How to use

populateCaches

method

in

org.killbill.billing.util.entity.dao.EntitySqlDaoTransactionalJdbiWrapper

public void create(final Iterable<M> entities, final InternalCallContext context) throws U {
  final List<M> refreshedEntities = transactionalSqlDao.execute(false, targetExceptionClass, getCreateEntitySqlDaoTransactionWrapper(entities, context));
  // Populate the caches only after the transaction has been committed, in case of rollbacks
  for (M refreshedEntity : refreshedEntities) {
    transactionalSqlDao.populateCaches(refreshedEntity);
  }
}

@Override
public void create(final M entity, final InternalCallContext context) throws U {
  final M refreshedEntity = transactionalSqlDao.execute(false, targetExceptionClass, getCreateEntitySqlDaoTransactionWrapper(entity, context));
  // Populate the caches only after the transaction has been committed, in case of rollbacks
  transactionalSqlDao.populateCaches(refreshedEntity);
}

@Override
public void create(final AccountModelDao entity, final InternalCallContext context) throws AccountApiException {
  // We don't enforce the created_date for the Account because it is extracted from context
  // so, if there is no referenceTime specified we have to set it from the InternalCallContext#created_date
  //
  if (entity.getReferenceTime() == null) {
    entity.setReferenceTime(context.getCreatedDate());
  }
  final AccountModelDao refreshedEntity = transactionalSqlDao.execute(false, getCreateEntitySqlDaoTransactionWrapper(entity, context));
  // Populate the caches only after the transaction has been committed, in case of rollbacks
  transactionalSqlDao.populateCaches(refreshedEntity);
  // Eagerly populate the account-immutable cache as well
  accountImmutableCacheController.putIfAbsent(refreshedEntity.getRecordId(), new DefaultImmutableAccountData(refreshedEntity));
}

public void create(final Iterable<M> entities, final InternalCallContext context) throws U {
  final List<M> refreshedEntities = transactionalSqlDao.execute(false, targetExceptionClass, getCreateEntitySqlDaoTransactionWrapper(entities, context));
  // Populate the caches only after the transaction has been committed, in case of rollbacks
  for (M refreshedEntity : refreshedEntities) {
    transactionalSqlDao.populateCaches(refreshedEntity);
  }
}

@Override
public void create(final M entity, final InternalCallContext context) throws U {
  final M refreshedEntity = transactionalSqlDao.execute(false, targetExceptionClass, getCreateEntitySqlDaoTransactionWrapper(entity, context));
  // Populate the caches only after the transaction has been committed, in case of rollbacks
  transactionalSqlDao.populateCaches(refreshedEntity);
}

@Override
public void create(final AccountModelDao entity, final InternalCallContext context) throws AccountApiException {
  // We don't enforce the created_date for the Account because it is extracted from context
  // so, if there is no referenceTime specified we have to set it from the InternalCallContext#created_date
  //
  if (entity.getReferenceTime() == null) {
    entity.setReferenceTime(context.getCreatedDate());
  }
  final AccountModelDao refreshedEntity = transactionalSqlDao.execute(false, getCreateEntitySqlDaoTransactionWrapper(entity, context));
  // Populate the caches only after the transaction has been committed, in case of rollbacks
  transactionalSqlDao.populateCaches(refreshedEntity);
  // Eagerly populate the account-immutable cache as well
  accountImmutableCacheController.putIfAbsent(refreshedEntity.getRecordId(), new DefaultImmutableAccountData(refreshedEntity));
}