internal EhfPerfCountersInstance(string instanceName, EhfPerfCountersInstance autoUpdateTotalInstance) : base(instanceName, "MSExchangeEdgeSync EHF Sync Operations")
{
bool flag = false;
List <ExPerformanceCounter> list = new List <ExPerformanceCounter>();
try
{
this.PermanentEntryFailuresTotal = new ExPerformanceCounter(base.CategoryName, "Permanent Entry Failures Total", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.PermanentEntryFailuresTotal, new ExPerformanceCounter[0]);
list.Add(this.PermanentEntryFailuresTotal);
this.TransientEntryFailuresTotal = new ExPerformanceCounter(base.CategoryName, "Transient Entry Failures Total", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.TransientEntryFailuresTotal, new ExPerformanceCounter[0]);
list.Add(this.TransientEntryFailuresTotal);
this.EntryCountTotal = new ExPerformanceCounter(base.CategoryName, "Total Count of Entries for All Operations", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.EntryCountTotal, new ExPerformanceCounter[0]);
list.Add(this.EntryCountTotal);
this.LastEntryCount = new ExPerformanceCounter(base.CategoryName, "Count of Entries in the Last Operation", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.LastEntryCount, new ExPerformanceCounter[0]);
list.Add(this.LastEntryCount);
this.LastLatency = new ExPerformanceCounter(base.CategoryName, "Latency (msec) for the Last Operation Executed", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.LastLatency, new ExPerformanceCounter[0]);
list.Add(this.LastLatency);
this.AverageLatency = new ExPerformanceCounter(base.CategoryName, "Average Latency (msec) for the Operation", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.AverageLatency, new ExPerformanceCounter[0]);
list.Add(this.AverageLatency);
this.AverageLatencyBase = new ExPerformanceCounter(base.CategoryName, "Average Latency Base (msec) for the Operation", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.AverageLatencyBase, new ExPerformanceCounter[0]);
list.Add(this.AverageLatencyBase);
this.LastLatencyPerEntry = new ExPerformanceCounter(base.CategoryName, "Latency (msec) Averaged Out for the Entries in the Last Operation Executed", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.LastLatencyPerEntry, new ExPerformanceCounter[0]);
list.Add(this.LastLatencyPerEntry);
this.AverageLatencyPerEntry = new ExPerformanceCounter(base.CategoryName, "Average Latency Per Entry (msec) for the Operation", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.AverageLatencyPerEntry, new ExPerformanceCounter[0]);
list.Add(this.AverageLatencyPerEntry);
this.AverageLatencyPerEntryBase = new ExPerformanceCounter(base.CategoryName, "Average Latency Per Entry Base (msec) for the Operation", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.AverageLatencyPerEntryBase, new ExPerformanceCounter[0]);
list.Add(this.AverageLatencyPerEntryBase);
this.OperationsTotal = new ExPerformanceCounter(base.CategoryName, "Operations Total", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.OperationsTotal, new ExPerformanceCounter[0]);
list.Add(this.OperationsTotal);
this.SuccessfulOperationsTotal = new ExPerformanceCounter(base.CategoryName, "Successful Operations Total", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.SuccessfulOperationsTotal, new ExPerformanceCounter[0]);
list.Add(this.SuccessfulOperationsTotal);
this.TransientFailedOperationsTotal = new ExPerformanceCounter(base.CategoryName, "Transient Failed Operations Total", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.TransientFailedOperationsTotal, new ExPerformanceCounter[0]);
list.Add(this.TransientFailedOperationsTotal);
this.TimeoutFailedOperationsTotal = new ExPerformanceCounter(base.CategoryName, "Timeout Failed Operations Total", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.TimeoutFailedOperationsTotal, new ExPerformanceCounter[0]);
list.Add(this.TimeoutFailedOperationsTotal);
this.CommunicationFailedOperationsTotal = new ExPerformanceCounter(base.CategoryName, "Communication Failed Operations Total", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.CommunicationFailedOperationsTotal, new ExPerformanceCounter[0]);
list.Add(this.CommunicationFailedOperationsTotal);
this.ContractViolationFailedOperationsTotal = new ExPerformanceCounter(base.CategoryName, "Contract Violation Failed Operations Total", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.ContractViolationFailedOperationsTotal, new ExPerformanceCounter[0]);
list.Add(this.ContractViolationFailedOperationsTotal);
this.InvalidCredentialsFailedOperationsTotal = new ExPerformanceCounter(base.CategoryName, "Invalid Credentials Failed Operations Total", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.InvalidCredentialsFailedOperationsTotal, new ExPerformanceCounter[0]);
list.Add(this.InvalidCredentialsFailedOperationsTotal);
long num = this.PermanentEntryFailuresTotal.RawValue;
num += 1L;
flag = true;
}
finally
{
if (!flag)
{
foreach (ExPerformanceCounter exPerformanceCounter in list)
{
exPerformanceCounter.Close();
}
}
}
this.counters = list.ToArray();
}
public virtual void OnOperationInvalidCredentialsFailure(string operationName)
{
EhfPerfCountersInstance instance = EhfPerfCounterHandler.GetInstance(operationName);
if (instance == null)
{
return;
}
instance.OperationsTotal.Increment();
instance.InvalidCredentialsFailedOperationsTotal.Increment();
}
public virtual void OnOperationContractViolationFailure(string operationName)
{
EhfPerfCountersInstance instance = EhfPerfCounterHandler.GetInstance(operationName);
if (instance == null)
{
return;
}
instance.OperationsTotal.Increment();
instance.ContractViolationFailedOperationsTotal.Increment();
}
public virtual void OnPerEntryFailures(string operationName, int transientFailureCount, int permanentFailureCount)
{
EhfPerfCountersInstance instance = EhfPerfCounterHandler.GetInstance(operationName);
if (instance == null)
{
return;
}
instance.TransientEntryFailuresTotal.IncrementBy((long)transientFailureCount);
instance.PermanentEntryFailuresTotal.IncrementBy((long)permanentFailureCount);
}
public virtual void OnOperationSuccessfullyCompleted(string operationName, long latency, int batchSize)
{
EhfPerfCountersInstance instance = EhfPerfCounterHandler.GetInstance(operationName);
if (instance == null)
{
return;
}
instance.OperationsTotal.Increment();
instance.SuccessfulOperationsTotal.Increment();
instance.LastLatency.RawValue = latency;
instance.AverageLatency.IncrementBy(latency);
instance.AverageLatencyBase.Increment();
instance.LastEntryCount.RawValue = (long)batchSize;
instance.EntryCountTotal.IncrementBy((long)batchSize);
if (batchSize > 0)
{
instance.AverageLatencyPerEntry.IncrementBy(latency / (long)batchSize);
instance.AverageLatencyPerEntryBase.Increment();
}
}
