MapTest::testSort() - Code Metrics - Inspection of "Added Map implementation for working with collecti..." - aimeos/aimeos-core - Measure and Improve Code Quality continuously with Scrutinizer

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Push — master ( 4e4594...2165e8 )

by Aimeos
created 2019-10-11 15:20 UTC
MapTest::testSort() A

↳ Parent: MapTest
Complexity

Conditions	1
Paths	1
Size

Total Lines	10
Code Lines	6
Duplication

Lines	0
Ratio	0 %
Importance

Changes	1
Bugs	0	Features	0
Metric	Value
cc	1
eloc	6
c	1
b	0
f	0
nc	1
nop	0
dl	0
loc	10
rs	10
<?php

/**
 * @license MIT, http://opensource.org/licenses/MIT
 * @author Taylor Otwell, Aimeos.org developers
 * @package MW
 */


namespace Aimeos\MW;


class MapTest extends \PHPUnit\Framework\TestCase
{
	public function testFirstReturnsFirstItemInMap()
	{
		$c = new Map(['foo', 'bar']);
		$this->assertEquals('foo', $c->first());
	}

	public function testFirstWithCallback()
	{
		$data = new Map(['foo', 'bar', 'baz']);
		$result = $data->first( function( $value ) {
			return $value === 'bar';
		} );
		$this->assertEquals('bar', $result);
	}

	public function testFirstWithCallbackAndDefault()
	{
		$data = new Map(['foo', 'bar']);
		$result = $data->first( function( $value ) {
			return $value === 'baz';
		}, 'default' );
		$this->assertEquals('default', $result);
	}

	public function testFirstWithDefaultAndWithoutCallback()
	{
		$data = new Map;
		$result = $data->first(null, 'default');
		$this->assertEquals('default', $result);
	}

	public function testLastReturnsLastItemInMap()
	{
		$c = new Map(['foo', 'bar']);
		$this->assertEquals('bar', $c->last());
	}

	public function testLastWithCallback()
	{
		$data = new Map([100, 200, 300]);
		$result = $data->last( function( $value ) {
			return $value < 250;
		} );
		$this->assertEquals(200, $result);
		$result = $data->last( function( $value, $key ) {
			return $key < 2;
		} );
		$this->assertEquals(200, $result);
	}

	public function testLastWithCallbackAndDefault()
	{
		$data = new Map(['foo', 'bar']);
		$result = $data->last( function( $value ) {
			return $value === 'baz';
		}, 'default' );
		$this->assertEquals('default', $result);
	}

	public function testLastWithDefaultAndWithoutCallback()
	{
		$data = new Map;
		$result = $data->last(null, 'default');
		$this->assertEquals('default', $result);
	}

	public function testPopReturnsAndRemovesLastItemInMap()
	{
		$c = new Map(['foo', 'bar']);

		$this->assertEquals('bar', $c->pop());
		$this->assertEquals('foo', $c->first());
	}

	public function testShiftReturnsAndRemovesFirstItemInMap()
	{
		$c = new Map(['foo', 'bar']);

		$this->assertEquals('foo', $c->shift());
		$this->assertEquals('bar', $c->first());
	}

	public function testEmptyMapIsEmpty()
	{
		$c = new Map;

		$this->assertTrue($c->isEmpty());
	}

	public function testMapIsConstructed()
	{
		$map = new Map;
		$this->assertEmpty($map->toArray());
	}

	public function testMapShuffle()
	{
		$map = new Map(range(0, 100, 10));

		$firstRandom = $map->copy()->shuffle();
		$secondRandom = $map->copy()->shuffle();

		$this->assertNotEquals($firstRandom, $secondRandom);
	}

	public function testGetArray()
	{
		$map = new Map;

		$class = new \ReflectionClass($map);
		$method = $class->getMethod('getArray');
		$method->setAccessible(true);

		$items = new \ArrayIterator( ['foo' => 'bar']);
		$array = $method->invokeArgs($map, [$items]);
		$this->assertSame(['foo' => 'bar'], $array);

		$items = new Map(['foo' => 'bar']);
		$array = $method->invokeArgs($map, [$items]);
		$this->assertSame(['foo' => 'bar'], $array);

