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69ad3f4777
The cache implementation that was previously injected in the mapper
builder must now be manually injected. This gives better control on when
the cache should be enabled, especially depending on which environment
the application is running.
The library provides a cache implementation out of the box, which saves
cache entries into the file system.
It is also possible to use any PSR-16 compliant implementation, as long
as it is capable of caching the entries handled by the library.
```php
$cache = new \CuyZ\Valinor\Cache\FileSystemCache('path/to/cache-dir');
(new \CuyZ\Valinor\MapperBuilder())
->withCache($cache)
->mapper()
->map(SomeClass::class, [/* … */]);
```
111 lines
2.9 KiB
PHP
111 lines
2.9 KiB
PHP
<?php
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declare(strict_types=1);
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namespace CuyZ\Valinor\Tests\Integration\Mapping\Source\Modifier;
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use CuyZ\Valinor\Mapper\MappingError;
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use CuyZ\Valinor\Mapper\Source\Modifier\PathMapping;
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use CuyZ\Valinor\MapperBuilder;
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use CuyZ\Valinor\Tests\Integration\IntegrationTest;
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final class PathMappingTest extends IntegrationTest
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{
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public function test_path_with_sub_paths_are_mapped(): void
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{
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$map = [
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'A1' => 'newA1',
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'A1.B1' => 'value',
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'A2' => 'newA2',
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'A2.*.B1' => 'value',
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'A3' => 'newA3',
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'A3.B1' => 'newB1',
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'A3.B2' => 'newB2',
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'A3.*.C' => 'value',
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'A4' => 'newA4',
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'A4.B' => 'newB',
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'A4.B.*.B1' => 'value',
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];
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$keys = array_keys($map);
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shuffle($keys);
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$randomMap = [];
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foreach ($keys as $key) {
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$randomMap[$key] = $map[$key];
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}
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try {
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$object = (new MapperBuilder())->mapper()->map(
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SomeRootClass::class,
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new PathMapping(
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[
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'A1' => [
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'B1' => 'foo',
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],
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'A2' => [
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['B1' => 'bar'],
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['B1' => 'buz'],
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],
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'A3' => [
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'B1' => ['C' => 'biz'],
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'B2' => ['C' => 'boz'],
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],
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'A4' => [
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'B' => [
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['B1' => 'faz'],
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['B1' => 'fyz'],
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],
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],
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],
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$randomMap
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)
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);
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} catch (MappingError $error) {
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$this->mappingFail($error);
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}
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self::assertSame('foo', $object->newA1->value);
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self::assertCount(2, $object->newA2);
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self::assertSame('bar', $object->newA2[0]->value);
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self::assertSame('buz', $object->newA2[1]->value);
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self::assertSame('biz', $object->newA3->newB1->value);
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self::assertSame('boz', $object->newA3->newB2->value);
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self::assertCount(2, $object->newA4->newB);
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self::assertSame('faz', $object->newA4->newB[0]->value);
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self::assertSame('fyz', $object->newA4->newB[1]->value);
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}
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}
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class SomeRootClass
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{
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public SomeClassWithOneProperty $newA1;
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/** @var array<SomeClassWithOneProperty> */
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public array $newA2;
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public SomeClassWithTwoProperties $newA3;
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public SomeClassWithArrayProperty $newA4;
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}
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class SomeClassWithOneProperty
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{
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public string $value;
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}
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class SomeClassWithTwoProperties
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{
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public SomeClassWithOneProperty $newB1;
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public SomeClassWithOneProperty $newB2;
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}
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class SomeClassWithArrayProperty
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{
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/** @var array<SomeClassWithOneProperty> */
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public array $newB;
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}
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