/// <summary>
/// Publishes the status to the cluster.
/// </summary>
public void Publish()
{
// Enqueue into samplers
SamplerMPSIn.CumulativeDelta(Service.Monitoring.MessagesIncoming);
SamplerMPSOut.CumulativeDelta(Service.Monitoring.MessagesOutgoing);
// Push the time and static values
this.Time = DateTime.UtcNow;
this.Node = EmitterStatus.NodeIdentifier.ToString();
this.Host = EmitterStatus.Address;
this.Machine = EmitterStatus.MachineName;
this.CPU = Math.Round(NetStat.AverageCpuUsage.Value, 2);
this.Memory = Math.Round(NetStat.AverageWorkingSet.Value, 2);
this.Uptime = NetStat.Uptime;
// Set the network info
this.Network.Connections = Service.Clients.Count;
this.Network.AveragePPSIncoming = Math.Round(NetStat.AveragePPSIncoming.Value, 2);
this.Network.AveragePPSOutgoing = Math.Round(NetStat.AveragePPSOutgoing.Value, 2);
this.Network.AverageBPSIncoming = Math.Round(NetStat.AverageBPSIncoming.Value, 2);
this.Network.AverageBPSOutgoing = Math.Round(NetStat.AverageBPSOutgoing.Value, 2);
this.Network.AverageMPSIncoming = Math.Round(SamplerMPSIn.Sum(), 2);
this.Network.AverageMPSOutgoing = Math.Round(SamplerMPSOut.Sum(), 2);
this.Network.Compression = Math.Round(NetStat.Compression.Value, 2);
// Create the message
var message = Encoding.UTF8.GetBytes(
JsonConvert.SerializeObject(this)
).AsSegment();
// Prepare options
var contract = SecurityLicense.Current.Contract;
var channel = "cluster/" + this.Host + "/";
// Get the channel hash for query
EmitterChannel info;
if (!EmitterChannel.TryParse(channel, false, out info))
{
return;
}
// Publish the message in the cluster, don't need to store it as it might slow everything down
Dispatcher.Publish(contract, info.Target, channel, message, 60);
}
