/**
* Create a property, either from server data or locally
*
* To indicate a property has newly been created locally, make sure to pass
* true for the $new parameter.
*
* @param object $factory an object factory implementing "get" as described in \jackalope\Factory
* @param array $data array with fields
* type (integer or string from PropertyType)
* and value (data for creating value object - array for multivalue property)
* @param string $path the absolute path of this item
* @param Session the session instance
* @param ObjectManager the objectmanager instance - the caller has to take care of registering this item with the object manager
* @param boolean $new optional: set to true to make this property aware its not yet existing on the server. defaults to false
*/
public function __construct($factory, array $data, $path, Session $session, ObjectManager $objectManager, $new = false)
{
parent::__construct($factory, $path, $session, $objectManager, $new);
$type = $data['type'];
if (is_string($type)) {
$type = \PHPCR\PropertyType::valueFromName($type);
} elseif (!is_numeric($type)) {
throw new \PHPCR\RepositoryException("INTERNAL ERROR -- No valid type specified ({$type})");
} else {
//sanity check. this will throw InvalidArgumentException if $type is not a valid type
\PHPCR\PropertyType::nameFromValue($type);
}
$this->type = $type;
if (is_array($data['value'])) {
$this->isMultiple = true;
$this->value = array();
foreach ($data['value'] as $value) {
$this->value[] = Helper::convertType($value, $type);
}
} elseif (null !== $data['value']) {
$this->value = Helper::convertType($data['value'], $type);
} else {
throw new \PHPCR\RepositoryException('INTERNAL ERROR -- data[value] may not be null');
}
}
public function setProperty($name, $value = null, $type = 'String')
{
if (is_integer($type)) {
$type = PropertyType::nameFromValue($type);
}
$this->properties[$name] = array('value' => $value, 'type' => $type);
}
/**
* Determine PropertyType from on variable type.
*
* This is most of the remainder of ValueFactory that is still needed.
*
* - if the given $value is a Node object, type will be REFERENCE, unless
* $weak is set to true which results in WEAKREFERENCE
* - if the given $value is a DateTime object, the type will be DATE.
* - if the $value is an empty array, the type is arbitrarily set to STRING
* - if the $value is a non-empty array, the type of its first element is
* chosen.
*
* Note that string is converted to date exactly if it matches the jcr
* formatting spec for dates (sYYYY-MM-DDThh:mm:ss.sssTZD) according to
* http://www.day.com/specs/jcr/2.0/3_Repository_Model.html#3.6.4.3%20From%20DATE%20To
*
* @param mixed $value The variable we need to know the type of
* @param boolean $weak When a Node is given as $value this can be given
* as true to create a WEAKREFERENCE.
*
* @return int One of the type constants
*
* @throws ValueFormatException if the type can not be determined
*/
public function determineType($value, $weak = false)
{
if (is_array($value)) {
if (0 === count($value)) {
// there is no value to determine the type on. we arbitrarily
// chose string, which is what jackrabbit does as well.
return PropertyType::STRING;
}
$value = reset($value);
}
return PropertyType::determineType($value, $weak);
}
/**
* Convert a node type into YAML format
*
* @param NodeTypeInterface
*
* @return string
*/
public function serialize(NodeTypeInterface $nt)
{
$out = array('name' => $nt->getName(), 'declared_supertypes' => $nt->getDeclaredSupertypeNames(), 'abstract' => (bool) $nt->isAbstract(), 'mixin' => (bool) $nt->isMixin(), 'orderable_child_nodes' => (bool) $nt->hasOrderableChildNodes(), 'queryable' => (bool) $nt->isQueryable(), 'primary_item' => $nt->getPrimaryItemName(), 'properties' => array(), 'children' => array());
foreach ($nt->getDeclaredPropertyDefinitions() as $pd) {
$property = $this->getItemDefinitionArray($pd);
$property = array_merge($property, array('required_type' => PropertyType::nameFromValue($pd->getRequiredType()), 'value_constraints' => $pd->getValueConstraints(), 'default_values' => $pd->getDefaultValues(), 'multiple' => (bool) $pd->isMultiple(), 'available_query_operators' => $pd->getAvailableQueryOperators(), 'full_text_searchable' => (bool) $pd->isFullTextSearchable(), 'query_orderable' => (bool) $pd->isQueryOrderable()));
$out['properties'][] = $property;
}
foreach ($nt->getDeclaredChildNodeDefinitions() as $cd) {
$child = $this->getItemDefinitionArray($cd);
$child = array_merge($child, array('required_primary_types' => $cd->getRequiredPrimaryTypeNames(), 'default_primary_type' => $cd->getDefaultPrimaryTypeName(), 'same_name_siblings' => (bool) $cd->allowsSameNameSiblings()));
$out['children'][] = $child;
}
return Yaml::dump($out, 10);
}
private function walkNode(NodeBuilder $builder, NodeInterface $parentNode)
{
for ($i = $builder->getRangeStart(); $i <= $builder->getRangeEnd(); $i++) {
$name = str_replace(NodeBuilder::ITERATION_TOKEN, $i, $builder->getName());
$this->count++;
$node = $parentNode->addNode($name, $builder->getNodeTypeName());
foreach ($builder->getProperties() as $property) {
list($name, $value, $type) = $property;
$node->setProperty($name, $value, PropertyType::valueFromName($type));
}
foreach ($builder->getNodes() as $childNodeBuilder) {
$this->walkNode($childNodeBuilder, $node);
}
}
}
private function configure()
{
$this->nodeTypeMap = array('name' => function ($t, $v) {
$t->setName($v);
}, 'auto_created' => function ($t, $v) {
$t->setAutoCreated((bool) $v);
}, 'declared_supertypes' => function ($t, $v) {
$t->setDeclaredSuperTypeNames((array) $v);
}, 'abstract' => function ($t, $v) {
$t->setAbstract($v);
}, 'mixin' => function ($t, $v) {
$t->setMixin((bool) $v);
}, 'orderable_child_nodes' => function ($t, $v) {
$t->setOrderableChildNodes((bool) $v);
}, 'primary_item' => function ($t, $v) {
$t->setPrimaryItemName((string) $v);
}, 'queryable' => function ($t, $v) {
$t->setQueryable((bool) $v);
});
$this->childDefinitionMap = array_merge($this->getItemDefinitionMap(), array('default_primary_type' => function ($t, $v) {
$t->setDefaultPrimaryTypeName($v);
}, 'same_name_siblings' => function ($t, $v) {
$t->setSameNameSiblings((bool) $v);
}, 'required_primary_types' => function ($t, $v) {
$t->setRequiredPrimaryTypeNames((array) $v);
}));
$this->propertyMap = array_merge($this->getItemDefinitionMap(), array('multiple' => function ($t, $v) {
$t->setMultiple((bool) $v);
}, 'default_values' => function ($t, $v) {
$t->setDefaultValues((array) $v);
}, 'full_text_searchable' => function ($t, $v) {
$t->setFullTextSearchable((bool) $v);
}, 'query_orderable' => function ($t, $v) {
$t->setQueryOrderable((bool) $v);
}, 'value_constraints' => function ($t, $v) {
$t->setValueConstraints((array) $v);
}, 'required_type' => function ($t, $v) {
$t->setRequiredType(PropertyType::valueFromName($v));
}, 'available_query_operators' => function ($t, $v) {
$queryOperators = array();
foreach ($v as $queryOperator) {
$queryOperator = constant('PHPCR\\Query\\QOM\\QueryObjectModelConstantsInterface::' . strtoupper(str_replace('.', '_', $queryOperator)));
$queryOperators[] = $queryOperator;
}
$t->setAvailableQueryOperators($queryOperators);
}));
}
protected function fromXML(DOMElement $node)
{
parent::fromXML($node);
$this->requiredType = \PHPCR\PropertyType::valueFromName($node->getAttribute('requiredType'));
$this->isMultiple = Helper::getBoolAttribute($node, 'multiple');
$this->isFullTextSearchable = Helper::getBoolAttribute($node, 'fullTextSearchable');
$this->isQueryOrderable = Helper::getBoolAttribute($node, 'queryOrderable');
$xp = new DOMXPath($node->ownerDocument);
$valueConstraints = $xp->query('valueConstraints/valueConstraint', $node);
foreach ($valueConstraints as $valueConstraint) {
$this->valueConstraints[] = $valueConstraint->nodeValue;
}
$availableQueryOperators = $xp->query('availableQueryOperators/availableQueryOperator', $node);
foreach ($availableQueryOperators as $availableQueryOperator) {
$this->availableQueryOperators[] = $availableQueryOperator->nodeValue;
}
$defaultValues = $xp->query('defaultValues/defaultValue', $node);
foreach ($defaultValues as $defaultValue) {
$this->defaultValues[] = $defaultValue->nodeValue;
}
}
public function execute(InputInterface $input, OutputInterface $output)
{
$session = $this->get('phpcr.session');
$pathHelper = $this->get('helper.path');
$path = $session->getAbsPath($input->getArgument('path'));
$value = $input->getArgument('value');
$type = $input->getOption('type');
$nodePath = $pathHelper->getParentPath($path);
$propName = $pathHelper->getNodeName($path);
$nodes = $session->findNodes($nodePath);
foreach ($nodes as $node) {
$intType = null;
if ($type) {
$intType = PropertyType::valueFromName($type);
if ($intType === PropertyType::REFERENCE || $intType === PropertyType::WEAKREFERENCE) {
// convert path to UUID
if (false === UUIDHelper::isUuid($value)) {
$path = $value;
try {
$targetNode = $session->getNode($path);
$value = $targetNode->getIdentifier();
} catch (PathNotFoundException $e) {
}
if (null === $value) {
throw new \InvalidArgumentException(sprintf('Node at path "%s" specified for reference is not referenceable', $path));
}
}
}
} else {
try {
$property = $node->getProperty($propName);
$intType = $property->getType();
} catch (PathNotFoundException $e) {
// property doesn't exist and no type specified, default to string
$intType = PropertyType::STRING;
}
}
$node->setProperty($propName, $value, $intType);
}
}
/**
* Convert property definition xml into array.