		$items = ['foo' => 'bar'];
		$array = $method->invokeArgs($map, [$items]);
		$this->assertSame(['foo' => 'bar'], $array);
	}

	public function testOffsetAccess()
	{
		$c = new Map(['name' => 'test']);
		$this->assertEquals('test', $c['name']);
		$c['name'] = 'me';
		$this->assertEquals('me', $c['name']);
		$this->assertTrue(isset($c['name']));
		unset($c['name']);
		$this->assertFalse(isset($c['name']));
		$c[] = 'jason';
		$this->assertEquals('jason', $c[0]);
	}

	public function testArrayAccessOffsetExists()
	{
		$c = new Map(['foo', 'bar']);
		$this->assertTrue($c->offsetExists(0));
		$this->assertTrue($c->offsetExists(1));
		$this->assertFalse($c->offsetExists(1000));
	}

	public function testArrayAccessOffsetGet()
	{
		$c = new Map(['foo', 'bar']);
		$this->assertEquals('foo', $c->offsetGet(0));
		$this->assertEquals('bar', $c->offsetGet(1));
	}

	public function testArrayAccessOffsetSet()
	{
		$c = new Map(['foo', 'foo']);

		$c->offsetSet(1, 'bar');
		$this->assertEquals('bar', $c[1]);

		$c->offsetSet(null, 'qux');
		$this->assertEquals('qux', $c[2]);
	}

	public function testArrayAccessOffsetUnset()
	{
		$c = new Map(['foo', 'bar']);

		$c->offsetUnset(1);
		$this->assertFalse(isset($c[1]));
	}

	public function testRemoveSingleKey()
	{
		$c = new Map(['foo', 'bar']);
		$c->remove(0);
		$this->assertFalse(isset($c['foo']));

		$c = new Map(['foo' => 'bar', 'baz' => 'qux']);
		$c->remove('foo');
		$this->assertFalse(isset($c['foo']));
	}

	public function testRemoveArrayOfKeys()
	{
		$c = new Map(['foo', 'bar', 'baz']);
		$c->remove([0, 2]);
		$this->assertFalse(isset($c[0]));
		$this->assertFalse(isset($c[2]));
		$this->assertTrue(isset($c[1]));

		$c = new Map(['name' => 'test', 'foo' => 'bar', 'baz' => 'qux']);
		$c->remove(['foo', 'baz']);
		$this->assertFalse(isset($c['foo']));
		$this->assertFalse(isset($c['baz']));
		$this->assertTrue(isset($c['name']));
	}

	public function testCountable()
	{
		$c = new Map(['foo', 'bar']);
		$this->assertCount(2, $c);
	}

	public function testIterable()
	{
		$c = new Map(['foo']);
		$this->assertInstanceOf(\ArrayIterator::class, $c->getIterator());
		$this->assertEquals(['foo'], $c->getIterator()->getArrayCopy());
	}

	public function testFilter()
	{
		$c = new Map([['id' => 1, 'name' => 'Hello'], ['id' => 2, 'name' => 'World']]);
		$this->assertEquals([1 => ['id' => 2, 'name' => 'World']], $c->filter( function( $item ) {
			return $item['id'] == 2;
		} )->toArray());

		$c = new Map(['', 'Hello', '', 'World']);
		$this->assertEquals(['Hello', 'World'], $c->filter()->values()->toArray());

		$c = new Map(['id' => 1, 'first' => 'Hello', 'second' => 'World']);
		$this->assertEquals(['first' => 'Hello', 'second' => 'World'], $c->filter( function( $item, $key ) {
			return $key != 'id';
		} )->toArray());
	}

	public function testValues()
	{
		$c = new Map([['id' => 1, 'name' => 'Hello'], ['id' => 2, 'name' => 'World']]);
		$this->assertEquals([['id' => 2, 'name' => 'World']], $c->filter( function( $item ) {
			return $item['id'] == 2;
		} )->values()->toArray());
	}

	public function testMergeArray()
	{
		$c = new Map(['name' => 'Hello']);
		$this->assertEquals(['name' => 'Hello', 'id' => 1], $c->merge(['id' => 1])->toArray());
	}

