list-test
(t/is (= '(0 1 2 3 4) (u/ensure-list (range 5))))
(t/is (= '([:a :b :c]) (u/ensure-list [:a :b :c]))))
(t/deftest random-instruction-test
(t/is
(letfn [(instruct [] 1)]
(let [test (u/random-instruction [instruct 2])]
(if (= 1 test)
true
(= 2 test))))))
(t/deftest count-points-test
(t/is (= 6 (u/count-points '(:a :b (:c :d)))))
(t/is (= 1 (u/count-points '())))
(t/is (= 2 (u/count-points '(:a)))))
<<<<<<< Updated upstream
;(t/deftest seq-zip-test
; (t/is ))
;(t/deftest depth-test
; (t/is (= 3 (u/depth ()))))
=======
(t/testing "choose-random-k"
(t/testing "should return indices that are a member of the original array"
(t/is (every? identity (map #(contains? (set (range 10)) %) (s/choose-random-k 3 (range 10))))))
(t/testing "should return a list of size k"
(t/is (= (count (s/choose-random-k 7 (range 10))) 7))))
(t/testing "delete-at-indices"
(t/testing "should actually remove indicated items"
(t/is (= '(:hi1 :hi2) (s/delete-at-indices '(0 3) '(:hi0 :hi1 :hi2 :hi3)))))
(t/testing "should work with numerical indices"
(t/is (= '(:hi1 :hi2 :hi3) (s/delete-at-indices '(0) '(:hi0 :hi1 :hi2 :hi3)))))
(t/testing "should not delete anything for index out of bounds"
(t/is (= '(:hi1 :hi2 :hi3) (s/delete-at-indices '(0 10) '(:hi0 :hi1 :hi2 :hi3))))
(t/is (= '(:hi1 :hi2 :hi3) (s/delete-at-indices '(0 -10) '(:hi0 :hi1 :hi2 :hi3))))
(t/is (= '(:hi1 :hi2 :hi3) (s/delete-at-indices '(-0 -10) '(:hi0 :hi1 :hi2 :hi3)))))
(t/testing "should only delete at single index once"
(t/is (= '(:hi1 :hi2) (s/delete-at-indices '(0 0 0 0 3 3 3) '(:hi0 :hi1 :hi2 :hi3)))))
(t/testing "should return empty list when deleting from empty list"
(t/is (= '() (s/delete-at-indices '(0) '()))))
(t/testing "should be able to delete at arbitrary indices"
(t/is (= (count (s/delete-at-indices (s/choose-random-k 3 (range 10)) (range 10))) 7))))
(t/testing "delete-random-k"
(t/testing "should remove the correct amount of items"
(t/is (= (count (s/delete-k-random 3 (range 10))) 7))
(t/is (= (count (s/delete-k-random 10 (range 10))) 0))
(t/is (= (count (s/delete-k-random 0 (range 10))) 10)))
(t/testing "should not fail if k >> size of collection"
(t/is (= (count (s/delete-k-random 300 (range 10))) 0))
(t/is (= (s/delete-k-random 300 '(:hi1 :hi2 :hi3)) '())))
(t/testing "should not fail if the collection is empty"
(t/is (= (count (s/delete-k-random 300 '())) 0))
(t/is (= (count (s/delete-k-random 0 '())) 0)))
(t/testing "should maintain order of the remaining items"
(t/is (apply < (s/delete-k-random 3 (range 10))))))
(t/testing "auto-simplify-plushy"
(t/testing "should handle having an empty plushy"
(t/is (= (s/auto-simplify-plushy {} '() 100 (fn [argmap data plushy] 0) {} 3 false) '())))
(let [plushy '(:exec_dup 1 :integer_add close :in1 :integer_add 0 :in1 :in1 :integer_mult :integer_add)]
(t/testing "should decrease size of plushy that always has perfect scores"
(t/is (< (count (s/auto-simplify-plushy {} plushy 5 (fn [argmap data plushy] 0) {} 3 false)) (count plushy)))
(t/is (< (count (s/auto-simplify-plushy {} plushy 1 (fn [argmap data plushy] 0) {} 10 false)) (count plushy))))))
>>>>>>> Stashed changes