// Token: 0x0600017F RID: 383 RVA: 0x00007464 File Offset: 0x00005664
public DatabaseManager(string serviceName, int maxThreads, IEventBasedAssistantType[] eventBasedAssistantTypeArray, ITimeBasedAssistantType[] timeBasedAssistantTypeArray, bool provideRpc)
{
SingletonEventLogger.GetSingleton(serviceName);
if (eventBasedAssistantTypeArray == null && timeBasedAssistantTypeArray == null)
{
throw new ArgumentNullException("eventBasedAssistantTypeArray and timeBasedAssistantTypeArray cannot be both null");
}
this.serviceName = serviceName;
Configuration.Initialize(serviceName);
if (eventBasedAssistantTypeArray != null)
{
PerformanceCountersPerAssistantInstance performanceCountersPerAssistantsTotal = new PerformanceCountersPerAssistantInstance(this.serviceName + "-Total", null);
this.assistantTypes = AssistantType.CreateArray(eventBasedAssistantTypeArray, performanceCountersPerAssistantsTotal);
}
this.poisonControlMaster = new PoisonControlMaster(Configuration.ServiceRegistryKeyPath);
this.throttle = Throttle.CreateParentThrottle("DatabaseManager", maxThreads);
if (timeBasedAssistantTypeArray != null)
{
SystemWorkloadManager.Initialize(AssistantsLog.Instance);
this.timeBasedDriverManager = new TimeBasedDriverManager(this.throttle, timeBasedAssistantTypeArray, provideRpc);
}
this.eventGovernor = new ServerGovernor("DatabaseManagerEvent", new Throttle("DatabaseManagerEvent", maxThreads, this.throttle));
this.starter = new Starter(new Init(this.Init));
OnlineDiagnostics.Instance.RegisterDatabaseManager(this);
base.TracePfd("PFD AIS {0} Database manager: Inialized for Service {1}", new object[]
{
30103,
this.serviceName
});
}
internal static EventBasedAssistantCollection CreateForTest(DatabaseInfo databaseInfo, IEventBasedAssistantType[] eventBasedAssistantTypes)
{
PerformanceCountersPerAssistantInstance performanceCountersPerAssistantsTotal = new PerformanceCountersPerAssistantInstance("TestAssistant-Total", null);
AssistantType[] assistantTypes = AssistantType.CreateArray(eventBasedAssistantTypes, performanceCountersPerAssistantsTotal);
EventBasedAssistantCollection eventBasedAssistantCollection = new EventBasedAssistantCollection(databaseInfo, assistantTypes);
if (eventBasedAssistantCollection.Count == 0)
{
eventBasedAssistantCollection.Dispose();
return(null);
}
return(eventBasedAssistantCollection);
}
public static AssistantType[] CreateArray(IEventBasedAssistantType[] eventBasedAssistantTypeArray, PerformanceCountersPerAssistantInstance performanceCountersPerAssistantsTotal)
{
AssistantType[] array = new AssistantType[eventBasedAssistantTypeArray.Length];
int num = 0;
foreach (IEventBasedAssistantType eventBasedAssistantType in eventBasedAssistantTypeArray)
{
string text = eventBasedAssistantType.GetType().Name;
if (text.EndsWith("Type"))
{
text = text.Substring(0, text.Length - 4);
}
PerformanceCountersPerAssistantInstance performanceCounters = new PerformanceCountersPerAssistantInstance(text, performanceCountersPerAssistantsTotal);
array[num++] = new AssistantType(eventBasedAssistantType, performanceCounters);
}
return(array);
}
public AssistantType(IEventBasedAssistantType baseType, PerformanceCountersPerAssistantInstance performanceCounters)
{
this.baseType = baseType;
this.PerformanceCounters = performanceCounters;
}
// Token: 0x0600001D RID: 29 RVA: 0x00002FBC File Offset: 0x000011BC
internal PerformanceCountersPerAssistantInstance(string instanceName, PerformanceCountersPerAssistantInstance autoUpdateTotalInstance) : base(instanceName, "MSExchange Assistants - Per Assistant")
{
bool flag = false;
List <ExPerformanceCounter> list = new List <ExPerformanceCounter>();
try
{
this.EventsInQueueCurrent = new ExPerformanceCounter(base.CategoryName, "Events in Queue", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.EventsInQueueCurrent, new ExPerformanceCounter[0]);
list.Add(this.EventsInQueueCurrent);
ExPerformanceCounter exPerformanceCounter = new ExPerformanceCounter(base.CategoryName, "Events Processed/sec", instanceName, true, null, new ExPerformanceCounter[0]);
list.Add(exPerformanceCounter);
this.EventsProcessed = new ExPerformanceCounter(base.CategoryName, "Events Processed", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.EventsProcessed, new ExPerformanceCounter[]
{
exPerformanceCounter
});
list.Add(this.EventsProcessed);
this.AverageEventQueueTime = new ExPerformanceCounter(base.CategoryName, "Average Event Queue Time In Seconds", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.AverageEventQueueTime, new ExPerformanceCounter[0]);
