/** * Tests the ComplexData validation constraint validator. * * For testing a map including a constraint on one of its keys is defined. */ public function testValidation() { // Create a definition that specifies some ComplexData constraint. $definition = MapDataDefinition::create()->setPropertyDefinition('key', DataDefinition::create('integer'))->addConstraint('ComplexData', array('key' => array('AllowedValues' => array(1, 2, 3)))); // Test the validation. $typed_data = $this->typedData->create($definition, array('key' => 1)); $violations = $typed_data->validate(); $this->assertEqual($violations->count(), 0, 'Validation passed for correct value.'); // Test the validation when an invalid value is passed. $typed_data = $this->typedData->create($definition, array('key' => 4)); $violations = $typed_data->validate(); $this->assertEqual($violations->count(), 1, 'Validation failed for incorrect value.'); // Make sure the information provided by a violation is correct. $violation = $violations[0]; $this->assertEqual($violation->getMessage(), t('The value you selected is not a valid choice.'), 'The message for invalid value is correct.'); $this->assertEqual($violation->getRoot(), $typed_data, 'Violation root is correct.'); $this->assertEqual($violation->getInvalidValue(), 4, 'The invalid value is set correctly in the violation.'); // Test using the constraint with a map without the specified key. This // should be ignored as long as there is no NotNull or NotBlank constraint. $typed_data = $this->typedData->create($definition, array('foo' => 'bar')); $violations = $typed_data->validate(); $this->assertEqual($violations->count(), 0, 'Constraint on non-existing key is ignored.'); $definition = MapDataDefinition::create()->setPropertyDefinition('key', DataDefinition::create('integer'))->addConstraint('ComplexData', array('key' => array('NotNull' => array()))); $typed_data = $this->typedData->create($definition, array('foo' => 'bar')); $violations = $typed_data->validate(); $this->assertEqual($violations->count(), 1, 'Key is required.'); }
/** * @covers ::getContextValues */ public function testGetContextValuesContext() { $data_definition = DataDefinition::createFromDataType('integer'); $typed_data = IntegerData::createInstance($data_definition); $this->typedDataManager->createDataDefinition('integer')->willReturn($data_definition); $this->typedDataManager->getDefaultConstraints($data_definition)->willReturn([]); $this->typedDataManager->create($data_definition, 5)->willReturn($typed_data); $input = ['foo' => ['label' => 'Foo', 'type' => 'integer', 'value' => 5]]; $expected = new Context(new ContextDefinition('integer', 'Foo'), 5); $actual = $this->staticContext->getContextValues($input)['foo']; $this->assertEquals($expected, $actual); }
/** * Returns a typed data object. * * This helper for quick creation of typed data objects. * * @param string $data_type * The data type to create an object for. * @param mixed[] $value * The value to set. * * @return \Drupal\Core\TypedData\TypedDataInterface * The created object. */ protected function getTypedData($data_type, $value) { $definition = $this->typedDataManager->createDataDefinition($data_type); $data = $this->typedDataManager->create($definition); $data->setValue($value); return $data; }
/** * Tests the AllowedValues validation constraint validator. * * For testing we define an integer with a set of allowed values. */ public function testValidation() { // Create a definition that specifies some AllowedValues. $definition = DataDefinition::create('integer')->addConstraint('AllowedValues', array(1, 2, 3)); // Test the validation. $typed_data = $this->typedData->create($definition, 1); $violations = $typed_data->validate(); $this->assertEqual($violations->count(), 0, 'Validation passed for correct value.'); // Test the validation when an invalid value is passed. $typed_data = $this->typedData->create($definition, 4); $violations = $typed_data->validate(); $this->assertEqual($violations->count(), 1, 'Validation failed for incorrect value.'); // Make sure the information provided by a violation is correct. $violation = $violations[0]; $this->assertEqual($violation->getMessage(), t('The value you selected is not a valid choice.'), 'The message for invalid value is correct.'); $this->assertEqual($violation->getRoot(), $typed_data, 'Violation root is correct.'); $this->assertEqual($violation->getInvalidValue(), 4, 'The invalid value is set correctly in the violation.'); }
/** * Executes the BundleConstraintValidator test for a given bundle. * * @param string|array $bundle * Bundle/bundles to use as constraint option. */ protected function assertValidation($bundle) { // Create a typed data definition with a Bundle constraint. $definition = DataDefinition::create('entity_reference')->addConstraint('Bundle', $bundle); // Test the validation. $node = $this->container->get('entity.manager')->getStorage('node')->create(array('type' => 'foo')); $typed_data = $this->typedData->create($definition, $node); $violations = $typed_data->validate(); $this->assertEqual($violations->count(), 0, 'Validation passed for correct value.'); // Test the validation when an invalid value is passed. $page_node = $this->container->get('entity.manager')->getStorage('node')->create(array('type' => 'baz')); $typed_data = $this->typedData->create($definition, $page_node); $violations = $typed_data->validate(); $this->assertEqual($violations->count(), 1, 'Validation failed for incorrect value.'); // Make sure the information provided by a violation is correct. $violation = $violations[0]; $this->assertEqual($violation->getMessage(), t('The entity must be of bundle %bundle.', array('%bundle' => implode(', ', (array) $bundle))), 'The message for invalid value is correct.'); $this->assertEqual($violation->getRoot(), $typed_data, 'Violation root is correct.'); $this->assertEqual($violation->getInvalidValue(), $page_node, 'The invalid value is set correctly in the violation.'); }
