Returns the implementation class name for the specified object
| public getClassNameByObjectName ( string $objectName ) : string | ||
| $objectName | string | The object name |
| 리턴 | string | The class name corresponding to the given object name or FALSE if no such object is registered |
/**
* Matches a \Neos\Flow\Mvc\RequestInterface against the configured CSRF pattern rules and
* searches for invalid csrf tokens. If this returns TRUE, the request is invalid!
*
* @param RequestInterface $request The request that should be matched
* @return boolean TRUE if the pattern matched, FALSE otherwise
* @throws AuthenticationRequiredException
*/
public function matchRequest(RequestInterface $request)
{
if (!$request instanceof ActionRequest || $request->getHttpRequest()->isMethodSafe()) {
$this->systemLogger->log('CSRF: No token required, safe request', LOG_DEBUG);
return false;
}
if ($this->authenticationManager->isAuthenticated() === false) {
$this->systemLogger->log('CSRF: No token required, not authenticated', LOG_DEBUG);
return false;
}
if ($this->securityContext->areAuthorizationChecksDisabled() === true) {
$this->systemLogger->log('CSRF: No token required, authorization checks are disabled', LOG_DEBUG);
return false;
}
$controllerClassName = $this->objectManager->getClassNameByObjectName($request->getControllerObjectName());
$actionMethodName = $request->getControllerActionName() . 'Action';
if (!$this->hasPolicyEntryForMethod($controllerClassName, $actionMethodName)) {
$this->systemLogger->log(sprintf('CSRF: No token required, method %s::%s() is not restricted by a policy.', $controllerClassName, $actionMethodName), LOG_DEBUG);
return false;
}
if ($this->reflectionService->isMethodTaggedWith($controllerClassName, $actionMethodName, 'skipcsrfprotection')) {
$this->systemLogger->log(sprintf('CSRF: No token required, method %s::%s() is tagged with a "skipcsrfprotection" annotation', $controllerClassName, $actionMethodName), LOG_DEBUG);
return false;
}
$httpRequest = $request->getHttpRequest();
if ($httpRequest->hasHeader('X-Flow-Csrftoken')) {
$csrfToken = $httpRequest->getHeader('X-Flow-Csrftoken');
} else {
$internalArguments = $request->getMainRequest()->getInternalArguments();
$csrfToken = isset($internalArguments['__csrfToken']) ? $internalArguments['__csrfToken'] : null;
}
if (empty($csrfToken)) {
$this->systemLogger->log(sprintf('CSRF: token was empty but a valid token is required for %s::%s()', $controllerClassName, $actionMethodName), LOG_DEBUG);
return true;
}
if (!$this->securityContext->hasCsrfProtectionTokens()) {
throw new AuthenticationRequiredException(sprintf('CSRF: No CSRF tokens in security context, possible session timeout. A valid token is required for %s::%s()', $controllerClassName, $actionMethodName), 1317309673);
}
if ($this->securityContext->isCsrfProtectionTokenValid($csrfToken) === false) {
$this->systemLogger->log(sprintf('CSRF: token was invalid but a valid token is required for %s::%s()', $controllerClassName, $actionMethodName), LOG_DEBUG);
return true;
}
$this->systemLogger->log(sprintf('CSRF: Successfully verified token for %s::%s()', $controllerClassName, $actionMethodName), LOG_DEBUG);
return false;
}
/**
* Creates a node from the given NodeData container.
*
* If this factory has previously created a Node for the given $node and it's dimensions,
* it will return the same node again.
