private void sendRejectedPrognosisResponse(Prognosis prognosis, String errorMessage) {
PrognosisResponse prognosisResponse =
createRejectedPrognosisResponse(
prognosis.getMessageMetadata().getConversationID(),
prognosis.getMessageMetadata().getSenderDomain(),
prognosis.getSequence(),
errorMessage);
putMessageIntoOutgoingQueue(prognosisResponse);
}
/**
* Sends the prognosis response XML to AGR.
*
* @param prognosis
* @param errorMessage
*/
public void sendPrognosisResponse(Prognosis prognosis, String errorMessage) {
PrognosisResponse prognosisResponse =
createPrognosisResponse(
prognosis.getCongestionPoint(),
prognosis.getMessageMetadata().getConversationID(),
prognosis.getMessageMetadata().getSenderDomain(),
errorMessage);
prognosisResponse.setPrognosisSequence(prognosis.getSequence());
putMessageIntoOutgoingQueue(prognosisResponse);
}
/** {@inheritDoc} */
public void action(Prognosis prognosis, Message savedMessage) throws BusinessException {
LOGGER.info("Prognosis received");
String entityAddress = prognosis.getCongestionPoint();
String errorMessage = null;
try {
corePlanboardValidatorService.validatePTUDuration(prognosis.getPTUDuration());
corePlanboardValidatorService.validateTimezone(prognosis.getTimeZone());
dsoPlanboardValidatorService.validatePtus(prognosis.getPTU());
dsoPlanboardValidatorService.validateCongestionPoint(entityAddress);
dsoPlanboardValidatorService.validateAggregator(
prognosis.getMessageMetadata().getSenderDomain(), entityAddress, prognosis.getPeriod());
dsoPlanboardValidatorService.validatePeriod(prognosis.getPeriod());
dsoPlanboardValidatorService.validatePrognosisSequenceNumber(prognosis);
} catch (BusinessValidationException e) {
errorMessage = e.getBusinessError().getError();
LOGGER.debug(errorMessage, e);
}
sendPrognosisResponse(prognosis, errorMessage);
if (errorMessage != null) {
return;
}
coordinator.invokeWorkflow(prognosis, savedMessage);
}
/** {@inheritDoc} */
public void action(Prognosis aPlan, Message savedMessage) throws BusinessException {
LOGGER.info(
"A-Plan received for date {} with {} PTUs", aPlan.getPeriod(), aPlan.getPTU().size());
String usefIdentifier = aPlan.getMessageMetadata().getSenderDomain();
// Normalizing PTU list.
List<PTU> normalizedPtus = PtuListConverter.normalize(aPlan.getPTU());
aPlan.getPTU().clear();
aPlan.getPTU().addAll(normalizedPtus);
try {
corePlanboardValidatorService.validatePTUDuration(aPlan.getPTUDuration());
corePlanboardValidatorService.validateTimezone(aPlan.getTimeZone());
brpPlanboardValidatorService.validatePlanboardHasBeenInitialized(
aPlan.getPeriod(), aPlan.getPTU());
brpPlanboardValidatorService.validatePtus(aPlan.getPTU());
brpPlanboardValidatorService.validatePeriod(aPlan.getPeriod());
brpPlanboardValidatorService.validateAPlanSequenceNumber(aPlan);
brpPlanboardValidatorService.validateAPlanConnectionGroup(aPlan.getPeriod(), usefIdentifier);
} catch (BusinessValidationException e) {
LOGGER.warn(e.getMessage(), e);
sendRejectedPrognosisResponse(aPlan, e.getMessage());
return;
}
// Archive previously received A-Plans first.
corePlanboardBusinessService.archiveAPlans(usefIdentifier, aPlan.getPeriod());
// Store the received A-Plan in the Planboard. No prognosis response is sent at this moment.
corePlanboardBusinessService.storePrognosis(
usefIdentifier,
aPlan,
DocumentType.A_PLAN,
DocumentStatus.RECEIVED,
usefIdentifier,
savedMessage,
false);
receivedAPlanEventManager.fire(new ReceivedAPlanEvent(aPlan.getPeriod()));
}
