<?php

require_once(DIR_ALVEOLATA . '/math/functions.php');


$data = \alveolata\test\get_data();
\alveolata\test\add(
	[
		'name' => 'alveolata',
		'sections' => [
			[
				'name' => 'math',
				'sections' => [
					[
						'name' => 'mod',
						'cases' => array_map(
							function (array $case) : array {
								return [
									'name' => $case['name'],
									'procedure' => function ($assert) use ($case) {
										$result_actual = \alveolata\math\mod(
											$case['input']['divident'],
											$case['input']['divisor']
										);
										$result_expected = $case['output'];
										$assert->equal($result_actual, $result_expected);
									},
								];
							},
							$data['mod']['cases']
						),
					],
					[
						'name' => 'modpow',
						'cases' => array_map(
							function (array $case) : array {
								return [
									'name' => $case['name'],
									'procedure' => function ($assert) use ($case) {
										$result_actual = \alveolata\math\modpow(
											$case['input']['base'],
											$case['input']['exponent'],
											$case['input']['modulus']
										);
										$result_expected = $case['output'];
										$assert->equal($result_actual, $result_expected);
									},
								];
							},
							$data['modpow']['cases']
						),
					],
					[
						'name' => 'set_union',
						'cases' => array_map(
							function (array $case) : array {
								return [
									'name' => $case['name'],
									'procedure' => function ($assert) use ($case) {
										$result_actual = \alveolata\math\set_union(
											function ($x, $y) {return ($x === $y);},
											$case['input']['set1'],
											$case['input']['set2']
										);
										$result_expected = $case['output'];
										$assert->equal($result_actual, $result_expected);
									},
								];
							},
							$data['set_union']['cases']
						)
					],
					[
						'name' => 'set_intersection',
						'cases' => array_map(
							function (array $case) : array {
								return [
									'name' => $case['name'],
									'procedure' => function ($assert) use ($case) {
										$result_actual = \alveolata\math\set_intersection(
											function ($x, $y) {return ($x === $y);},
											$case['input']['set1'],
											$case['input']['set2']
										);
										$result_expected = $case['output'];
										$assert->equal($result_actual, $result_expected);
									},
								];
							},
							$data['set_intersection']['cases']
						)
					],
					[
						'name' => 'set_difference',
						'cases' => array_map(
							function (array $case) : array {
								return [
									'name' => $case['name'],
									'procedure' => function ($assert) use ($case) {
										$result_actual = \alveolata\math\set_difference(
											function ($x, $y) {return ($x === $y);},
											$case['input']['set1'],
											$case['input']['set2']
										);
										$result_expected = $case['output'];
										$assert->equal($result_actual, $result_expected);
									},
								];
							},
							$data['set_difference']['cases']
						)
					],
					[
						'name' => 'order_lexicographic',
						'cases' => array_map(
							function (array $case) : array {
								return [
									'name' => $case['name'],
									'procedure' => function ($assert) use ($case) {
										$result_actual = \alveolata\math\order_lexicographic(
											(function ($x, $y) {return ($x <= $y);}),
											$case['input']['list1'],
											$case['input']['list2']
										);
										$result_expected = $case['output'];
										$assert->equal($result_actual, $result_expected);
									},
								];
							},
							$data['order_lexicographic']['cases']
						)
					],
				],
			]
		]
	]
);

 ?>