*
* @param NodeData $nodeData
* @param Context $context
* @return NodeInterface
* @throws NodeConfigurationException if a configured 'class' for a Node does not exist or does not inherit NodeInterface
*/
public function createFromNodeData(NodeData $nodeData, Context $context)
{
if ($nodeData->isInternal()) {
return null;
}
$internalNodeIdentifier = $nodeData->getIdentifier() . spl_object_hash($context);
// In case there is a Node with an internal NodeData (because the NodeData was changed in the meantime) we need to flush it.
if (isset($this->nodes[$internalNodeIdentifier]) && $this->nodes[$internalNodeIdentifier]->getNodeData()->isInternal()) {
unset($this->nodes[$internalNodeIdentifier]);
}
if (!isset($this->nodes[$internalNodeIdentifier])) {
// Warning: Alternative node implementations are considered internal for now, feature can change or be removed anytime. We want to be sure it works well and makes sense before declaring it public.
$class = $nodeData->getNodeType()->getConfiguration('class') ?: $this->objectManager->getClassNameByObjectName(NodeInterface::class);
if (!in_array($class, static::getNodeInterfaceImplementations($this->objectManager))) {
throw new NodeConfigurationException('The configured implementation class name "' . $class . '" for NodeType "' . $nodeData->getNodeType() . '" does not inherit from ' . NodeInterface::class . '.', 1406884014);
}
$this->nodes[$internalNodeIdentifier] = new $class($nodeData, $context);
}
$node = $this->nodes[$internalNodeIdentifier];
return $this->filterNodeByContext($node, $context);
}
/**
* Returns the name of the action the controller is supposed to execute.
*
* @return string Action name
* @api
*/
public function getControllerActionName()
{
$controllerObjectName = $this->getControllerObjectName();
if ($controllerObjectName !== '' && $this->controllerActionName === strtolower($this->controllerActionName)) {
$controllerClassName = $this->objectManager->getClassNameByObjectName($controllerObjectName);
$lowercaseActionMethodName = strtolower($this->controllerActionName) . 'action';
foreach (get_class_methods($controllerClassName) as $existingMethodName) {
if (strtolower($existingMethodName) === $lowercaseActionMethodName) {
$this->controllerActionName = substr($existingMethodName, 0, -6);
break;
}
}
}
return $this->controllerActionName;
}
/**
* Reconstitutes an object from a serialized object without calling the constructor.
*
* @param string $objectHash Identifier of the serialized object
* @param array $objectData The object data array
* @return object
*/
protected function reconstituteObject($objectHash, array $objectData)
{
if (isset($this->reconstitutedObjects[$objectHash])) {
return $this->reconstitutedObjects[$objectHash];
}
$className = $this->objectManager->getClassNameByObjectName($objectData[self::CLASSNAME]);
$object = unserialize('O:' . strlen($className) . ':"' . $className . '":0:{};');
$this->reconstitutedObjects[$objectHash] = $object;
foreach ($objectData[self::PROPERTIES] as $propertyName => $propertyData) {
switch ($propertyData[self::TYPE]) {
case 'simple':
$propertyValue = $propertyData[self::VALUE];
break;
case 'array':
$propertyValue = $this->reconstituteArray($propertyData[self::VALUE]);
break;
case 'Collection':
$propertyValue = $this->reconstituteCollection($propertyData[self::CLASSNAME], $propertyData[self::VALUE]);
break;
case 'ArrayObject':
$propertyValue = new \ArrayObject($this->reconstituteArray($propertyData[self::VALUE]));
break;
case 'object':
$propertyValue = $this->reconstituteObject($propertyData[self::VALUE], $this->objectsAsArray[$propertyData[self::VALUE]]);
break;
case 'SplObjectStorage':
$propertyValue = $this->reconstituteSplObjectStorage($propertyData[self::VALUE]);
break;
case 'persistenceObject':
list($propertyClassName, $propertyUuid) = explode(':', $propertyData[self::VALUE]);
$propertyValue = $this->reconstitutePersistenceObject($propertyClassName, $propertyUuid);
break;
}
$reflectionProperty = new \ReflectionProperty(get_class($object), $propertyName);
$reflectionProperty->setAccessible(true);
$reflectionProperty->setValue($object, $propertyValue);
}
return $object;
}
/**
* Dispatches a signal by calling the registered Slot methods
