public override ICollection <Node> GetPathToLeaf(string leafId)
{
this.deprioritizeHa = false;
ICollection <Node> pathToLeaf = base.GetPathToLeaf(leafId);
if (pathToLeaf.Count == 0)
{
return(pathToLeaf);
}
MessageTrackingLogEntry messageTrackingLogEntry = (MessageTrackingLogEntry)pathToLeaf.Last <Node>().Value;
if (messageTrackingLogEntry.EventId != MessageTrackingEvent.HAREDIRECT)
{
return(pathToLeaf);
}
this.deprioritizeHa = true;
ICollection <Node> pathToLeaf2 = base.GetPathToLeaf(leafId);
if (pathToLeaf2.Count == 0)
{
MessageTrackingLogEntry messageTrackingLogEntry2 = (MessageTrackingLogEntry)pathToLeaf2.Last <Node>().Value;
if (messageTrackingLogEntry2 != messageTrackingLogEntry)
{
pathToLeaf2.Add(pathToLeaf.Last <Node>());
}
}
return(pathToLeaf2);
}
private static bool TryEnqueueNextHopAfterHAResubmit(MessageTrackingLogEntry haResubmitEvent, TrackingContext context, Queue <MailItemTracker> remainingTrackers)
{
if (haResubmitEvent.Source != MessageTrackingSource.REDUNDANCY)
{
return(false);
}
ServerInfo server = ServerCache.Instance.FindMailboxOrHubServer(haResubmitEvent.Server, 32UL);
if (LogDataAnalyzer.ShouldSkipTracker(server, haResubmitEvent, context))
{
return(false);
}
ILogReader logReader = RpcLogReader.GetLogReader(haResubmitEvent.Server, context.DirectoryContext);
if (logReader == null)
{
return(false);
}
List <MessageTrackingLogEntry> messageLog = context.Cache.GetMessageLog(RpcReason.None, logReader, TrackingLogPrefix.MSGTRK, haResubmitEvent.MessageId, haResubmitEvent.InternalMessageId);
List <MessageTrackingLogEntry> list = messageLog.FindAll((MessageTrackingLogEntry entry) => entry.Source != MessageTrackingSource.REDUNDANCY);
if (list.Count == 0)
{
TraceWrapper.SearchLibraryTracer.TraceError <string, long>(0, "Could not find any events following resubmission matching MessageId={0}, and InternalId={1}.", haResubmitEvent.MessageId, haResubmitEvent.InternalMessageId);
return(false);
}
MailItemTracker item = new MailItemTracker(list, context.Tree);
remainingTrackers.Enqueue(item);
return(true);
}
public List <List <MessageTrackingLogEntry> > GetHandedOffRecipPaths()
{
EventTree tree = this.context.Tree;
ICollection <Node> leafNodes = tree.GetLeafNodes();
if (leafNodes == null || leafNodes.Count == 0)
{
return(null);
}
List <List <MessageTrackingLogEntry> > list = null;
foreach (Node node in leafNodes)
{
MessageTrackingLogEntry messageTrackingLogEntry = (MessageTrackingLogEntry)node.Value;
if ((messageTrackingLogEntry.EventId == MessageTrackingEvent.SEND && messageTrackingLogEntry.Source == MessageTrackingSource.SMTP) || (messageTrackingLogEntry.EventId == MessageTrackingEvent.EXPAND && messageTrackingLogEntry.FederatedDeliveryAddress != null) || messageTrackingLogEntry.EventId == MessageTrackingEvent.INITMESSAGECREATED)
{
ICollection <Node> pathToLeaf = tree.GetPathToLeaf(node.Key);
List <MessageTrackingLogEntry> list2 = new List <MessageTrackingLogEntry>(pathToLeaf.Count);
foreach (Node node2 in pathToLeaf)
{
MessageTrackingLogEntry messageTrackingLogEntry2 = (MessageTrackingLogEntry)node2.Value;
messageTrackingLogEntry2.RecipientAddress = node2.Key;
list2.Add(messageTrackingLogEntry2);
}
if (list == null)
{
list = new List <List <MessageTrackingLogEntry> >();
}
list.Add(list2);
}
}
return(list);
}
protected override int GetNodePriorities(Node node, out int secondaryPriority)
{
MessageTrackingLogEntry logEntry = (MessageTrackingLogEntry)node.Value;
secondaryPriority = EventTree.GetSecondaryPriority(node, true);
return(EventTree.GetEventPriorityForBestResultLeaf(logEntry, this.deprioritizeHa));
}
private static long GetCheckReceiveEventAfterModerationApproval(List <MessageTrackingLogEntry> possibleReceiveMatches, TrackingContext context, ILogReader reader)
{
MessageTrackingLogEntry messageTrackingLogEntry = possibleReceiveMatches[possibleReceiveMatches.Count - 1];
foreach (MessageTrackingLogEntry messageTrackingLogEntry2 in possibleReceiveMatches)
