private void Read(long storedReplicationProgress, VectorTime currentTargetVersionVector)
{
var replicationRead = new ReplicationRead(storedReplicationProgress + 1, settings.WriteBatchSize, settings.RemoteScanLimit, NoFilter.Instance, target.LogId, Self, currentTargetVersionVector);
source.Acceptor.Ask(new ReplicationReadEnvelope(replicationRead, source.LogName, target.Endpoint.ApplicationName, target.Endpoint.ApplicationVersion), timeout: settings.RemoteReadTimeout)
.PipeTo(Self, failure: error => new ReplicationReadFailure(new ReplicationReadTimeoutException(settings.RemoteReadTimeout), target.LogId));
}
private bool Processing(object message)
{
switch (message)
{
case ReplicationReadEnvelope envelope:
if (envelope.IncompatibleWith(endpoint.ApplicationName, endpoint.ApplicationVersion))
{
Sender.Tell(new ReplicationReadFailure(new IncompatibleApplicationVersionException(endpoint.Id, endpoint.ApplicationVersion, envelope.TargetApplicationVersion), envelope.Payload.TargetLogId));
}
else
{
var r = envelope.Payload;
var r2 = new ReplicationRead(r.FromSequenceNr, r.Max, r.ScanLimit, endpoint.EndpointFilters.FilterFor(r.TargetLogId, envelope.LogName).And(r.Filter), r.TargetLogId, r.Replicator, r.CurrentTargetVersionVector);
endpoint.Logs[envelope.LogName].Forward(r2);
}
return(true);
case ReplicationWriteSuccess _: return(true);
default: return(false);
}
}
public Registration(ReplicationRead read)
: this(read.Replicator, read.CurrentTargetVersionVector, read.Filter, DateTime.UtcNow)
{
}