EntityValidationTest.php in Drupal 8

Namespace

Drupal\KernelTests\Core\Entity

File

core/tests/Drupal/KernelTests/Core/Entity/EntityValidationTest.php

<?php

namespace Drupal\KernelTests\Core\Entity;

use Drupal\Core\Entity\Plugin\Validation\Constraint\CompositeConstraintBase;
use Drupal\language\Entity\ConfigurableLanguage;

/**
 * Tests the Entity Validation API.
 *
 * @group Entity
 */
class EntityValidationTest extends EntityKernelTestBase {

  /**
   * Modules to enable.
   *
   * @var array
   */
  public static $modules = [
    'filter',
    'text',
    'language',
  ];

  /**
   * @var string
   */
  protected $entityName;

  /**
   * @var \Drupal\user\Entity\User
   */
  protected $entityUser;

  /**
   * @var string
   */
  protected $entityFieldText;

  /**
   * {@inheritdoc}
   */
  protected function setUp() {
    parent::setUp();

    // Enable an additional language.
    ConfigurableLanguage::createFromLangcode('de')
      ->save();
    $this
      ->installEntitySchema('entity_test_mul');
    $this
      ->installEntitySchema('entity_test_mul_langcode_key');
    $this
      ->installEntitySchema('entity_test_mul_changed');
    $this
      ->installEntitySchema('entity_test_rev');
    $this
      ->installEntitySchema('entity_test_mulrev');
    $this
      ->installEntitySchema('entity_test_mulrev_changed');

    // Create the test field.
    module_load_install('entity_test');
    entity_test_install();

    // Install required default configuration for filter module.
    $this
      ->installConfig([
      'system',
      'filter',
    ]);
  }

  /**
   * Creates a test entity.
   *
   * @param string $entity_type
   *   An entity type.
   *
   * @return \Drupal\Core\Entity\EntityInterface
   *   The created test entity.
   */
  protected function createTestEntity($entity_type) {
    $this->entityName = $this
      ->randomMachineName();
    $this->entityUser = $this
      ->createUser();

    // Pass in the value of the name field when creating. With the user
    // field we test setting a field after creation.
    $entity = $this->container
      ->get('entity_type.manager')
      ->getStorage($entity_type)
      ->create();
    $entity->user_id->target_id = $this->entityUser
      ->id();
    $entity->name->value = $this->entityName;

    // Set a value for the test field.
    if ($entity
      ->hasField('field_test_text')) {
      $this->entityFieldText = $this
        ->randomMachineName();
      $entity->field_test_text->value = $this->entityFieldText;
    }
    return $entity;
  }

  /**
   * Tests validating test entity types.
   */
  public function testValidation() {

    // Ensure that the constraint manager is marked as cached cleared.
    // Use the protected property on the cache_clearer first to check whether
    // the constraint manager is added there.
    // Ensure that the proxy class is initialized, which has the necessary
    // method calls attached.
    \Drupal::service('plugin.cache_clearer');
    $plugin_cache_clearer = \Drupal::service('drupal.proxy_original_service.plugin.cache_clearer');
    $get_cached_discoveries = function () {
      return $this->cachedDiscoveries;
    };
    $get_cached_discoveries = $get_cached_discoveries
      ->bindTo($plugin_cache_clearer, $plugin_cache_clearer);
    $cached_discoveries = $get_cached_discoveries();
    $cached_discovery_classes = [];
    foreach ($cached_discoveries as $cached_discovery) {
      $cached_discovery_classes[] = get_class($cached_discovery);
    }
    $this
      ->assertContains('Drupal\\Core\\Validation\\ConstraintManager', $cached_discovery_classes);

    // All entity variations have to have the same results.
    foreach (entity_test_entity_types() as $entity_type) {
      $this
        ->checkValidation($entity_type);
    }
  }

  /**
   * Executes the validation test set for a defined entity type.
   *
   * @param string $entity_type
   *   The entity type to run the tests with.
   */
  protected function checkValidation($entity_type) {
    $entity = $this
      ->createTestEntity($entity_type);
    $violations = $entity
      ->validate();
    $this
      ->assertEqual($violations
      ->count(), 0, 'Validation passes.');

    // Test triggering a fail for each of the constraints specified.
    $test_entity = clone $entity;
    $test_entity->id->value = -1;
    $violations = $test_entity
      ->validate();
    $this
      ->assertEqual($violations
      ->count(), 1, 'Validation failed.');
    $this
      ->assertEqual($violations[0]
      ->getMessage(), t('%name: The integer must be larger or equal to %min.', [
      '%name' => 'ID',
      '%min' => 0,
    ]));
    $test_entity = clone $entity;
    $test_entity->uuid->value = $this
      ->randomString(129);
    $violations = $test_entity
      ->validate();
    $this
      ->assertEqual($violations
      ->count(), 1, 'Validation failed.');
    $this
      ->assertEqual($violations[0]
      ->getMessage(), t('%name: may not be longer than @max characters.', [
      '%name' => 'UUID',
      '@max' => 128,
    ]));
    $test_entity = clone $entity;
    $langcode_key = $this->entityTypeManager
      ->getDefinition($entity_type)
      ->getKey('langcode');
    $test_entity->{$langcode_key}->value = $this
      ->randomString(13);
    $violations = $test_entity
      ->validate();