{
if (messageTrackingLogEntry2.ProcessedBy == null)
{
messageTrackingLogEntry = messageTrackingLogEntry2;
break;
}
}
long serverLogKeyMailItemId = messageTrackingLogEntry.ServerLogKeyMailItemId;
List <MessageTrackingLogEntry> messageLog = context.Cache.GetMessageLog(RpcReason.None, reader, TrackingLogPrefix.MSGTRK, messageTrackingLogEntry.MessageId, serverLogKeyMailItemId);
if (messageLog.Count != 0)
{
if (!messageLog.TrueForAll((MessageTrackingLogEntry receiveEntry) => receiveEntry.Source != MessageTrackingSource.APPROVAL))
{
TraceWrapper.SearchLibraryTracer.TraceDebug <string, long>(0, "Last Receive event for message {0} InternalMessageId {1} doesn't indicate resubmission after approval because contains APPROVAL event in the path.", messageTrackingLogEntry.MessageId, serverLogKeyMailItemId);
return(0L);
}
}
return(serverLogKeyMailItemId);
}
private static bool TryEnqueueNextHopAfterTransfer(MessageTrackingLogEntry transferEvent, TrackingContext context, Queue <MailItemTracker> remainingTrackers)
{
ServerInfo server = ServerCache.Instance.FindMailboxOrHubServer(transferEvent.Server, 32UL);
if (LogDataAnalyzer.ShouldSkipTracker(server, transferEvent, context))
{
return(false);
}
ILogReader logReader = RpcLogReader.GetLogReader(transferEvent.Server, context.DirectoryContext);
if (logReader == null)
{
return(false);
}
List <MessageTrackingLogEntry> messageLog = context.Cache.GetMessageLog(RpcReason.None, logReader, TrackingLogPrefix.MSGTRK, transferEvent.MessageId, transferEvent.InternalMessageId);
if (messageLog.Count == 0)
{
TraceWrapper.SearchLibraryTracer.TraceError <string, long>(0, "Could not find any events matching MessageId={0}, and InternalId={1}.", transferEvent.MessageId, transferEvent.ServerLogKeyMailItemId);
return(false);
}
MailItemTracker item = new MailItemTracker(messageLog, context.Tree);
remainingTrackers.Enqueue(item);
return(true);
}
private static int GetSecondaryPriority(Node node, bool forPathPicking)
{
MessageTrackingLogEntry messageTrackingLogEntry = (MessageTrackingLogEntry)node.Value;
bool recipientMatchesRoot = !forPathPicking || string.Equals(node.Key, messageTrackingLogEntry.RootAddress, StringComparison.OrdinalIgnoreCase);
return(EventTree.GetSecondaryPriority(messageTrackingLogEntry.BccRecipient == null || messageTrackingLogEntry.BccRecipient.Value, messageTrackingLogEntry.HiddenRecipient, recipientMatchesRoot));
}
private int LogEntryComparer(MessageTrackingLogEntry left, MessageTrackingLogEntry right)
{
if (left == null)
{
if (right == null)
{
return(0);
}
return(1);
}
else
{
if (right == null)
{
return(-1);
}
if ((MailItemTracker.InitialSubmitEvents.Contains(left.EventId) && !MailItemTracker.InitialSubmitEvents.Contains(right.EventId)) || (!MailItemTracker.TerminalDeliveryEvents.Contains(left.EventId) && MailItemTracker.TerminalDeliveryEvents.Contains(right.EventId)))
{
return(-1);
}
if ((MailItemTracker.InitialSubmitEvents.Contains(right.EventId) && !MailItemTracker.InitialSubmitEvents.Contains(left.EventId)) || (!MailItemTracker.TerminalDeliveryEvents.Contains(right.EventId) && MailItemTracker.TerminalDeliveryEvents.Contains(left.EventId)))
{
return(1);
}
if (left.EventId == MessageTrackingEvent.TRANSFER && right.EventId == MessageTrackingEvent.EXPAND)
{
return(1);
}
if (left.EventId == MessageTrackingEvent.EXPAND && right.EventId == MessageTrackingEvent.TRANSFER)
{
return(-1);
}
return(left.Time.CompareTo(right.Time));
}
}
private bool ShouldSkipEvent(MessageTrackingLogEntry entry)
{
if (this.tree == entry.ProcessedBy)
{
return(true);
}
string text = entry.SourceContext;
if (!string.IsNullOrEmpty(text))
{
text = text.Trim();
}
if ("Federated Delivery Encryption Agent".Equals(text, StringComparison.OrdinalIgnoreCase) && entry.EventId == MessageTrackingEvent.DEFER)
{
return(true);
}
if (entry.EventId == MessageTrackingEvent.REDIRECT && MessageTrackingSource.AGENT == entry.Source)
{
