Swap actual and expected values in tests

exercises/practice/darts/darts_test.gd

@@ -2,88 +2,88 @@ func test_missed_target(solution_script):
 	var x = -9
 	var y = 9
 	var expected = 0
-	return [expected, solution_script.score(x, y)]
+	return [solution_script.score(x, y), expected]
 
 
 func test_on_the_outer_circle(solution_script):
 	var x = 0
 	var y = 10
 	var expected = 1
-	return [expected, solution_script.score(x, y)]
+	return [solution_script.score(x, y), expected]
 
 
 func test_on_the_middle_circle(solution_script):
 	var x = -5
 	var y = 0
 	var expected = 5
-	return [expected, solution_script.score(x, y)]
+	return [solution_script.score(x, y), expected]
 
 
 func test_on_the_inner_circle(solution_script):
 	var x = 0
 	var y = -1
 	var expected = 10
-	return [expected, solution_script.score(x, y)]
+	return [solution_script.score(x, y), expected]
 
 
 func test_exactly_on_center(solution_script):
 	var x = 0
 	var y = 0
 	var expected = 10
-	return [expected, solution_script.score(x, y)]
+	return [solution_script.score(x, y), expected]
 
 
 func test_near_the_center(solution_script):
 	var x = -0.1
 	var y = -0.1
 	var expected = 10
-	return [expected, solution_script.score(x, y)]
+	return [solution_script.score(x, y), expected]
 
 
 func test_just_within_the_inner_circle(solution_script):
 	var x = 0.7
 	var y = 0.7
 	var expected = 10
-	return [expected, solution_script.score(x, y)]
+	return [solution_script.score(x, y), expected]
 
 
 func test_just_outside_the_inner_circle(solution_script):
 	var x = 0.8
 	var y = -0.8
 	var expected = 5
-	return [expected, solution_script.score(x, y)]
+	return [solution_script.score(x, y), expected]
 
 
 func test_just_within_the_middle_circle(solution_script):
 	var x = -3.5
 	var y = 3.5
 	var expected = 5
-	return [expected, solution_script.score(x, y)]
+	return [solution_script.score(x, y), expected]
 
 
 func test_just_outside_the_middle_circle(solution_script):
 	var x = -3.6
 	var y = -3.6
 	var expected = 1
-	return [expected, solution_script.score(x, y)]
+	return [solution_script.score(x, y), expected]
 
 
 func test_just_within_the_outer_circle(solution_script):
 	var x = -7.0
 	var y = 7.0
 	var expected = 1
-	return [expected, solution_script.score(x, y)]
+	return [solution_script.score(x, y), expected]
 
 
 func test_just_outside_the_outer_circle(solution_script):
 	var x = 7.1
 	var y = -7.1
 	var expected = 0
-	return [expected, solution_script.score(x, y)]
+	return [solution_script.score(x, y), expected]
 
 
 func test_asymmetric_position(solution_script):
 	var x = 0.5
 	var y = -4
 	var expected = 5
-	return [expected, solution_script.score(x, y)]
+	return [solution_script.score(x, y), expected]

exercises/practice/hello-world/hello_world_test.gd

@@ -1,2 +1,2 @@
 func test_hello_world(solution_script):
-	return ["Hello, World!", solution_script.hello()]
+	return [solution_script.hello(), "Hello, World!"]

exercises/practice/leap/leap_test.gd

@@ -1,34 +1,34 @@
 func test_year_not_divisible_by_4(solution_script):
-	return [false, solution_script.leap(2015)]
+	return [solution_script.leap(2015), false]
 
 
 func test_year_divisible_by_2_not_4(solution_script):
-	return [false, solution_script.leap(1970)]
+	return [solution_script.leap(1970), false]
 
 
 func test_year_divisible_by_4_not_100(solution_script):
-	return [true, solution_script.leap(1996)]
+	return [solution_script.leap(1996), true]
 
 
 func test_year_divisible_by_4_and_5(solution_script):
-	return [true, solution_script.leap(1960)]
+	return [solution_script.leap(1960), true]
 
 
 func test_year_divisible_by_100_not_400(solution_script):
-	return [false, solution_script.leap(2100)]
+	return [solution_script.leap(2100), false]
 
 
 func test_year_divisible_by_100_not_3(solution_script):
-	return [false, solution_script.leap(1900)]
+	return [solution_script.leap(1900), false]
 
 
 func test_year_divisible_by_400(solution_script):
-	return [true, solution_script.leap(2000)]
+	return [solution_script.leap(2000), true]
 
 
 func test_year_divisible_by_400_not_125(solution_script):
-	return [true, solution_script.leap(2400)]
+	return [solution_script.leap(2400), true]
 
 
 func test_year_divisible_by_200_not_400(solution_script):
-	return [false, solution_script.leap(1800)]
+	return [ solution_script.leap(1800), false]

exercises/practice/pangram/pangram_test.gd

@@ -1,57 +1,57 @@
 func test_empty_sentence(solution_script):
 	var input = ""
 	var expected = false
-	return [expected, solution_script.is_pangram(input)]
+	return [solution_script.is_pangram(input), expected]
 