*
* @param string $signalClassName Name of the class containing the signal
* @param string $signalName Name of the signal
* @param array $signalArguments arguments passed to the signal method
* @return void
* @throws Exception\InvalidSlotException if the slot is not valid
* @api
*/
public function dispatch($signalClassName, $signalName, array $signalArguments = [])
{
if (!isset($this->slots[$signalClassName][$signalName])) {
return;
}
foreach ($this->slots[$signalClassName][$signalName] as $slotInformation) {
if (isset($slotInformation['object'])) {
$object = $slotInformation['object'];
} elseif (substr($slotInformation['method'], 0, 2) === '::') {
if (!isset($this->objectManager)) {
if (is_callable($slotInformation['class'] . $slotInformation['method'])) {
$object = $slotInformation['class'];
} else {
throw new Exception\InvalidSlotException(sprintf('Cannot dispatch %s::%s to class %s. The object manager is not yet available in the Signal Slot Dispatcher and therefore it cannot dispatch classes.', $signalClassName, $signalName, $slotInformation['class']), 1298113624);
}
} else {
$object = $this->objectManager->getClassNameByObjectName($slotInformation['class']);
}
$slotInformation['method'] = substr($slotInformation['method'], 2);
} else {
if (!isset($this->objectManager)) {
throw new Exception\InvalidSlotException(sprintf('Cannot dispatch %s::%s to class %s. The object manager is not yet available in the Signal Slot Dispatcher and therefore it cannot dispatch classes.', $signalClassName, $signalName, $slotInformation['class']), 1298113624);
}
if (!$this->objectManager->isRegistered($slotInformation['class'])) {
throw new Exception\InvalidSlotException('The given class "' . $slotInformation['class'] . '" is not a registered object.', 1245673367);
}
$object = $this->objectManager->get($slotInformation['class']);
}
if ($slotInformation['passSignalInformation'] === true) {
$signalArguments[] = $signalClassName . '::' . $signalName;
}
if (!method_exists($object, $slotInformation['method'])) {
throw new Exception\InvalidSlotException('The slot method ' . get_class($object) . '->' . $slotInformation['method'] . '() does not exist.', 1245673368);
}
call_user_func_array([$object, $slotInformation['method']], $signalArguments);
}
}
/**
* Builds a new instance of $objectType with the given $possibleConstructorArgumentValues.
* If constructor argument values are missing from the given array the method looks for a
* default value in the constructor signature.
*
* Furthermore, the constructor arguments are removed from $possibleConstructorArgumentValues
*
* @param array &$possibleConstructorArgumentValues
* @param string $objectType
* @return object The created instance
* @throws InvalidTargetException if a required constructor argument is missing
*/
protected function buildObject(array &$possibleConstructorArgumentValues, $objectType)
{
$constructorArguments = [];
$className = $this->objectManager->getClassNameByObjectName($objectType);
$constructorSignature = $this->getConstructorArgumentsForClass($className);
if (count($constructorSignature)) {
foreach ($constructorSignature as $constructorArgumentName => $constructorArgumentReflection) {
if (array_key_exists($constructorArgumentName, $possibleConstructorArgumentValues)) {
$constructorArguments[] = $possibleConstructorArgumentValues[$constructorArgumentName];
unset($possibleConstructorArgumentValues[$constructorArgumentName]);
} elseif ($constructorArgumentReflection['optional'] === true) {
$constructorArguments[] = $constructorArgumentReflection['defaultValue'];
} elseif ($this->objectManager->isRegistered($constructorArgumentReflection['type']) && $this->objectManager->getScope($constructorArgumentReflection['type']) === Configuration::SCOPE_SINGLETON) {
$constructorArguments[] = $this->objectManager->get($constructorArgumentReflection['type']);
} else {
throw new InvalidTargetException('Missing constructor argument "' . $constructorArgumentName . '" for object of type "' . $objectType . '".', 1268734872);
}
}
$classReflection = new \ReflectionClass($className);
return $classReflection->newInstanceArgs($constructorArguments);
} else {
return new $className();
}
}