*
* @param \DOMElement $node
* @return array
*/
public function getPropertyDefinitionFromXml(DOMElement $node)
{
$data = $this->getItemDefinitionFromXml($node);
$data['requiredType'] = \PHPCR\PropertyType::valueFromName($node->getAttribute('requiredType'));
$data['multiple'] = Helper::getBoolAttribute($node, 'multiple');
$data['fullTextSearchable'] = Helper::getBoolAttribute($node, 'fullTextSearchable');
$data['queryOrderable'] = Helper::getBoolAttribute($node, 'queryOrderable');
$xp = new DOMXPath($node->ownerDocument);
$valueConstraints = $xp->query('valueConstraints/valueConstraint', $node);
foreach ($valueConstraints as $valueConstraint) {
$data['valueConstraints'][] = $valueConstraint->nodeValue;
}
$availableQueryOperators = $xp->query('availableQueryOperators/availableQueryOperator', $node);
foreach ($availableQueryOperators as $availableQueryOperator) {
$data['availableQueryOperators'][] = $availableQueryOperator->nodeValue;
}
$defaultValues = $xp->query('defaultValues/defaultValue', $node);
foreach ($defaultValues as $defaultValue) {
$data['defaultValues'][] = $defaultValue->nodeValue;
}
return $data;
}
/**
* Initialize or update this object with raw data from backend.
*
* @param array $rawData in the format as returned from Jackalope\Transport\TransportInterface
* @param boolean $update whether to initialize this object or update
* @param boolean $keepChanges only used if $update is true, same as $keepChanges in refresh()
*
* @see Node::__construct()
* @see Node::refresh()
*/
private function parseData($rawData, $update, $keepChanges = false)
{
//TODO: refactor to use hash array instead of stdClass struct
if ($update) {
// keep backup of old state so we can remove what needs to be removed
$oldNodes = array_flip(array_values($this->nodes));
$oldProperties = $this->properties;
}
/*
* we collect all nodes coming from the backend. if we update with
* $keepChanges, we use this to update the node list rather than losing
* reorders
*
* properties are easy as they are not ordered.
*/
$nodesInBackend = array();
foreach ($rawData as $key => $value) {
$node = false;
// reset to avoid trouble
if (is_object($value)) {
// this is a node. add it if
if (!$update || !$keepChanges || isset($oldNodes[$key]) || !($node = $this->objectManager->getCachedNode($this->path . '/' . $key))) {
// for all those cases, if the node was moved away or is deleted in current session, we do not add it
if (!$this->objectManager->isNodeMoved($this->path . '/' . $key) && !$this->objectManager->isNodeDeleted($this->path . '/' . $key)) {
// otherwise we (re)load a node from backend but a child has been moved away already
$nodesInBackend[] = $key;
}
}
if ($update) {
unset($oldNodes[$key]);
}
} else {
//property or meta information
/* Property type declarations start with :, the value then is
* the type string from the NodeType constants. We skip that and
* look at the type when we encounter the value of the property.
*
* If its a binary data, we only get the type declaration and
* no data. Then the $value of the type declaration is not the
* type string for binary, but the number of bytes of the
* property - resp. array of number of bytes.
*
* The magic property ::NodeIteratorSize tells this node has no
* children. Ignore that info for now. We might optimize with
* this info once we do prefetch nodes.
*/
if (0 === strpos($key, ':')) {
if ((is_int($value) || is_array($value)) && $key != '::NodeIteratorSize') {
// This is a binary property and we just got its length with no data
$key = substr($key, 1);
if (!isset($rawData->{$key})) {
$binaries[$key] = $value;
if ($update) {
unset($oldProperties[$key]);
}
if (isset($this->properties[$key])) {
// refresh existing binary, this will only happen in update
// only update length
if (!($keepChanges && $this->properties[$key]->isModified())) {
$this->properties[$key]->_setLength($value);
if ($this->properties[$key]->isDirty()) {
$this->properties[$key]->setClean();
}
}
} else {
// this will always fall into the creation mode
$this->_setProperty($key, $value, PropertyType::BINARY, true);
}
}
}
//else this is a type declaration
//skip this entry (if its binary, its already processed
continue;
}
if ($update && array_key_exists($key, $this->properties)) {
unset($oldProperties[$key]);
$prop = $this->properties[$key];
if ($keepChanges && $prop->isModified()) {
continue;
}
} elseif ($update && array_key_exists($key, $this->deletedProperties)) {
if ($keepChanges) {
// keep the delete
continue;
} else {
// restore the property
$this->properties[$key] = $this->deletedProperties[$key];
$this->properties[$key]->setClean();
// now let the loop update the value. no need to talk to ObjectManager as it
// does not store property deletions
}
}
switch ($key) {
case 'jcr:index':
$this->index = $value;
break;
case 'jcr:primaryType':
$this->primaryType = $value;
// type information is exposed as property too,
// although there exist more specific methods
$this->_setProperty('jcr:primaryType', $value, PropertyType::NAME, true);
break;
case 'jcr:mixinTypes':
// type information is exposed as property too,
// although there exist more specific methods
$this->_setProperty($key, $value, PropertyType::NAME, true);
break;
// OPTIMIZE: do not instantiate properties until needed
// OPTIMIZE: do not instantiate properties until needed
default:
if (isset($rawData->{':' . $key})) {
/*
* this is an inconsistency between jackrabbit and
* dbal transport: jackrabbit has type name, dbal
* delivers numeric type.
* we should eventually fix the format returned by
* transport and either have jackrabbit transport
* do the conversion or let dbal store a string
* value instead of numerical.
