private ExtensibleMessageInfo[] GetMessageInfo(long internalId) { TextFilter obj = new TextFilter(MessageInfoSchema.Identity, new MessageIdentity(internalId).ToString(), MatchOptions.FullString, MatchFlags.Default); byte[] queryFilterBytes = Serialization.ObjectToBytes(obj); byte[] sortOrder = Serialization.ObjectToBytes(QueueClient.emptySortOrder); int num = 0; int num2 = 0; Exception ex = null; try { byte[] queueViewerObjectPage = base.GetQueueViewerObjectPage(QVObjectType.MessageInfo, queryFilterBytes, sortOrder, true, int.MaxValue, null, -1, false, true, true, null, ref num, ref num2); return(this.GetExtensibleMessageInfo((MessageInfo[])Serialization.BytesToObject(queueViewerObjectPage))); } catch (RpcException ex2) { ex = ex2; } catch (SerializationException ex3) { ex = ex3; } TraceWrapper.SearchLibraryTracer.TraceError <Exception>(this.GetHashCode(), "RPC or Deserialize exception: {0}", ex); TrackingTransientException.AddAndRaiseETX(this.directoryContext.Errors, ErrorCode.QueueViewerConnectionFailure, this.serverName, ex.ToString()); return(null); }
public static DagNetworkConfiguration GetDagNetworkConfig(string serverName) { byte[] configAsBytes = null; DagNetworkRpc.RunRpcOperation(serverName, delegate(ReplayRpcClient rpcClient) { ExTraceGlobals.DatabaseAvailabilityGroupTracer.TraceDebug <string>(0L, "GetDagNetworkConfig sending RPC to {0}", serverName); return(rpcClient.GetDagNetworkConfig(ref configAsBytes)); }); return((DagNetworkConfiguration)Serialization.BytesToObject(configAsBytes)); }
// Token: 0x06001895 RID: 6293 RVA: 0x000651F0 File Offset: 0x000633F0 public static TestNetworkParms FromBytes(byte[] bytes) { return((TestNetworkParms)Serialization.BytesToObject(bytes)); }
// Token: 0x060017D9 RID: 6105 RVA: 0x000628F0 File Offset: 0x00060AF0 private int ReadData(byte[] buf, int off, int len) { if (this.m_bytesRemainingToReadInCurrentBlock > 0) { int num = Math.Min(len, this.m_bytesRemainingToReadInCurrentBlock); if (this.m_curBlockType == NetworkPackagingLayer.PackageEncoding.Raw) { int num2 = this.m_tcpChannel.TryReadChunk(buf, off, num); this.m_bytesRemainingToReadInCurrentBlock -= num2; return(num2); } int sourceIndex = this.m_decompressBufContentLen - this.m_bytesRemainingToReadInCurrentBlock; Array.Copy(this.m_decompressBuf, sourceIndex, buf, off, num); this.m_bytesRemainingToReadInCurrentBlock -= num; return(num); } else { if (this.m_asyncReadByteCount > 0) { this.m_asyncReadByteCount = 0; } else { this.ReadChunk(this.m_readPacketHeaderBuf, 0, 1); } this.m_curBlockType = (NetworkPackagingLayer.PackageEncoding) this.m_readPacketHeaderBuf[0]; if (this.m_curBlockType == NetworkPackagingLayer.PackageEncoding.SerializedException) { NetworkPackagingLayer.Tracer.TraceDebug((long)this.GetHashCode(), "NetPkg.ReadData found incoming exception"); this.ReadChunk(this.m_readPacketHeaderBuf, 0, 4); int num3 = BitConverter.ToInt32(this.m_readPacketHeaderBuf, 0); this.CheckBlockLen(num3); byte[] array = new byte[num3]; this.ReadChunk(array, 0, num3); Exception ex; try { ex = (Exception)Serialization.BytesToObject(array); } catch (SerializationException ex2) { this.m_netChannel.TraceError("Exception deserialization failed:{0}", new object[] { ex2 }); ex = new NetworkRemoteExceptionUnknown(this.m_netChannel.PartnerNodeName, ex2.Message, ex2); } catch (TargetInvocationException ex3) { this.m_netChannel.TraceError("Exception deserialization failed:{0}", new object[] { ex3 }); if (ex3.InnerException == null || !