Examples with ConfigurableComponent org.apache.nifi.components.ConfigurableComponent used on opensource projects

Example 16 with ConfigurableComponent

use of org.apache.nifi.components.ConfigurableComponent in project nifi by apache.

the class FingerprintFactory method addReportingTaskFingerprint.

private void addReportingTaskFingerprint(final StringBuilder builder, final ReportingTaskDTO dto) {
    builder.append(dto.getId());
    builder.append(dto.getType());
    builder.append(dto.getName());
    addBundleFingerprint(builder, dto.getBundle());
    builder.append(dto.getComments());
    builder.append(dto.getSchedulingPeriod());
    builder.append(dto.getSchedulingStrategy());
    builder.append(dto.getAnnotationData());
    // get the temp instance of the ReportingTask so that we know the default property values
    final BundleCoordinate coordinate = getCoordinate(dto.getType(), dto.getBundle());
    final ConfigurableComponent configurableComponent = ExtensionManager.getTempComponent(dto.getType(), coordinate);
    if (configurableComponent == null) {
        logger.warn("Unable to get ReportingTask of type {}; its default properties will be fingerprinted instead of being ignored.", dto.getType());
    }
    addPropertiesFingerprint(builder, configurableComponent, dto.getProperties());
}

Example 17 with ConfigurableComponent

use of org.apache.nifi.components.ConfigurableComponent in project nifi by apache.

the class ScriptedLookupService method getSupportedPropertyDescriptors.

/**
 * Returns a list of property descriptors supported by this processor. The
 * list always includes properties such as script engine name, script file
 * name, script body name, script arguments, and an external module path. If
 * the scripted processor also defines supported properties, those are added
 * to the list as well.
 *
 * @return a List of PropertyDescriptor objects supported by this processor
 */
@Override
protected List<PropertyDescriptor> getSupportedPropertyDescriptors() {
    synchronized (scriptingComponentHelper.isInitialized) {
        if (!scriptingComponentHelper.isInitialized.get()) {
            scriptingComponentHelper.createResources();
        }
    }
    List<PropertyDescriptor> supportedPropertyDescriptors = new ArrayList<>();
    supportedPropertyDescriptors.addAll(scriptingComponentHelper.getDescriptors());
    final ConfigurableComponent instance = lookupService.get();
    if (instance != null) {
        try {
            final List<PropertyDescriptor> instanceDescriptors = instance.getPropertyDescriptors();
            if (instanceDescriptors != null) {
                supportedPropertyDescriptors.addAll(instanceDescriptors);
            }
        } catch (final Throwable t) {
            final ComponentLog logger = getLogger();
            final String message = "Unable to get property descriptors from Processor: " + t;
            logger.error(message);
            if (logger.isDebugEnabled()) {
                logger.error(message, t);
            }
        }
    }
    return Collections.unmodifiableList(supportedPropertyDescriptors);
}

Example 18 with ConfigurableComponent

use of org.apache.nifi.components.ConfigurableComponent in project nifi by apache.

the class VersionsResource method initiateVersionControlUpdate.

