private static SeederRpcFlags GetReseedRPCReason(CatalogAutoReseedWorkflow.CatalogAutoReseedReason reason)
{
switch (reason)
{
case CatalogAutoReseedWorkflow.CatalogAutoReseedReason.BehindBacklog:
return(SeederRpcFlags.CIAutoReseedReasonBehindBacklog);
case CatalogAutoReseedWorkflow.CatalogAutoReseedReason.BehindRetry:
return(SeederRpcFlags.CIAutoReseedReasonBehindRetry);
case CatalogAutoReseedWorkflow.CatalogAutoReseedReason.Upgrade:
return(SeederRpcFlags.CIAutoReseedReasonUpgrade);
case CatalogAutoReseedWorkflow.CatalogAutoReseedReason.CatalogCorruptionWhenFeedingStarts:
return(SeederRpcFlags.CatalogCorruptionWhenFeedingStarts);
case CatalogAutoReseedWorkflow.CatalogAutoReseedReason.CatalogCorruptionWhenFeedingCompletes:
return(SeederRpcFlags.CatalogCorruptionWhenFeedingCompletes);
case CatalogAutoReseedWorkflow.CatalogAutoReseedReason.EventsMissingWithNotificationsWatermark:
return(SeederRpcFlags.EventsMissingWithNotificationsWatermark);
case CatalogAutoReseedWorkflow.CatalogAutoReseedReason.CrawlOnNonPreferredActiveWithNotificationsWatermark:
return(SeederRpcFlags.CrawlOnNonPreferredActiveWithNotificationsWatermark);
case CatalogAutoReseedWorkflow.CatalogAutoReseedReason.CrawlOnNonPreferredActiveWithTooManyNotificationEvents:
return(SeederRpcFlags.CrawlOnNonPreferredActiveWithTooManyNotificationEvents);
case CatalogAutoReseedWorkflow.CatalogAutoReseedReason.CrawlOnPassive:
return(SeederRpcFlags.CrawlOnPassive);
case CatalogAutoReseedWorkflow.CatalogAutoReseedReason.Unknown:
return(SeederRpcFlags.Unknown);
default:
return(SeederRpcFlags.None);
}
}
public CatalogAutoReseedWorkflow(AutoReseedContext context, CatalogAutoReseedWorkflow.CatalogAutoReseedReason catalogReseedReason, string workflowLaunchReason) : base(AutoReseedWorkflowType.CatalogAutoReseed, workflowLaunchReason, context)
{
this.catalogReseedReason = catalogReseedReason;
}
public bool ReportWorkflowLaunchConditionMet(AutoReseedWorkflowType workflowType, Guid dbGuid, CatalogAutoReseedWorkflow.CatalogAutoReseedReason reason = CatalogAutoReseedWorkflow.CatalogAutoReseedReason.None, int activationPreference = 1)
{
bool flag = false;
AutoReseedWorkflowSuppression.Tracer.TraceDebug((long)this.GetHashCode(), "AutoReseedWorkflowSuppression.ReportWorkflowLaunchConditionMet: Database '{0}' running workflow {1} with ActivationPreference {2} and reason {3}", new object[]
{
dbGuid,
workflowType,
activationPreference,
reason
});
foreach (KeyValuePair <AutoReseedWorkflowType, TransientPeriodicDatabaseErrorSuppression> keyValuePair in this.m_wfSuppressionTable)
{
if (keyValuePair.Key == workflowType)
{
TransientErrorInfo.ErrorType errorType;
flag = (keyValuePair.Value.ReportFailurePeriodic(dbGuid, out errorType) && errorType == TransientErrorInfo.ErrorType.Failure);
AutoReseedWorkflowSuppression.Tracer.TraceDebug((long)this.GetHashCode(), "AutoReseedWorkflowSuppression.ReportWorkflowLaunchConditionMet: Database '{0}' is reporting failure on periodic suppression fail table with ErrorType {1} for workflow {2}, shouldLaunch {3}.", new object[]
{
dbGuid,
errorType,
keyValuePair.Key,
flag
});
}
else
{
TransientErrorInfo.ErrorType errorType;
keyValuePair.Value.ReportSuccessPeriodic(dbGuid, out errorType);
AutoReseedWorkflowSuppression.Tracer.TraceDebug <Guid, TransientErrorInfo.ErrorType, AutoReseedWorkflowType>((long)this.GetHashCode(), "AutoReseedWorkflowSuppression.ReportWorkflowLaunchConditionMet: Database '{0}' is resetting periodic suppression fail table with ErrorType {1} for workflow {2}.", dbGuid, errorType, keyValuePair.Key);
}
}
if (flag && workflowType == AutoReseedWorkflowType.CatalogAutoReseed && reason == CatalogAutoReseedWorkflow.CatalogAutoReseedReason.Upgrade)
{
DateTime utcNow = DateTime.UtcNow;
activationPreference = ((activationPreference <= 1) ? 1 : activationPreference);
TimeSpan timeSpan = TimeSpan.FromSeconds((double)(activationPreference * (int)AutoReseedWorkflowSuppression.s_ciCatalogAutoReseedOnUpgradeInterval.TotalSeconds));
DateTime value;
if (this.m_catalogAutoReseedElapsedTime.TryGetValue(dbGuid, out value))
{
TimeSpan timeSpan2 = utcNow.Subtract(value);
if (timeSpan2 < timeSpan)
{
flag = false;
AutoReseedWorkflowSuppression.Tracer.TraceDebug((long)this.GetHashCode(), "AutoReseedWorkflowSuppression.ReportWorkflowLaunchConditionMet: Database '{0}' blocking reseed elapsed time {1} < delay time {2}. ActivationPref is {3}", new object[]
{
dbGuid,
timeSpan2,
timeSpan,
activationPreference
});
}
else
{
this.m_catalogAutoReseedElapsedTime.Remove(dbGuid);
AutoReseedWorkflowSuppression.Tracer.TraceDebug <Guid, TimeSpan, int>((long)this.GetHashCode(), "AutoReseedWorkflowSuppression.ReportWorkflowLaunchConditionMet: Database '{0}' allowing reseed at current time as a previous reseed was called and delayed {1}. ActivationPref is {2}", dbGuid, timeSpan, activationPreference);
}
}
else
{
this.m_catalogAutoReseedElapsedTime[dbGuid] = utcNow;
flag = false;
AutoReseedWorkflowSuppression.Tracer.TraceDebug <Guid, TimeSpan, int>((long)this.GetHashCode(), "AutoReseedWorkflowSuppression.ReportWorkflowLaunchConditionMet: Database '{0}' blocking reseed for {1} as this is the first call. ActivationPref is {2}", dbGuid, timeSpan, activationPreference);
}
}
return(flag);
}