*/
$type = is_numeric($rawData->{':' . $key}) ? $rawData->{':' . $key} : PropertyType::valueFromName($rawData->{':' . $key});
} else {
$type = $this->valueConverter->determineType($value);
}
$this->_setProperty($key, $value, $type, true);
break;
}
}
}
if ($update) {
if ($keepChanges) {
// we keep changes. merge new nodes to the right place
$previous = null;
$newFromBackend = array_diff($nodesInBackend, array_intersect($this->nodes, $nodesInBackend));
foreach ($newFromBackend as $name) {
$pos = array_search($name, $nodesInBackend);
if (is_array($this->originalNodesOrder)) {
// update original order to send the correct reorderings
array_splice($this->originalNodesOrder, $pos, 0, $name);
}
if ($pos === 0) {
array_unshift($this->nodes, $name);
} else {
// do we find the predecessor of the new node in the list?
$insert = array_search($nodesInBackend[$pos - 1], $this->nodes);
if (false !== $insert) {
array_splice($this->nodes, $insert + 1, 0, $name);
} else {
// failed to find predecessor, add to the end
$this->nodes[] = $name;
}
}
}
} else {
// discard changes, just overwrite node list
$this->nodes = $nodesInBackend;
$this->originalNodesOrder = null;
}
foreach ($oldProperties as $name => $property) {
if (!($keepChanges && $property->isNew())) {
// may not call remove(), we don't want another delete with
// the backend to be attempted
$this->properties[$name]->setDeleted();
unset($this->properties[$name]);
}
}
// notify nodes that where not received again that they disappeared
foreach ($oldNodes as $name => $index) {
if ($this->objectManager->purgeDisappearedNode($this->path . '/' . $name, $keepChanges)) {
// drop, it was not a new child
if ($keepChanges) {
// otherwise we overwrote $this->nodes with the backend
$id = array_search($name, $this->nodes);
if (false !== $id) {
unset($this->nodes[$id]);
}
}
}
}
} else {
// new node loaded from backend
$this->nodes = $nodesInBackend;
}
}
/**
* {@inheritDoc}
*/
public function denormalize($data, $class, $format = null, array $context = array())
{
if (!$data) {
throw new \InvalidArgumentException('Editor returned nothing .. nodes must have at least one property (i.e. the jcr:primaryType property)');
}
if (!isset($context['node'])) {
throw new \InvalidArgumentException(sprintf('You must provide the PHPCR node instance to update in the context using the "node" key.'));
}
$node = $context['node'];
$errors = array();
// Update / remove existing properties
foreach ($node->getProperties() as $property) {
if (false === $this->isPropertyEditable($property)) {
continue;
}
try {
if (!isset($data[$property->getName()])) {
$property->remove();
continue;
}
$datum = $this->normalizeDatum($data[$property->getName()]);
$typeValue = isset($datum['type']) ? PropertyType::valueFromName($datum['type']) : null;
if (isset($datum['value'])) {
// if the type or the value is differnet, update the property
if ($datum['value'] != $property->getValue() || $typeValue != $property->getType()) {
// setValue doesn't like being passed a null value as a type ...
if ($typeValue !== null) {
$property->setValue($datum['value'], $typeValue);
} else {
$property->setValue($datum['value']);
}
}
}
} catch (\Exception $e) {
$errors[] = $e->getMessage();
}
unset($data[$property->getName()]);
}
// Add new properties
foreach ($data as $pName => $datum) {
$datum = $this->normalizeDatum($datum);
$pValue = isset($datum['value']) ? $datum['value'] : null;
$pType = isset($datum['type']) ? PropertyType::valueFromName($datum['type']) : null;
if ($pValue !== null) {
$node->setProperty($pName, $pValue, $pType);
}
}
if (count($errors) > 0) {
throw new InvalidArgumentException(sprintf('Errors encountered during denormalization: %s', implode($errors, "\n")));
}
}
protected function parseCastLiteral($token)
{
if (!$this->scanner->tokenIs($token, 'CAST')) {
throw new \LogicException('parseCastLiteral when not a CAST');
}
$this->scanner->expectToken('(');
$token = $this->scanner->fetchNextToken();
$quoteString = false;
if (substr($token, 0, 1) === '\'') {
$quoteString = "'";
} elseif (substr($token, 0, 1) === '"') {
$quoteString = '"';
}
if ($quoteString) {
while (substr($token, -1) !== $quoteString) {
$nextToken = $this->scanner->fetchNextToken();
if ('' === $nextToken) {
break;
}
$token .= $nextToken;
}
if (substr($token, -1) !== $quoteString) {
throw new InvalidQueryException("Syntax error: unterminated quoted string '{$token}' in '{$this->sql2}'");
}
$token = substr($token, 1, -1);
$token = str_replace('\\' . $quoteString, $quoteString, $token);
}
$this->scanner->expectToken('AS');
$type = $this->scanner->fetchNextToken();
try {
$typeValue = PropertyType::valueFromName($type);
} catch (\InvalidArgumentException $e) {
throw new InvalidQueryException("Syntax error: attempting to cast to an invalid type '{$type}'");
}
$this->scanner->expectToken(')');
try {
$token = $this->valueConverter->convertType($token, $typeValue, PropertyType::STRING);
} catch (\Exception $e) {
throw new InvalidQueryException("Syntax error: attempting to cast string '{$token}' to type '{$type}'");
}
return $token;
}
/**
* "Decode" PHPCR property to MongoDB property
*
* @param $property
* @return array|null
*
* @throws \Exception
*/
private function decodeProperty(PropertyInterface $property)
{
$path = $property->getPath();
$path = $this->validatePath($path);
$name = explode('/', $path);
$name = end($name);
if ($name == 'jcr:uuid' || $name == 'jcr:primaryType') {
return null;
}
if (!$property->isModified() && !$property->isNew()) {
return null;
}
$propType = $property->getType();
$propNode = $property->getNode();
if (($propType == PropertyType::REFERENCE || $propType == PropertyType::WEAKREFERENCE) && ($propNode instanceof NodeInterface && !$propNode->isNodeType('mix:referenceable'))) {
throw new ValueFormatException('Node ' . $property->getNode()->getPath() . ' is not referenceable.');
}
$isMultiple = $property->isMultiple();
$typeId = $property->getType();
$type = PropertyType::nameFromValue($typeId);
$data = array('multi' => $isMultiple, 'name' => $property->getName(), 'type' => $type);
$binaryData = null;
switch ($typeId) {
case PropertyType::NAME:
case PropertyType::URI:
case PropertyType::WEAKREFERENCE:
case PropertyType::REFERENCE:
case PropertyType::PATH:
$values = $property->getString();
break;
case PropertyType::DECIMAL:
$values = $property->getDecimal();
break;
case PropertyType::STRING:
$values = $property->getString();
break;
case PropertyType::BOOLEAN:
$values = $property->getBoolean();
break;
case PropertyType::LONG:
$values = $property->getLong();
break;
case PropertyType::BINARY:
if ($property->isMultiple()) {
foreach ((array) $property->getBinary() as $binary) {
$binary = stream_get_contents($binary);
$binaryData[] = $binary;
$values[] = strlen($binary);
}
} else {
$binary = stream_get_contents($property->getBinary());
$binaryData[] = $binary;
$values = strlen($binary);
}
break;
case PropertyType::DATE:
if ($property->isMultiple()) {
$dates = $property->getDate() ?: new \DateTime('now');
foreach ((array) $dates as $date) {
$value = array('date' => new \MongoDate($date->getTimestamp()), 'timezone' => $date->getTimezone()->getName());
$values[] = $value;
}
} else {
$date = $property->getDate() ?: new \DateTime('now');
$values = array('date' => new \MongoDate($date->getTimestamp()), 'timezone' => $date->getTimezone()->getName());
}
break;
case PropertyType::DOUBLE:
$values = $property->getDouble();
break;
}
if ($isMultiple) {
$data['value'] = array();
foreach ((array) $values as $value) {
$this->assertValidPropertyValue($data['type'], $value, $path);
$data['value'][] = $value;
}
} else {
$this->assertValidPropertyValue($data['type'], $values, $path);
$data['value'] = $values;
}
if ($binaryData) {
try {
foreach ($binaryData as $idx => $binary) {
$grid = $this->db->getGridFS();
$grid->getMongoCollection()->storeBytes($binary, array('path' => $path, 'w_id' => $this->workspaceId, 'idx' => $idx));
}
} catch (\Exception $e) {
throw $e;
}
}
return $data;
}
/**
* Stores a property to the given absolute path
*
* @param string $path Absolute path to identify a specific property.