@POST
@Consumes(MediaType.APPLICATION_JSON)
@Produces(MediaType.APPLICATION_JSON)
@Path("update-requests/process-groups/{id}")
@ApiOperation(value = "Initiate the Update Request of a Process Group with the given ID", response = VersionedFlowUpdateRequestEntity.class, notes = "For a Process Group that is already under Version Control, this will initiate the action of changing " + "from a specific version of the flow in the Flow Registry to a different version of the flow. This can be a lengthy " + "process, as it will stop any Processors and disable any Controller Services necessary to perform the action and then restart them. As a result, " + "the endpoint will immediately return a VersionedFlowUpdateRequestEntity, and the process of updating the flow will occur " + "asynchronously in the background. The client may then periodically poll the status of the request by issuing a GET request to " + "/versions/update-requests/{requestId}. Once the request is completed, the client is expected to issue a DELETE request to " + "/versions/update-requests/{requestId}. " + NON_GUARANTEED_ENDPOINT, authorizations = { @Authorization(value = "Read - /process-groups/{uuid}"), @Authorization(value = "Write - /process-groups/{uuid}"), @Authorization(value = "Read - /{component-type}/{uuid} - For all encapsulated components"), @Authorization(value = "Write - /{component-type}/{uuid} - For all encapsulated components"), @Authorization(value = "Write - if the template contains any restricted components - /restricted-components") })
@ApiResponses(value = { @ApiResponse(code = 400, message = "NiFi was unable to complete the request because it was invalid. The request should not be retried without modification."), @ApiResponse(code = 401, message = "Client could not be authenticated."), @ApiResponse(code = 403, message = "Client is not authorized to make this request."), @ApiResponse(code = 404, message = "The specified resource could not be found."), @ApiResponse(code = 409, message = "The request was valid but NiFi was not in the appropriate state to process it. Retrying the same request later may be successful.") })
public Response initiateVersionControlUpdate(@ApiParam("The process group id.") @PathParam("id") final String groupId, @ApiParam(value = "The controller service configuration details.", required = true) final VersionControlInformationEntity requestEntity) {
    // Verify the request
    final RevisionDTO revisionDto = requestEntity.getProcessGroupRevision();
    if (revisionDto == null) {
        throw new IllegalArgumentException("Process Group Revision must be specified");
    }
    final VersionControlInformationDTO requestVersionControlInfoDto = requestEntity.getVersionControlInformation();
    if (requestVersionControlInfoDto == null) {
        throw new IllegalArgumentException("Version Control Information must be supplied.");
    }
    if (requestVersionControlInfoDto.getGroupId() == null) {
        throw new IllegalArgumentException("The Process Group ID must be supplied.");
    }
    if (!requestVersionControlInfoDto.getGroupId().equals(groupId)) {
        throw new IllegalArgumentException("The Process Group ID in the request body does not match the Process Group ID of the requested resource.");
    }
    if (requestVersionControlInfoDto.getBucketId() == null) {
        throw new IllegalArgumentException("The Bucket ID must be supplied.");
    }
    if (requestVersionControlInfoDto.getFlowId() == null) {
        throw new IllegalArgumentException("The Flow ID must be supplied.");
    }
    if (requestVersionControlInfoDto.getRegistryId() == null) {
        throw new IllegalArgumentException("The Registry ID must be supplied.");
    }
    if (requestVersionControlInfoDto.getVersion() == null) {
        throw new IllegalArgumentException("The Version of the flow must be supplied.");
    }
    // We will perform the updating of the Versioned Flow in a background thread because it can be a long-running process.
    // In order to do this, we will need some parameters that are only available as Thread-Local variables to the current
    // thread, so we will gather the values for these parameters up front.
    final boolean replicateRequest = isReplicateRequest();
    final ComponentLifecycle componentLifecycle = replicateRequest ? clusterComponentLifecycle : localComponentLifecycle;
    final NiFiUser user = NiFiUserUtils.getNiFiUser();
    // Workflow for this process:
    // 0. Obtain the versioned flow snapshot to use for the update
    // a. Contact registry to download the desired version.
    // b. Get Variable Registry of this Process Group and all ancestor groups
    // c. Perform diff to find any new variables
    // d. Get Variable Registry of any child Process Group in the versioned flow
    // e. Perform diff to find any new variables
    // f. Prompt user to fill in values for all new variables
    // 1. Determine which components would be affected (and are enabled/running)
    // a. Component itself is modified in some way, other than position changing.
    // b. Source and Destination of any Connection that is modified.
    // c. Any Processor or Controller Service that references a Controller Service that is modified.
    // 2. Verify READ and WRITE permissions for user, for every component.
    // 3. Verify that all components in the snapshot exist on all nodes (i.e., the NAR exists)?
    // 4. Verify that Process Group is already under version control. If not, must start Version Control instead of updateFlow
    // 5. Verify that Process Group is not 'dirty'.
    // 6. Stop all Processors, Funnels, Ports that are affected.
    // 7. Wait for all of the components to finish stopping.
    // 8. Disable all Controller Services that are affected.
    // 9. Wait for all Controller Services to finish disabling.
    // 10. Ensure that if any connection was deleted, that it has no data in it. Ensure that no Input Port
    // was removed, unless it currently has no incoming connections. Ensure that no Output Port was removed,