string relatedRecipientAddress = entry.RelatedRecipientAddress;
if (string.IsNullOrEmpty(relatedRecipientAddress) || !SmtpAddress.IsValidSmtpAddress(relatedRecipientAddress))
{
TraceWrapper.SearchLibraryTracer.TraceDebug <string>(this.GetHashCode(), "Ignoring REDIRECT event with non-SMTP RelatedRecipientAddress: {0}. Probably EHF agent.", relatedRecipientAddress);
return(true);
}
}
return(false);
}
private void SetPerRecipientProperties(Node newNode, int recipIndex, bool entryIsStoreDriverReceiveEvent, bool entryIsAgentReceiveEvent)
{
MessageTrackingLogEntry messageTrackingLogEntry = (MessageTrackingLogEntry)newNode.Value;
if (messageTrackingLogEntry.RecipientStatuses != null && messageTrackingLogEntry.RecipientStatuses.Length > recipIndex)
{
messageTrackingLogEntry.RecipientStatus = messageTrackingLogEntry.RecipientStatuses[recipIndex];
}
if (!entryIsStoreDriverReceiveEvent)
{
if (entryIsAgentReceiveEvent)
{
this.SetHideRecipientAndBccPropertiesForAgentEvent(messageTrackingLogEntry);
}
return;
}
MimeRecipientType mimeRecipientType;
if (!MessageTrackingLogEntry.RecipientAddressTypeGetter.TryGetValue(messageTrackingLogEntry.RecipientStatus, out mimeRecipientType))
{
mimeRecipientType = MimeRecipientType.Unknown;
}
if (mimeRecipientType == MimeRecipientType.Unknown || mimeRecipientType == MimeRecipientType.Bcc)
{
messageTrackingLogEntry.BccRecipient = new bool?(true);
return;
}
messageTrackingLogEntry.BccRecipient = new bool?(false);
}
private static bool TryEnqueueNextHopAfterHARedirect(MessageTrackingLogEntry haRedirectEvent, TrackingContext context, Queue <MailItemTracker> remainingTrackers)
{
ServerInfo nextHopServer = haRedirectEvent.GetNextHopServer();
if (LogDataAnalyzer.ShouldSkipTracker(nextHopServer, haRedirectEvent, context))
{
return(false);
}
ILogReader logReader = RpcLogReader.GetLogReader(haRedirectEvent.NextHopFqdnOrName, context.DirectoryContext);
if (logReader == null)
{
return(false);
}
List <MessageTrackingLogEntry> messageLog = context.Cache.GetMessageLog(RpcReason.None, logReader, TrackingLogPrefix.MSGTRK, haRedirectEvent.MessageId, null, SearchMessageTrackingReportImpl.HAReceiveOrResubmitEventsFilterSet);
if (messageLog.Count == 0)
{
TraceWrapper.SearchLibraryTracer.TraceError <MessageTrackingLogEntry, string>(0, "Could not find any HA receive events to match {0} on {1}.", haRedirectEvent, haRedirectEvent.NextHopFqdnOrName);
return(false);
}
MailItemTracker item = new MailItemTracker(messageLog, context.Tree);
remainingTrackers.Enqueue(item);
return(true);
}
private List <MessageTrackingLogEntry> ReadLogsFromCursor(LogSearchCursor cursor, TrackingEventBudget eventBudget)
{
List <MessageTrackingLogEntry> list = new List <MessageTrackingLogEntry>();
while (cursor.MoveNext())
{
MessageTrackingLogEntry messageTrackingLogEntry;
if (MessageTrackingLogEntry.TryCreateFromCursor(cursor, this.server, this.context.Errors, out messageTrackingLogEntry))
{
if (list.Count % ServerCache.Instance.RowsBeforeTimeBudgetCheck == 0)
{
eventBudget.TestDelayOperation("GetRpcsBeforeDelay");
eventBudget.CheckTimeBudget();
}
list.Add(messageTrackingLogEntry);
if (messageTrackingLogEntry.RecipientAddresses != null)
{
eventBudget.IncrementBy((uint)messageTrackingLogEntry.RecipientAddresses.Length);
}
else
{
eventBudget.IncrementBy(1U);
}
}
}
return(list);
}
private static bool ShouldSkipTracker(ServerInfo server, MessageTrackingLogEntry logEntry, TrackingContext context)
{
if (!server.IsSearchable || logEntry.IsNextHopCrossSite(context.DirectoryContext))
{
TraceWrapper.SearchLibraryTracer.TraceDebug <string, string>(0, "Skipping search logs on {0}: {1}", logEntry.NextHopFqdnOrName, server.IsSearchable ? "Server is in remote site" : "Server is not searchable");
return(true);
}
return(false);
}
public static bool TryCreateFromCursor(LogSearchCursor cursor, string server, TrackingErrorCollection errors, out MessageTrackingLogEntry entry)
{
entry = null;