 
 func test_perfect_lower_case(solution_script):
 	var input = "abcdefghijklmnopqrstuvwxyz"
 	var expected = true
-	return [expected, solution_script.is_pangram(input)]
+	return [solution_script.is_pangram(input), expected]
 
 
 func test_the_quick_brown_fox_jumps_over_the_lazy_dog(solution_script):
 	var input = "the quick brown fox jumps over the lazy dog"
 	var expected = true
-	return [expected, solution_script.is_pangram(input)]
+	return [solution_script.is_pangram(input), expected]
 
 
 func test_missing_the_letter_x(solution_script):
 	var input = "a quick movement of the enemy will jeopardize five gunboats"
 	var expected = false
-	return [expected, solution_script.is_pangram(input)]
+	return [solution_script.is_pangram(input), expected]
 
 
 func test_missing_the_letter_h(solution_script):
 	var input = "five boxing wizards jump quickly at it"
 	var expected = false
-	return [expected, solution_script.is_pangram(input)]
+	return [solution_script.is_pangram(input), expected]
 
 
 func test_with_underscores(solution_script):
 	var input = "the_quick_brown_fox_jumps_over_the_lazy_dog"
 	var expected = true
-	return [expected, solution_script.is_pangram(input)]
+	return [solution_script.is_pangram(input), expected]
 
 
 func test_with_numbers(solution_script):
 	var input = "the 1 quick brown fox jumps over the 2 lazy dogs"
 	var expected = true
-	return [expected, solution_script.is_pangram(input)]
+	return [solution_script.is_pangram(input), expected]
 
 func test_missing_letters_replaced_by_numbers(solution_script):
 	var input = "7h3 qu1ck brown fox jumps ov3r 7h3 lazy dog"
 	var expected = false
-	return [expected, solution_script.is_pangram(input)]
+	return [solution_script.is_pangram(input), expected]
 
 
 func test_mixed_case_and_punctuation(solution_script):
 	var input = "\"Five quacking Zephyrs jolt my wax bed.\""
 	var expected = true
-	return [expected, solution_script.is_pangram(input)]
+	return [solution_script.is_pangram(input), expected]
 
 
 func test_case_insensitive(solution_script):
 	var input = "abcdefghijklm ABCDEFGHIJKLM"
 	var expected = false
-	return [expected, solution_script.is_pangram(input)]
+	return [solution_script.is_pangram(input), expected]

exercises/practice/resistor-color-duo/resistor_color_duo_test.gd

@@ -1,40 +1,40 @@
 func test_brown_and_black(solution_script):
 	var colors = ["brown", "black"]
 	var expected = 10
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_blue_and_grey(solution_script):
 	var colors = ["blue", "grey"]
 	var expected = 68
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_yellow_and_violet(solution_script):
 	var colors = ["yellow", "violet"]
 	var expected = 47
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_white_and_red(solution_script):
 	var colors = ["white", "red"]
 	var expected = 92
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_orange_and_orange(solution_script):
 	var colors = ["orange", "orange"]
 	var expected = 33
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_ignore_additional_colors(solution_script):
 	var colors = ["green", "brown", "orange"]
 	var expected = 51
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_black_and_brown_one_digit(solution_script):
 	var colors = ["black", "brown"]
 	var expected = 1
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]

exercises/practice/resistor-color-expert/resistor_color_expert_test.gd

@@ -1,59 +1,59 @@
 func test_orange_orange_black_and_red(solution_script):
 	var colors   = ["orange", "orange", "black", "red"]
 	var expected = "33 ohms ±2%"
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_blue_grey_brown_and_violet(solution_script):
 	var colors   = ["blue", "grey", "brown", "violet"]
 	var expected = "680 ohms ±0.1%"
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_red_black_red_and_green(solution_script):
 	var colors   = ["red", "black", "red", "green"]
 	var expected = "2 kiloohms ±0.5%"
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_green_brown_orange_and_grey(solution_script):
 	var colors   = ["green", "brown", "orange", "grey"]
 	var expected = "51 kiloohms ±0.05%"
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_one_black_band(solution_script):
 	var colors   = ["black"]
 	var expected = "0 ohms"
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_orange_orange_yellow_black_and_brown(solution_script):
 	var colors   = ["orange", "orange", "yellow", "black", "brown"]
 	var expected = "334 ohms ±1%"
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_red_green_yellow_yellow_and_brown(solution_script):
 	var colors   = ["red", "green", "yellow", "yellow", "brown"]
 	var expected = "2.54 megaohms ±1%"
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_blue_grey_white_red_and_brown(solution_script):
 	var colors   = ["blue", "grey", "white", "brown", "brown"]
 	var expected = "6.89 kiloohms ±1%"
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_violet_orange_red_and_grey(solution_script):
 	var colors   = ["violet", "orange", "red", "grey"]
 	var expected = "7.3 kiloohms ±0.05%"
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]
 
 
 func test_brown_red_orange_green_and_blue(solution_script):
 	var colors   = ["brown", "red", "orange", "green", "blue"]
 	var expected = "12.3 megaohms ±0.25%"
-	return [expected, solution_script.color_code(colors)]
+	return [solution_script.color_code(colors), expected]