/// <summary>
/// Receives changes from peer nodes, merges remote with local gossip nodes, then publishes
/// changes to the event stream for load balancing router consumption, and gossip back.
/// </summary>
private void ReceiveGossip(MetricsGossipEnvelope envelope)
{
// remote node might not have same view of member nodes, this side should only care
// about nodes that are known here, otherwise removed nodes can come back
var otherGossip = envelope.Gossip.Filter(Nodes);
LatestGossip = LatestGossip.Merge(otherGossip);
// changes will be published in the period collect task
if (!envelope.Reply)
{
ReplyGossipTo(envelope.From);
}
}
private bool Equals(MetricsGossipEnvelope other)
{
return From.Equals(other.From) && Gossip.Equals(other.Gossip) && Reply.Equals(other.Reply);
}
private void SendGossip(Address address, MetricsGossipEnvelope envelope)
{
Context.ActorSelection(Self.Path.ToStringWithAddress(address)).Tell(envelope);
}
/// <summary>
/// Receives changes from peer nodes, merges remote with local gossip nodes, then publishes
/// changes to the event stream for load balancing router consumption, and gossip back.
/// </summary>
private void ReceiveGossip(MetricsGossipEnvelope envelope)
{
// remote node might not have same view of member nodes, this side should only care
// about nodes that are known here, otherwise removed nodes can come back
var otherGossip = envelope.Gossip.Filter(Nodes);
LatestGossip = LatestGossip.Merge(otherGossip);
// changes will be published in the period collect task
if (!envelope.Reply)
ReplyGossipTo(envelope.From);
}
private bool Equals(MetricsGossipEnvelope other)
{
return(From.Equals(other.From) && Gossip.Equals(other.Gossip) && Reply.Equals(other.Reply));
}
private void SendGossip(Address address, MetricsGossipEnvelope envelope)
{
Context.ActorSelection(Self.Path.ToStringWithAddress(address)).Tell(envelope);
}