/** * Tests the EntityTypeConstraintValidator. */ public function testValidation() { // Create a typed data definition with an EntityType constraint. $entity_type = 'node'; $definition = DataDefinition::create('entity_reference')->setConstraints(array('EntityType' => $entity_type)); // Test the validation. $node = $this->container->get('entity.manager')->getStorage('node')->create(array('type' => 'page')); $typed_data = $this->typedData->create($definition, $node); $violations = $typed_data->validate(); $this->assertEqual($violations->count(), 0, 'Validation passed for correct value.'); // Test the validation when an invalid value (in this case a user entity) // is passed. $account = $this->createUser(); $typed_data = $this->typedData->create($definition, $account); $violations = $typed_data->validate(); $this->assertEqual($violations->count(), 1, 'Validation failed for incorrect value.'); // Make sure the information provided by a violation is correct. $violation = $violations[0]; $this->assertEqual($violation->getMessage(), t('The entity must be of type %type.', array('%type' => $entity_type)), 'The message for invalid value is correct.'); $this->assertEqual($violation->getRoot(), $typed_data, 'Violation root is correct.'); $this->assertEqual($violation->getInvalidValue(), $account, 'The invalid value is set correctly in the violation.'); }
/** * Tests the ValidReferenceConstraintValidator. */ public function testValidation() { // Create a test entity to be referenced. $entity = $this->createUser(); // By default entity references already have the ValidReference constraint. $definition = BaseFieldDefinition::create('entity_reference')->setSettings(array('target_type' => 'user')); $typed_data = $this->typedData->create($definition, array('target_id' => $entity->id())); $violations = $typed_data->validate(); $this->assertFalse($violations->count(), 'Validation passed for correct value.'); // NULL is also considered a valid reference. $typed_data = $this->typedData->create($definition, array('target_id' => NULL)); $violations = $typed_data->validate(); $this->assertFalse($violations->count(), 'Validation passed for correct value.'); $typed_data = $this->typedData->create($definition, array('target_id' => $entity->id())); // Delete the referenced entity. $entity->delete(); $violations = $typed_data->validate(); $this->assertTrue($violations->count(), 'Validation failed for incorrect value.'); // Make sure the information provided by a violation is correct. $violation = $violations[0]; $this->assertEqual($violation->getMessage(), t('The referenced entity (%type: %id) does not exist.', array('%type' => 'user', '%id' => $entity->id())), 'The message for invalid value is correct.'); $this->assertEqual($violation->getRoot(), $typed_data, 'Violation root is correct.'); }
/** * Setups a typed data object used for test purposes. * * @param array $tree * An array of value, constraints and properties. * * @return \Drupal\Core\TypedData\TypedDataInterface|\PHPUnit_Framework_MockObject_MockObject */ protected function setupTypedData(array $tree, $name = '') { $callback = function ($value, ExecutionContextInterface $context) { $context->addViolation('violation: ' . (is_array($value) ? count($value) : $value)); }; $tree += ['constraints' => []]; if (isset($tree['properties'])) { $map_data_definition = MapDataDefinition::create(); $map_data_definition->addConstraint('Callback', ['callback' => $callback]); foreach ($tree['properties'] as $property_name => $property) { $sub_typed_data = $this->setupTypedData($property, $property_name); $map_data_definition->setPropertyDefinition($property_name, $sub_typed_data->getDataDefinition()); } $typed_data = $this->typedDataManager->create($map_data_definition, $tree['value'], $name); } else { /** @var \Drupal\Core\TypedData\TypedDataInterface $typed_data */ $typed_data = $this->typedDataManager->create(DataDefinition::create('string')->addConstraint('Callback', ['callback' => $callback]), $tree['value'], $name); } return $typed_data; }
/** * {@inheritdoc} */ public function build() { // Create a temporary node object to which our fake field value can be // added. $node = Node::create(array('type' => '_entity_embed')); $definition = $this->getFieldDefinition(); /* @var \Drupal\Core\Field\FieldItemListInterface $items $items */ // Create a field item list object, 1 is the value, array('target_id' => 1) // would work too, or multiple values. 1 is passed down from the list to the // field item, which knows that an integer is the ID. $items = $this->typedDataManager->create($definition, $this->getFieldValue($definition), $definition->getName(), $node->getTypedData()); // Prepare, expects an array of items, keyed by parent entity ID. $formatter = $this->getFieldFormatter(); $formatter->prepareView(array($node->id() => $items)); $build = $formatter->viewElements($items, $this->getLangcode()); // For some reason $build[0]['#printed'] is TRUE, which means it will fail // to render later. So for now we manually fix that. // @todo Investigate why this is needed. show($build[0]); return $build[0]; }