    // This should fail on AllowedValues and Length constraints.
    $this
      ->assertEqual($violations
      ->count(), 2, 'Validation failed.');
    $this
      ->assertEqual($violations[0]
      ->getMessage(), t('This value is too long. It should have %limit characters or less.', [
      '%limit' => '12',
    ]));
    $this
      ->assertEqual($violations[1]
      ->getMessage(), t('The value you selected is not a valid choice.'));
    $test_entity = clone $entity;
    $test_entity->type->value = NULL;
    $violations = $test_entity
      ->validate();
    $this
      ->assertEqual($violations
      ->count(), 1, 'Validation failed.');
    $this
      ->assertEqual($violations[0]
      ->getMessage(), t('This value should not be null.'));
    $test_entity = clone $entity;
    $test_entity->name->value = $this
      ->randomString(33);
    $violations = $test_entity
      ->validate();
    $this
      ->assertEqual($violations
      ->count(), 1, 'Validation failed.');
    $this
      ->assertEqual($violations[0]
      ->getMessage(), t('%name: may not be longer than @max characters.', [
      '%name' => 'Name',
      '@max' => 32,
    ]));

    // Make sure the information provided by a violation is correct.
    $violation = $violations[0];
    $this
      ->assertEqual($violation
      ->getRoot()
      ->getValue(), $test_entity, 'Violation root is entity.');
    $this
      ->assertEqual($violation
      ->getPropertyPath(), 'name.0.value', 'Violation property path is correct.');
    $this
      ->assertEqual($violation
      ->getInvalidValue(), $test_entity->name->value, 'Violation contains invalid value.');
    $test_entity = clone $entity;
    $test_entity
      ->set('user_id', 9999);
    $violations = $test_entity
      ->validate();
    $this
      ->assertEqual($violations
      ->count(), 1, 'Validation failed.');
    $this
      ->assertEqual($violations[0]
      ->getMessage(), t('The referenced entity (%type: %id) does not exist.', [
      '%type' => 'user',
      '%id' => 9999,
    ]));
    $test_entity = clone $entity;
    $test_entity->field_test_text->format = $this
      ->randomString(33);
    $violations = $test_entity
      ->validate();
    $this
      ->assertEqual($violations
      ->count(), 1, 'Validation failed.');
    $this
      ->assertEqual($violations[0]
      ->getMessage(), t('The value you selected is not a valid choice.'));

    // Make sure the information provided by a violation is correct.
    $violation = $violations[0];
    $this
      ->assertEqual($violation
      ->getRoot()
      ->getValue(), $test_entity, 'Violation root is entity.');
    $this
      ->assertEqual($violation
      ->getPropertyPath(), 'field_test_text.0.format', 'Violation property path is correct.');
    $this
      ->assertEqual($violation
      ->getInvalidValue(), $test_entity->field_test_text->format, 'Violation contains invalid value.');
  }

  /**
   * Tests composite constraints.
   */
  public function testCompositeConstraintValidation() {
    $entity = $this
      ->createTestEntity('entity_test_composite_constraint');
    $violations = $entity
      ->validate();
    $this
      ->assertEqual($violations
      ->count(), 0);

    // Trigger violation condition.
    $entity->name->value = 'test';
    $entity->type->value = 'test2';
    $violations = $entity
      ->validate();
    $this
      ->assertEqual($violations
      ->count(), 1);

    // Make sure we can determine this is composite constraint.
    $constraint = $violations[0]
      ->getConstraint();
    $this
      ->assertInstanceOf(CompositeConstraintBase::class, $constraint);
    $this
      ->assertEqual('type', $violations[0]
      ->getPropertyPath());

    /** @var \Drupal\Core\Entity\Plugin\Validation\Constraint\CompositeConstraintBase $constraint */
    $this
      ->assertEqual($constraint
      ->coversFields(), [
      'name',
      'type',
    ], 'Information about covered fields can be retrieved.');
  }

  /**
   * Tests the EntityChangedConstraintValidator with multiple translations.
   */
  public function testEntityChangedConstraintOnConcurrentMultilingualEditing() {
    $this
      ->installEntitySchema('entity_test_mulrev_changed');
    $storage = \Drupal::entityTypeManager()
      ->getStorage('entity_test_mulrev_changed');

    // Create a test entity.
    $entity = $this
      ->createTestEntity('entity_test_mulrev_changed');
    $entity
      ->save();
    $entity
      ->setChangedTime($entity
      ->getChangedTime() - 1);
    $violations = $entity
      ->validate();
    $this
      ->assertEquals(1, $violations
      ->count());
    $this
      ->assertEqual($violations[0]
      ->getMessage(), 'The content has either been modified by another user, or you have already submitted modifications. As a result, your changes cannot be saved.');
    $entity = $storage
      ->loadUnchanged($entity
      ->id());
    $translation = $entity
      ->addTranslation('de');
    $entity
      ->save();

    // Ensure that the new translation has a newer changed timestamp than the
    // default translation.
    $this
      ->assertGreaterThan($entity
      ->getChangedTime(), $translation
      ->getChangedTime());

    // Simulate concurrent form editing by saving the entity with an altered
    // non-translatable field in order for the changed timestamp to be updated
    // across all entity translations.
    $original_entity_time = $entity
      ->getChangedTime();
    $entity
      ->set('not_translatable', $this
      ->randomString());
    $entity
      ->save();

    // Simulate form submission of an uncached form by setting the previous
    // timestamp of an entity translation on the saved entity object. This
    // happens in the entity form API where we put the changed timestamp of
    // the entity in a form hidden value and then set it on the entity which on
    // form submit is loaded from the storage if the form is not yet cached.
    $entity
      ->setChangedTime($original_entity_time);

    // Setting the changed timestamp from the user input on the entity loaded
    // from the storage is used as a prevention from saving a form built with a
    // previous version of the entity and thus reverting changes by other users.
    $violations = $entity
      ->validate();
    $this
      ->assertEquals(1, $violations
      ->count());
    $this
      ->assertEqual($violations[0]
      ->getMessage(), 'The content has either been modified by another user, or you have already submitted modifications. As a result, your changes cannot be saved.');
  }

}

Classes

Name	Description
EntityValidationTest	Tests the Entity Validation API.