* @param \PHPCR\PropertyInterface
* @return bool true on success
*
* @throws \PHPCR\RepositoryException if not logged in
*/
public function storeProperty($path, \PHPCR\PropertyInterface $property)
{
$this->ensureAbsolutePath($path);
$type = \PHPCR\PropertyType::nameFromValue($property->getType());
$request = $this->getRequest(Request::PUT, $path);
$nativeValue = $property->getNativeValue();
if ($property->getName() === 'jcr:mixinTypes') {
$uri = $this->normalizeUri(dirname($path) === '\\' ? '/' : dirname($path));
$request->setUri($uri);
$request->setMethod(Request::PROPPATCH);
$body = '<?xml version="1.0" encoding="UTF-8"?>' . '<D:propertyupdate xmlns:D="DAV:">' . '<D:set>' . '<D:prop>' . '<dcr:mixinnodetypes xmlns:dcr="http://www.day.com/jcr/webdav/1.0">';
foreach ($nativeValue as $value) {
$body .= '<dcr:nodetype><dcr:nodetypename>' . $value . '</dcr:nodetypename></dcr:nodetype>';
}
$body .= '</dcr:mixinnodetypes>' . '</D:prop>' . '</D:set>' . '</D:propertyupdate>';
} elseif (is_array($nativeValue)) {
$body = '<?xml version="1.0" encoding="UTF-8"?>' . '<jcr:values xmlns:jcr="http://www.day.com/jcr/webdav/1.0">';
foreach ($nativeValue as $value) {
$body .= '<jcr:value jcr:type="' . $type . '">' . $this->propertyToXmlString($value, $type) . '</jcr:value>';
}
$body .= '</jcr:values>';
} else {
$body = $this->propertyToRawString($nativeValue, $type);
$request->setContentType('jcr-value/' . strtolower($type));
}
$request->setBody($body);
$request->execute();
return true;
}
/**
* Executes all document updates
*
* @param array $documents array of all to be updated documents
* @param boolean $dispatchEvents if to dispatch events
*/
private function executeUpdates($documents, $dispatchEvents = true)
{
foreach ($documents as $oid => $document) {
if (!$this->contains($oid)) {
continue;
}
$class = $this->dm->getClassMetadata(get_class($document));
$node = $this->session->getNode($this->getDocumentId($document));
if ($this->writeMetadata) {
$this->documentClassMapper->writeMetadata($this->dm, $node, $class->name);
}
if ($dispatchEvents) {
if ($invoke = $this->eventListenersInvoker->getSubscribedSystems($class, Event::preUpdate)) {
$this->eventListenersInvoker->invoke($class, Event::preUpdate, $document, new PreUpdateEventArgs($document, $this->dm, $this->documentChangesets[$oid]), $invoke);
$this->changesetComputed = array_diff($this->changesetComputed, array($oid));
$this->computeChangeSet($class, $document);
}
}
$fields = isset($this->documentChangesets[$oid]['fields']) ? $this->documentChangesets[$oid]['fields'] : array();
foreach ($fields as $fieldName => $data) {
$fieldValue = $data[1];
// PHPCR does not validate nullable unless we would start to
// generate custom node types, which we at the moment don't.
// the ORM can delegate this validation to the relational database
// that is using a strict schema.
// do this after the preUpdate events to give listener a last
// chance to provide values
if (null === $fieldValue && in_array($fieldName, $class->fieldMappings) && !$class->isNullable($fieldName) && !$this->isAutocreatedProperty($class, $fieldName)) {
throw new PHPCRException(sprintf('Field "%s" of class "%s" is not nullable', $fieldName, $class->name));
}
// Ignore translatable fields (they will be persisted by the translation strategy)
if (in_array($fieldName, $class->translatableFields)) {
continue;
}
$mapping = $class->mappings[$fieldName];
if (in_array($fieldName, $class->fieldMappings)) {
$type = PropertyType::valueFromName($mapping['type']);
if ($mapping['multivalue']) {
$value = empty($fieldValue) ? null : ($fieldValue instanceof Collection ? $fieldValue->toArray() : $fieldValue);
if ($value && isset($mapping['assoc'])) {
$value = $this->processAssoc($node, $mapping, $value);
}
} else {
$value = $fieldValue;
}
$node->setProperty($mapping['property'], $value, $type);
} elseif ($mapping['type'] === $class::MANY_TO_ONE || $mapping['type'] === $class::MANY_TO_MANY) {
if (!$this->writeMetadata) {
continue;
}
if ($node->hasProperty($mapping['property']) && is_null($fieldValue)) {
$node->getProperty($mapping['property'])->remove();
if (isset($mapping['assoc'])) {
$this->removeAssoc($node, $mapping);
}
continue;
}
switch ($mapping['strategy']) {
case 'hard':
$strategy = PropertyType::REFERENCE;
break;
case 'path':
$strategy = PropertyType::PATH;
break;
default:
$strategy = PropertyType::WEAKREFERENCE;
break;
}
if ($mapping['type'] === $class::MANY_TO_MANY) {
if (isset($fieldValue)) {
$refNodesIds = array();
foreach ($fieldValue as $fv) {
if ($fv === null) {
continue;
}
$associatedNode = $this->session->getNode($this->getDocumentId($fv));
if ($strategy === PropertyType::PATH) {
$refNodesIds[] = $associatedNode->getPath();
} else {
$refClass = $this->dm->getClassMetadata(get_class($fv));
$this->setMixins($refClass, $associatedNode, $fv);
if (!$associatedNode->isNodeType('mix:referenceable')) {
throw new PHPCRException(sprintf('Referenced document %s is not referenceable. Use referenceable=true in Document annotation: ' . self::objToStr($document, $this->dm), ClassUtils::getClass($fv)));
}
$refNodesIds[] = $associatedNode->getIdentifier();
}
}
$refNodesIds = empty($refNodesIds) ? null : $refNodesIds;
$node->setProperty($mapping['property'], $refNodesIds, $strategy);
}
} elseif ($mapping['type'] === $class::MANY_TO_ONE) {
if (isset($fieldValue)) {
$associatedNode = $this->session->getNode($this->getDocumentId($fieldValue));
if ($strategy === PropertyType::PATH) {
$node->setProperty($fieldName, $associatedNode->getPath(), $strategy);
} else {
$refClass = $this->dm->getClassMetadata(get_class($fieldValue));
$this->setMixins($refClass, $associatedNode, $document);
if (!$associatedNode->isNodeType('mix:referenceable')) {
throw new PHPCRException(sprintf('Referenced document %s is not referenceable. Use referenceable=true in Document annotation: ' . self::objToStr($document, $this->dm), ClassUtils::getClass($fieldValue)));
}
$node->setProperty($mapping['property'], $associatedNode->getIdentifier(), $strategy);
}
}
}
} elseif ('referrers' === $mapping['type']) {
if (isset($fieldValue)) {
/*
* each document in referrers field is supposed to
* reference this document, so we have to update its
* referencing property to contain the uuid of this
* document
*/
foreach ($fieldValue as $fv) {
if ($fv === null) {
continue;
}
if (!$fv instanceof $mapping['referringDocument']) {
throw new PHPCRException(sprintf("%s is not an instance of %s for document %s field %s", self::objToStr($fv, $this->dm), $mapping['referencedBy'], self::objToStr($document, $this->dm), $mapping['fieldName']));
}
$referencingNode = $this->session->getNode($this->getDocumentId($fv));
$referencingMeta = $this->dm->getClassMetadata($mapping['referringDocument']);
$referencingField = $referencingMeta->getAssociation($mapping['referencedBy']);
$uuid = $node->getIdentifier();
$strategy = $referencingField['strategy'] == 'weak' ? PropertyType::WEAKREFERENCE : PropertyType::REFERENCE;
switch ($referencingField['type']) {
case ClassMetadata::MANY_TO_ONE:
$ref = $referencingMeta->getFieldValue($fv, $referencingField['fieldName']);
if ($ref !== null && $ref !== $document) {