MessageTrackingLogRow messageTrackingLogRow;
if (MessageTrackingLogRow.TryRead(server, cursor, MessageTrackingLogEntry.allRows, errors, out messageTrackingLogRow))
{
entry = new MessageTrackingLogEntry(messageTrackingLogRow);
return(true);
}
return(false);
}
private Node FindParentMatchingParameters(MessageTrackingLogEntry childEntryValue, long?mailItemId, MessageTrackingEvent[] eventTypes, EventTree.EventMatchingCondition eventMatchingCondition, MessageTrackingSource?source, LinkedList <Node> possibleParents)
{
Node node = null;
foreach (Node node2 in possibleParents)
{
MessageTrackingLogEntry messageTrackingLogEntry = (MessageTrackingLogEntry)node2.Value;
if (messageTrackingLogEntry != childEntryValue && !messageTrackingLogEntry.SharesRowDataWithEntry(childEntryValue) && string.IsNullOrEmpty(messageTrackingLogEntry.FederatedDeliveryAddress))
{
if (mailItemId != null)
{
long num;
if (messageTrackingLogEntry.EventId == MessageTrackingEvent.TRANSFER || messageTrackingLogEntry.EventId == MessageTrackingEvent.RESUBMIT)
{
num = messageTrackingLogEntry.InternalMessageId;
}
else
{
num = messageTrackingLogEntry.ServerLogKeyMailItemId;
}
if (mailItemId != num)
{
continue;
}
}
if (eventTypes != null)
{
bool flag = eventMatchingCondition == EventTree.EventMatchingCondition.MustMatch;
bool flag2 = !flag;
foreach (MessageTrackingEvent messageTrackingEvent in eventTypes)
{
if (messageTrackingEvent == messageTrackingLogEntry.EventId)
{
flag2 = flag;
break;
}
}
if (!flag2)
{
continue;
}
}
if ((source == null || source.Value == messageTrackingLogEntry.Source) && (node == null || EventTree.GetSecondaryPriority(node, false) >= EventTree.GetSecondaryPriority(node2, false)))
{
node = node2;
}
}
}
return(node);
}
private static int GetEventPriorityForBestResultLeaf(MessageTrackingLogEntry logEntry, bool deprioritizeHa)
{
int result;
bool flag;
if (!deprioritizeHa)
{
flag = EventTree.EventPrioritiesForBestResultLeafHa.TryGetValue(logEntry.EventId, out result);
}
else
{
flag = EventTree.EventPrioritiesForBestResultLeaf.TryGetValue(logEntry.EventId, out result);
}
if (!flag)
{
return(int.MaxValue);
}
return(result);
}
private static MessageTrackingLogEntry LocateModeratorResponse(MessageTrackingLogEntry initMessageEvent, TrackingContext context, out ILogReader reader)
{
ServerInfo serverInfo = LogDataAnalyzer.IdentifyArbitrationMailboxServer(initMessageEvent.ArbitrationMailboxAddress, context.DirectoryContext);
if (serverInfo.ServerSiteId.Equals(ServerCache.Instance.GetLocalServerSiteId(context.DirectoryContext)))
{
reader = null;
return(null);
}
if (serverInfo.AdminDisplayVersion.ToInt() > Constants.E14SP1ModerationReferralSupportVersion)
{
IEnumerable <ServerInfo> casServers = ServerCache.Instance.GetCasServers(serverInfo.ServerSiteId);
foreach (ServerInfo serverInfo2 in casServers)
{
if (serverInfo2.AdminDisplayVersion.ToInt() > Constants.E14SP1ModerationReferralSupportVersion)
{
TraceWrapper.SearchLibraryTracer.TraceError <ADObjectId>(0, "Cas in site {0} can handle x-site moderation init message referral. Init message will be handled as a referral later.", serverInfo.ServerSiteId);
reader = null;
return(null);
}
}
}
if (!serverInfo.IsSearchable)
{
TraceWrapper.SearchLibraryTracer.TraceError <string, ServerStatus>(0, "Could not search mailbox server for arbitration mailbox {0}: {1}.", serverInfo.Key, serverInfo.Status);
reader = null;
return(null);
}
reader = RpcLogReader.GetLogReader(serverInfo.Key, context.DirectoryContext);
if (reader == null)
{
return(null);
}
List <MessageTrackingLogEntry> messageLog = context.Cache.GetMessageLog(RpcReason.None, reader, TrackingLogPrefix.MSGTRK, initMessageEvent.InitMessageId, null, LogDataAnalyzer.validModeratorResponseTypes);
if (messageLog.Count == 0)
{
TraceWrapper.SearchLibraryTracer.TraceError <string, string>(0, "No moderator responses found for Initiation Message {0} on {1}", initMessageEvent.InitMessageId, serverInfo.Key);