	public function testMergeMap()
	{
		$c = new Map(['name' => 'Hello']);
		$this->assertEquals(['name' => 'World', 'id' => 1], $c->merge(new Map(['name' => 'World', 'id' => 1]))->toArray());
	}

	public function testReplaceArray()
	{
		$c = new Map(['a', 'b', 'c']);
		$this->assertEquals(['a', 'd', 'e'], $c->replace([1 => 'd', 2 => 'e'])->toArray());
	}

	public function testReplaceMap()
	{
		$c = new Map(['a', 'b', 'c']);
		$this->assertEquals(
			['a', 'd', 'e'],
			$c->replace(new Map([1 => 'd', 2 => 'e']))->toArray()
		);
	}

	public function testReplaceRecursiveArray()
	{
		$c = new Map(['a', 'b', ['c', 'd']]);
		$this->assertEquals(['z', 'b', ['c', 'e']], $c->replace(['z', 2 => [1 => 'e']])->toArray());
	}

	public function testReplaceRecursiveMap()
	{
		$c = new Map(['a', 'b', ['c', 'd']]);
		$this->assertEquals(
			['z', 'b', ['c', 'e']],
			$c->replace(new Map(['z', 2 => [1 => 'e']]))->toArray()
		);
	}

	public function testUnionArray()
	{
		$c = new Map(['name' => 'Hello']);
		$this->assertEquals(['name' => 'Hello', 'id' => 1], $c->union(['id' => 1])->toArray());
	}

	public function testUnionMap()
	{
		$c = new Map(['name' => 'Hello']);
		$this->assertEquals(['name' => 'Hello', 'id' => 1], $c->union(new Map(['name' => 'World', 'id' => 1]))->toArray());
	}

	public function testDiffMap()
	{
		$c = new Map(['id' => 1, 'first_word' => 'Hello']);
		$this->assertEquals(['id' => 1], $c->diff(new Map(['first_word' => 'Hello', 'last_word' => 'World']))->toArray());
	}

	public function testDiffUsingWithMap()
	{
		$c = new Map(['en_GB', 'fr', 'HR']);
		// demonstrate that diffKeys wont support case insensitivity
		$this->assertEquals(['en_GB', 'fr', 'HR'], $c->diff(new Map(['en_gb', 'hr']))->values()->toArray());
	}

	public function testDiffKeys()
	{
		$c1 = new Map(['id' => 1, 'first_word' => 'Hello']);
		$c2 = new Map(['id' => 123, 'foo_bar' => 'Hello']);
		$this->assertEquals(['first_word' => 'Hello'], $c1->diffKeys($c2)->toArray());
	}

	public function testDiffKeysFunction()
	{
		$c1 = new Map(['id' => 1, 'first_word' => 'Hello']);
		$c2 = new Map(['ID' => 123, 'foo_bar' => 'Hello']);
		// demonstrate that diffKeys wont support case insensitivity
		$this->assertEquals(['id'=>1, 'first_word'=> 'Hello'], $c1->diffKeys($c2)->toArray());
		// allow for case insensitive difference
		$this->assertEquals(['first_word' => 'Hello'], $c1->diffKeys($c2, 'strcasecmp')->toArray());
	}

	public function testDiffAssoc()
	{
		$c1 = new Map(['id' => 1, 'first_word' => 'Hello', 'not_affected' => 'value']);
		$c2 = new Map(['id' => 123, 'foo_bar' => 'Hello', 'not_affected' => 'value']);
		$this->assertEquals(['id' => 1, 'first_word' => 'Hello'], $c1->diffAssoc($c2)->toArray());
	}

	public function testDiffAssocFunction()
	{
		$c1 = new Map(['a' => 'green', 'b' => 'brown', 'c' => 'blue', 'red']);
		$c2 = new Map(['A' => 'green', 'yellow', 'red']);
		// demonstrate that the case of the keys will affect the output when diffAssoc is used
		$this->assertEquals(['a' => 'green', 'b' => 'brown', 'c' => 'blue', 'red'], $c1->diffAssoc($c2)->toArray());
		// allow for case insensitive difference
		$this->assertEquals(['b' => 'brown', 'c' => 'blue', 'red'], $c1->diffAssoc($c2, 'strcasecmp')->toArray());
	}

	public function testEach()
	{
		$c = new Map($original = [1, 2, 'foo' => 'bar', 'bam' => 'baz']);

