CollectionTest::testArrayAccessFailureWithExplicitOffset() - Code Metrics - Inspection of "Github-Action" - abterphp/framework - Measure and Improve Code Quality continuously with Scrutinizer

Passed

Pull Request — master (#1)

by Peter

created 2021-02-27 14:51 UTC

testArrayAccessFailureWithExplicitOffset() A

↳ Parent: CollectionTest

Complexity

Conditions	1
Paths	1

Size

Total Lines	7
Code Lines	3

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
cc	1
eloc	3
nc	1
nop	1
dl	0
loc	7
rs	10
c	0
b	0
f	0

<?php

declare(strict_types=1);

namespace AbterPhp\Framework\Html;

use AbterPhp\Framework\TestCase\Html\NodeTestCase;
use AbterPhp\Framework\TestDouble\I18n\MockTranslatorFactory;

class CollectionTest extends NodeTestCase
{
    /**
     * @return array
     */
    public function toStringReturnsRawContentByDefaultProvider(): array
    {
        return [
            'string'  => ['foo', 'foo'],
            'INode'   => [new Node('foo'), 'foo'],
            'INode[]' => [[new Node('foo')], 'foo'],
        ];
    }

    /**
     * @dataProvider toStringReturnsRawContentByDefaultProvider
     *
     * @param mixed  $rawContent
     * @param string $expectedResult
     */
    public function testToStringReturnsRawContentByDefault($rawContent, string $expectedResult)
    {
        $sut = $this->createNode($rawContent);

        $this->assertStringContainsString($expectedResult, (string)$sut);
    }

    /**
     * @return array
     */
    public function toStringCanReturnTranslatedContentProvider(): array
    {
        $translations = ['foo' => 'bar'];

        return [
            'string'  => ['foo', $translations, 'bar'],
            'INode'   => [new Node('foo'), $translations, 'bar'],
            'INode[]' => [[new Node('foo')], $translations, 'bar'],
        ];
    }

    /**
     * @dataProvider toStringCanReturnTranslatedContentProvider
     *
     * @param mixed  $rawContent
     * @param string $expectedResult
     */
    public function testToStringCanReturnTranslatedContent($rawContent, array $translations, string $expectedResult)
    {
        $translatorMock = MockTranslatorFactory::createSimpleTranslator($this, $translations);

        $sut = $this->createNode($rawContent);

        $sut->setTranslator($translatorMock);

        $this->assertStringContainsString($expectedResult, (string)$sut);
    }

    /**
     * @dataProvider isMatchProvider
     *
     * @param string|null $className
     * @param string[]    $intents
     * @param int|null    $expectedResult
     */
    public function testIsMatch(?string $className, array $intents, bool $expectedResult)
    {
        $sut = $this->createNode();
        $sut->setIntent('foo', 'bar');

        $actualResult = $sut->isMatch($className, ...$intents);

        $this->assertSame($expectedResult, $actualResult);
    }

    public function testCountWithoutOffset()
    {
        $expectedResult = 2;

        $node1 = new Node('1');
        $node2 = new Node('2');

        $sut = $this->createNode();

        $sut[] = $node1;
        $sut[] = $node2;

        $this->assertSame($expectedResult, count($sut));
    }

    public function testCountWithExplicitOffset()
    {
        $expectedResult = 2;

        $node1 = new Node('1');
        $node2 = new Node('2');

        $sut = $this->createNode();

        $sut[0] = $node1;
        $sut[1] = $node2;

        $this->assertSame($expectedResult, count($sut));
    }

    public function testCountWithMixedOffset()
    {
        $node1 = new Node('1');
        $node2 = new Node('2');

        $expectedCount = 5;

        $sut = $this->createNode();

        $sut[]  = $node1;
        $sut[]  = $node1;
        $sut[1] = $node2;
        $sut[2] = $node1;
        $sut[3] = $node1;
        $sut[]  = $node1;

        $this->assertSame($expectedCount, count($sut));
    }

    public function testArrayAccessWithoutOffset()
    {
        $node1 = new Node('1');
        $node2 = new Node('2');

        $sut = $this->createNode();

        $sut[] = $node1;
        $sut[] = $node2;

        $this->assertSame($node1, $sut[0]);
        $this->assertSame($node2, $sut[1]);
    }

    public function testArrayAccessWithExplicitOffset()
    {
        $node1 = new Node('1');
        $node2 = new Node('2');

        $sut = $this->createNode();

        $sut[0] = $node1;
        $sut[1] = $node2;

        $this->assertSame($node1, $sut[0]);
        $this->assertSame($node2, $sut[1]);
    }

    public function testArrayAccessThrowExceptionWhenMadeDirty()
    {
        $this->expectException(\InvalidArgumentException::class);

        $node1 = new Node('1');

        $sut = $this->createNode();

        $sut[1] = $node1;
    }

    public function testArrayAccessWithMixedOffset()
    {
        $node1 = new Node('1');
        $node2 = new Node('2');

        $expectedNodes = [0 => $node1, 1 => $node2, 2 => $node1, 3 => $node1, 4 => $node1];

        $sut = $this->createNode();

        $sut[]  = $node1;
        $sut[]  = $node1;
        $sut[1] = $node2;
        $sut[2] = $node1;
        $sut[3] = $node1;
        $sut[]  = $node1;