return(null);
}
return(messageLog[0]);
}
private static bool TryEnqueueNextHopAfterSubmitInternal(MessageTrackingLogEntry submitEvent, TrackingContext context, Queue <MailItemTracker> remainingTrackers, bool searchAfterModerationApproval)
{
ServerInfo nextHopServer = submitEvent.GetNextHopServer();
if (LogDataAnalyzer.ShouldSkipTracker(nextHopServer, submitEvent, context))
{
return(false);
}
ILogReader logReader = RpcLogReader.GetLogReader(submitEvent.NextHopFqdnOrName, context.DirectoryContext);
if (logReader == null)
{
return(false);
}
List <MessageTrackingLogEntry> messageLog = context.Cache.GetMessageLog(RpcReason.None, logReader, TrackingLogPrefix.MSGTRK, submitEvent.MessageId, new MessageTrackingSource?((logReader.MtrSchemaVersion >= MtrSchemaVersion.E15RTM) ? MessageTrackingSource.SMTP : MessageTrackingSource.STOREDRIVER), SearchMessageTrackingReportImpl.ReceiveEventFilterSet);
if (messageLog.Count == 0)
{
TraceWrapper.SearchLibraryTracer.TraceDebug <string, string, MessageTrackingLogEntry>(0, "No {0} Receive event found on {1} to match {2}.", (logReader.MtrSchemaVersion >= MtrSchemaVersion.E15RTM) ? "SMTP" : "StoreDriver", submitEvent.NextHopFqdnOrName, submitEvent);
return(false);
}
long num;
if (!searchAfterModerationApproval)
{
num = messageLog[0].ServerLogKeyMailItemId;
}
else
{
num = LogDataAnalyzer.GetCheckReceiveEventAfterModerationApproval(messageLog, context, logReader);
if (num == 0L)
{
return(false);
}
}
foreach (MessageTrackingLogEntry messageTrackingLogEntry in messageLog)
{
LogDataAnalyzer.CreateAndEnqueueTracker(context, remainingTrackers, logReader, TrackingLogPrefix.MSGTRK, messageTrackingLogEntry.MessageId, num);
}
return(true);
}
private static bool CheckRecipientListEquality(MessageTrackingLogEntry firstEntry, MessageTrackingLogEntry secondEntry)
{
if (firstEntry.RecipientAddresses == null || secondEntry.RecipientAddresses == null)
{
return(false);
}
if (firstEntry.RecipientAddresses.Length != secondEntry.RecipientAddresses.Length)
{
return(false);
}
int num = firstEntry.RecipientAddresses.Length;
for (int i = 0; i < num; i++)
{
if (!firstEntry.RecipientAddresses[i].Equals(secondEntry.RecipientAddresses[i], StringComparison.OrdinalIgnoreCase))
{
return(false);
}
}
return(true);
}
private static bool TryEnqueueNextHopAfterInitMessage(MessageTrackingLogEntry initMessageEvent, TrackingContext context, Queue <MailItemTracker> remainingTrackers)
{
ILogReader logReader;
MessageTrackingLogEntry messageTrackingLogEntry = LogDataAnalyzer.LocateModeratorResponse(initMessageEvent, context, out logReader);
if (messageTrackingLogEntry == null)
{
return(false);
}
if (messageTrackingLogEntry.RecipientAddresses == null)
{
messageTrackingLogEntry.RecipientAddresses = initMessageEvent.RecipientAddresses;
}
MailItemTracker item = new MailItemTracker(new List <MessageTrackingLogEntry>(1)
{
messageTrackingLogEntry
}, context.Tree);
remainingTrackers.Enqueue(item);
return(true);
}
private Node DoPostInsertionProcessing(Node parent, Node child)
{
MessageTrackingLogEntry messageTrackingLogEntry = (MessageTrackingLogEntry)child.Value;
if (parent == base.Root)
{
messageTrackingLogEntry.RootAddress = child.Key;
return(child);
}
MessageTrackingLogEntry messageTrackingLogEntry2 = (MessageTrackingLogEntry)parent.Value;
messageTrackingLogEntry.RootAddress = messageTrackingLogEntry2.RootAddress;
if (messageTrackingLogEntry2.HiddenRecipient)
{
messageTrackingLogEntry.HiddenRecipient = true;
}
if (messageTrackingLogEntry2.BccRecipient != null && messageTrackingLogEntry.BccRecipient == null)
{
messageTrackingLogEntry.BccRecipient = messageTrackingLogEntry2.BccRecipient;
}
return(child);
}
private List <MessageTrackingLogEntry> ApplyReportTemplateToTree()
{
ICollection <Node> collection;
if (this.context.ReportTemplate == ReportTemplate.RecipientPath)
{
collection = this.context.Tree.GetPathToLeaf(this.context.SelectedRecipient);
}
else
{