(ex3.InnerException is SerializationException)) { throw; } ex = new NetworkRemoteExceptionUnknown(this.m_netChannel.PartnerNodeName, ex3.Message, ex3); } throw new NetworkRemoteException(this.m_netChannel.PartnerNodeName, ex.Message, ex); } if (this.m_curBlockType == NetworkPackagingLayer.PackageEncoding.Raw) { this.ReadChunk(this.m_readPacketHeaderBuf, 0, 4); this.m_bytesRemainingToReadInCurrentBlock = BitConverter.ToInt32(this.m_readPacketHeaderBuf, 0); int num = Math.Min(len, this.m_bytesRemainingToReadInCurrentBlock); int num2 = this.m_tcpChannel.TryReadChunk(buf, off, num); this.m_bytesRemainingToReadInCurrentBlock -= num2; this.TotalDecompressedBytesReceived += (long)num2; this.TotalCompressedBytesReceived += (long)num2; return(num2); } if (this.m_curBlockType == NetworkPackagingLayer.PackageEncoding.Xpress) { return(this.ReadXpressBlock(buf, off, len)); } if (this.m_curBlockType == NetworkPackagingLayer.PackageEncoding.Coconet) { return(this.ReadCoconetBlock(buf, off, len)); } this.m_netChannel.TraceError("Unknown packet encoding: {0}", new object[] { this.m_curBlockType }); throw new NetworkCorruptDataException(this.PartnerNodeName); } }
internal static void GetEntryFromStatus(RpcDatabaseCopyStatus2 copyStatus, DatabaseCopyStatusEntry entry) { CopyStatusEnum copyStatus2 = copyStatus.CopyStatus; CopyStatus copyStatus3 = GetMailboxDatabaseCopyStatus.TranslateRpcStatusToTaskStatus(copyStatus2); entry.Status = copyStatus3; entry.m_statusRetrievedTime = DumpsterStatisticsEntry.ToNullableLocalDateTime(copyStatus.StatusRetrievedTime); entry.m_lastStatusTransitionTime = DumpsterStatisticsEntry.ToNullableLocalDateTime(copyStatus.LastStatusTransitionTime); entry.InstanceStartTime = DumpsterStatisticsEntry.ToNullableLocalDateTime(copyStatus.InstanceStartTime); entry.m_errorMessage = copyStatus.ErrorMessage; entry.m_errorEventId = ((copyStatus.ErrorEventId != 0U) ? new uint?(copyStatus.ErrorEventId) : null); entry.m_extendedErrorInfo = copyStatus.ExtendedErrorInfo; if (copyStatus3 == CopyStatus.Suspended || copyStatus3 == CopyStatus.FailedAndSuspended || copyStatus3 == CopyStatus.Seeding) { entry.m_suspendMessage = copyStatus.SuspendComment; } entry.m_singlePageRestore = copyStatus.SinglePageRestoreNumber; entry.m_mailboxServer = copyStatus.MailboxServer; entry.m_activeDatabaseCopy = copyStatus.ActiveDatabaseCopy; entry.m_actionInitiator = copyStatus.ActionInitiator; entry.ActiveCopy = copyStatus.IsActiveCopy(); if (copyStatus.ActivationPreference > 0) { entry.ActivationPreference = new int?(copyStatus.ActivationPreference); } entry.IsLastCopyAvailabilityChecksPassed = new bool?(copyStatus.IsLastCopyAvailabilityChecksPassed); entry.IsLastCopyRedundancyChecksPassed = new bool?