throw new PHPCRException(sprintf('Conflicting settings for referrer and reference: Document %s field %s points to %s but document %s has set first document as referrer on field %s', self::objToStr($fv, $this->dm), $referencingField['fieldName'], self::objToStr($ref, $this->dm), self::objToStr($document, $this->dm), $mapping['fieldName']));
}
// update the referencing document field to point to this document
$referencingMeta->setFieldValue($fv, $referencingField['fieldName'], $document);
// and make sure the reference is not deleted in this change because the field could be null
unset($this->documentChangesets[spl_object_hash($fv)]['fields'][$referencingField['fieldName']]);
// store the change in PHPCR
$referencingNode->setProperty($referencingField['property'], $uuid, $strategy);
break;
case ClassMetadata::MANY_TO_MANY:
/** @var $collection ReferenceManyCollection */
$collection = $referencingMeta->getFieldValue($fv, $referencingField['fieldName']);
if ($collection instanceof PersistentCollection && $collection->isDirty()) {
throw new PHPCRException(sprintf('You may not modify the reference and referrer collections of interlinked documents as this is ambiguous. Reference %s on document %s and referrers %s on document %s are both modified', self::objToStr($fv, $this->dm), $referencingField['fieldName'], self::objToStr($document, $this->dm), $mapping['fieldName']));
}
if ($collection) {
// make sure the reference is not deleted in this change because the field could be null
unset($this->documentChangesets[spl_object_hash($fv)]['fields'][$referencingField['fieldName']]);
} else {
$collection = new ReferenceManyCollection($this->dm, $fv, $referencingField['property'], array($node), $class->name);
$referencingMeta->setFieldValue($fv, $referencingField['fieldName'], $collection);
}
if ($referencingNode->hasProperty($referencingField['property'])) {
if (!in_array($uuid, $referencingNode->getProperty($referencingField['property'])->getString())) {
if (!$collection instanceof PersistentCollection || !$collection->isDirty()) {
// update the reference collection: add us to it
$collection->add($document);
}
// store the change in PHPCR
$referencingNode->getProperty($referencingField['property'])->addValue($uuid);
// property should be correct type already
}
} else {
// store the change in PHPCR
$referencingNode->setProperty($referencingField['property'], array($uuid), $strategy);
}
// avoid confusion later, this change to the reference collection is already saved
$collection->setDirty(false);
break;
default:
// in class metadata we only did a santiy check but not look at the actual mapping
throw new MappingException(sprintf('Field "%s" of document "%s" is not a reference field. Error in referrer annotation: ' . self::objToStr($document, $this->dm), $mapping['referencedBy'], ClassUtils::getClass($fv)));
}
}
}
} elseif ('child' === $mapping['type']) {
if ($fieldValue === null && $node->hasNode($mapping['nodeName'])) {
$child = $node->getNode($mapping['nodeName']);
$childDocument = $this->getOrCreateDocument(null, $child);
$this->purgeChildren($childDocument);
$child->remove();
}
}
}
if (!empty($this->documentChangesets[$oid]['reorderings'])) {
foreach ($this->documentChangesets[$oid]['reorderings'] as $reorderings) {
foreach ($reorderings as $srcChildRelPath => $destChildRelPath) {
$node->orderBefore($srcChildRelPath, $destChildRelPath);
}
}
}
$this->doSaveTranslation($document, $node, $class);
if ($dispatchEvents) {
if ($invoke = $this->eventListenersInvoker->getSubscribedSystems($class, Event::postUpdate)) {
$this->eventListenersInvoker->invoke($class, Event::postUpdate, $document, new LifecycleEventArgs($document, $this->dm), $invoke);
}
}
}
}
/**
* Quote a string for inclusion in an SQL2 query
*
* @see \PHPCR\PropertyType
* @param string $val
* @param int $type
* @return string
*/
public function quote($val, $type = PropertyType::STRING)
{
if (null !== $type) {
$val = PropertyType::convertType($val, $type);
}
return "'" . str_replace("'", "''", $val) . "'";
}
/**
* @Given /^the property "([^"]*)" should have type "([^"]*)" and value "([^"]*)"$/
*/
public function thePropertyShouldHaveTypeAndValue($arg1, $arg2, $arg3)
{
$session = $this->getSession();
$property = $session->getItem($arg1);
if (!$property instanceof PropertyInterface) {
throw new \InvalidArgumentException(sprintf('Item at "%s" is not a property', $arg1));
}
\PHPUnit_Framework_Assert::assertEquals($arg2, PropertyType::nameFromValue($property->getType()));
\PHPUnit_Framework_Assert::assertEquals($arg3, $property->getValue());
}
/**
* {@inheritDoc}
*
* @api
*/
public function getPropertyValue($name, $type = null)
{
$this->checkState();
$val = $this->getProperty($name)->getValue();
if (!is_null($type)) {
$val = PropertyType::convertType($val, $type);
}
return $val;
}
/**
* @expectedException \PHPCR\ValueFormatException
*/
public function testDetermineTypeNull()
{
PropertyType::determineType(null);
}
/**
* The property type is delimited by parentheses ('*' is a synonym for UNDEFINED).
* If this element is absent, STRING is assumed. A '?' indicates that this
* attribute is a variant.
*
* PropertyType ::= '(' ('STRING' | 'BINARY' | 'LONG' | 'DOUBLE' |
* 'BOOLEAN' | 'DATE' | 'NAME' | 'PATH' |
* 'REFERENCE' | 'WEAKREFERENCE' |
* 'DECIMAL' | 'URI' | 'UNDEFINED' | '*' |
* '?') ')'
*/
protected function parsePropertyType(PropertyDefinitionTemplateInterface $property)
{
$types = array("STRING", "BINARY", "LONG", "DOUBLE", "BOOLEAN", "DATE", "NAME", "PATH", "REFERENCE", "WEAKREFERENCE", "DECIMAL", "URI", "UNDEFINED", "*", "?");
if (!$this->checkTokenIn(Token::TK_IDENTIFIER, $types, true)) {
throw new ParserException($this->tokenQueue, sprintf("Invalid property type: %s", $this->tokenQueue->get()->getData()));
}
$data = $this->tokenQueue->get()->getData();
$this->expectToken(Token::TK_SYMBOL, ')');
$property->setRequiredType(PropertyType::valueFromName($data));
}
protected function getMimePart($name, $value, $mime_boundary)
{
$data = '';
$eol = "\r\n";
if (is_array($value)) {
if (is_array($value[0])) {
foreach ($value[0] as $v) {
$data .= $this->getMimePart($name, array($v, $value[1]), $mime_boundary);
}
return $data;
}
$data .= '--' . $mime_boundary . $eol;
if (is_resource($value[0])) {
$data .= 'Content-Disposition: form-data; name="' . $name . '"; filename="' . $name . '"' . $eol;
$data .= 'Content-Type: jcr-value/' . strtolower(PropertyType::nameFromValue($value[1])) . '; charset=UTF-8' . $eol;
$data .= 'Content-Transfer-Encoding: binary' . $eol . $eol;
$data .= stream_get_contents($value[0]) . $eol;
fclose($value[0]);
} else {
$data .= 'Content-Disposition: form-data; name="' . $name . '"' . $eol;
$data .= 'Content-Type: jcr-value/' . strtolower(PropertyType::nameFromValue($value[1])) . '; charset=UTF-8' . $eol;
$data .= 'Content-Transfer-Encoding: 8bit' . $eol . $eol;
switch ($value[1]) {
case PropertyType::DATE:
$data .= $this->valueConverter->convertType($value[0], PropertyType::STRING);
break;
default:
$data .= $value[0];
}
$data .= $eol;
}
} else {
if (is_array($value)) {
foreach ($value as $v) {
$data .= $this->getMimePart($name, $v, $mime_boundary);
}
return $data;
}
$data .= '--' . $mime_boundary . $eol;
$data .= 'Content-Disposition: form-data; name="' . $name . '"' . $eol;
$data .= 'Content-Type: text/plain; charset=UTF-8' . $eol;