		$result = [];
		$c->each( function( $item, $key ) use ( &$result ) {
			$result[$key] = $item;
		} );
		$this->assertEquals($original, $result);

		$result = [];
		$c->each( function( $item, $key ) use ( &$result ) {
			$result[$key] = $item;
			if( is_string( $key ) ) {
				return false;
			}
		} );
		$this->assertEquals([1, 2, 'foo' => 'bar'], $result);
	}

	public function testIntersectMap()
	{
		$c = new Map(['id' => 1, 'first_word' => 'Hello']);
		$this->assertEquals(['first_word' => 'Hello'], $c->intersect(new Map(['first_world' => 'Hello', 'last_word' => 'World']))->toArray());
	}

	public function testIntersectKeys()
	{
		$c = new Map(['name' => 'Mateus', 'age' => 18]);
		$this->assertEquals(['name' => 'Mateus'], $c->intersectKeys(new Map(['name' => 'Mateus', 'surname' => 'Guimaraes']))->toArray());
	}

	public function testUnique()
	{
		$c = new Map(['Hello', 'World', 'World']);
		$this->assertEquals(['Hello', 'World'], $c->unique()->toArray());
	}

	public function testSort()
	{
		$data = (new Map([5, 3, 1, 2, 4]))->sort();
		$this->assertEquals([1, 2, 3, 4, 5], $data->values()->toArray());

		$data = (new Map([-1, -3, -2, -4, -5, 0, 5, 3, 1, 2, 4]))->sort();
		$this->assertEquals([-5, -4, -3, -2, -1, 0, 1, 2, 3, 4, 5], $data->values()->toArray());

		$data = (new Map(['foo', 'bar-10', 'bar-1']))->sort();
		$this->assertEquals(['bar-1', 'bar-10', 'foo'], $data->values()->toArray());
	}

	public function testKsort()
	{
		$data = new Map(['b' => 'me', 'a' => 'test']);

		$this->assertSame(['a' => 'test', 'b' => 'me'], $data->ksort()->toArray());
	}

	public function testReverse()
	{
		$data = new Map(['hello', 'world']);
		$reversed = $data->reverse();

		$this->assertSame([1 => 'world', 0 => 'hello'], $reversed->toArray());

		$data = new Map(['name' => 'test', 'last' => 'user']);
		$reversed = $data->reverse();

		$this->assertSame(['last' => 'user', 'name' => 'test'], $reversed->toArray());
	}

	public function testHas()
	{
		$data = new Map(['id' => 1, 'first' => 'Hello', 'second' => 'World']);
		$this->assertTrue($data->has('first'));
		$this->assertFalse($data->has('third'));
	}

	public function testMethod()
	{
		Map::method('foo', function() {
			return $this->filter( function( $item ) {
			return $this->/** @scrutinizer ignore-call */ filter( function( $item ) {
				return strpos($item, 'a') === 0;
			})
				->unique()
				->values();
		} );

		$c = new Map(['a', 'a', 'aa', 'aaa', 'bar']);

		$this->assertSame(['a', 'aa', 'aaa'], $c->foo()->toArray());
		$this->assertSame(['a', 'aa', 'aaa'], $c->/** @scrutinizer ignore-call */ foo()->toArray());
	}

	public function testMakeMethodFromMap()
	{
		$firstMap = Map::from(['foo' => 'bar']);
		$secondMap = Map::from($firstMap);
		$this->assertEquals(['foo' => 'bar'], $secondMap->toArray());
	}

	public function testMakeMethodFromArray()
	{
		$map = Map::from(['foo' => 'bar']);
		$this->assertEquals(['foo' => 'bar'], $map->toArray());
	}

	public function testConstructMethodFromMap()
	{
		$firstMap = new Map(['foo' => 'bar']);
		$secondMap = new Map($firstMap);
		$this->assertEquals(['foo' => 'bar'], $secondMap->toArray());
	}

	public function testConstructMethodFromArray()
	{
		$map = new Map(['foo' => 'bar']);
		$this->assertEquals(['foo' => 'bar'], $map->toArray());
	}

	public function testSplice()
	{
		$data = new Map(['foo', 'baz']);
		$data->splice(1);
		$this->assertEquals(['foo'], $data->toArray());

