protected internal override void Process(RECORD[] batch, BatchSender sender)
{
System.Func <long, IdSequence> idSequence = _prepareIdSequence.apply(Store);
int recordsUpdatedInThisBatch = 0;
foreach (RECORD record in batch)
{
if (record != null && record.inUse() && !IdValidator.isReservedId(record.Id))
{
Store.prepareForCommit(record, idSequence(record.Id));
Store.updateRecord(record);
recordsUpdatedInThisBatch++;
}
}
_recordsUpdated.add(recordsUpdatedInThisBatch);
}
protected internal override void Process(RelationshipGroupRecord[] batch, BatchSender sender)
{
int groupStartIndex = 0;
for (int i = 0; i < batch.Length; i++)
{
RelationshipGroupRecord group = batch[i];
// The iterator over the groups will not produce real next pointers, they are instead
// a count meaning how many groups come after it. This encoder will set the real group ids.
long count = group.Next;
bool lastInChain = count == 0;
group.Id = _nextId == -1 ? _nextId = _store.nextId() : _nextId;
if (!lastInChain)
{
group.Next = _nextId = _store.nextId();
}
else
{
group.Next = _nextId = -1;
// OK so this group is the last in this chain, which means all the groups in this chain
// are now fully populated. We can now prepare these groups so that their potential
// secondary units ends up very close by.
for (int j = groupStartIndex; j <= i; j++)
{
_store.prepareForCommit(batch[j]);
}
groupStartIndex = i + 1;
}
}
Debug.Assert(groupStartIndex == batch.Length);
sender.Send(batch);
}
public override void PrepareForCommit(R record)
{
Actual.prepareForCommit(record);
}
