@Test
public void existingNotStartedBusinessProcessShouldPickUpLatestProcessDefinition()
throws InterruptedException {
final ActionsJournal journal = Registry.getApplicationContext().getBean(ActionsJournal.class);
final DynamicProcessDefinitionModel initialProcessDefinition = givenInitialProcessDefinition();
final BusinessProcessModel businessProcess =
businessProcessService.createProcess(TEST_PROCESS_CODE, TEST_DEFINITION_CODE);
givenUpdatedProcessDefinitionOf(initialProcessDefinition);
businessProcessService.startProcess(businessProcess);
waitFor(businessProcess);
assertThat(businessProcess.getProcessDefinitionName()).isEqualTo(TEST_DEFINITION_CODE);
assertThat(businessProcess.getProcessDefinitionVersion())
.isNotNull()
.isEqualTo(Long.toString(1L));
journal.verify(businessProcess.getCode(), PROCEDURAL_ACTION_ID, UPDATED_NUMBER_OF_NODES);
}
@Test
public void runningBusinessProcessShouldFinishWithOldProcessDefinition()
throws InterruptedException {
final ActionsJournal journal = Registry.getApplicationContext().getBean(ActionsJournal.class);
final DynamicProcessDefinitionModel initialProcessDefinition = givenInitialProcessDefinition();
final BusinessProcessModel businessProcess =
businessProcessService.createProcess(TEST_PROCESS_CODE, TEST_DEFINITION_CODE);
businessProcessService.startProcess(businessProcess);
final DynamicProcessDefinitionModel latestProcessDefinition =
givenUpdatedProcessDefinitionOf(initialProcessDefinition);
waitFor(businessProcess);
assertThat(businessProcess.getProcessDefinitionName()).isEqualTo(TEST_DEFINITION_CODE);
assertThat(businessProcess.getProcessDefinitionVersion())
.isNotNull()
.isNotEqualTo(latestProcessDefinition.getChecksum());
journal.verify(businessProcess.getCode(), PROCEDURAL_ACTION_ID, INITIAL_NUMBER_OF_NODES);
}
@Override
public void executeAction(final OrderProcessModel process) throws Exception {
if (LOG.isInfoEnabled()) {
LOG.info("Process: " + process.getCode() + " in step " + getClass());
}
// find the order's entries that are not already allocated to consignments
final List<AbstractOrderEntryModel> entriesToSplit = new ArrayList<AbstractOrderEntryModel>();
for (final AbstractOrderEntryModel entry : process.getOrder().getEntries()) {
if (entry.getConsignmentEntries() == null || entry.getConsignmentEntries().isEmpty()) {
entriesToSplit.add(entry);
}
}
final List<ConsignmentModel> consignments =
getOrderSplittingService().splitOrderForConsignment(process.getOrder(), entriesToSplit);
if (LOG.isDebugEnabled()) {
LOG.debug("Splitting order into " + consignments.size() + " consignments.");
}
final BusinessProcessService businessProcessService = getBusinessProcessService();
int index = 0;
for (final ConsignmentModel consignment : consignments) {
final ConsignmentProcessModel subProcess =
businessProcessService.<ConsignmentProcessModel>createProcess(
process.getCode() + "_" + (++index),
MitreFulfilmentProcessConstants.CONSIGNMENT_SUBPROCESS_NAME);
subProcess.setParentProcess(process);
subProcess.setConsignment(consignment);
save(subProcess);
businessProcessService.startProcess(subProcess);
}
setOrderStatus(process.getOrder(), OrderStatus.ORDER_SPLIT);
}
@Test
public void businessProcessShouldPickUpTheOnlyOneExistingProcessDefinition()
throws InterruptedException {
final ActionsJournal journal = Registry.getApplicationContext().getBean(ActionsJournal.class);
givenInitialProcessDefinition();
final BusinessProcessModel businessProcess =
businessProcessService.startProcess(TEST_PROCESS_CODE, TEST_DEFINITION_CODE);
waitFor(businessProcess);
assertThat(businessProcess.getProcessDefinitionName()).isEqualTo(TEST_DEFINITION_CODE);
assertThat(businessProcess.getProcessDefinitionVersion())
.isNotNull()
.isEqualTo(Long.toString(0L));
journal.verify(businessProcess.getCode(), PROCEDURAL_ACTION_ID, INITIAL_NUMBER_OF_NODES);
}