		$data = new Map(['foo', 'baz']);
		$data->splice(1, 0, 'bar');
		$this->assertEquals(['foo', 'bar', 'baz'], $data->toArray());

		$data = new Map(['foo', 'baz']);
		$data->splice(1, 1);
		$this->assertEquals(['foo'], $data->toArray());

		$data = new Map(['foo', 'baz']);
		$cut = $data->splice(1, 1, 'bar');
		$this->assertEquals(['foo', 'bar'], $data->toArray());
		$this->assertEquals(['baz'], $cut->toArray());
	}

	public function testMap()
	{
		$data = new Map(['first' => 'test', 'last' => 'user']);
		$data = $data->map( function( $item, $key ) {
			return $key.'-'.strrev($item);
		} );
		$this->assertEquals(['first' => 'first-tset', 'last' => 'last-resu'], $data->toArray());
	}

	public function testPullRetrievesItemFromMap()
	{
		$c = new Map(['foo', 'bar']);

		$this->assertEquals('foo', $c->pull(0));
	}

	public function testPullRemovesItemFromMap()
	{
		$c = new Map(['foo', 'bar']);
		$c->pull(0);
		$this->assertEquals([1 => 'bar'], $c->toArray());
	}

	public function testPullReturnsDefault()
	{
		$c = new Map([]);
		$value = $c->pull(0, 'foo');
		$this->assertEquals('foo', $value);
	}

	public function testSearch()
	{
		$c = new Map([false, 0, 1, [], '']);
		$this->assertNull($c->search('false'));
		$this->assertNull($c->search('1'));
		$this->assertEquals(0, $c->search(false));
		$this->assertEquals(1, $c->search(0));
		$this->assertEquals(2, $c->search(1));
		$this->assertEquals(3, $c->search([]));
		$this->assertEquals(4, $c->search(''));
	}

	public function testSearchReturnsNullWhenItemIsNotFound()
	{
		$c = new Map([1, 2, 3, 4, 5, 'foo' => 'bar']);

		$this->assertNull($c->search(6));
		$this->assertNull($c->search('foo'));
		$this->assertNull($c->search( function( $value ) {
			return $value < 1 && is_numeric($value);
		} ));
		$this->assertNull($c->search( function( $value ) {
			return $value == 'nope';
		} ));
	}

	public function testKeys()
	{
		$c = new Map(['name' => 'test', 'last' => 'user']);
		$this->assertEquals(['name', 'last'], $c->keys()->toArray());
	}

	public function testUnshift()
	{
		$c = new Map(['one', 'two', 'three', 'four']);
		$this->assertEquals(['zero', 'one', 'two', 'three', 'four'], $c->unshift('zero')->toArray());

		$c = new Map(['one' => 1, 'two' => 2]);
		$this->assertEquals(['zero' => 0, 'one' => 1, 'two' => 2], $c->unshift(0, 'zero')->toArray());
	}

	public function testConcatWithArray()
	{
		$expected = [
			0 => 4,
			1 => 5,
			2 => 6,
			3 => 'a',
			4 => 'b',
			5 => 'c',
			6 => 'Jonny',
			7 => 'from',
			8 => 'Laroe',
			9 => 'Jonny',
			10 => 'from',
			11 => 'Laroe',
		];

		$map = new Map([4, 5, 6]);
		$map = $map->concat(['a', 'b', 'c']);
		$map = $map->concat(['who' => 'Jonny', 'preposition' => 'from', 'where' => 'Laroe']);
		$actual = $map->concat(['who' => 'Jonny', 'preposition' => 'from', 'where' => 'Laroe'])->toArray();