collection = this.context.Tree.GetLeafNodes();
}
List <MessageTrackingLogEntry> list = new List <MessageTrackingLogEntry>(collection.Count);
foreach (Node node in collection)
{
MessageTrackingLogEntry messageTrackingLogEntry = (MessageTrackingLogEntry)node.Value;
messageTrackingLogEntry.RecipientAddress = node.Key;
list.Add(messageTrackingLogEntry);
}
return(list);
}
private static bool TryEnqueueNextHopAfterSend(MessageTrackingLogEntry sendEvent, TrackingContext context, Queue <MailItemTracker> remainingTrackers)
{
ServerInfo nextHopServer = sendEvent.GetNextHopServer();
if (LogDataAnalyzer.ShouldSkipTracker(nextHopServer, sendEvent, context))
{
return(false);
}
ILogReader logReader = RpcLogReader.GetLogReader(sendEvent.NextHopFqdnOrName, context.DirectoryContext);
if (logReader == null)
{
return(false);
}
MessageTrackingSource? sourceFilter = null;
HashSet <MessageTrackingEvent> eventIdFilterSet = SearchMessageTrackingReportImpl.ReceiveOrDeliverEventsFilterSet;
if (logReader.MtrSchemaVersion < MtrSchemaVersion.E15RTM)
{
sourceFilter = new MessageTrackingSource?(MessageTrackingSource.SMTP);
eventIdFilterSet = SearchMessageTrackingReportImpl.ReceiveEventFilterSet;
}
List <MessageTrackingLogEntry> messageLog = context.Cache.GetMessageLog(RpcReason.None, logReader, TrackingLogPrefix.MSGTRK, sendEvent.MessageId, sourceFilter, eventIdFilterSet);
if (messageLog.Count == 0)
{
return(false);
}
foreach (MessageTrackingLogEntry messageTrackingLogEntry in messageLog)
{
if (LogDataAnalyzer.CheckRecipientListEquality(sendEvent, messageTrackingLogEntry))
{
LogDataAnalyzer.CreateAndEnqueueTracker(context, remainingTrackers, logReader, TrackingLogPrefix.MSGTRK, messageTrackingLogEntry.MessageId, messageTrackingLogEntry.ServerLogKeyMailItemId);
return(true);
}
}
TraceWrapper.SearchLibraryTracer.TraceError <MessageTrackingLogEntry, string>(0, "Could not find any receive events to match {0} on {1}.", sendEvent, sendEvent.NextHopFqdnOrName);
return(false);
}
private void SetHideRecipientAndBccPropertiesForAgentEvent(MessageTrackingLogEntry logEntry)
{
bool flag = true;
bool flag2 = false;
KeyValuePair <string, object>[] customData = logEntry.CustomData;
if (customData == null || customData.Length == 0)
{
TraceWrapper.SearchLibraryTracer.TraceDebug(this.GetHashCode(), "Agent added recipient does not have value in CustomData field, hide recipient.", new object[0]);
}
else
{
foreach (KeyValuePair <string, object> keyValuePair in customData)
{
if ("RecipientType".Equals(keyValuePair.Key, StringComparison.OrdinalIgnoreCase))
{
string text = keyValuePair.Value as string;
if (!string.IsNullOrEmpty(text))
{
flag = (!"To".Equals(text, StringComparison.OrdinalIgnoreCase) && !"Cc".Equals(text, StringComparison.OrdinalIgnoreCase) && !"Redirect".Equals(text, StringComparison.OrdinalIgnoreCase));
if ("Bcc".Equals(text, StringComparison.OrdinalIgnoreCase) || "Unknown".Equals(text, StringComparison.OrdinalIgnoreCase))
{
flag2 = true;
}
TraceWrapper.SearchLibraryTracer.TraceDebug <string, bool, bool>(this.GetHashCode(), "Tracking log entry contained '{0}' for RecipientType property. hiddenRecip={1}, bccRecip={2}", text, flag, flag2);
break;
}
TraceWrapper.SearchLibraryTracer.TraceDebug(this.GetHashCode(), "Tracking log entry contained null or invalid value for RecipientTypePropertyName property: {0}.", new object[]
{
keyValuePair.Value
});
}
}
}
TraceWrapper.SearchLibraryTracer.TraceDebug <bool, bool>(this.GetHashCode(), "Hidden recipient is {0} and bccRecip is {1}", flag, flag2);
logEntry.BccRecipient = new bool?(flag2);
logEntry.HiddenRecipient = flag;
}
private static bool TryEnqueueNextHopAfterModeratorApprove(MessageTrackingLogEntry approvalEvent, TrackingContext context, Queue <MailItemTracker> remainingTrackers)
{
ILogReader logReader = RpcLogReader.GetLogReader(approvalEvent.Server, context.DirectoryContext);
if (logReader == null)
{
return(false);
}