$data .= 'Content-Transfer-Encoding: 8bit' . $eol . $eol;
//$data .= '--' . $mime_boundary . $eol;
$data .= $value . $eol;
}
return $data;
}
private function writeProperties($properties)
{
if (null === $properties) {
// getDeclaredPropertyDefinitions is allowed to return null on
// newly created node type definitions
return '';
}
$s = '';
/** @var $property PropertyDefinitionInterface */
foreach ($properties as $property) {
$this->checkNamespace($property->getName());
$s .= '- ' . $property->getName();
if ($property->getRequiredType()) {
$s .= ' (' . PropertyType::nameFromValue($property->getRequiredType()) . ')';
}
$s .= "\n";
if ($property->getDefaultValues()) {
$s .= "= '" . implode("', '", $property->getDefaultValues()) . "'\n";
}
$attributes = '';
if ($property->isMandatory()) {
$attributes .= 'mandatory ';
}
if ($property->isAutoCreated()) {
$attributes .= 'autocreated ';
}
if ($property->isProtected()) {
$attributes .= 'protected ';
}
if ($property->isMultiple()) {
$attributes .= 'multiple ';
}
if ($property->getAvailableQueryOperators()) {
$attributes .= implode("', '", $property->getAvailableQueryOperators());
}
if (!$property->isFullTextSearchable()) {
$attributes .= 'nofulltext ';
}
if (!$property->isQueryOrderable()) {
$attributes .= 'noqueryorder ';
}
if (OnParentVersionAction::COPY !== $property->getOnParentVersion()) {
$attributes .= OnParentVersionAction::nameFromValue($property->getOnParentVersion()) . ' ';
}
if ($attributes) {
$s .= trim($attributes) . "\n";
}
if ($property->getValueConstraints()) {
$s .= "< '" . implode("', '", $property->getValueConstraints()) . "'\n";
}
}
return $s;
}
/**
* Executes all document updates
*
* @param array $documents array of all to be updated documents
* @param boolean $dispatchEvents if to dispatch events
*/
private function executeUpdates($documents, $dispatchEvents = true)
{
foreach ($documents as $oid => $document) {
if (!$this->contains($oid)) {
continue;
}
$class = $this->dm->getClassMetadata(get_class($document));
$node = $this->session->getNode($this->getDocumentId($document));
if ($this->writeMetadata) {
$this->documentClassMapper->writeMetadata($this->dm, $node, $class->name);
}
if ($dispatchEvents) {
if (isset($class->lifecycleCallbacks[Event::preUpdate])) {
$class->invokeLifecycleCallbacks(Event::preUpdate, $document);
$this->computeChangeSet($class, $document);
}
if ($this->evm->hasListeners(Event::preUpdate)) {
$this->evm->dispatchEvent(Event::preUpdate, new LifecycleEventArgs($document, $this->dm));
$this->computeChangeSet($class, $document);
}
}
foreach ($this->documentChangesets[$oid] as $fieldName => $fieldValue) {
// Ignore translatable fields (they will be persisted by the translation strategy)
if (in_array($fieldName, $class->translatableFields)) {
continue;
}
if (isset($class->fieldMappings[$fieldName])) {
$type = PropertyType::valueFromName($class->fieldMappings[$fieldName]['type']);
if ($class->fieldMappings[$fieldName]['multivalue']) {
$value = $fieldValue === null ? null : $fieldValue->toArray();
$node->setProperty($class->fieldMappings[$fieldName]['name'], $value, $type);
} else {
$node->setProperty($class->fieldMappings[$fieldName]['name'], $fieldValue, $type);
}
} elseif (isset($class->associationsMappings[$fieldName]) && $this->writeMetadata) {
if ($node->hasProperty($class->associationsMappings[$fieldName]['fieldName']) && is_null($fieldValue)) {
$node->getProperty($class->associationsMappings[$fieldName]['fieldName'])->remove();
continue;
}
$type = $class->associationsMappings[$fieldName]['weak'] ? PropertyType::WEAKREFERENCE : PropertyType::REFERENCE;
if ($class->associationsMappings[$fieldName]['type'] === $class::MANY_TO_MANY) {
if (isset($fieldValue)) {
$refNodesIds = array();
foreach ($fieldValue as $fv) {
if ($fv === null) {
continue;
}
$associatedNode = $this->session->getNode($this->getDocumentId($fv));
$refClass = $this->dm->getClassMetadata(get_class($fv));
$this->setMixins($refClass, $associatedNode);
if (!$associatedNode->isNodeType('mix:referenceable')) {
throw new PHPCRException(sprintf('Referenced document %s is not referenceable. Use referenceable=true in Document annotation: ' . self::objToStr($document, $this->dm), get_class($fv)));
}
$refNodesIds[] = $associatedNode->getIdentifier();
}
if (!empty($refNodesIds)) {
$node->setProperty($class->associationsMappings[$fieldName]['fieldName'], $refNodesIds, $type);
}
}
} elseif ($class->associationsMappings[$fieldName]['type'] === $class::MANY_TO_ONE) {
if (isset($fieldValue)) {
$associatedNode = $this->session->getNode($this->getDocumentId($fieldValue));
$refClass = $this->dm->getClassMetadata(get_class($fieldValue));
$this->setMixins($refClass, $associatedNode);
if (!$associatedNode->isNodeType('mix:referenceable')) {
throw new PHPCRException(sprintf('Referenced document %s is not referenceable. Use referenceable=true in Document annotation: ' . self::objToStr($document, $this->dm), get_class($fieldValue)));
}
$node->setProperty($class->associationsMappings[$fieldName]['fieldName'], $associatedNode->getIdentifier(), $type);
}
}
} elseif (isset($class->childMappings[$fieldName])) {
if ($fieldValue === null) {
if ($node->hasNode($class->childMappings[$fieldName]['name'])) {
$child = $node->getNode($class->childMappings[$fieldName]['name']);
$childDocument = $this->createDocument(null, $child);
$this->purgeChildren($childDocument);
$child->remove();
}
} elseif ($this->originalData[$oid][$fieldName] && $this->originalData[$oid][$fieldName] !== $fieldValue) {
throw new PHPCRException('Cannot move/copy children by assignment as it would be ambiguous. Please use the DocumentManager::move() or PHPCR\\Session::copy() operations for this.');
}
}
}
$this->doSaveTranslation($document, $node, $class);
if ($dispatchEvents) {
if (isset($class->lifecycleCallbacks[Event::postUpdate])) {
$class->invokeLifecycleCallbacks(Event::postUpdate, $document);
}
if ($this->evm->hasListeners(Event::postUpdate)) {
$this->evm->dispatchEvent(Event::postUpdate, new LifecycleEventArgs($document, $this->dm));
}
}
}
}
/**
* Quote a string for inclusion in an SQL2 query
*
* @see \PHPCR\PropertyType
* @param string $val
* @param int $type
* @return string
*/
public function quote($val, $type = null)
{
if (null !== $type) {
$val = PropertyType::convertType($val, $type);
}
return "'" . str_replace("'", "''", $this->escapeIllegalCharacters($val)) . "'";
}
/**
* Internally used to set the value of the property without any notification
* of changes nor state change.
*
* @param mixed $value
* @param string $type
*
* @return void
*
* @see Property::setValue()
*
* @private
*/
public function _setValue($value, $type = PropertyType::UNDEFINED)
{
if (is_null($value)) {
$this->remove();
return;
}
if (!is_integer($type)) {
// @codeCoverageIgnoreStart
throw new InvalidArgumentException("The type has to be one of the numeric constants defined in PHPCR\\PropertyType. {$type}");
// @codeCoverageIgnoreEnd
}
if ($this->isNew()) {
$this->isMultiple = is_array($value);
}
if (is_array($value) && !$this->isMultiple) {
throw new ValueFormatException('Can not set a single value property (' . $this->name . ') with an array of values');
}
//TODO: check if changing type allowed.
