public I_C_Queue_PackageProcessor createPackageProcessor(
Properties ctx,
Class<? extends IWorkpackageProcessor> packageProcessorClass,
String trxName) {
final I_C_Queue_PackageProcessor packageProcessorDef =
InterfaceWrapperHelper.create(ctx, I_C_Queue_PackageProcessor.class, trxName);
packageProcessorDef.setClassname(packageProcessorClass.getCanonicalName());
InterfaceWrapperHelper.save(packageProcessorDef);
return packageProcessorDef;
}
private IWorkPackageQueue getQueueForEnqueuing(
final Properties ctx, final I_C_Queue_PackageProcessor packageProcessor) {
final String internalNameToUse;
if (Check.isEmpty(packageProcessor.getInternalName())) {
internalNameToUse = packageProcessor.getClassname();
} else {
internalNameToUse = packageProcessor.getInternalName();
}
return WorkPackageQueue.createForEnqueuing(
ctx, packageProcessor.getC_Queue_PackageProcessor_ID(), internalNameToUse);
}
@Override
public IWorkPackageQueue getQueueForPackageProcessing(final I_C_Queue_Processor processor) {
final List<I_C_Queue_PackageProcessor> packageProcessors =
Services.get(IQueueDAO.class).retrieveWorkpackageProcessors(processor);
final List<Integer> packageProcessorIds = new ArrayList<Integer>(packageProcessors.size());
for (final I_C_Queue_PackageProcessor packageProcessor : packageProcessors) {
packageProcessorIds.add(packageProcessor.getC_Queue_PackageProcessor_ID());
}
final Properties ctx = InterfaceWrapperHelper.getCtx(processor);
final String priorityFrom = processor.getPriority();
return WorkPackageQueue.createForQueueProcessing(ctx, packageProcessorIds, priorityFrom);
}