List <MessageTrackingLogEntry> messageLog = context.Cache.GetMessageLog(RpcReason.None, logReader, TrackingLogPrefix.MSGTRK, approvalEvent.MessageId, new MessageTrackingSource?(MessageTrackingSource.STOREDRIVER), SearchMessageTrackingReportImpl.SubmitEventFilterSet);
if (messageLog.Count == 0)
{
TraceWrapper.SearchLibraryTracer.TraceError <string>(0, "Moderator approval event found, but no matching submission of the message back into transport was found on mailbox server {0}.", approvalEvent.Server);
return(false);
}
MessageTrackingLogEntry messageTrackingLogEntry = null;
foreach (MessageTrackingLogEntry messageTrackingLogEntry2 in messageLog)
{
if (!LogDataAnalyzer.IsEntryProcessed(messageTrackingLogEntry2, context.Tree))
{
messageTrackingLogEntry = messageTrackingLogEntry2;
messageTrackingLogEntry.ProcessedBy = context.Tree;
break;
}
}
if (messageTrackingLogEntry == null)
{
TraceWrapper.SearchLibraryTracer.TraceError(0, "All submission events found after processing moderator approval had already been processed.", new object[0]);
return(false);
}
ILogReader logReader2 = RpcLogReader.GetLogReader(messageTrackingLogEntry.NextHopFqdnOrName, context.DirectoryContext);
if (logReader2 == null)
{
return(false);
}
List <MessageTrackingLogEntry> messageLog2 = context.Cache.GetMessageLog(RpcReason.None, logReader2, TrackingLogPrefix.MSGTRK, approvalEvent.OrigMessageId, new MessageTrackingSource?(MessageTrackingSource.APPROVAL), SearchMessageTrackingReportImpl.ReceiveEventFilterSet);
if (messageLog2.Count == 0)
{
TraceWrapper.SearchLibraryTracer.TraceError(0, "No Approval Received events found", new object[0]);
return(false);
}
foreach (MessageTrackingLogEntry messageTrackingLogEntry3 in messageLog2)
{
if (!LogDataAnalyzer.IsEntryProcessed(messageTrackingLogEntry3, context.Tree) && approvalEvent.MessageId.Equals(messageTrackingLogEntry3.InitMessageId, StringComparison.Ordinal))
{
if (logReader.MtrSchemaVersion >= MtrSchemaVersion.E15RTM)
{
if (!LogDataAnalyzer.TryEnqueueNextHopAfterSubmitInternal(messageTrackingLogEntry3, context, remainingTrackers, true))
{
continue;
}
}
else
{
List <MessageTrackingLogEntry> messageLog3 = context.Cache.GetMessageLog(RpcReason.None, logReader2, TrackingLogPrefix.MSGTRK, approvalEvent.OrigMessageId, messageTrackingLogEntry3.ServerLogKeyMailItemId);
if (messageLog3.Count == 0)
{
continue;
}
MailItemTracker item = new MailItemTracker(messageLog3, context.Tree);
remainingTrackers.Enqueue(item);
}
return(true);
}
}
TraceWrapper.SearchLibraryTracer.TraceError(0, "No unprocessed Approval Received events found", new object[0]);
return(false);
}
protected override bool IsNodeRootChildCandidate(Node node)
{
MessageTrackingLogEntry messageTrackingLogEntry = (MessageTrackingLogEntry)node.Value;
return(messageTrackingLogEntry.EventId == MessageTrackingEvent.SUBMIT || messageTrackingLogEntry.EventId == MessageTrackingEvent.RECEIVE || (messageTrackingLogEntry.EventId == MessageTrackingEvent.FAIL && messageTrackingLogEntry.Source == MessageTrackingSource.SMTP) || (messageTrackingLogEntry.EventId == MessageTrackingEvent.MODERATORAPPROVE && messageTrackingLogEntry.Source == MessageTrackingSource.APPROVAL) || (messageTrackingLogEntry.EventId == MessageTrackingEvent.MODERATORREJECT && messageTrackingLogEntry.Source == MessageTrackingSource.APPROVAL) || messageTrackingLogEntry.EventId == MessageTrackingEvent.REDIRECT || messageTrackingLogEntry.EventId == MessageTrackingEvent.HAREDIRECT || messageTrackingLogEntry.EventId == MessageTrackingEvent.HARECEIVE || messageTrackingLogEntry.EventId == MessageTrackingEvent.DELIVER || messageTrackingLogEntry.EventId == MessageTrackingEvent.DUPLICATEDELIVER);
}
public List <MessageTrackingLogEntry> AnalyzeLogData(string messageId, long internalId, out MessageTrackingLogEntry rootEvent)
{
rootEvent = null;
List <MessageTrackingLogEntry> startingMailItemEntries = this.GetStartingMailItemEntries(messageId, internalId);
this.CreateInitialTracker(startingMailItemEntries);