/*
* if ($type !== null && ! canHaveType($type)) {
* throw new ConstraintViolationException("Can not set this property to type ".PropertyType::nameFromValue($type));
* }
*/
if (PropertyType::UNDEFINED === $type) {
$type = PropertyType::determineType(is_array($value) ? reset($value) : $value);
}
$targettype = $this->type;
if ($this->type !== $type) {
/* TODO: find out with node type definition if the new type is allowed
if (canHaveType($type)) {
*/
$targettype = $type;
/*
} else {
//convert to an allowed type. if the current type is defined $targettype = $this->type;
}
*/
}
$value = PropertyType::convertType($value, $targettype, $type);
if (PropertyType::BINARY === $targettype) {
$stat = fstat($value);
//TODO: read file into local context? fstat not available on all streams
$this->length = $stat['size'];
}
$this->type = $targettype;
$this->value = $value;
}
/**
* Import document in system view
*
* @param NodeInterface $parentNode
* @param NamespaceRegistryInterface $ns
* @param FilteredXMLReader $xml
* @param int $uuidBehavior
* @param array $namespaceMap hashmap of prefix => uri for namespaces in the document
*/
private static function importSystemView(NodeInterface $parentNode, NamespaceRegistryInterface $ns, FilteredXMLReader $xml, $uuidBehavior, $namespaceMap = array())
{
while ($xml->moveToNextAttribute()) {
if ('xmlns' == $xml->prefix) {
try {
$prefix = $ns->getPrefix($xml->value);
} catch (NamespaceException $e) {
$prefix = $xml->localName;
$ns->registerNamespace($prefix, $xml->value);
}
// @codeCoverageIgnoreStart
if ('jcr' == $prefix && 'jcr' != $xml->localName) {
throw new RepositoryException('Can not handle a document where the {http://www.jcp.org/jcr/1.0} namespace is not mapped to jcr');
}
if ('nt' == $prefix && 'nt' != $xml->localName) {
throw new RepositoryException('Can not handle a document where the {http://www.jcp.org/jcr/nt/1.0} namespace is not mapped to nt');
}
// @codeCoverageIgnoreEnd
$namespaceMap[$xml->localName] = $prefix;
} elseif (NamespaceRegistryInterface::NAMESPACE_SV == $xml->namespaceURI && 'name' == $xml->localName) {
$nodename = $xml->value;
}
}
if (!isset($nodename)) {
throw new InvalidSerializedDataException('there was no sv:name attribute in an element');
}
// now get jcr:primaryType
if (!$xml->read()) {
throw new InvalidSerializedDataException('missing information to create node');
}
if ('property' != $xml->localName || NamespaceRegistryInterface::NAMESPACE_SV != $xml->namespaceURI) {
throw new InvalidSerializedDataException('first child of node must be sv:property for jcr:primaryType. Found {' . $xml->namespaceURI . '}' . $xml->localName . '="' . $xml->value . '"' . $xml->nodeType);
}
if (!$xml->moveToAttributeNs('name', NamespaceRegistryInterface::NAMESPACE_SV) || 'jcr:primaryType' != $xml->value) {
throw new InvalidSerializedDataException('first child of node must be sv:property for jcr:primaryType. Found {' . $xml->namespaceURI . '}' . $xml->localName . '="' . $xml->value . '"');
}
$xml->read();
// value child of property jcr:primaryType
$xml->read();
// text content
$nodetype = $xml->value;
$nodename = self::cleanNamespace($nodename, $namespaceMap);
$properties = array();
$xml->read();
// </value>
$xml->read();
// </property>
$xml->read();
// next thing
// read the properties of the node. they must come first.
while (XMLReader::END_ELEMENT != $xml->nodeType && 'property' == $xml->localName) {
$xml->moveToAttributeNs('name', NamespaceRegistryInterface::NAMESPACE_SV);
$name = $xml->value;
$xml->moveToAttributeNs('type', NamespaceRegistryInterface::NAMESPACE_SV);
$type = PropertyType::valueFromName($xml->value);
if ($xml->moveToAttributeNs('multiple', NamespaceRegistryInterface::NAMESPACE_SV)) {
$multiple = strcasecmp($xml->value, 'true') === 0;
} else {
$multiple = false;
}
$values = array();
// go to the value child. if empty property, brings us to closing
// property tag. if self-closing, brings us to the next property or
// node closing tag
$xml->read();
while ('value' == $xml->localName) {
if ($xml->isEmptyElement) {
$values[] = '';
} else {
$xml->read();
if (XMLReader::END_ELEMENT == $xml->nodeType) {
// this is an empty tag
$values[] = '';
} else {
$values[] = PropertyType::BINARY == $type ? base64_decode($xml->value) : $xml->value;
$xml->read();
// consume the content
}
}
$xml->read();
// consume closing tag
}
if (!$multiple && count($values) == 1) {
$values = reset($values);
// unbox if it does not need to be multivalue
}
$name = self::cleanNamespace($name, $namespaceMap);
$properties[$name] = array('values' => $values, 'type' => $type);
/* only consume closing property, but not the next element if we
* had an empty multiple property with no value children at all
* and don't consume the closing node tag after a self-closing
* empty property
*/
if (XMLReader::END_ELEMENT == $xml->nodeType && 'property' == $xml->localName) {
$xml->read();
}
}
$node = self::addNode($parentNode, $nodename, $nodetype, $properties, $uuidBehavior);
// if there are child nodes, they all come after the properties
while (XMLReader::END_ELEMENT != $xml->nodeType && 'node' == $xml->localName) {
self::importSystemView($node, $ns, $xml, $uuidBehavior, $namespaceMap);
}
if (XMLReader::END_ELEMENT != $xml->nodeType) {
throw new InvalidSerializedDataException('Unexpected element "' . $xml->localName . '" type "' . $xml->nodeType . '" with content "' . $xml->value . '" after ' . $node->getPath());
}
$xml->read();
// </node>
}
/**
* Seperate properties array into an xml and binary data.
*
* @param array $properties
*
* @return array (
* 'stringDom' => $stringDom,
* 'numericalDom' => $numericalDom',
* 'binaryData' => streams,
* 'references' => array('type' => INT, 'values' => array(UUIDs)))
*/
private function propsToXML($properties)
{
$namespaces = array('mix' => "http://www.jcp.org/jcr/mix/1.0", 'nt' => "http://www.jcp.org/jcr/nt/1.0", 'xs' => "http://www.w3.org/2001/XMLSchema", 'jcr' => "http://www.jcp.org/jcr/1.0", 'sv' => "http://www.jcp.org/jcr/sv/1.0", 'rep' => "internal");
$doms = array('stringDom' => array(), 'numericalDom' => array());
$binaryData = $references = array();
foreach ($properties as $property) {
$targetDoms = array('stringDom');
switch ($property->getType()) {
case PropertyType::WEAKREFERENCE:
case PropertyType::REFERENCE:
$references[$property->getName()] = array('type' => $property->getType(), 'values' => $property->isMultiple() ? $property->getString() : array($property->getString()));
case PropertyType::NAME:
case PropertyType::URI:
case PropertyType::PATH:
case PropertyType::STRING:
$values = $property->getString();
break;
case PropertyType::DECIMAL:
$values = $property->getDecimal();
$targetDoms[] = 'numericalDom';
break;
case PropertyType::BOOLEAN:
$values = array_map('intval', (array) $property->getBoolean());
break;
case PropertyType::LONG:
$values = $property->getLong();
$targetDoms[] = 'numericalDom';
break;
case PropertyType::BINARY:
if ($property->isNew() || $property->isModified()) {
$values = array();
foreach ((array) $property->getValueForStorage() as $stream) {
if (null === $stream) {
$binary = '';
} else {
$binary = stream_get_contents($stream);
fclose($stream);
}
$binaryData[$property->getName()][] = $binary;
$length = strlen($binary);
$values[] = $length;
}
} else {
$values = $property->getLength();
if (!$property->isMultiple() && empty($values)) {
$values = array(0);
}
}
break;
case PropertyType::DATE:
$values = $property->getDate();
if ($values instanceof \DateTime) {
$values = array($values);
}
foreach ((array) $values as $key => $date) {
if ($date instanceof \DateTime) {
// do not modify the instance which is associated with the node.