		$this->assertSame($expected, $actual);
	}

	public function testConcatWithMap()
	{
		$expected = [
			0 => 4,
			1 => 5,
			2 => 6,
			3 => 'a',
			4 => 'b',
			5 => 'c',
			6 => 'Jonny',
			7 => 'from',
			8 => 'Laroe',
			9 => 'Jonny',
			10 => 'from',
			11 => 'Laroe',
		];

		$firstMap = new Map([4, 5, 6]);
		$secondMap = new Map(['a', 'b', 'c']);
		$thirdMap = new Map(['who' => 'Jonny', 'preposition' => 'from', 'where' => 'Laroe']);
		$firstMap = $firstMap->concat($secondMap);
		$firstMap = $firstMap->concat($thirdMap);
		$actual = $firstMap->concat($thirdMap)->toArray();

		$this->assertSame($expected, $actual);
	}

	public function testReduce()
	{
		$data = new Map([1, 2, 3]);
		$this->assertEquals(6, $data->reduce( function( $carry, $element ) {
			return $carry += $element;
		} ));
	}

	public function testPipe()
	{
		$map = new Map([1, 2, 3]);

		$this->assertEquals( 3, $map->pipe( function( $map ) {
			return $map->last();
		} ) );
	}

	public function testSliceOffset()
	{
		$map = new Map([1, 2, 3, 4, 5, 6, 7, 8]);
		$this->assertEquals([4, 5, 6, 7, 8], $map->slice(3)->values()->toArray());
	}

	public function testSliceNegativeOffset()
	{
		$map = new Map([1, 2, 3, 4, 5, 6, 7, 8]);
		$this->assertEquals([6, 7, 8], $map->slice(-3)->values()->toArray());
	}

	public function testSliceOffsetAndLength()
	{
		$map = new Map([1, 2, 3, 4, 5, 6, 7, 8]);
		$this->assertEquals([4, 5, 6], $map->slice(3, 3)->values()->toArray());
	}

	public function testSliceOffsetAndNegativeLength()
	{
		$map = new Map([1, 2, 3, 4, 5, 6, 7, 8]);
		$this->assertEquals([4, 5, 6, 7], $map->slice(3, -1)->values()->toArray());
	}

	public function testSliceNegativeOffsetAndLength()
	{
		$map = new Map([1, 2, 3, 4, 5, 6, 7, 8]);
		$this->assertEquals([4, 5, 6], $map->slice(-5, 3)->values()->toArray());
	}

	public function testSliceNegativeOffsetAndNegativeLength()
	{
		$map = new Map([1, 2, 3, 4, 5, 6, 7, 8]);
		$this->assertEquals([3, 4, 5, 6], $map->slice(-6, -2)->values()->toArray());
	}

	public function testMapFromTraversable()
	{
		$map = new Map(new \ArrayObject([1, 2, 3]));
		$this->assertEquals([1, 2, 3], $map->toArray());
	}

	public function testMapFromTraversableWithKeys()
	{
		$map = new Map(new \ArrayObject(['foo' => 1, 'bar' => 2, 'baz' => 3]));
		$this->assertEquals(['foo' => 1, 'bar' => 2, 'baz' => 3], $map->toArray());
	}

	public function testHasReturnsValidResults()
	{
		$map = new Map(['foo' => 'one', 'bar' => 'two', 1 => 'three']);
		$this->assertTrue($map->has('foo'));
	}

	public function testSetAddsItemToMap()
	{
		$map = new Map;
		$this->assertSame([], $map->toArray());
		$map->set('foo', 1);
		$this->assertSame(['foo' => 1], $map->toArray());
		$map->set('bar', ['nested' => 'two']);
		$this->assertSame(['foo' => 1, 'bar' => ['nested' => 'two']], $map->toArray());
		$map->set('foo', 3);
		$this->assertSame(['foo' => 3, 'bar' => ['nested' => 'two']], $map->toArray());
	}

	public function testGetWithNullReturnsNull()
	{
		$map = new Map([1, 2, 3]);
		$this->assertNull($map->get(null));
	}
}

aimeos / aimeos-core

Push — master ( 4e4594...2165e8 )

MapTest::testSort() A

Complexity

Size

Duplication

Importance

Duplication Side-by-Side

Filter issues like