        $this->assertEquals($expectedNodes, $sut->getExtendedNodes());
    }

    /**
     * @return array
     */
    public function contentFailureProvider(): array
    {
        return [
            'bool'                    => [true],
            'non-node object'         => [new \StdClass()],
            'string wrapped'          => [['']],
            'non-node object wrapped' => [[new \StdClass()]],
            'node double wrapped'     => [[[new Node()]]],
        ];
    }

    /**
     * @dataProvider contentFailureProvider
     */
    public function testConstructFailure($item)
    {
        $this->expectException(\InvalidArgumentException::class);

        $this->createNode($item);
    }

    /**
     * @dataProvider contentFailureProvider
     */
    public function testSetContentFailure($item)
    {
        $this->expectException(\InvalidArgumentException::class);

        $sut = $this->createNode();

        $sut->setContent($item);
    }

    /**
     * @return array
     */
    public function offsetSetFailureProvider(): array
    {
        $contentFailure = $this->contentFailureProvider();

        $offsetFailure = [
            'string'       => ['foo'],
            'node wrapped' => [[new Node()]],
        ];

        return array_merge($contentFailure, $offsetFailure);
    }

    /**
     * @dataProvider offsetSetFailureProvider
     */
    public function testArrayAccessFailureWithoutOffset($item)
    {
        $this->expectException(\InvalidArgumentException::class);

        $sut = $this->createNode();

        $sut[] = $item;
    }

    /**
     * @dataProvider offsetSetFailureProvider
     */
    public function testArrayAccessFailureWithExplicitOffset($item)
    {
        $this->expectException(\InvalidArgumentException::class);

        $sut = $this->createNode();

        $sut[] = $item;
    }

    public function testArrayAccessUnset()
    {
        $node1 = new Node('1');

        $sut = $this->createNode();

        $sut[] = $node1;

        $this->assertTrue($sut->offsetExists(0));

        unset($sut[0]);

        $this->assertfalse($sut->offsetExists(0));
    }

    public function testSetContent()
    {
        $node1 = new Node('1');
        $node2 = new Node('2');

        $expectedNodes = [new Node('3')];

        $sut = $this->createNode();

        $sut[]  = $node1;
        $sut[]  = $node1;
        $sut[1] = $node2;
        $sut[2] = $node1;
        $sut[3] = $node1;
        $sut[]  = $node1;

        $sut->setContent('3');

        $actualResult = $sut->getNodes();

        $this->assertEquals($expectedNodes, $actualResult);
    }

    public function testGetNodes()
    {
        $node1 = new Node('1');
        $node2 = new Node(new Node('2'));

        $expectedNodes = [$node1, $node2, $node1, $node1, $node1];

        $sut = $this->createNode();

        $sut[]  = $node1;
        $sut[]  = $node1;
        $sut[1] = $node2;
        $sut[2] = $node1;
        $sut[3] = $node1;
        $sut[]  = $node1;

        $actualResult = $sut->getNodes();

        $this->assertEquals($expectedNodes, $actualResult);
    }

    public function testGetExtendedNodes()
    {
        $node1 = new Node('1');
        $node2 = new Node(new Node('2'));

        $expectedNodes = [$node1, $node2, $node1, $node1, $node1];

        $sut = $this->createNode();

        $sut[]  = $node1;
        $sut[]  = $node1;
        $sut[1] = $node2;
        $sut[2] = $node1;
        $sut[3] = $node1;
        $sut[]  = $node1;

        $actualResult = $sut->getExtendedNodes();

        $this->assertEquals($expectedNodes, $actualResult);
    }

    public function testGetDescendantNodes()
    {
        $node1 = new Node('1');
        $node2 = new Node(new Node('2'));

        $expectedNodes = [$node1, $node2, $node1, $node1, $node1];

        $sut = $this->createNode();

        $sut[]  = $node1;
        $sut[]  = $node1;
        $sut[1] = $node2;
        $sut[2] = $node1;
        $sut[3] = $node1;
        $sut[]  = $node1;

        $actualResult = $sut->getDescendantNodes();

        $this->assertEquals($expectedNodes, $actualResult);
    }

    public function testGetExtendedDescendantNodes()
    {
        $node1 = new Node('1');
        $node2 = new Node(new Node('2'));

        $expectedNodes = [$node1, $node2, $node1, $node1, $node1];

        $sut = $this->createNode();

        $sut[]  = $node1;
        $sut[]  = $node1;
        $sut[1] = $node2;
        $sut[2] = $node1;
        $sut[3] = $node1;
        $sut[]  = $node1;

        $actualResult = $sut->getExtendedDescendantNodes();

        $this->assertEquals($expectedNodes, $actualResult);
    }

    public function testIterator()
    {
        $node1 = new Node('1');
        $node2 = new Node('2');

        $expectedKeys  = [0, 1, 2, 3, 4];
        $expectedNodes = [$node1, $node2, $node1, $node1, $node1];

        $sut = $this->createNode();

        $sut[]  = $node1;
        $sut[]  = $node1;
        $sut[1] = $node2;
        $sut[2] = $node1;
        $sut[3] = $node1;
        $sut[]  = $node1;