    // unless it currently has no outgoing connections. Checking ports & connections could be done before
    // stopping everything, but removal of Connections cannot.
    // 11. Update variable registry to include new variables
    // (only new variables so don't have to worry about affected components? Or do we need to in case a processor
    // is already referencing the variable? In which case we need to include the affected components above in the
    // Set of affected components before stopping/disabling.).
    // 12. Update components in the Process Group; update Version Control Information.
    // 13. Re-Enable all affected Controller Services that were not removed.
    // 14. Re-Start all Processors, Funnels, Ports that are affected and not removed.
    // Step 0: Get the Versioned Flow Snapshot from the Flow Registry
    final VersionedFlowSnapshot flowSnapshot = serviceFacade.getVersionedFlowSnapshot(requestEntity.getVersionControlInformation(), true);
    // The flow in the registry may not contain the same versions of components that we have in our flow. As a result, we need to update
    // the flow snapshot to contain compatible bundles.
    BundleUtils.discoverCompatibleBundles(flowSnapshot.getFlowContents());
    // Step 1: Determine which components will be affected by updating the version
    final Set<AffectedComponentEntity> affectedComponents = serviceFacade.getComponentsAffectedByVersionChange(groupId, flowSnapshot, user);
    // build a request wrapper
    final InitiateChangeFlowVersionRequestWrapper requestWrapper = new InitiateChangeFlowVersionRequestWrapper(requestEntity, componentLifecycle, getAbsolutePath(), affectedComponents, replicateRequest, flowSnapshot);
    final Revision requestRevision = getRevision(requestEntity.getProcessGroupRevision(), groupId);
    return withWriteLock(serviceFacade, requestWrapper, requestRevision, lookup -> {
        // Step 2: Verify READ and WRITE permissions for user, for every component.
        final ProcessGroupAuthorizable groupAuthorizable = lookup.getProcessGroup(groupId);
        authorizeProcessGroup(groupAuthorizable, authorizer, lookup, RequestAction.READ, true, false, true, true);
        authorizeProcessGroup(groupAuthorizable, authorizer, lookup, RequestAction.WRITE, true, false, true, true);
        final VersionedProcessGroup groupContents = flowSnapshot.getFlowContents();
        final Set<ConfigurableComponent> restrictedComponents = FlowRegistryUtils.getRestrictedComponents(groupContents);
        restrictedComponents.forEach(restrictedComponent -> {
            final ComponentAuthorizable restrictedComponentAuthorizable = lookup.getConfigurableComponent(restrictedComponent);
            authorizeRestrictions(authorizer, restrictedComponentAuthorizable);
        });
    }, () -> {
        // Step 3: Verify that all components in the snapshot exist on all nodes
        // Step 4: Verify that Process Group is already under version control. If not, must start Version Control instead of updating flow
        // Step 5: Verify that Process Group is not 'dirty'
        serviceFacade.verifyCanUpdate(groupId, flowSnapshot, false, true);
    }, (revision, wrapper) -> {
        final String idGenerationSeed = getIdGenerationSeed().orElse(null);
        // Create an asynchronous request that will occur in the background, because this request may
        // result in stopping components, which can take an indeterminate amount of time.
        final String requestId = UUID.randomUUID().toString();
        final AsynchronousWebRequest<VersionControlInformationEntity> request = new StandardAsynchronousWebRequest<>(requestId, groupId, user, "Stopping Affected Processors");
        // Submit the request to be performed in the background
        final Consumer<AsynchronousWebRequest<VersionControlInformationEntity>> updateTask = vcur -> {
            try {
                final VersionControlInformationEntity updatedVersionControlEntity = updateFlowVersion(groupId, wrapper.getComponentLifecycle(), wrapper.getExampleUri(), wrapper.getAffectedComponents(), user, wrapper.isReplicateRequest(), revision, wrapper.getVersionControlInformationEntity(), wrapper.getFlowSnapshot(), request, idGenerationSeed, true, true);
                vcur.markComplete(updatedVersionControlEntity);
            } catch (final ResumeFlowException rfe) {
                // Treat ResumeFlowException differently because we don't want to include a message that we couldn't update the flow
                // since in this case the flow was successfully updated - we just couldn't re-enable the components.
                logger.error(rfe.getMessage(), rfe);
                vcur.setFailureReason(rfe.getMessage());
            } catch (final Exception e) {
                logger.error("Failed to update flow to new version", e);
                vcur.setFailureReason("Failed to update flow to new version due to " + e);
            }
        };
        requestManager.submitRequest("update-requests", requestId, request, updateTask);
        // Generate the response.
        final VersionedFlowUpdateRequestDTO updateRequestDto = new VersionedFlowUpdateRequestDTO();
        updateRequestDto.setComplete(request.isComplete());
        updateRequestDto.setFailureReason(request.getFailureReason());
        updateRequestDto.setLastUpdated(request.getLastUpdated());
        updateRequestDto.setProcessGroupId(groupId);
        updateRequestDto.setRequestId(requestId);
        updateRequestDto.setUri(generateResourceUri("versions", "update-requests", requestId));
        updateRequestDto.setPercentCompleted(request.getPercentComplete());
        updateRequestDto.setState(request.getState());
        final VersionedFlowUpdateRequestEntity updateRequestEntity = new VersionedFlowUpdateRequestEntity();
        final RevisionDTO groupRevision = serviceFacade.getProcessGroup(groupId).getRevision();
        updateRequestEntity.setProcessGroupRevision(groupRevision);
        updateRequestEntity.setRequest(updateRequestDto);
        return generateOkResponse(updateRequestEntity).build();
    });
}

