public function testFieldsMetadata()
{
$fieldName = 'test';
$fieldMetadata = $this->createFieldMetadata($fieldName);
$this->metadata->addFieldMetadata($fieldMetadata);
$this->assertEquals(array($fieldName => $fieldMetadata), $this->metadata->getFieldsMetadata());
}
/**
* @param EntityMetadata $entityMetadata
* @param ClassMetadata $classMetadata
* @param string $className
*/
protected function addDoctrineInverseAssociations(EntityMetadata $entityMetadata, ClassMetadata $classMetadata, $className)
{
$allMetadata = $this->doctrineHelper->getAllMetadata();
foreach ($allMetadata as $metadata) {
if ($metadata == $classMetadata) {
// Skip own class metadata
continue;
}
$currentClassName = $metadata->getName();
$associationMappings = $metadata->getAssociationsByTargetClass($className);
foreach ($associationMappings as $fieldName => $associationMapping) {
if (isset($associationMapping['type']) && $associationMapping['type'] === ClassMetadataInfo::MANY_TO_MANY || isset($associationMapping['mappedBy'])) {
// Skip "mapped by" and many-to-many as it's included on other side.
continue;
}
$associationMapping['mappedBySourceEntity'] = false;
$mergeModes = [MergeModes::UNITE];
if ($associationMapping['type'] === ClassMetadataInfo::ONE_TO_ONE) {
// for fields with ONE_TO_ONE relation Unite strategy is impossible, so Replace is used
$mergeModes = [MergeModes::REPLACE];
}
$fieldMetadata = $this->metadataFactory->createFieldMetadata(array('field_name' => $this->createInverseAssociationFieldName($currentClassName, $fieldName), 'merge_modes' => $mergeModes, 'source_field_name' => $fieldName, 'source_class_name' => $currentClassName), $associationMapping);
$entityMetadata->addFieldMetadata($fieldMetadata);
}
}
}