public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
return(message != null && message.RawFailure != null && CommonUtils.ExceptionIs(message.RawFailure, new WellKnownException[]
{
WellKnownException.ConflictEntryIdCorruption
}));
}
public static IReservation CreateReservation(string serverFQDN, NetworkCredential credentials, Guid mailboxGuid, TenantPartitionHint partitionHint, Guid resourceId, ReservationFlags flags)
{
if (serverFQDN == null)
{
TestIntegration testIntegration = new TestIntegration(false);
if ((flags.HasFlag(ReservationFlags.Read) && testIntegration.UseRemoteForSource) || (flags.HasFlag(ReservationFlags.Write) && testIntegration.UseRemoteForDestination))
{
serverFQDN = CommonUtils.LocalComputerName;
}
}
IReservation result = null;
ExecutionContext.Create(new DataContext[]
{
new OperationDataContext("IReservationManager.ReserveResources", OperationType.None),
new SimpleValueDataContext("MailboxGuid", mailboxGuid),
new SimpleValueDataContext("ResourceId", resourceId),
new SimpleValueDataContext("Flags", flags)
}).Execute(delegate
{
if (serverFQDN == null)
{
result = ReservationManager.CreateReservation(mailboxGuid, partitionHint, resourceId, flags, CommonUtils.LocalComputerName);
return;
}
result = RemoteReservation.Create(serverFQDN, credentials, mailboxGuid, partitionHint, resourceId, flags);
});
return(new ReservationWrapper(result));
}
public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
return(message != null && message.RawFailure != null && CommonUtils.ExceptionIs(message.RawFailure, new WellKnownException[]
{
WellKnownException.InvalidMultivalueElement
}));
}
public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
return(message != null && message.RawFailure != null && CommonUtils.ExceptionIs(message.RawFailure, new WellKnownException[]
{
WellKnownException.NonCanonicalACL
}));
}
public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
return(message != null && message.RawFailure != null && message.Failure != null && message.Failure.Message != null && CommonUtils.ExceptionIs(message.RawFailure, new WellKnownException[]
{
WellKnownException.CorruptData
}) && message.Failure.Message.Contains("[String]") && (message.Failure.Message.Contains("[{00062008-0000-0000-c000-000000000046}:0x853a]") || message.Failure.Message.Contains("[{00020329-0000-0000-c000-000000000046}:'Keywords']")));
}
public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
return(message != null && message.RawFailure != null && CommonUtils.ExceptionIs(message.RawFailure, new WellKnownException[]
{
WellKnownException.CorruptRecipient
}) && message.MessageClass == "IPM.Note.Microsoft.CDR.UM");
}
public void Classify(BadMessageRec item, TestIntegration testIntegration)
{
foreach (BadItemCategory badItemCategory in BadItemClassifier.categories)
{
if (badItemCategory.IsMatch(item, testIntegration))
{
item.Category = badItemCategory.Name;
break;
}
}
}
public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
if (message == null)
{
return(false);
}
bool result = true;
if (this.badItemKind != null && message.Kind != this.badItemKind.Value)
{
result = false;
}
if (this.wke != null && !CommonUtils.ExceptionIs(message.RawFailure, new WellKnownException[]
{
this.wke.Value
}))
{
result = false;
}
return(result);
}
public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
return(true);
}
public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
return(message != null && message.Failure != null && message.Failure.Message != null && message.Failure.Message.Contains("Lid: 37736 dwParam: 0x") && message.Failure.Message.Contains("Lid: 55288 StoreEc: 0x80040117"));
}
public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
return(message != null && message.MessageClass != null && ObjectClass.IsDistributionList(message.MessageClass));
}
private static bool ExportMessageBatch(ISourceMailbox mailbox, List <MessageRec> messages, Func <IFxProxyPool> getProxyPool, ExportMessagesFlags flags, PropTag[] propsToCopyExplicitly, PropTag[] excludeProps, TestIntegration testIntegration, out Exception failure)
{
failure = null;
try
{
using (IFxProxyPool fxProxyPool = getProxyPool())
