/// <inheritdoc/>
public override void StatusReported(StatusEventData data)
{
var worker = m_scheduler.Workers[m_workerId];
worker.ActualFreeMemoryMb = data.RamFreeMb;
worker.ActualFreeCommitMb = data.CommitFreeMb;
}
/// <nodoc />
public static StatusReportedEvent ToResourceUsageReportedEvent(this StatusEventData data, uint workerID)
{
var statusReportedEvent = new StatusReportedEvent()
{
WorkerID = workerID,
Time = Google.Protobuf.WellKnownTypes.Timestamp.FromDateTime(data.Time),
CpuPercent = data.CpuPercent,
RamPercent = data.RamPercent,
MachineRamUtilizationMB = data.RamUsedMb,
CommitPercent = data.CommitPercent,
CommitTotalMB = data.CommitUsedMb,
ProcessCpuPercent = data.ProcessCpuPercent,
ProcessWorkingSetMB = data.ProcessWorkingSetMB,
CpuWaiting = data.CpuWaiting,
CpuRunning = data.CpuRunning,
IoCurrentMax = data.IoCurrentMax,
IoWaiting = data.IoWaiting,
IoRunning = data.IoRunning,
LookupWaiting = data.LookupWaiting,
LookupRunning = data.LookupRunning,
ExternalProcesses = data.ExternalProcesses,
LimitingResource = (ExecutionSampler_LimitingResource)(data.LimitingResource + 1),
UnresponsivenessFactor = data.UnresponsivenessFactor,
ProcessPipsPending = data.ProcessPipsPending,
ProcessPipsAllocatedSlots = data.ProcessPipsAllocatedSlots
};
statusReportedEvent.DiskPercents.AddRange(data.DiskPercents);
statusReportedEvent.DiskQueueDepths.AddRange(data.DiskQueueDepths);
statusReportedEvent.PipsSucceededAllTypes.AddRange(data.PipsSucceededAllTypes);
return(statusReportedEvent);
}
/// <inheritdoc/>
public override void StatusReported(StatusEventData data)
{
var worker = m_scheduler.Workers[m_workerId];
worker.ActualFreeMemoryMb = data.RamFreeMb;
worker.ActualFreeCommitMb = data.CommitFreeMb;
if (worker.IsRemote)
{
((RemoteWorkerBase)worker).SetEffectiveTotalProcessSlots(data.EffectiveTotalProcessSlots);
}
}
/// <summary>
/// Override event to capture its data and store it in the protobuf
/// </summary>
public override void StatusReported(StatusEventData data)
{
var value = data.ToResourceUsageReportedEvent(WorkerID.Value);
var key = new EventKey
{
EventTypeID = Xldb.Proto.ExecutionEventId.ResourceUsageReported,
EventSequenceNumber = Interlocked.Increment(ref m_eventSequenceNumber)
};
var keyArr = key.ToByteArray();
var valueArr = value.ToByteArray();
WriteToDb(keyArr, valueArr, XldbDataStore.EventColumnFamilyName);
AddToDbStorageDictionary(DBStoredTypes.ResourceUsageReported, keyArr.Length + valueArr.Length);
}
/// <inheritdoc/>
public override void StatusReported(StatusEventData data)
{
var worker = m_scheduler.Workers[m_workerId];
worker.ActualFreeMemoryMb = data.RamFreeMb;
worker.ActualFreeCommitMb = data.CommitFreeMb;
if (worker.IsRemote)
{
worker.TotalCommitMb = data.CommitUsedMb + data.CommitFreeMb;
}
if (m_tracerEnabled && DateTime.UtcNow > m_tracerLastUpdated.AddSeconds(EngineEnvironmentSettings.MinStepDurationSecForTracer))
{
LogPercentageCounter(worker, "CPU", data.CpuPercent, data.Time.Ticks);
LogPercentageCounter(worker, "RAM", data.RamPercent, data.Time.Ticks);
m_tracerLastUpdated = DateTime.UtcNow;
}
}
/// <nodoc />
public static Xldb.StatusReportedEvent ToResourceUsageReportedEvent(this StatusEventData data, uint workerID)
{
var Uuid = Guid.NewGuid().ToString();
var statusReportedEvent = new Xldb.StatusReportedEvent()
{
UUID = Uuid,
WorkerID = workerID,
Time = Google.Protobuf.WellKnownTypes.Timestamp.FromDateTime(data.Time),
CpuPercent = data.CpuPercent,
RamPercent = data.RamPercent,
MachineRamUtilizationMB = data.MachineRamUtilizationMB,
CommitPercent = data.CommitPercent,
CommitTotalMB = data.CommitTotalMB,
ProcessCpuPercent = data.ProcessCpuPercent,
ProcessWorkingSetMB = data.ProcessWorkingSetMB,
CpuWaiting = data.CpuWaiting,
CpuRunning = data.CpuRunning,
IoCurrentMax = data.IoCurrentMax,
IoWaiting = data.IoWaiting,
IoRunning = data.IoRunning,
LookupWaiting = data.LookupWaiting,
LookupRunning = data.LookupRunning,
ExternalProcesses = data.ExternalProcesses,
LimitingResource = (Xldb.ExecutionSampler_LimitingResource)data.LimitingResource,
UnresponsivenessFactor = data.UnresponsivenessFactor,
ProcessPipsPending = data.ProcessPipsPending,
ProcessPipsAllocatedSlots = data.ProcessPipsAllocatedSlots
};
statusReportedEvent.DiskPercents.AddRange(data.DiskPercents.Select(percent => percent));
statusReportedEvent.DiskQueueDepths.AddRange(data.DiskQueueDepths.Select(depth => depth));
statusReportedEvent.PipsSucceededAllTypes.AddRange(data.PipsSucceededAllTypes.Select(type => type));
return(statusReportedEvent);
}
/// <summary>
/// Resource and PipQueue usage is reported
/// </summary>
public virtual void StatusReported(StatusEventData data)
{
ReportUnhandledEvent(data);
}