public WorkloadController(
ApplicationBase application, string instanceName, string applicationName, IPEndPoint latencyEndpointTcp, IPEndPoint latencyEndpointUdp, byte latencyOperationCode, long updateIntervalInMs)
{
this.latencyOperationCode = latencyOperationCode;
this.updateIntervalInMs = updateIntervalInMs;
this.FeedbackLevel = FeedbackLevel.Normal;
this.application = application;
this.applicationName = applicationName;
this.fiber = new PoolFiber();
this.fiber.Start();
this.remoteEndPointTcp = latencyEndpointTcp;
this.remoteEndPointUdp = latencyEndpointUdp;
this.cpuCounter = new AverageCounterReader(AverageHistoryLength, "Processor", "% Processor Time", "_Total");
if (!this.cpuCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.cpuCounter.Name);
}
this.businessLogicQueueCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: Threads and Queues", "Business Logic Queue", instanceName);
if (!this.businessLogicQueueCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.businessLogicQueueCounter.Name);
}
this.enetQueueCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: Threads and Queues", "ENet Queue", instanceName);
if (!this.enetQueueCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.enetQueueCounter.Name);
}
// amazon instances do not have counter for network interfaces
this.bytesInCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server", "bytes in/sec", instanceName);
if (!this.bytesInCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.bytesInCounter.Name);
}
this.bytesOutCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server", "bytes out/sec", instanceName);
if (!this.bytesOutCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.bytesOutCounter.Name);
}
this.enetThreadsProcessingCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: Threads and Queues", "ENet Threads Processing", instanceName);
if (!this.enetThreadsProcessingCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.enetThreadsProcessingCounter.Name);
}
this.enetThreadsActiveCounter = new PerformanceCounterReader("Photon Socket Server: Threads and Queues", "ENet Threads Active", instanceName);
if (!this.enetThreadsActiveCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.enetThreadsActiveCounter.Name);
}
this.timeSpentInServerInCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: ENet", "Time Spent In Server: In (ms)", instanceName);
if (!this.timeSpentInServerInCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.timeSpentInServerInCounter.Name);
}
this.timeSpentInServerOutCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: ENet", "Time Spent In Server: Out (ms)", instanceName);
if (!this.timeSpentInServerOutCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.timeSpentInServerOutCounter.Name);
}
this.tcpDisconnectsPerSecondCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: TCP", "TCP: Disconnected Peers +/sec", instanceName);
if (!this.tcpDisconnectsPerSecondCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.tcpDisconnectsPerSecondCounter.Name);
}
this.tcpClientDisconnectsPerSecondCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: TCP", "TCP: Disconnected Peers (C) +/sec", instanceName);
if (!this.tcpClientDisconnectsPerSecondCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.tcpClientDisconnectsPerSecondCounter.Name);
}
this.tcpPeersCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: TCP", "TCP: Peers", instanceName);
if (!this.tcpPeersCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.tcpPeersCounter.Name);
}
this.udpDisconnectsPerSecondCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: UDP", "UDP: Disconnected Peers +/sec", instanceName);
if (!this.udpDisconnectsPerSecondCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.udpDisconnectsPerSecondCounter.Name);
}
this.udpClientDisconnectsPerSecondCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: UDP", "UDP: Disconnected Peers (C) +/sec", instanceName);
if (!this.udpClientDisconnectsPerSecondCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.udpClientDisconnectsPerSecondCounter.Name);
}
this.udpPeersCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: UDP", "UDP: Peers", instanceName);
if (!this.udpPeersCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.udpPeersCounter.Name);
}
this.feedbackControlSystem = new FeedbackControlSystem(1000, this.application.ApplicationRootPath);
}
public static void Setup(ApplicationBase server)
{
server.ConnectToServerTcp(new IPEndPoint(IPAddress.Parse("127.0.0.1"), 4520), "BaccaratServer", null);
