Then, calculates and returns the dimensionsHash.
This method is public because it is used inside SiteImportService.
| public static sortDimensionValueArrayAndReturnDimensionsHash ( array &$dimensionValues ) : string | ||
| $dimensionValues | array | Map of dimension names to dimension values, which will be ordered alphabetically after this method. |
| Результат | string | the calculated DimensionsHash |
/**
* Saves the given array as a node data entity without using the ORM.
*
* If the node data already exists (same dimensions, same identifier, same workspace)
* it is replaced.
*
* @param array $nodeData node data to save as an associative array ( $column_name => $value )
* @throws ImportException
* @return void
*/
protected function persistNodeData($nodeData)
{
if ($nodeData['workspace'] !== 'live') {
throw new ImportException('Saving NodeData with workspace != "live" using direct SQL not supported yet. Workspace is "' . $nodeData['workspace'] . '".');
}
if ($nodeData['path'] === '/') {
return;
}
// cleanup old data
/** @var Connection $connection */
$connection = $this->entityManager->getConnection();
// prepare node dimensions
$dimensionValues = $nodeData['dimensionValues'];
$dimensionsHash = Utility::sortDimensionValueArrayAndReturnDimensionsHash($dimensionValues);
$jsonPropertiesDataTypeHandler = JsonArrayType::getType(JsonArrayType::FLOW_JSON_ARRAY);
// post-process node data
$nodeData['dimensionsHash'] = $dimensionsHash;
$nodeData['dimensionValues'] = $jsonPropertiesDataTypeHandler->convertToDatabaseValue($dimensionValues, $connection->getDatabasePlatform());
$nodeData['properties'] = $jsonPropertiesDataTypeHandler->convertToDatabaseValue($nodeData['properties'], $connection->getDatabasePlatform());
$nodeData['accessRoles'] = $jsonPropertiesDataTypeHandler->convertToDatabaseValue($nodeData['accessRoles'], $connection->getDatabasePlatform());
$connection->executeQuery('DELETE FROM neos_contentrepository_domain_model_nodedimension' . ' WHERE nodedata IN (' . ' SELECT persistence_object_identifier FROM neos_contentrepository_domain_model_nodedata' . ' WHERE identifier = :identifier' . ' AND workspace = :workspace' . ' AND dimensionshash = :dimensionsHash' . ' )', array('identifier' => $nodeData['identifier'], 'workspace' => $nodeData['workspace'], 'dimensionsHash' => $nodeData['dimensionsHash']));
/** @var \Doctrine\ORM\QueryBuilder $queryBuilder */
$queryBuilder = $this->entityManager->createQueryBuilder();
$queryBuilder->delete()->from(NodeData::class, 'n')->where('n.identifier = :identifier')->andWhere('n.dimensionsHash = :dimensionsHash')->andWhere('n.workspace = :workspace')->setParameter('identifier', $nodeData['identifier'])->setParameter('workspace', $nodeData['workspace'])->setParameter('dimensionsHash', $nodeData['dimensionsHash']);
$queryBuilder->getQuery()->execute();
// insert new data
// we need to use executeUpdate to execute the INSERT -- else the data types are not taken into account.
// That's why we build a DQL INSERT statement which is then executed.
$queryParts = array();
$queryArguments = array();
$queryTypes = array();
foreach ($this->nodeDataPropertyNames as $propertyName => $propertyConfig) {
if (isset($nodeData[$propertyName])) {
$queryParts[$propertyName] = ':' . $propertyName;
$queryArguments[$propertyName] = $nodeData[$propertyName];
if (isset($propertyConfig['columnType'])) {
$queryTypes[$propertyName] = $propertyConfig['columnType'];
}
}
}
$connection->executeUpdate('INSERT INTO neos_contentrepository_domain_model_nodedata (' . implode(', ', array_keys($queryParts)) . ') VALUES (' . implode(', ', $queryParts) . ')', $queryArguments, $queryTypes);
foreach ($dimensionValues as $dimension => $values) {
foreach ($values as $value) {
$nodeDimension = array('persistence_object_identifier' => Algorithms::generateUUID(), 'nodedata' => $nodeData['Persistence_Object_Identifier'], 'name' => $dimension, 'value' => $value);
$connection->insert('neos_contentrepository_domain_model_nodedimension', $nodeDimension);
}
}
}
/**
* Build a cached array of dimension values and a hash to search for it.
*
* @return void
*/
protected function buildDimensionValues()
{
$dimensionValues = [];
foreach ($this->dimensions as $dimension) {
/** @var NodeDimension $dimension */
$dimensionValues[$dimension->getName()][] = $dimension->getValue();
}
$this->dimensionsHash = Utility::sortDimensionValueArrayAndReturnDimensionsHash($dimensionValues);
$this->dimensionValues = $dimensionValues;
}
/**
* Create a recursive copy of this node below $referenceNode with $nodeName.
*
* $detachedCopy only has an influence if we are copying from one dimension to the other, possibly creating a new
* node variant:
*
* - If $detachedCopy is TRUE, the whole (recursive) copy is done without connecting original and copied node,
* so NOT CREATING a new node variant.
* - If $detachedCopy is FALSE, and the node does not yet have a variant in the target dimension, we are CREATING
* a new node variant.
*
* As a caller of this method, $detachedCopy should be TRUE if $this->getNodeType()->isAggregate() is TRUE, and FALSE
* otherwise.
*
* @param NodeInterface $referenceNode
* @param boolean $detachedCopy
* @param string $nodeName
* @return NodeInterface
*/
protected function createRecursiveCopy(NodeInterface $referenceNode, $nodeName, $detachedCopy)
{
$identifier = null;
$referenceNodeDimensions = $referenceNode->getDimensions();
$referenceNodeDimensionsHash = Utility::sortDimensionValueArrayAndReturnDimensionsHash($referenceNodeDimensions);
$thisDimensions = $this->getDimensions();
$thisNodeDimensionsHash = Utility::sortDimensionValueArrayAndReturnDimensionsHash($thisDimensions);
if ($detachedCopy === false && $referenceNodeDimensionsHash !== $thisNodeDimensionsHash && $referenceNode->getContext()->getNodeByIdentifier($this->getIdentifier()) === null) {
// If the target dimensions are different than this one, and there is no node shadowing this one in the target dimension yet, we use the same
// node identifier, effectively creating a new node variant.
$identifier = $this->getIdentifier();
}
$copiedNode = $referenceNode->createSingleNode($nodeName, null, $identifier);
$copiedNode->similarize($this, true);
/** @var $childNode Node */
foreach ($this->getChildNodes() as $childNode) {
// Prevent recursive copy when copying into itself
if ($childNode->getIdentifier() !== $copiedNode->getIdentifier()) {
$childNode->copyIntoInternal($copiedNode, $childNode->getName(), $detachedCopy);
}
}
return $copiedNode;
}