        $pos = 0;
        foreach ($sut as $key => $node) {
            $this->assertSame($expectedKeys[$pos], $key);
            $this->assertSame($expectedNodes[$pos], $node);
            $pos++;
        }
    }

    public function testGetRawContentReturnsNonTranslatedContent()
    {
        $this->assertTrue(true, 'No need to test getRawContent');
    }

    /**
     * @return array
     */
    public function insertBeforeProvider(): array
    {
        $needle = new Node('1');
        $node2  = new Node('2');
        $node3  = new Node('3');

        return [
            'empty-content'                  => [
                [],
                $needle,
                [$node2],
                false,
                [],
            ],
            'only-non-matching-content'      => [
                [$node2, $node3],
                $needle,
                [$needle, $node3],
                false,
                [$node2, $node3],
            ],
            'only-non-matching-content-deep' => [
                [$node2, $node3, new Collection([$node2, $node3])],
                $needle,
                [$needle, $node3],
                false,
                [$node2, $node3, new Collection([$node2, $node3])],
            ],
            'only-matching-content'          => [
                [$needle],
                $needle,
                [$node2, $node3],
                true,
                [$node2, $node3, $needle],
            ],
            'non-first-matching-content'     => [
                [$node2, $needle],
                $needle,
                [$node3, $node3],
                true,
                [$node2, $node3, $node3, $needle],
            ],
            'deep-first-matching-content'    => [
                [$node2, new Collection([$node2, $needle])],
                $needle,
                [$node3, $node3],
                true,
                [$node2, new Collection([$node2, $node3, $node3, $needle])],
            ],
        ];
    }

    /**
     * @dataProvider insertBeforeProvider
     *
     * @param INode[] $content
     * @param INode   $nodeToFind
     * @param INode[] $nodesToInsert
     * @param bool    $expectedResult
     * @param INode[] $expectedNodes
     */
    public function testInsertBefore(
        array $content,
        INode $nodeToFind,
        array $nodesToInsert,
        bool $expectedResult,
        array $expectedNodes
    ) {
        $sut = $this->createNode($content);

        $actualResult = $sut->insertBefore($nodeToFind, ...$nodesToInsert);

        $this->assertSame($expectedResult, $actualResult);
        $this->assertEquals($expectedNodes, $sut->getNodes());
    }

    /**
     * @return array
     */
    public function insertAfterProvider(): array
    {
        $needle = new Node('1');
        $node2  = new Node('2');
        $node3  = new Node('3');

        return [
            'empty-content'                  => [
                [],
                $needle,
                [$node2],
                false,
                [],
            ],
            'only-non-matching-content'      => [
                [$node2, $node3],
                $needle,
                [$needle, $node3],
                false,
                [$node2, $node3],
            ],
            'only-non-matching-content-deep' => [
                [$node2, $node3, new Collection([$node2, $node3])],
                $needle,
                [$needle, $node3],
                false,
                [$node2, $node3, new Collection([$node2, $node3])],
            ],
            'only-matching-content'          => [
                [$needle],
                $needle,
                [$node2, $node3],
                true,
                [$needle, $node2, $node3],
            ],
            'non-last-matching-content'      => [
                [$needle, $node2],
                $needle,
                [$node3, $node3],
                true,
                [$needle, $node3, $node3, $node2],
            ],
            'deep-first-matching-content'    => [
                [$node2, new Collection([$node2, $needle])],
                $needle,
                [$node3, $node3],
                true,
                [$node2, new Collection([$node2, $needle, $node3, $node3])],
            ],
        ];
    }

    /**
     * @dataProvider insertAfterProvider
     *
     * @param INode[] $content
     * @param INode   $nodeToFind
     * @param INode[] $nodesToInsert
     * @param bool    $expectedResult
     * @param INode[] $expectedNodes
     */
    public function testInsertAfter(
        array $content,
        INode $nodeToFind,
        array $nodesToInsert,
        bool $expectedResult,
        array $expectedNodes
    ) {
        $sut = $this->createNode($content);

        $actualResult = $sut->insertAfter($nodeToFind, ...$nodesToInsert);

        $this->assertSame($expectedResult, $actualResult);
        $this->assertEquals($expectedNodes, $sut->getNodes());
    }

    /**
     * @return array
     */
    public function replaceProvider(): array
    {
        $needle = new Node('1');
        $node2  = new Node('2');
        $node3  = new Node('3');

        return [
            'empty-content'                  => [
                [],
                $needle,
                [$node2],
                false,
                [],
            ],
            'only-non-matching-content'      => [
                [$node2, $node3],
                $needle,
                [$needle, $node3],
                false,
                [$node2, $node3],
            ],
            'only-non-matching-content-deep' => [
                [$node2, $node3, new Collection([$node2, $node3])],
                $needle,
                [$needle, $node3],
                false,
                [$node2, $node3, new Collection([$node2, $node3])],
            ],
            'only-matching-content'          => [
                [$needle],
                $needle,
                [$node2, $node3],
                true,
                [$node2, $node3],
            ],
            'non-first-matching-content'     => [
                [$node2, $needle],
                $needle,
                [$node3, $node3],
                true,
                [$node2, $node3, $node3],
            ],
            'non-last-matching-content'      => [
                [$needle, $node2],
                $needle,
                [$node3, $node3],
                true,
                [$node3, $node3, $node2],
            ],
            'deep-first-matching-content'    => [
                [$node2, new Collection([$node2, $needle])],
                $needle,
                [$node3, $node3],
                true,
                [$node2, new Collection([$node2, $node3, $node3])],
            ],
        ];
    }