$date = clone $date;
// normalize to UTC for storage.
$date->setTimezone(new \DateTimeZone('UTC'));
}
$values[$key] = $date;
}
$values = $this->valueConverter->convertType($values, PropertyType::STRING);
break;
case PropertyType::DOUBLE:
$values = $property->getDouble();
$targetDoms[] = 'numericalDom';
break;
default:
throw new RepositoryException('unknown type ' . $property->getType());
}
foreach ($targetDoms as $targetDom) {
$doms[$targetDom][] = array('name' => $property->getName(), 'type' => PropertyType::nameFromValue($property->getType()), 'multiple' => $property->isMultiple(), 'lengths' => (array) $property->getLength(), 'values' => $values);
}
}
$ret = array('stringDom' => null, 'numericalDom' => null, 'binaryData' => $binaryData, 'references' => $references);
foreach ($doms as $targetDom => $properties) {
$dom = new \DOMDocument('1.0', 'UTF-8');
$rootNode = $dom->createElement('sv:node');
foreach ($namespaces as $namespace => $uri) {
$rootNode->setAttribute('xmlns:' . $namespace, $uri);
}
$dom->appendChild($rootNode);
foreach ($properties as $property) {
/* @var $property Property */
$propertyNode = $dom->createElement('sv:property');
$propertyNode->setAttribute('sv:name', $property['name']);
$propertyNode->setAttribute('sv:type', $property['type']);
$propertyNode->setAttribute('sv:multi-valued', $property['multiple'] ? '1' : '0');
$lengths = (array) $property['lengths'];
foreach ((array) $property['values'] as $key => $value) {
$element = $propertyNode->appendChild($dom->createElement('sv:value'));
$element->appendChild($dom->createTextNode($value));
if (isset($lengths[$key])) {
$lengthAttribute = $dom->createAttribute('length');
$lengthAttribute->value = $lengths[$key];
$element->appendChild($lengthAttribute);
}
}
$rootNode->appendChild($propertyNode);
}
if (count($properties)) {
$ret[$targetDom] = $dom;
}
}
return $ret;
}
/**
* Internally used to set the value of the property without any notification
* of changes nor state change.
*
* @param mixed $value The value to set.
* @param int|string $type PropertyType constant
* @param boolean $constructor Whether this is called from the constructor.
*
* @see Property::setValue()
*
* @throws AccessDeniedException
* @throws ItemNotFoundException
* @throws LockException
* @throws ConstraintViolationException
* @throws RepositoryException
* @throws VersionException
* @throws InvalidArgumentException
* @throws ValueFormatException
*
* @private
*/
public function _setValue($value, $type = PropertyType::UNDEFINED, $constructor = false)
{
if (null === $value) {
$this->remove();
return;
}
if (is_string($type)) {
$type = PropertyType::valueFromName($type);
} elseif (!is_numeric($type)) {
// @codeCoverageIgnoreStart
throw new RepositoryException("INTERNAL ERROR -- No valid type specified ({$type})");
// @codeCoverageIgnoreEnd
} else {
//sanity check. this will throw InvalidArgumentException if $type is not a valid type
PropertyType::nameFromValue($type);
}
if ($constructor || $this->isNew()) {
$this->isMultiple = is_array($value);
}
if (is_array($value) && !$this->isMultiple) {
throw new ValueFormatException('Can not set a single value property (' . $this->name . ') with an array of values');
}
if ($this->isMultiple && is_scalar($value)) {
throw new ValueFormatException('Can not set a multivalue property (' . $this->name . ') with a scalar value');
}
if ($this->isMultiple) {
foreach ($value as $key => $v) {
if (null === $v) {
unset($value[$key]);
}
}
}
//TODO: check if changing type allowed.
/*
* if ($type !== null && ! canHaveType($type)) {
* throw new ConstraintViolationException("Can not set this property to type ".PropertyType::nameFromValue($type));
* }
*/
if (PropertyType::UNDEFINED === $type) {
// avoid changing type of multivalue property with empty array
if (!$this->isMultiple() || count($value) || PropertyType::UNDEFINED === $this->type) {
$type = $this->valueConverter->determineType($value);
} else {
$type = $this->type;
}
}
$targetType = $type;
/*
* TODO: find out with node type definition if the new type is allowed
if ($this->type !== $type) {
if (!canHaveType($type)) {
//convert to an allowed type
}
}
*/
if (PropertyType::BINARY !== $targetType || $constructor && $this->isNew() || !$this->isNew() && PropertyType::UNDEFINED !== $this->type && $this->type !== $targetType) {
$value = $this->valueConverter->convertType($value, $targetType, $constructor ? PropertyType::UNDEFINED : $type);
}
if (PropertyType::BINARY === $targetType) {
if ($constructor && !$this->isNew()) {
// reading a binary property from backend, we do not get the stream immediately but just the size
if (is_array($value)) {
$this->isMultiple = true;
}
$this->type = PropertyType::BINARY;
$this->length = $value;
$this->value = null;
return;
}
if (is_array($value)) {
$this->length = array();
foreach ($value as $v) {
$stat = is_resource($v) ? fstat($v) : array('size' => -1);
$this->length[] = $stat['size'];
}
} elseif (is_resource($value)) {
$stat = fstat($value);
$this->length = $stat['size'];
} else {
$this->length = -1;
}
}
$this->type = $targetType;
$this->value = $value;
}
private function renderProperties($currentNode, $table, $spacers, $filter = null)
{
$properties = (array) $currentNode->getProperties($filter ?: null);
$properties = $this->sort($properties);
try {
$primaryItem = $currentNode->getPrimaryItem();
} catch (ItemNotFoundException $e) {
$primaryItem = null;
}
$nodeType = $currentNode->getPrimaryNodeType();
$propertyDefinitions = $nodeType->getDeclaredPropertyDefinitions();
$propertyNames = array();
foreach ($propertyDefinitions as $name => $propertyDefinition) {
$propertyNames[$propertyDefinition->getName()] = $propertyDefinition;
}
$i = 0;
foreach ($properties as $name => $property) {
try {
$i++;
if (isset($propertyNames[$name])) {
unset($propertyNames[$name]);
}
$valueCell = $this->formatter->formatValue($property);
} catch (\Exception $e) {
$valueCell = '<error>' . $e->getMessage() . '</error>';
}
$table->addRow(array('<property>' . implode('', $spacers) . $name . '</property>', sprintf('<property-type>%s (%s)</property-type>', $this->formatter->getPropertyTypeName($property->getType()), implode(',', (array) $property->getLength()) ?: '0'), $valueCell));
}
if ($this->showTemplate) {
foreach ($propertyNames as $propertyName => $property) {
$table->addRow(array('<templateproperty>' . implode('', $spacers) . '@' . $propertyName . '</templateproperty>', '<property-type>' . strtoupper(PropertyType::nameFromValue($property->getRequiredType())) . '</property-type>', ''));
}
}
}
/**
* Determine PropertyType from on variable type.
*
* This is most of the remainder of ValueFactory that is still needed.
*
* - if the given $value is a Node object, type will be REFERENCE, unless
* $weak is set to true which results in WEAKREFERENCE
* - if the given $value is a DateTime object, the type will be DATE.
*
* Note that string is converted to date exactly if it matches the jcr
* formatting spec for dates (sYYYY-MM-DDThh:mm:ss.sssTZD) according to
* http://www.day.com/specs/jcr/2.0/3_Repository_Model.html#3.6.4.3%20From%20DATE%20To
*
* @param mixed $value The variable we need to know the type of
* @param boolean $weak When a Node is given as $value this can be given
* as true to create a WEAKREFERENCE.
*
* @return int One of the type constants
*
* @throws ValueFormatException if the type can not be determined
*/
public function determineType($value, $weak = false)
{
return PropertyType::determineType($value, $weak);
}