Example 19 with ConfigurableComponent

use of org.apache.nifi.components.ConfigurableComponent in project nifi by apache.

the class VersionsResource method initiateRevertFlowVersion.

@POST
@Consumes(MediaType.APPLICATION_JSON)
@Produces(MediaType.APPLICATION_JSON)
@Path("revert-requests/process-groups/{id}")
@ApiOperation(value = "Initiate the Revert Request of a Process Group with the given ID", response = VersionedFlowUpdateRequestEntity.class, notes = "For a Process Group that is already under Version Control, this will initiate the action of reverting " + "any local changes that have been made to the Process Group since it was last synchronized with the Flow Registry. This will result in the " + "flow matching the Versioned Flow that exists in the Flow Registry. This can be a lengthy " + "process, as it will stop any Processors and disable any Controller Services necessary to perform the action and then restart them. As a result, " + "the endpoint will immediately return a VersionedFlowUpdateRequestEntity, and the process of updating the flow will occur " + "asynchronously in the background. The client may then periodically poll the status of the request by issuing a GET request to " + "/versions/revert-requests/{requestId}. Once the request is completed, the client is expected to issue a DELETE request to " + "/versions/revert-requests/{requestId}. " + NON_GUARANTEED_ENDPOINT, authorizations = { @Authorization(value = "Read - /process-groups/{uuid}"), @Authorization(value = "Write - /process-groups/{uuid}"), @Authorization(value = "Read - /{component-type}/{uuid} - For all encapsulated components"), @Authorization(value = "Write - /{component-type}/{uuid} - For all encapsulated components"), @Authorization(value = "Write - if the template contains any restricted components - /restricted-components") })
@ApiResponses(value = { @ApiResponse(code = 400, message = "NiFi was unable to complete the request because it was invalid. The request should not be retried without modification."), @ApiResponse(code = 401, message = "Client could not be authenticated."), @ApiResponse(code = 403, message = "Client is not authorized to make this request."), @ApiResponse(code = 404, message = "The specified resource could not be found."), @ApiResponse(code = 409, message = "The request was valid but NiFi was not in the appropriate state to process it. Retrying the same request later may be successful.") })
public Response initiateRevertFlowVersion(@ApiParam("The process group id.") @PathParam("id") final String groupId, @ApiParam(value = "The controller service configuration details.", required = true) final VersionControlInformationEntity requestEntity) throws IOException {
    // Verify the request
    final RevisionDTO revisionDto = requestEntity.getProcessGroupRevision();
    if (revisionDto == null) {
        throw new IllegalArgumentException("Process Group Revision must be specified");
    }
    final VersionControlInformationDTO requestVersionControlInfoDto = requestEntity.getVersionControlInformation();
    if (requestVersionControlInfoDto == null) {
        throw new IllegalArgumentException("Version Control Information must be supplied.");
    }
    if (requestVersionControlInfoDto.getGroupId() == null) {
        throw new IllegalArgumentException("The Process Group ID must be supplied.");
    }
    if (!requestVersionControlInfoDto.getGroupId().equals(groupId)) {
        throw new IllegalArgumentException("The Process Group ID in the request body does not match the Process Group ID of the requested resource.");
    }
    if (requestVersionControlInfoDto.getBucketId() == null) {
        throw new IllegalArgumentException("The Bucket ID must be supplied.");
    }
    if (requestVersionControlInfoDto.getFlowId() == null) {
        throw new IllegalArgumentException("The Flow ID must be supplied.");
    }
    if (requestVersionControlInfoDto.getRegistryId() == null) {
        throw new IllegalArgumentException("The Registry ID must be supplied.");
    }
    if (requestVersionControlInfoDto.getVersion() == null) {
        throw new IllegalArgumentException("The Version of the flow must be supplied.");
    }
    // We will perform the updating of the Versioned Flow in a background thread because it can be a long-running process.
    // In order to do this, we will need some parameters that are only available as Thread-Local variables to the current
    // thread, so we will gather the values for these parameters up front.
    final boolean replicateRequest = isReplicateRequest();
    final ComponentLifecycle componentLifecycle = replicateRequest ? clusterComponentLifecycle : localComponentLifecycle;
    final NiFiUser user = NiFiUserUtils.getNiFiUser();
    // Step 0: Get the Versioned Flow Snapshot from the Flow Registry
    final VersionedFlowSnapshot flowSnapshot = serviceFacade.getVersionedFlowSnapshot(requestEntity.getVersionControlInformation(), true);
    // The flow in the registry may not contain the same versions of components that we have in our flow. As a result, we need to update
    // the flow snapshot to contain compatible bundles.
    BundleUtils.discoverCompatibleBundles(flowSnapshot.getFlowContents());
    // Step 1: Determine which components will be affected by updating the version
    final Set<AffectedComponentEntity> affectedComponents = serviceFacade.getComponentsAffectedByVersionChange(groupId, flowSnapshot, user);
    // build a request wrapper
    final InitiateChangeFlowVersionRequestWrapper requestWrapper = new InitiateChangeFlowVersionRequestWrapper(requestEntity, componentLifecycle, getAbsolutePath(), affectedComponents, replicateRequest, flowSnapshot);
    final Revision requestRevision = getRevision(requestEntity.getProcessGroupRevision(), groupId);
    return withWriteLock(serviceFacade, requestWrapper, requestRevision, lookup -> {
        // Step 2: Verify READ and WRITE permissions for user, for every component.