this.ProcessAllTrackers();
if (this.context.Tree.Root == null)
{
return(new List <MessageTrackingLogEntry>(0));
}
rootEvent = (MessageTrackingLogEntry)this.context.Tree.Root.Value;
return(this.ApplyReportTemplateToTree());
}
private static bool IsEntryProcessed(MessageTrackingLogEntry entry, EventTree tree)
{
return(entry.ProcessedBy == tree);
}
protected override Node DisambiguateParentRecord(LinkedList <Node> possibleParents, Node node)
{
MessageTrackingLogEntry messageTrackingLogEntry = (MessageTrackingLogEntry)node.Value;
if (possibleParents == null || possibleParents.Count == 0)
{
return(null);
}
MessageTrackingEvent eventId = messageTrackingLogEntry.EventId;
if (eventId <= MessageTrackingEvent.REDIRECT)
{
switch (eventId)
{
case MessageTrackingEvent.RECEIVE:
return(this.FindParentMatchingParameters(messageTrackingLogEntry, null, EventTree.receiveEventMatchingTypes, EventTree.EventMatchingCondition.MustMatch, null, possibleParents));
case MessageTrackingEvent.SEND:
break;
case MessageTrackingEvent.FAIL:
return(this.FindParentMatchingParameters(messageTrackingLogEntry, new long?(messageTrackingLogEntry.InternalMessageId), EventTree.beginModerationEventType, EventTree.EventMatchingCondition.MustNotMatch, null, possibleParents));
default:
if (eventId == MessageTrackingEvent.REDIRECT)
{
if (messageTrackingLogEntry.RecipientAddresses == null || messageTrackingLogEntry.RecipientAddresses.Length == 0)
{
return(null);
}
foreach (Node node2 in possibleParents)
{
MessageTrackingLogEntry messageTrackingLogEntry2 = (MessageTrackingLogEntry)node2.Value;
if (messageTrackingLogEntry2.EventId == MessageTrackingEvent.REDIRECT && messageTrackingLogEntry2.RelatedRecipientAddress != null && !messageTrackingLogEntry2.RelatedRecipientAddress.Equals(messageTrackingLogEntry2.RecipientAddresses[0]))
{
return(node2);
}
}
return(this.FindParentMatchingParameters(messageTrackingLogEntry, null, EventTree.redirectEventType, EventTree.EventMatchingCondition.MustNotMatch, null, possibleParents));
}
break;
}
}
else
{
switch (eventId)
{
case MessageTrackingEvent.DUPLICATEDELIVER:
return(this.FindParentMatchingParameters(messageTrackingLogEntry, new long?(messageTrackingLogEntry.ServerLogKeyMailItemId), EventTree.deliveryEventTypes, EventTree.EventMatchingCondition.MustNotMatch, null, possibleParents));
case MessageTrackingEvent.RESUBMIT:
if (messageTrackingLogEntry.Source == MessageTrackingSource.REDUNDANCY)
{
return(this.FindParentMatchingParameters(messageTrackingLogEntry, null, EventTree.haResubmitEventMatchingTypes, EventTree.EventMatchingCondition.MustMatch, null, possibleParents));
}
break;
case MessageTrackingEvent.INITMESSAGECREATED:
break;
case MessageTrackingEvent.MODERATORREJECT:
return(this.FindParentMatchingParameters(messageTrackingLogEntry, null, EventTree.beginModerationEventType, EventTree.EventMatchingCondition.MustMatch, null, possibleParents));
case MessageTrackingEvent.MODERATORAPPROVE:
return(this.FindParentMatchingParameters(messageTrackingLogEntry, null, EventTree.beginModerationEventType, EventTree.EventMatchingCondition.MustMatch, null, possibleParents));
default:
if (eventId == MessageTrackingEvent.HAREDIRECT)
{
return(null);
}
if (eventId == MessageTrackingEvent.HARECEIVE)
{
return(this.FindParentMatchingParameters(messageTrackingLogEntry, null, EventTree.haReceiveEventMatchingTypes, EventTree.EventMatchingCondition.MustMatch, null, possibleParents));
}
break;
}
}
return(this.FindParentMatchingParameters(messageTrackingLogEntry, new long?(messageTrackingLogEntry.ServerLogKeyMailItemId), null, EventTree.EventMatchingCondition.MustMatch, null, possibleParents));
}
private static bool TryEnqueueNextHopAfterSubmit(MessageTrackingLogEntry submitEvent, TrackingContext context, Queue <MailItemTracker> remainingTrackers)
{
return(LogDataAnalyzer.TryEnqueueNextHopAfterSubmitInternal(submitEvent, context, remainingTrackers, false));
}