{
mailbox.ExportMessages(messages, fxProxyPool, flags, propsToCopyExplicitly, excludeProps);
}
return(true);
}
catch (Exception ex)
{
if (!MapiUtils.IsBadItemIndicator(ex, out failure))
{
if (failure != ex)
{
failure.PreserveExceptionStack();
throw failure;
}
throw;
}
}
return(false);
}
public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
return(testIntegration.ClassifyBadItemFaults && (message != null && message.Failure != null && message.Failure.Message != null) && message.Failure.Message.Contains("Lid: 48184 StoreEc: 0x8000400"));
}
public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
return(message.Failure != null && message.Failure.DataContext != null && message.Failure.Message != null && message.Failure.FailureSideInt == 2 && !(message.Failure.FailureType != "ObjectValidationException") && message.Failure.DataContext.Contains("ISourceMailbox.ExportMessages") && message.Failure.Message.Contains(this.failureSignature));
}
public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
return(message != null && message.Failure != null && message.Failure.DataContext != null && message.Failure.Message != null && message.Failure.FailureSideInt == 2 && !(message.Failure.FailureType != "ObjectValidationException") && message.Failure.DataContext.Contains("ISourceMailbox.ExportMessages") && message.Failure.Message.Contains("Microsoft.Exchange.Data.Storage.RecurrenceBlobConstraint"));
}
public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
return(message != null && FolderFilterParser.IsDumpster(message.WellKnownFolderType));
}
public override bool IsMatch(BadMessageRec message, TestIntegration testIntegration)
{
return(message != null && (message.MessageClass == null || !ObjectClass.IsContact(message.MessageClass)) && message.DateSent != null && message.DateSent.Value < DateTime.UtcNow - this.ageLimit);
}
public abstract bool IsMatch(BadMessageRec message, TestIntegration testIntegration);
public static void ExportMessagesWithBadItemDetection(ISourceMailbox mailbox, List <MessageRec> messages, Func <IFxProxyPool> getProxyPool, ExportMessagesFlags flags, PropTag[] propsToCopyExplicitly, PropTag[] excludeProps, TestIntegration testIntegration, ref List <BadMessageRec> badMessages)
{
MrsTracer.Common.Debug("ExportMessagesWithBadItemDetection: Exporting {0} messages", new object[]
{
messages.Count
});
Exception ex;
if (MapiUtils.ExportMessageBatch(mailbox, messages, getProxyPool, flags, propsToCopyExplicitly, excludeProps, testIntegration, out ex))
{
return;
}
MrsTracer.Common.Warning("ExportMessages failed with a bad item error. Current batch count {0}. Will retry copying messages in smaller batches. {1}", new object[]
{
messages.Count,
CommonUtils.FullExceptionMessage(ex)
});
if (messages.Count != 1)
{
int num = messages.Count / 2;
List <MessageRec> list = new List <MessageRec>(num);
List <MessageRec> list2 = new List <MessageRec>(messages.Count - num);
for (int i = 0; i < messages.Count; i++)
{
if (i < num)
{
list.Add(messages[i]);
}
else
{
list2.Add(messages[i]);
}
}
MapiUtils.ExportMessagesWithBadItemDetection(mailbox, list, getProxyPool, flags, propsToCopyExplicitly, excludeProps, testIntegration, ref badMessages);
MapiUtils.ExportMessagesWithBadItemDetection(mailbox, list2, getProxyPool, flags, propsToCopyExplicitly, excludeProps, testIntegration, ref badMessages);
return;
}
MessageRec messageRec = messages[0];
MrsTracer.Common.Warning("Single message {0} copy failed. Error {1}", new object[]
{
TraceUtils.DumpEntryId(messageRec.EntryId),
CommonUtils.FullExceptionMessage(ex)
});
EntryIdMap <MessageRec> entryIdMap;
EntryIdMap <FolderRec> entryIdMap2;
MapiUtils.LookupBadMessagesInMailbox(mailbox, messages, out entryIdMap, out entryIdMap2);
MessageRec msgData;
if (!entryIdMap.TryGetValue(messageRec.EntryId, out msgData))
{
badMessages.Add(BadMessageRec.MissingItem(messageRec));
return;
}
DownlevelBadItemsPermanentException ex2 = ex as DownlevelBadItemsPermanentException;
if (ex2 != null)
{
badMessages.Add(ex2.BadItems[0]);
return;
}
FolderRec folderRec = entryIdMap2[messageRec.FolderId];
badMessages.Add(BadMessageRec.Item(msgData, folderRec, ex));
}