    /**
     * @dataProvider replaceProvider
     *
     * @param INode[] $content
     * @param INode   $nodeToFind
     * @param INode[] $nodesToInsert
     * @param bool    $expectedResult
     * @param INode[] $expectedNodes
     */
    public function testReplace(
        array $content,
        INode $nodeToFind,
        array $nodesToInsert,
        bool $expectedResult,
        array $expectedNodes
    ) {
        $sut = $this->createNode($content);

        $actualResult = $sut->replace($nodeToFind, ...$nodesToInsert);

        $this->assertSame($expectedResult, $actualResult);
        $this->assertEquals($expectedNodes, $sut->getNodes());
    }

    /**
     * @return array
     */
    public function removeProvider(): array
    {
        $needle = new Node('1');
        $node2  = new Node('2');
        $node3  = new Node('3');

        return [
            'empty-content'                  => [
                [],
                $needle,
                false,
                [],
            ],
            'only-non-matching-content'      => [
                [$node2, $node3],
                $needle,
                false,
                [$node2, $node3],
            ],
            'only-non-matching-content-deep' => [
                [$node2, $node3, new Collection([$node2, $node3])],
                $needle,
                false,
                [$node2, $node3, new Collection([$node2, $node3])],
            ],
            'only-matching-content'          => [
                [$needle],
                $needle,
                true,
                [],
            ],
            'non-first-matching-content'     => [
                [$node2, $needle],
                $needle,
                true,
                [$node2],
            ],
            'non-last-matching-content'      => [
                [$needle, $node2],
                $needle,
                true,
                [$node2],
            ],
            'deep-first-matching-content'    => [
                [$node2, new Collection([$node2, $needle])],
                $needle,
                true,
                [$node2, new Collection([$node2])],
            ],
        ];
    }

    /**
     * @dataProvider removeProvider
     *
     * @param INode[] $content
     * @param INode   $nodeToFind
     * @param bool    $expectedResult
     * @param INode[] $expectedNodes
     */
    public function testRemove(
        array $content,
        INode $nodeToFind,
        bool $expectedResult,
        array $expectedNodes
    ) {
        $sut = $this->createNode($content);

        $actualResult = $sut->remove($nodeToFind);

        $this->assertSame($expectedResult, $actualResult);
        $this->assertEquals($expectedNodes, $sut->getNodes());
    }

    /**
     * @return array
     */
    public function isMatchProvider(): array
    {
        return [
            'INode-no-intent'               => [INode::class, [], true],
            'INode-foo-intent'              => [INode::class, ['foo'], true],
            'INode-bar-intent'              => [INode::class, ['bar'], true],
            'INode-foo-and-bar-intent'      => [INode::class, ['foo', 'bar'], true],
            'fail-IComponent-foo-intent'    => [IComponent::class, ['foo'], false],
            'fail-Component-foo-intent'     => [Component::class, ['foo'], false],
            'fail-INode-baz-intent'         => [INode::class, ['baz'], false],
            'fail-INode-foo-and-baz-intent' => [INode::class, ['foo', 'baz'], false],
            'fail-Node-foo-intent'          => [Node::class, ['foo'], false],
        ];
    }

    /**
     * @return array
     */
    public function hasIntentProvider(): array
    {
        return [
            [[], 'foo', false],
            [['foo'], 'foo', true],
            [['bar'], 'foo', false],
            [['foo', 'bar', 'baz'], 'bar', true],
        ];
    }

    /**
     * @dataProvider hasIntentProvider
     *
     * @param array  $intents
     * @param string $intentToCheck
     * @param bool   $expectedResult
     */
    public function testHasIntentChecksIfAGivenIntentHasBeenSet(
        array $intents,
        string $intentToCheck,
        bool $expectedResult
    ) {
        $sut = $this->createNode();

        $sut->setIntent(...$intents);

        $actualResult = $sut->hasIntent($intentToCheck);

        $this->assertSame($expectedResult, $actualResult);
    }

    /**
     * @param INode[]|INode|string|null $content
     *
     * @return Collection
     */
    private function createNode($content = null): INode
    {
        return new Collection($content);
    }
}