        final ProcessGroupAuthorizable groupAuthorizable = lookup.getProcessGroup(groupId);
        authorizeProcessGroup(groupAuthorizable, authorizer, lookup, RequestAction.READ, true, false, true, true);
        authorizeProcessGroup(groupAuthorizable, authorizer, lookup, RequestAction.WRITE, true, false, true, true);
        final VersionedProcessGroup groupContents = flowSnapshot.getFlowContents();
        final Set<ConfigurableComponent> restrictedComponents = FlowRegistryUtils.getRestrictedComponents(groupContents);
        restrictedComponents.forEach(restrictedComponent -> {
            final ComponentAuthorizable restrictedComponentAuthorizable = lookup.getConfigurableComponent(restrictedComponent);
            authorizeRestrictions(authorizer, restrictedComponentAuthorizable);
        });
    }, () -> {
        // Step 3: Verify that all components in the snapshot exist on all nodes
        // Step 4: Verify that Process Group is already under version control. If not, must start Version Control instead of updating flow
        serviceFacade.verifyCanRevertLocalModifications(groupId, flowSnapshot);
    }, (revision, wrapper) -> {
        final VersionControlInformationEntity versionControlInformationEntity = wrapper.getVersionControlInformationEntity();
        final VersionControlInformationDTO versionControlInformationDTO = versionControlInformationEntity.getVersionControlInformation();
        // Ensure that the information passed in is correct
        final VersionControlInformationEntity currentVersionEntity = serviceFacade.getVersionControlInformation(groupId);
        if (currentVersionEntity == null) {
            throw new IllegalStateException("Process Group cannot be reverted to the previous version of the flow because Process Group is not under Version Control.");
        }
        final VersionControlInformationDTO currentVersion = currentVersionEntity.getVersionControlInformation();
        if (!currentVersion.getBucketId().equals(versionControlInformationDTO.getBucketId())) {
            throw new IllegalArgumentException("The Version Control Information provided does not match the flow that the Process Group is currently synchronized with.");
        }
        if (!currentVersion.getFlowId().equals(versionControlInformationDTO.getFlowId())) {
            throw new IllegalArgumentException("The Version Control Information provided does not match the flow that the Process Group is currently synchronized with.");
        }
        if (!currentVersion.getRegistryId().equals(versionControlInformationDTO.getRegistryId())) {
            throw new IllegalArgumentException("The Version Control Information provided does not match the flow that the Process Group is currently synchronized with.");
        }
        if (!currentVersion.getVersion().equals(versionControlInformationDTO.getVersion())) {
            throw new IllegalArgumentException("The Version Control Information provided does not match the flow that the Process Group is currently synchronized with.");
        }
        final String idGenerationSeed = getIdGenerationSeed().orElse(null);
        // Create an asynchronous request that will occur in the background, because this request may
        // result in stopping components, which can take an indeterminate amount of time.
        final String requestId = UUID.randomUUID().toString();
        final AsynchronousWebRequest<VersionControlInformationEntity> request = new StandardAsynchronousWebRequest<>(requestId, groupId, user, "Stopping Affected Processors");
        // Submit the request to be performed in the background
        final Consumer<AsynchronousWebRequest<VersionControlInformationEntity>> updateTask = vcur -> {
            try {
                final VersionControlInformationEntity updatedVersionControlEntity = updateFlowVersion(groupId, wrapper.getComponentLifecycle(), wrapper.getExampleUri(), wrapper.getAffectedComponents(), user, wrapper.isReplicateRequest(), revision, versionControlInformationEntity, wrapper.getFlowSnapshot(), request, idGenerationSeed, false, true);
                vcur.markComplete(updatedVersionControlEntity);
            } catch (final ResumeFlowException rfe) {
                // Treat ResumeFlowException differently because we don't want to include a message that we couldn't update the flow
                // since in this case the flow was successfully updated - we just couldn't re-enable the components.
                logger.error(rfe.getMessage(), rfe);
                vcur.setFailureReason(rfe.getMessage());
            } catch (final Exception e) {
                logger.error("Failed to update flow to new version", e);
                vcur.setFailureReason("Failed to update flow to new version due to " + e.getMessage());
            }
        };
        requestManager.submitRequest("revert-requests", requestId, request, updateTask);
        // Generate the response.
        final VersionedFlowUpdateRequestDTO updateRequestDto = new VersionedFlowUpdateRequestDTO();
        updateRequestDto.setComplete(request.isComplete());
        updateRequestDto.setFailureReason(request.getFailureReason());
        updateRequestDto.setLastUpdated(request.getLastUpdated());
        updateRequestDto.setProcessGroupId(groupId);
        updateRequestDto.setRequestId(requestId);
        updateRequestDto.setState(request.getState());
        updateRequestDto.setPercentCompleted(request.getPercentComplete());
        updateRequestDto.setUri(generateResourceUri("versions", "revert-requests", requestId));
        final VersionedFlowUpdateRequestEntity updateRequestEntity = new VersionedFlowUpdateRequestEntity();
        final RevisionDTO groupRevision = serviceFacade.getProcessGroup(groupId).getRevision();
        updateRequestEntity.setProcessGroupRevision(groupRevision);
        updateRequestEntity.setRequest(updateRequestDto);
        return generateOkResponse(updateRequestEntity).build();
    });
}

