internal DatabaseRedundancy(HealthInfoPersisted healthInfo, DbHealthInfoPersisted dbHealth, string serverContactedFqdn)
{
this.Identity = new ConfigObjectId(dbHealth.DbName);
this.DbGuid = dbHealth.DbGuid;
this.ServerContactedFqdn = serverContactedFqdn.ToUpperInvariant();
this.HealthInfoCreateTime = DateTimeHelper.ParseIntoNullableLocalDateTimeIfPossible(healthInfo.CreateTimeUtcStr);
this.HealthInfoLastUpdateTime = DateTimeHelper.ParseIntoNullableLocalDateTimeIfPossible(healthInfo.LastUpdateTimeUtcStr);
this.DatabaseFoundInAD = TransitionInfo.ConstructFromRemoteSerializable(dbHealth.DbFoundInAD);
this.IsDatabaseFoundInAD = this.DatabaseFoundInAD.IsSuccess;
this.SkippedFromMonitoring = TransitionInfo.ConstructFromRemoteSerializable(dbHealth.SkippedFromMonitoring);
this.AtLeast1RedundantCopy = TransitionInfo.ConstructFromRemoteSerializable(dbHealth.IsAtLeast1RedundantCopy);
this.AtLeast2RedundantCopy = TransitionInfo.ConstructFromRemoteSerializable(dbHealth.IsAtLeast2RedundantCopy);
this.AtLeast3RedundantCopy = TransitionInfo.ConstructFromRemoteSerializable(dbHealth.IsAtLeast3RedundantCopy);
this.AtLeast4RedundantCopy = TransitionInfo.ConstructFromRemoteSerializable(dbHealth.IsAtLeast4RedundantCopy);
this.AtLeast1AvailableCopy = TransitionInfo.ConstructFromRemoteSerializable(dbHealth.IsAtLeast1AvailableCopy);
this.AtLeast2AvailableCopy = TransitionInfo.ConstructFromRemoteSerializable(dbHealth.IsAtLeast2AvailableCopy);
this.AtLeast3AvailableCopy = TransitionInfo.ConstructFromRemoteSerializable(dbHealth.IsAtLeast3AvailableCopy);
this.AtLeast4AvailableCopy = TransitionInfo.ConstructFromRemoteSerializable(dbHealth.IsAtLeast4AvailableCopy);
this.DbCopies = new DatabaseCopyRedundancy[dbHealth.DbCopies.Count];
for (int i = 0; i < dbHealth.DbCopies.Count; i++)
{
this.DbCopies[i] = new DatabaseCopyRedundancy(dbHealth, dbHealth.DbCopies[i]);
}
this.IsAtLeast2RedundantCopy = this.AtLeast2RedundantCopy.IsSuccess;
this.IsAtLeast2AvailableCopy = this.AtLeast2AvailableCopy.IsSuccess;
this.AtLeast2RedundantCopyTransitionTime = this.AtLeast2RedundantCopy.LastTransitionTime;
this.AtLeast2AvailableCopyTransitionTime = this.AtLeast2AvailableCopy.LastTransitionTime;
}
internal static TransitionInfo ConstructFromRemoteSerializable(TransientErrorInfoPersisted errorInfo)
{
TransitionInfo transitionInfo = new TransitionInfo();
if (errorInfo != null)
{
transitionInfo.CurrentState = TransitionInfo.ConvertTransitionStateFromSerializable(errorInfo.CurrentErrorState);
transitionInfo.LastActiveTransition = DateTimeHelper.ParseIntoNullableLocalDateTimeIfPossible(errorInfo.LastSuccessTransitionUtc);
transitionInfo.LastInactiveTransition = DateTimeHelper.ParseIntoNullableLocalDateTimeIfPossible(errorInfo.LastFailureTransitionUtc);
}
transitionInfo.m_toString = transitionInfo.GetToString();
return(transitionInfo);
}
internal ServerRedundancy(HealthInfoPersisted healthInfo, ServerHealthInfoPersisted serverHealth, string serverContactedFqdn)
{
AmServerName amServerName = new AmServerName(serverHealth.ServerFqdn);
this.Identity = new ConfigObjectId(amServerName.NetbiosName.ToUpperInvariant());
this.ServerContactedFqdn = serverContactedFqdn.ToUpperInvariant();
this.HealthInfoCreateTime = DateTimeHelper.ParseIntoNullableLocalDateTimeIfPossible(healthInfo.CreateTimeUtcStr);
this.HealthInfoLastUpdateTime = DateTimeHelper.ParseIntoNullableLocalDateTimeIfPossible(healthInfo.LastUpdateTimeUtcStr);
this.ServerFoundInAD = TransitionInfo.ConstructFromRemoteSerializable(serverHealth.ServerFoundInAD);
this.IsServerFoundInAD = this.ServerFoundInAD.IsSuccess;
this.CriticalForMaintainingAvailability = TransitionInfo.ConstructFromRemoteSerializable(serverHealth.CriticalForMaintainingAvailability);
this.CriticalForMaintainingRedundancy = TransitionInfo.ConstructFromRemoteSerializable(serverHealth.CriticalForMaintainingRedundancy);
this.CriticalForRestoringAvailability = TransitionInfo.ConstructFromRemoteSerializable(serverHealth.CriticalForRestoringAvailability);
this.CriticalForRestoringRedundancy = TransitionInfo.ConstructFromRemoteSerializable(serverHealth.CriticalForRestoringRedundancy);
this.HighForRestoringAvailability = TransitionInfo.ConstructFromRemoteSerializable(serverHealth.HighForRestoringAvailability);
this.HighForRestoringRedundancy = TransitionInfo.ConstructFromRemoteSerializable(serverHealth.HighForRestoringRedundancy);
this.SetRepairUrgency();
this.SetSafeForMaintenance();
}
internal DatabaseCopyRedundancy(DbHealthInfoPersisted dbHealth, DbCopyHealthInfoPersisted dbchip)
{
this.DatabaseGuid = dbHealth.DbGuid;
this.DatabaseName = dbHealth.DbName;
this.ServerName = MachineName.GetNodeNameFromFqdn(dbchip.ServerFqdn).ToUpperInvariant();
this.m_copyName = string.Format("{0}\\{1}", this.DatabaseName, this.ServerName);
this.Identity = this.m_copyName;
this.LastCopyStatusTransitionTime = DateTimeHelper.ToNullableLocalDateTime(dbchip.LastCopyStatusTransitionTime);
this.CopyFoundInAD = TransitionInfo.ConstructFromRemoteSerializable(dbchip.CopyFoundInAD);
this.CopyStatusRetrieved = TransitionInfo.ConstructFromRemoteSerializable(dbchip.CopyStatusRetrieved);
this.CopyIsAvailable = TransitionInfo.ConstructFromRemoteSerializable(dbchip.CopyIsAvailable);
this.CopyIsRedundant = TransitionInfo.ConstructFromRemoteSerializable(dbchip.CopyIsRedundant);
this.CopyStatusHealthy = TransitionInfo.ConstructFromRemoteSerializable(dbchip.CopyStatusHealthy);
this.CopyStatusActive = TransitionInfo.ConstructFromRemoteSerializable(dbchip.CopyStatusActive);
this.CopyStatusMounted = TransitionInfo.ConstructFromRemoteSerializable(dbchip.CopyStatusMounted);
this.IsCopyFoundInAD = this.CopyFoundInAD.IsSuccess;
this.IsCopyAvailable = this.CopyIsAvailable.IsSuccess;
this.IsCopyRedundant = this.CopyIsRedundant.IsSuccess;
}