1			<?php
2
3			declare(strict_types=1);
4
5			namespace AbterPhp\Framework\Html;
6
7			use AbterPhp\Framework\TestCase\Html\NodeTestCase;
8			use AbterPhp\Framework\TestDouble\I18n\MockTranslatorFactory;
9
10			class CollectionTest extends NodeTestCase
11			{
12			/**
13			* @return array
14			*/
15			public function toStringReturnsRawContentByDefaultProvider(): array
16			{
17			return [
18			'string' => ['foo', 'foo'],
19			'INode' => [new Node('foo'), 'foo'],
20			'INode[]' => [[new Node('foo')], 'foo'],
21			];
22			}
23
24			/**
25			* @dataProvider toStringReturnsRawContentByDefaultProvider
26			*
27			* @param mixed $rawContent
28			* @param string $expectedResult
29			*/
30			public function testToStringReturnsRawContentByDefault($rawContent, string $expectedResult)
31			{
32			$sut = $this->createNode($rawContent);
33
34			$this->assertStringContainsString($expectedResult, (string)$sut);
35			}
36
37			/**
38			* @return array
39			*/
40			public function toStringCanReturnTranslatedContentProvider(): array
41			{
42			$translations = ['foo' => 'bar'];
43
44			return [
45			'string' => ['foo', $translations, 'bar'],
46			'INode' => [new Node('foo'), $translations, 'bar'],
47			'INode[]' => [[new Node('foo')], $translations, 'bar'],
48			];
49			}
50
51			/**
52			* @dataProvider toStringCanReturnTranslatedContentProvider
53			*
54			* @param mixed $rawContent
55			* @param string $expectedResult
56			*/
57			public function testToStringCanReturnTranslatedContent($rawContent, array $translations, string $expectedResult)
58			{
59			$translatorMock = MockTranslatorFactory::createSimpleTranslator($this, $translations);
60
61			$sut = $this->createNode($rawContent);
62
63			$sut->setTranslator($translatorMock);
64
65			$this->assertStringContainsString($expectedResult, (string)$sut);
66			}
67
68			/**
69			* @dataProvider isMatchProvider
70			*
71			* @param string\|null $className
72			* @param string[] $intents
73			* @param int\|null $expectedResult
74			*/
75			public function testIsMatch(?string $className, array $intents, bool $expectedResult)
76			{
77			$sut = $this->createNode();
78			$sut->setIntent('foo', 'bar');
79
80			$actualResult = $sut->isMatch($className, ...$intents);
81
82			$this->assertSame($expectedResult, $actualResult);
83			}
84
85			public function testCountWithoutOffset()
86			{
87			$expectedResult = 2;
88
89			$node1 = new Node('1');
90			$node2 = new Node('2');
91
92			$sut = $this->createNode();
93
94			$sut[] = $node1;
95			$sut[] = $node2;
96
97			$this->assertSame($expectedResult, count($sut));
98			}
99
100			public function testCountWithExplicitOffset()
101			{
102			$expectedResult = 2;
103
104			$node1 = new Node('1');
105			$node2 = new Node('2');
106
107			$sut = $this->createNode();
108
109			$sut[0] = $node1;
110			$sut[1] = $node2;
111
112			$this->assertSame($expectedResult, count($sut));
113			}
114
115			public function testCountWithMixedOffset()
116			{
117			$node1 = new Node('1');
118			$node2 = new Node('2');
119
120			$expectedCount = 5;
121
122			$sut = $this->createNode();
123
124			$sut[] = $node1;
125			$sut[] = $node1;
126			$sut[1] = $node2;
127			$sut[2] = $node1;
128			$sut[3] = $node1;
129			$sut[] = $node1;
130
131			$this->assertSame($expectedCount, count($sut));
132			}
133
134			public function testArrayAccessWithoutOffset()
135			{
136			$node1 = new Node('1');
137			$node2 = new Node('2');
138
139			$sut = $this->createNode();
140
141			$sut[] = $node1;
142			$sut[] = $node2;
143
144			$this->assertSame($node1, $sut[0]);
145			$this->assertSame($node2, $sut[1]);
146			}
147
148			public function testArrayAccessWithExplicitOffset()
149			{
150			$node1 = new Node('1');
151			$node2 = new Node('2');
152
153			$sut = $this->createNode();
154
155			$sut[0] = $node1;
156			$sut[1] = $node2;
157
158			$this->assertSame($node1, $sut[0]);
159			$this->assertSame($node2, $sut[1]);
160			}
161
162			public function testArrayAccessThrowExceptionWhenMadeDirty()
163			{
164			$this->expectException(\InvalidArgumentException::class);
165
166			$node1 = new Node('1');
167
168			$sut = $this->createNode();
169
170			$sut[1] = $node1;
171			}
172
173			public function testArrayAccessWithMixedOffset()
174			{
175			$node1 = new Node('1');
176			$node2 = new Node('2');
177
178			$expectedNodes = [0 => $node1, 1 => $node2, 2 => $node1, 3 => $node1, 4 => $node1];
179
180			$sut = $this->createNode();
181
182			$sut[] = $node1;
183			$sut[] = $node1;
184			$sut[1] = $node2;
185			$sut[2] = $node1;
186			$sut[3] = $node1;
187			$sut[] = $node1;
188
189			$this->assertEquals($expectedNodes, $sut->getExtendedNodes());
190			}
191
192			/**
193			* @return array
194			*/
195			public function contentFailureProvider(): array
196			{
197			return [
198			'bool' => [true],
199			'non-node object' => [new \StdClass()],