list.Add(this.AverageEventQueueTime);
this.AverageEventQueueTimeBase = new ExPerformanceCounter(base.CategoryName, "Average Event Queue Time Base", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.AverageEventQueueTimeBase, new ExPerformanceCounter[0]);
list.Add(this.AverageEventQueueTimeBase);
this.AverageEventProcessingTime = new ExPerformanceCounter(base.CategoryName, "Average Event Processing Time In Seconds", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.AverageEventProcessingTime, new ExPerformanceCounter[0]);
list.Add(this.AverageEventProcessingTime);
this.AverageEventProcessingTimeBase = new ExPerformanceCounter(base.CategoryName, "Average Event Processing Time Base", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.AverageEventProcessingTimeBase, new ExPerformanceCounter[0]);
list.Add(this.AverageEventProcessingTimeBase);
this.InterestingEvents = new ExPerformanceCounter(base.CategoryName, "Percentage of Interesting Events", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.InterestingEvents, new ExPerformanceCounter[0]);
list.Add(this.InterestingEvents);
this.InterestingEventsBase = new ExPerformanceCounter(base.CategoryName, "Base counter for Percentage of Interesting Events", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.InterestingEventsBase, new ExPerformanceCounter[0]);
list.Add(this.InterestingEventsBase);
this.EventsDiscardedByMailboxFilter = new ExPerformanceCounter(base.CategoryName, "Percentage of Events Discarded by Mailbox Filter", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.EventsDiscardedByMailboxFilter, new ExPerformanceCounter[0]);
list.Add(this.EventsDiscardedByMailboxFilter);
this.EventsDiscardedByMailboxFilterBase = new ExPerformanceCounter(base.CategoryName, "Base Counter for Percentage of Events Discarded by Mailbox Filter", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.EventsDiscardedByMailboxFilterBase, new ExPerformanceCounter[0]);
list.Add(this.EventsDiscardedByMailboxFilterBase);
this.QueuedEventsDiscardedByMailboxFilter = new ExPerformanceCounter(base.CategoryName, "Percentage of Queued Events Discarded by Mailbox Filter", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.QueuedEventsDiscardedByMailboxFilter, new ExPerformanceCounter[0]);
list.Add(this.QueuedEventsDiscardedByMailboxFilter);
this.QueuedEventsDiscardedByMailboxFilterBase = new ExPerformanceCounter(base.CategoryName, "Base Counter for Percentage of Queued Events Discarded by Mailbox Filter", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.QueuedEventsDiscardedByMailboxFilterBase, new ExPerformanceCounter[0]);
list.Add(this.QueuedEventsDiscardedByMailboxFilterBase);
this.ElapsedTimeSinceLastEventQueued = new ExPerformanceCounter(base.CategoryName, "Elapsed Time Since Last Event Queued", instanceName, true, null, new ExPerformanceCounter[0]);
list.Add(this.ElapsedTimeSinceLastEventQueued);
ExPerformanceCounter exPerformanceCounter2 = new ExPerformanceCounter(base.CategoryName, "Percentage of Failed Event Dispatchers", instanceName, true, null, new ExPerformanceCounter[0]);
list.Add(exPerformanceCounter2);
this.FailedDispatchers = new ExPerformanceCounter(base.CategoryName, "Failed Event Dispatchers", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.FailedDispatchers, new ExPerformanceCounter[]
{
exPerformanceCounter2
});
list.Add(this.FailedDispatchers);
ExPerformanceCounter exPerformanceCounter3 = new ExPerformanceCounter(base.CategoryName, "Base Counter for Percentage of Failed Event Dispatchers", instanceName, true, null, new ExPerformanceCounter[0]);
list.Add(exPerformanceCounter3);
this.EventDispatchers = new ExPerformanceCounter(base.CategoryName, "Event Dispatchers", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.EventDispatchers, new ExPerformanceCounter[]
{
exPerformanceCounter3
});
list.Add(this.EventDispatchers);
this.HandledExceptions = new ExPerformanceCounter(base.CategoryName, "Handled Exceptions", instanceName, true, (autoUpdateTotalInstance == null) ? null : autoUpdateTotalInstance.HandledExceptions, new ExPerformanceCounter[0]);
list.Add(this.HandledExceptions);
long num = this.EventsInQueueCurrent.RawValue;
num += 1L;
flag = true;
}
finally
{
if (!flag)
{
foreach (ExPerformanceCounter exPerformanceCounter4 in list)
{
exPerformanceCounter4.Close();
}
}
}
this.counters = list.ToArray();
}