/** * Tests typed data validation. */ public function testTypedDataValidation() { $definition = DataDefinition::create('integer')->setConstraints(array('Range' => array('min' => 5))); $violations = $this->typedDataManager->create($definition, 10)->validate(); $this->assertEqual($violations->count(), 0); $integer = $this->typedDataManager->create($definition, 1); $violations = $integer->validate(); $this->assertEqual($violations->count(), 1); // Test translating violation messages. $message = t('This value should be %limit or more.', array('%limit' => 5)); $this->assertEqual($violations[0]->getMessage(), $message, 'Translated violation message retrieved.'); $this->assertEqual($violations[0]->getPropertyPath(), ''); $this->assertIdentical($violations[0]->getRoot(), $integer, 'Root object returned.'); // Test translating violation messages when pluralization is used. $definition = DataDefinition::create('string')->setConstraints(array('Length' => array('min' => 10))); $violations = $this->typedDataManager->create($definition, "short")->validate(); $this->assertEqual($violations->count(), 1); $message = t('This value is too short. It should have %limit characters or more.', array('%limit' => 10)); $this->assertEqual($violations[0]->getMessage(), $message, 'Translated violation message retrieved.'); // Test having multiple violations. $definition = DataDefinition::create('integer')->setConstraints(array('Range' => array('min' => 5), 'Null' => array())); $violations = $this->typedDataManager->create($definition, 10)->validate(); $this->assertEqual($violations->count(), 1); $violations = $this->typedDataManager->create($definition, 1)->validate(); $this->assertEqual($violations->count(), 2); // Test validating property containers and make sure the NotNull and Null // constraints work with typed data containers. $definition = BaseFieldDefinition::create('integer')->setConstraints(array('NotNull' => array())); $field_item = $this->typedDataManager->create($definition, array('value' => 10)); $violations = $field_item->validate(); $this->assertEqual($violations->count(), 0); $field_item = $this->typedDataManager->create($definition, array('value' => 'no integer')); $violations = $field_item->validate(); $this->assertEqual($violations->count(), 1); $this->assertEqual($violations[0]->getPropertyPath(), '0.value'); // Test that the field item may not be empty. $field_item = $this->typedDataManager->create($definition); $violations = $field_item->validate(); $this->assertEqual($violations->count(), 1); // Test the Null constraint with typed data containers. $definition = BaseFieldDefinition::create('float')->setConstraints(array('Null' => array())); $field_item = $this->typedDataManager->create($definition, array('value' => 11.5)); $violations = $field_item->validate(); $this->assertEqual($violations->count(), 1); $field_item = $this->typedDataManager->create($definition); $violations = $field_item->validate(); $this->assertEqual($violations->count(), 0); // Test getting constraint definitions by type. $definitions = $this->typedDataManager->getValidationConstraintManager()->getDefinitionsByType('entity'); $this->assertTrue(isset($definitions['EntityType']), 'Constraint plugin found for type entity.'); $this->assertTrue(isset($definitions['Null']), 'Constraint plugin found for type entity.'); $this->assertTrue(isset($definitions['NotNull']), 'Constraint plugin found for type entity.'); $definitions = $this->typedDataManager->getValidationConstraintManager()->getDefinitionsByType('string'); $this->assertFalse(isset($definitions['EntityType']), 'Constraint plugin not found for type string.'); $this->assertTrue(isset($definitions['Null']), 'Constraint plugin found for type string.'); $this->assertTrue(isset($definitions['NotNull']), 'Constraint plugin found for type string.'); // Test automatic 'required' validation. $definition = DataDefinition::create('integer')->setRequired(TRUE); $violations = $this->typedDataManager->create($definition)->validate(); $this->assertEqual($violations->count(), 1); $violations = $this->typedDataManager->create($definition, 0)->validate(); $this->assertEqual($violations->count(), 0); // Test validating a list of a values and make sure property paths starting // with "0" are created. $definition = BaseFieldDefinition::create('integer'); $violations = $this->typedDataManager->create($definition, array(array('value' => 10)))->validate(); $this->assertEqual($violations->count(), 0); $violations = $this->typedDataManager->create($definition, array(array('value' => 'string')))->validate(); $this->assertEqual($violations->count(), 1); $this->assertEqual($violations[0]->getInvalidValue(), 'string'); $this->assertIdentical($violations[0]->getPropertyPath(), '0.value'); }