200			'string wrapped' => [['']],
201			'non-node object wrapped' => [[new \StdClass()]],
202			'node double wrapped' => [[[new Node()]]],
203			];
204			}
205
206			/**
207			* @dataProvider contentFailureProvider
208			*/
209			public function testConstructFailure($item)
210			{
211			$this->expectException(\InvalidArgumentException::class);
212
213			$this->createNode($item);
214			}
215
216			/**
217			* @dataProvider contentFailureProvider
218			*/
219			public function testSetContentFailure($item)
220			{
221			$this->expectException(\InvalidArgumentException::class);
222
223			$sut = $this->createNode();
224
225			$sut->setContent($item);
226			}
227
228			/**
229			* @return array
230			*/
231			public function offsetSetFailureProvider(): array
232			{
233			$contentFailure = $this->contentFailureProvider();
234
235			$offsetFailure = [
236			'string' => ['foo'],
237			'node wrapped' => [[new Node()]],
238			];
239
240			return array_merge($contentFailure, $offsetFailure);
241			}
242
243			/**
244			* @dataProvider offsetSetFailureProvider
245			*/
246			public function testArrayAccessFailureWithoutOffset($item)
247			{
248			$this->expectException(\InvalidArgumentException::class);
249
250			$sut = $this->createNode();
251
252			$sut[] = $item;
253			}
254
255			/**
256			* @dataProvider offsetSetFailureProvider
257			*/
258			public function testArrayAccessFailureWithExplicitOffset($item)
259			{
260			$this->expectException(\InvalidArgumentException::class);
261
262			$sut = $this->createNode();
263
264			$sut[] = $item;
265			}
266
267			public function testArrayAccessUnset()
268			{
269			$node1 = new Node('1');
270
271			$sut = $this->createNode();
272
273			$sut[] = $node1;
274
275			$this->assertTrue($sut->offsetExists(0));
276
277			unset($sut[0]);
278
279			$this->assertfalse($sut->offsetExists(0));
280			}
281
282			public function testSetContent()
283			{
284			$node1 = new Node('1');
285			$node2 = new Node('2');
286
287			$expectedNodes = [new Node('3')];
288
289			$sut = $this->createNode();
290
291			$sut[] = $node1;
292			$sut[] = $node1;
293			$sut[1] = $node2;
294			$sut[2] = $node1;
295			$sut[3] = $node1;
296			$sut[] = $node1;
297
298			$sut->setContent('3');
299
300			$actualResult = $sut->getNodes();
301
302			$this->assertEquals($expectedNodes, $actualResult);
303			}
304
305			public function testGetNodes()
306			{
307			$node1 = new Node('1');
308			$node2 = new Node(new Node('2'));
309
310			$expectedNodes = [$node1, $node2, $node1, $node1, $node1];
311
312			$sut = $this->createNode();
313
314			$sut[] = $node1;
315			$sut[] = $node1;
316			$sut[1] = $node2;
317			$sut[2] = $node1;
318			$sut[3] = $node1;
319			$sut[] = $node1;
320
321			$actualResult = $sut->getNodes();
322
323			$this->assertEquals($expectedNodes, $actualResult);
324			}
325
326			public function testGetExtendedNodes()
327			{
328			$node1 = new Node('1');
329			$node2 = new Node(new Node('2'));
330
331			$expectedNodes = [$node1, $node2, $node1, $node1, $node1];
332
333			$sut = $this->createNode();
334
335			$sut[] = $node1;
336			$sut[] = $node1;
337			$sut[1] = $node2;
338			$sut[2] = $node1;
339			$sut[3] = $node1;
340			$sut[] = $node1;
341
342			$actualResult = $sut->getExtendedNodes();
343
344			$this->assertEquals($expectedNodes, $actualResult);
345			}
346
347			public function testGetDescendantNodes()
348			{
349			$node1 = new Node('1');
350			$node2 = new Node(new Node('2'));
351
352			$expectedNodes = [$node1, $node2, $node1, $node1, $node1];
353
354			$sut = $this->createNode();
355
356			$sut[] = $node1;
357			$sut[] = $node1;
358			$sut[1] = $node2;
359			$sut[2] = $node1;
360			$sut[3] = $node1;
361			$sut[] = $node1;
362
363			$actualResult = $sut->getDescendantNodes();
364
365			$this->assertEquals($expectedNodes, $actualResult);
366			}
367
368			public function testGetExtendedDescendantNodes()
369			{
370			$node1 = new Node('1');
371			$node2 = new Node(new Node('2'));
372
373			$expectedNodes = [$node1, $node2, $node1, $node1, $node1];
374
375			$sut = $this->createNode();
376
377			$sut[] = $node1;
378			$sut[] = $node1;
379			$sut[1] = $node2;
380			$sut[2] = $node1;
381			$sut[3] = $node1;
382			$sut[] = $node1;
383
384			$actualResult = $sut->getExtendedDescendantNodes();
385
386			$this->assertEquals($expectedNodes, $actualResult);
387			}
388
389			public function testIterator()
390			{
391			$node1 = new Node('1');
392			$node2 = new Node('2');
393
394			$expectedKeys = [0, 1, 2, 3, 4];
395			$expectedNodes = [$node1, $node2, $node1, $node1, $node1];
396
397			$sut = $this->createNode();
398
399			$sut[] = $node1;
400			$sut[] = $node1;
401			$sut[1] = $node2;
402			$sut[2] = $node1;
403			$sut[3] = $node1;
404			$sut[] = $node1;
405
406			$pos = 0;
407			foreach ($sut as $key => $node) {
408			$this->assertSame($expectedKeys[$pos], $key);
