internal static void SetLocalTickCountRanges(SyncKnowledge knowledge, ulong newTick)
{
SyncKnowledge knowledge1 = knowledge.Clone();
knowledge.SetLocalTickCount(newTick);
knowledge.Combine(knowledge1);
}
public override void GetSyncBatchParameters(out uint batchSize, out SyncKnowledge knowledge)
{
batchSize = RequestedBatchSize;
try {
SyncKnowledge = Proxy.GetCurrentSyncKnowledge(Path, _filters);
}
catch (Exception ex) {
throw ex;
}
knowledge = SyncKnowledge.Clone();
}
public override void ProcessChangeBatch(ConflictResolutionPolicy resolutionPolicy, ChangeBatch sourceChanges, object changeDataRetriever, SyncCallbacks syncCallbacks, SyncSessionStatistics sessionStatistics)
{
ItemsChangeInfo localVersions = null;
try {
localVersions = Proxy.GetChanges(Path, sourceChanges, _filters);
}
catch (Exception ex) {
throw ex;
}
// Now we call the change applier
// The change applier will compare the local and remote versions, apply
// non-conflicting changes, and will also detect conflicts and react as specified
ForgottenKnowledge = new ForgottenKnowledge(IdFormats, SyncKnowledge);
NotifyingChangeApplier changeApplier = new NotifyingChangeApplier(IdFormats);
changeApplier.ApplyChanges(resolutionPolicy, sourceChanges, changeDataRetriever as IChangeDataRetriever, RemoteSyncDetails.GenerateChanges(localVersions),
SyncKnowledge.Clone(), ForgottenKnowledge, this, SyncSessionContext, syncCallbacks);
}
public override void GetSyncBatchParameters(out uint batchSize, out SyncKnowledge knowledge)
{
batchSize = RequestedBatchSize;
myKnowledge = sync.SyncKnowledge;
knowledge = myKnowledge.Clone();
}
