/**
* Audits the removal of a processor via deleteProcessor().
*
* @param proceedingJoinPoint join point
* @param processorId processor id
* @param processorDAO dao
* @throws Throwable ex
*/
@Around(
"within(org.apache.nifi.web.dao.ProcessorDAO+) && "
+ "execution(void deleteProcessor(java.lang.String)) && "
+ "args(processorId) && "
+ "target(processorDAO)")
public void removeProcessorAdvice(
ProceedingJoinPoint proceedingJoinPoint, String processorId, ProcessorDAO processorDAO)
throws Throwable {
// get the processor before removing it
ProcessorNode processor = processorDAO.getProcessor(processorId);
// remove the processor
proceedingJoinPoint.proceed();
// if no exceptions were thrown, add removal actions...
// audit the processor removal
final Action action = generateAuditRecord(processor, Operation.Remove);
// save the actions
if (action != null) {
saveAction(action, logger);
}
}
/**
* Audits the configuration of a single processor.
*
* @param proceedingJoinPoint join point
* @param processorDTO dto
* @param processorDAO dao
* @return node
* @throws Throwable ex
*/
@Around(
"within(org.apache.nifi.web.dao.ProcessorDAO+) && "
+ "execution(org.apache.nifi.controller.ProcessorNode updateProcessor(org.apache.nifi.web.api.dto.ProcessorDTO)) && "
+ "args(processorDTO) && "
+ "target(processorDAO)")
public ProcessorNode updateProcessorAdvice(
ProceedingJoinPoint proceedingJoinPoint, ProcessorDTO processorDTO, ProcessorDAO processorDAO)
throws Throwable {
// determine the initial values for each property/setting thats changing
ProcessorNode processor = processorDAO.getProcessor(processorDTO.getId());
final Map<String, String> values = extractConfiguredPropertyValues(processor, processorDTO);
final ScheduledState scheduledState = processor.getScheduledState();
// update the processor state
final ProcessorNode updatedProcessor = (ProcessorNode) proceedingJoinPoint.proceed();
// if no exceptions were thrown, add the processor action...
// get the updated verbose state
processor = processorDAO.getProcessor(updatedProcessor.getIdentifier());
// get the current user
NiFiUser user = NiFiUserUtils.getNiFiUser();
// ensure the user was found
if (user != null) {
// determine the updated values
Map<String, String> updatedValues = extractConfiguredPropertyValues(processor, processorDTO);
// create the processor details
FlowChangeExtensionDetails processorDetails = new FlowChangeExtensionDetails();
processorDetails.setType(processor.getProcessor().getClass().getSimpleName());
// create a processor action
Date actionTimestamp = new Date();
Collection<Action> actions = new ArrayList<>();
// go through each updated value
for (String property : updatedValues.keySet()) {
String newValue = updatedValues.get(property);
String oldValue = values.get(property);
Operation operation = null;
// determine the type of operation
if (oldValue == null || newValue == null || !newValue.equals(oldValue)) {
operation = Operation.Configure;
}
// create a configuration action accordingly
if (operation != null) {
// clear the value if this property is sensitive
final PropertyDescriptor propertyDescriptor =
processor.getProcessor().getPropertyDescriptor(property);
if (propertyDescriptor != null && propertyDescriptor.isSensitive()) {
if (newValue != null) {
newValue = "********";
}
if (oldValue != null) {
oldValue = "********";
}
} else if (ANNOTATION_DATA.equals(property)) {
if (newValue != null) {
newValue = "<annotation data not shown>";
}
if (oldValue != null) {
oldValue = "<annotation data not shown>";
}
}
final FlowChangeConfigureDetails actionDetails = new FlowChangeConfigureDetails();
actionDetails.setName(property);
actionDetails.setValue(newValue);
actionDetails.setPreviousValue(oldValue);
// create a configuration action
FlowChangeAction configurationAction = new FlowChangeAction();
configurationAction.setUserIdentity(user.getIdentity());
configurationAction.setUserName(user.getUserName());
configurationAction.setOperation(operation);
configurationAction.setTimestamp(actionTimestamp);
configurationAction.setSourceId(processor.getIdentifier());
configurationAction.setSourceName(processor.getName());
configurationAction.setSourceType(Component.Processor);
configurationAction.setComponentDetails(processorDetails);
configurationAction.setActionDetails(actionDetails);
actions.add(configurationAction);
}
}
// determine the new executing state
final ScheduledState updatedScheduledState = processor.getScheduledState();
// determine if the running state has changed and its not disabled
if (scheduledState != updatedScheduledState) {
// create a processor action
FlowChangeAction processorAction = new FlowChangeAction();
processorAction.setUserIdentity(user.getIdentity());
processorAction.setUserName(user.getUserName());
processorAction.setTimestamp(new Date());
processorAction.setSourceId(processor.getIdentifier());
processorAction.setSourceName(processor.getName());
processorAction.setSourceType(Component.Processor);
processorAction.setComponentDetails(processorDetails);
// set the operation accordingly
if (ScheduledState.RUNNING.equals(updatedScheduledState)) {
processorAction.setOperation(Operation.Start);
} else if (ScheduledState.DISABLED.equals(updatedScheduledState)) {
processorAction.setOperation(Operation.Disable);
} else {
// state is now stopped... consider the previous state
if (ScheduledState.RUNNING.equals(scheduledState)) {
processorAction.setOperation(Operation.Stop);
} else if (ScheduledState.DISABLED.equals(scheduledState)) {
processorAction.setOperation(Operation.Enable);
}
}
actions.add(processorAction);
}
// ensure there are actions to record
if (!actions.isEmpty()) {
// save the actions
saveActions(actions, logger);
}
}
return updatedProcessor;
}