409			$this->assertSame($expectedNodes[$pos], $node);
410			$pos++;
411			}
412			}
413
414			public function testGetRawContentReturnsNonTranslatedContent()
415			{
416			$this->assertTrue(true, 'No need to test getRawContent');
417			}
418
419			/**
420			* @return array
421			*/
422			public function insertBeforeProvider(): array
423			{
424			$needle = new Node('1');
425			$node2 = new Node('2');
426			$node3 = new Node('3');
427
428			return [
429			'empty-content' => [
430			[],
431			$needle,
432			[$node2],
433			false,
434			[],
435			],
436			'only-non-matching-content' => [
437			[$node2, $node3],
438			$needle,
439			[$needle, $node3],
440			false,
441			[$node2, $node3],
442			],
443			'only-non-matching-content-deep' => [
444			[$node2, $node3, new Collection([$node2, $node3])],
445			$needle,
446			[$needle, $node3],
447			false,
448			[$node2, $node3, new Collection([$node2, $node3])],
449			],
450			'only-matching-content' => [
451			[$needle],
452			$needle,
453			[$node2, $node3],
454			true,
455			[$node2, $node3, $needle],
456			],
457			'non-first-matching-content' => [
458			[$node2, $needle],
459			$needle,
460			[$node3, $node3],
461			true,
462			[$node2, $node3, $node3, $needle],
463			],
464			'deep-first-matching-content' => [
465			[$node2, new Collection([$node2, $needle])],
466			$needle,
467			[$node3, $node3],
468			true,
469			[$node2, new Collection([$node2, $node3, $node3, $needle])],
470			],
471			];
472			}
473
474			/**
475			* @dataProvider insertBeforeProvider
476			*
477			* @param INode[] $content
478			* @param INode $nodeToFind
479			* @param INode[] $nodesToInsert
480			* @param bool $expectedResult
481			* @param INode[] $expectedNodes
482			*/
483			public function testInsertBefore(
484			array $content,
485			INode $nodeToFind,
486			array $nodesToInsert,
487			bool $expectedResult,
488			array $expectedNodes
489			) {
490			$sut = $this->createNode($content);
491
492			$actualResult = $sut->insertBefore($nodeToFind, ...$nodesToInsert);
493
494			$this->assertSame($expectedResult, $actualResult);
495			$this->assertEquals($expectedNodes, $sut->getNodes());
496			}
497
498			/**
499			* @return array
500			*/
501			public function insertAfterProvider(): array
502			{
503			$needle = new Node('1');
504			$node2 = new Node('2');
505			$node3 = new Node('3');
506
507			return [
508			'empty-content' => [
509			[],
510			$needle,
511			[$node2],
512			false,
513			[],
514			],
515			'only-non-matching-content' => [
516			[$node2, $node3],
517			$needle,
518			[$needle, $node3],
519			false,
520			[$node2, $node3],
521			],
522			'only-non-matching-content-deep' => [
523			[$node2, $node3, new Collection([$node2, $node3])],
524			$needle,
525			[$needle, $node3],
526			false,
527			[$node2, $node3, new Collection([$node2, $node3])],
528			],
529			'only-matching-content' => [
530			[$needle],
531			$needle,
532			[$node2, $node3],
533			true,
534			[$needle, $node2, $node3],
535			],
536			'non-last-matching-content' => [
537			[$needle, $node2],
538			$needle,
539			[$node3, $node3],
540			true,
541			[$needle, $node3, $node3, $node2],
542			],
543			'deep-first-matching-content' => [
544			[$node2, new Collection([$node2, $needle])],
545			$needle,
546			[$node3, $node3],
547			true,
548			[$node2, new Collection([$node2, $needle, $node3, $node3])],
549			],
550			];
551			}
552
553			/**
554			* @dataProvider insertAfterProvider
555			*
556			* @param INode[] $content
557			* @param INode $nodeToFind
558			* @param INode[] $nodesToInsert
559			* @param bool $expectedResult
560			* @param INode[] $expectedNodes
561			*/
562			public function testInsertAfter(
563			array $content,
564			INode $nodeToFind,
565			array $nodesToInsert,
566			bool $expectedResult,
567			array $expectedNodes
568			) {
569			$sut = $this->createNode($content);
570
571			$actualResult = $sut->insertAfter($nodeToFind, ...$nodesToInsert);
572
573			$this->assertSame($expectedResult, $actualResult);
574			$this->assertEquals($expectedNodes, $sut->getNodes());
575			}
576
577			/**
578			* @return array
579			*/
580			public function replaceProvider(): array
581			{
582			$needle = new Node('1');
583			$node2 = new Node('2');
584			$node3 = new Node('3');
585
586			return [
587			'empty-content' => [
588			[],
589			$needle,
590			[$node2],
591			false,
592			[],
593			],
594			'only-non-matching-content' => [
595			[$node2, $node3],
596			$needle,
597			[$needle, $node3],
598			false,
599			[$node2, $node3],
600			],
601			'only-non-matching-content-deep' => [
602			[$node2, $node3, new Collection([$node2, $node3])],
603			$needle,
604			[$needle, $node3],
605			false,
606			[$node2, $node3, new Collection([$node2, $node3])],
607			],
608			'only-matching-content' => [
609			[$needle],
610			$needle,
611			[$node2, $node3],
612			true,