}
public WorkloadController(
ApplicationBase application, string instanceName, long updateIntervalInMs, string serverId, string workLoadConfigFile)
{
try
{
this.updateIntervalInMs = updateIntervalInMs;
this.FeedbackLevel = FeedbackLevel.Normal;
this.application = application;
this.fiber = new PoolFiber();
this.fiber.Start();
this.serverId = serverId;
this.cpuCounter = new AverageCounterReader(AverageHistoryLength, "Processor", "% Processor Time", "_Total");
if (!this.cpuCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.cpuCounter.Name);
}
this.businessLogicQueueCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: Threads and Queues", "Business Logic Queue", instanceName);
if (!this.businessLogicQueueCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.businessLogicQueueCounter.Name);
}
this.enetQueueCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: Threads and Queues", "ENet Queue", instanceName);
if (!this.enetQueueCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.enetQueueCounter.Name);
}
// amazon instances do not have counter for network interfaces
this.bytesInCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server", "bytes in/sec", instanceName);
if (!this.bytesInCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.bytesInCounter.Name);
}
this.bytesOutCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server", "bytes out/sec", instanceName);
if (!this.bytesOutCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.bytesOutCounter.Name);
}
this.enetThreadsProcessingCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: Threads and Queues", "ENet Threads Processing", instanceName);
if (!this.enetThreadsProcessingCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.enetThreadsProcessingCounter.Name);
}
this.enetThreadsActiveCounter = new PerformanceCounterReader("Photon Socket Server: Threads and Queues", "ENet Threads Active", instanceName);
if (!this.enetThreadsActiveCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.enetThreadsActiveCounter.Name);
}
this.timeSpentInServerInCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: ENet", "Time Spent In Server: In (ms)", instanceName);
if (!this.timeSpentInServerInCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.timeSpentInServerInCounter.Name);
}
this.timeSpentInServerOutCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: ENet", "Time Spent In Server: Out (ms)", instanceName);
if (!this.timeSpentInServerOutCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.timeSpentInServerOutCounter.Name);
}
this.tcpDisconnectsPerSecondCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: TCP", "TCP: Disconnected Peers +/sec", instanceName);
if (!this.tcpDisconnectsPerSecondCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.tcpDisconnectsPerSecondCounter.Name);
}
this.tcpClientDisconnectsPerSecondCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: TCP", "TCP: Disconnected Peers (C) +/sec", instanceName);
if (!this.tcpClientDisconnectsPerSecondCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.tcpClientDisconnectsPerSecondCounter.Name);
}
this.tcpPeersCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: TCP", "TCP: Peers", instanceName);
if (!this.tcpPeersCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.tcpPeersCounter.Name);
}
this.udpDisconnectsPerSecondCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: UDP", "UDP: Disconnected Peers +/sec", instanceName);
if (!this.udpDisconnectsPerSecondCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.udpDisconnectsPerSecondCounter.Name);
}
this.udpClientDisconnectsPerSecondCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: UDP", "UDP: Disconnected Peers (C) +/sec", instanceName);
if (!this.udpClientDisconnectsPerSecondCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.udpClientDisconnectsPerSecondCounter.Name);
}
this.udpPeersCounter = new AverageCounterReader(AverageHistoryLength, "Photon Socket Server: UDP", "UDP: Peers", instanceName);
if (!this.udpPeersCounter.InstanceExists)
{
log.WarnFormat("Did not find counter {0}", this.udpPeersCounter.Name);
}
this.feedbackControlSystem = new FeedbackControlSystem(1000, this.application.ApplicationRootPath, workLoadConfigFile);
this.IsInitialized = true;
}
catch (Exception e)
{
log.ErrorFormat("Exception during WorkloadController construction. Exception: {0}", e);
}
}
public PhotonWireOutboundS2SPeer(ApplicationBase application)
: base(application)
{
Items = new ConcurrentDictionary<object, object>();
}