Example 20 with ConfigurableComponent

use of org.apache.nifi.components.ConfigurableComponent in project nifi by apache.

the class StandardReportingTaskDAO method updateBundle.

private void updateBundle(ReportingTaskNode reportingTask, ReportingTaskDTO reportingTaskDTO) {
    final BundleDTO bundleDTO = reportingTaskDTO.getBundle();
    if (bundleDTO != null) {
        final BundleCoordinate incomingCoordinate = BundleUtils.getBundle(reportingTask.getCanonicalClassName(), bundleDTO);
        final BundleCoordinate existingCoordinate = reportingTask.getBundleCoordinate();
        if (!existingCoordinate.getCoordinate().equals(incomingCoordinate.getCoordinate())) {
            try {
                // we need to use the property descriptors from the temp component here in case we are changing from a ghost component to a real component
                final ConfigurableComponent tempComponent = ExtensionManager.getTempComponent(reportingTask.getCanonicalClassName(), incomingCoordinate);
                final Set<URL> additionalUrls = reportingTask.getAdditionalClasspathResources(tempComponent.getPropertyDescriptors());
                reloadComponent.reload(reportingTask, reportingTask.getCanonicalClassName(), incomingCoordinate, additionalUrls);
            } catch (ReportingTaskInstantiationException e) {
                throw new NiFiCoreException(String.format("Unable to update reporting task %s from %s to %s due to: %s", reportingTaskDTO.getId(), reportingTask.getBundleCoordinate().getCoordinate(), incomingCoordinate.getCoordinate(), e.getMessage()), e);
            }
        }
    }
}