613			[$node2, $node3],
614			],
615			'non-first-matching-content' => [
616			[$node2, $needle],
617			$needle,
618			[$node3, $node3],
619			true,
620			[$node2, $node3, $node3],
621			],
622			'non-last-matching-content' => [
623			[$needle, $node2],
624			$needle,
625			[$node3, $node3],
626			true,
627			[$node3, $node3, $node2],
628			],
629			'deep-first-matching-content' => [
630			[$node2, new Collection([$node2, $needle])],
631			$needle,
632			[$node3, $node3],
633			true,
634			[$node2, new Collection([$node2, $node3, $node3])],
635			],
636			];
637			}
638
639			/**
640			* @dataProvider replaceProvider
641			*
642			* @param INode[] $content
643			* @param INode $nodeToFind
644			* @param INode[] $nodesToInsert
645			* @param bool $expectedResult
646			* @param INode[] $expectedNodes
647			*/
648			public function testReplace(
649			array $content,
650			INode $nodeToFind,
651			array $nodesToInsert,
652			bool $expectedResult,
653			array $expectedNodes
654			) {
655			$sut = $this->createNode($content);
656
657			$actualResult = $sut->replace($nodeToFind, ...$nodesToInsert);
658
659			$this->assertSame($expectedResult, $actualResult);
660			$this->assertEquals($expectedNodes, $sut->getNodes());
661			}
662
663			/**
664			* @return array
665			*/
666			public function removeProvider(): array
667			{
668			$needle = new Node('1');
669			$node2 = new Node('2');
670			$node3 = new Node('3');
671
672			return [
673			'empty-content' => [
674			[],
675			$needle,
676			false,
677			[],
678			],
679			'only-non-matching-content' => [
680			[$node2, $node3],
681			$needle,
682			false,
683			[$node2, $node3],
684			],
685			'only-non-matching-content-deep' => [
686			[$node2, $node3, new Collection([$node2, $node3])],
687			$needle,
688			false,
689			[$node2, $node3, new Collection([$node2, $node3])],
690			],
691			'only-matching-content' => [
692			[$needle],
693			$needle,
694			true,
695			[],
696			],
697			'non-first-matching-content' => [
698			[$node2, $needle],
699			$needle,
700			true,
701			[$node2],
702			],
703			'non-last-matching-content' => [
704			[$needle, $node2],
705			$needle,
706			true,
707			[$node2],
708			],
709			'deep-first-matching-content' => [
710			[$node2, new Collection([$node2, $needle])],
711			$needle,
712			true,
713			[$node2, new Collection([$node2])],
714			],
715			];
716			}
717
718			/**
719			* @dataProvider removeProvider
720			*
721			* @param INode[] $content
722			* @param INode $nodeToFind
723			* @param bool $expectedResult
724			* @param INode[] $expectedNodes
725			*/
726			public function testRemove(
727			array $content,
728			INode $nodeToFind,
729			bool $expectedResult,
730			array $expectedNodes
731			) {
732			$sut = $this->createNode($content);
733
734			$actualResult = $sut->remove($nodeToFind);
735
736			$this->assertSame($expectedResult, $actualResult);
737			$this->assertEquals($expectedNodes, $sut->getNodes());
738			}
739
740			/**
741			* @return array
742			*/
743			public function isMatchProvider(): array
744			{
745			return [
746			'INode-no-intent' => [INode::class, [], true],
747			'INode-foo-intent' => [INode::class, ['foo'], true],
748			'INode-bar-intent' => [INode::class, ['bar'], true],
749			'INode-foo-and-bar-intent' => [INode::class, ['foo', 'bar'], true],
750			'fail-IComponent-foo-intent' => [IComponent::class, ['foo'], false],
751			'fail-Component-foo-intent' => [Component::class, ['foo'], false],
752			'fail-INode-baz-intent' => [INode::class, ['baz'], false],
753			'fail-INode-foo-and-baz-intent' => [INode::class, ['foo', 'baz'], false],
754			'fail-Node-foo-intent' => [Node::class, ['foo'], false],
755			];
756			}
757
758			/**
759			* @return array
760			*/
761			public function hasIntentProvider(): array
762			{
763			return [
764			[[], 'foo', false],
765			[['foo'], 'foo', true],
766			[['bar'], 'foo', false],
767			[['foo', 'bar', 'baz'], 'bar', true],
768			];
769			}
770
771			/**
772			* @dataProvider hasIntentProvider
773			*
774			* @param array $intents
775			* @param string $intentToCheck
776			* @param bool $expectedResult
777			*/
778			public function testHasIntentChecksIfAGivenIntentHasBeenSet(
779			array $intents,
780			string $intentToCheck,
781			bool $expectedResult
782			) {
783			$sut = $this->createNode();
784
785			$sut->setIntent(...$intents);
786
787			$actualResult = $sut->hasIntent($intentToCheck);
788
789			$this->assertSame($expectedResult, $actualResult);
790			}
791
792			/**
793			* @param INode[]\|INode\|string\|null $content
794			*
795			* @return Collection
796			*/
797			private function createNode($content = null): INode
798			{
799			return new Collection($content);
800			}
801			}
802

abterphp / framework

Pull Request — master (#1)

testArrayAccessFailureWithExplicitOffset() A

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