(copyStatus.IsLastCopyRedundancyChecksPassed); entry.LastCopyAvailabilityChecksPassedTime = DumpsterStatisticsEntry.ToNullableLocalDateTime(copyStatus.LastCopyAvailabilityChecksPassedTime); entry.LastCopyRedundancyChecksPassedTime = DumpsterStatisticsEntry.ToNullableLocalDateTime(copyStatus.LastCopyRedundancyChecksPassedTime); entry.DiskFreeSpacePercent = copyStatus.DiskFreeSpacePercent; entry.DiskFreeSpace = ByteQuantifiedSize.FromBytes(copyStatus.DiskFreeSpaceBytes); entry.DiskTotalSpace = ByteQuantifiedSize.FromBytes(copyStatus.DiskTotalSpaceBytes); entry.ExchangeVolumeMountPoint = copyStatus.ExchangeVolumeMountPoint; entry.DatabaseVolumeMountPoint = copyStatus.DatabaseVolumeMountPoint; entry.DatabaseVolumeName = copyStatus.DatabaseVolumeName; entry.DatabasePathIsOnMountedFolder = new bool?(copyStatus.DatabasePathIsOnMountedFolder); entry.LogVolumeMountPoint = copyStatus.LogVolumeMountPoint; entry.LogVolumeName = copyStatus.LogVolumeName; entry.LogPathIsOnMountedFolder = new bool?(copyStatus.LogPathIsOnMountedFolder); entry.LastDatabaseVolumeName = copyStatus.LastDatabaseVolumeName; entry.LastDatabaseVolumeNameTransitionTime = DumpsterStatisticsEntry.ToNullableLocalDateTime(copyStatus.LastDatabaseVolumeNameTransitionTime); entry.VolumeInfoError = copyStatus.VolumeInfoLastError; entry.m_activationSuspended = copyStatus.ActivationSuspended; if (copyStatus.ActivationSuspended) { entry.m_suspendMessage = copyStatus.SuspendComment; } entry.m_latestAvailableLogTime = DumpsterStatisticsEntry.ToNullableLocalDateTime(copyStatus.LatestAvailableLogTime); entry.m_latestCopyNotificationTime = DumpsterStatisticsEntry.ToNullableLocalDateTime(copyStatus.LastCopyNotifiedLogTime); entry.m_latestCopyTime = DumpsterStatisticsEntry.ToNullableLocalDateTime(copyStatus.LastCopiedLogTime); entry.m_latestInspectorTime = DumpsterStatisticsEntry.ToNullableLocalDateTime(copyStatus.LastInspectedLogTime); entry.m_latestReplayTime = DumpsterStatisticsEntry.ToNullableLocalDateTime(copyStatus.LastReplayedLogTime); entry.m_latestLogGenerationNumber = copyStatus.LastLogGenerated; entry.m_copyNotificationGenerationNumber = copyStatus.LastLogCopyNotified; entry.m_copyGenerationNumber = copyStatus.LastLogCopied; entry.m_inspectorGenerationNumber = copyStatus.LastLogInspected; entry.m_replayGenerationNumber = copyStatus.LastLogReplayed; entry.m_contentIndexState = copyStatus.ContentIndexStatus; entry.m_contentIndexErrorMessage = copyStatus.ContentIndexErrorMessage; entry.m_contentIndexErrorCode = copyStatus.ContentIndexErrorCode; entry.m_contentIndexVersion = copyStatus.ContentIndexVersion; entry.m_contentIndexBacklog = copyStatus.ContentIndexBacklog; entry.m_contentIndexRetryQueueSize = copyStatus.ContentIndexRetryQueueSize; entry.m_contentIndexMailboxesToCrawl = copyStatus.ContentIndexMailboxesToCrawl; entry.m_contentIndexSeedingPercent = copyStatus.ContentIndexSeedingPercent; entry.m_contentIndexSeedingSource = copyStatus.ContentIndexSeedingSource; entry.m_logCopyQueueIncreasing = new bool?(copyStatus.CopyQueueNotKeepingUp); entry.m_logReplayQueueIncreasing = new bool?(copyStatus.ReplayQueueNotKeepingUp); entry.m_replaySuspended = new bool?(copyStatus.ReplaySuspended); entry.ResumeBlocked = new bool?(copyStatus.ResumeBlocked); entry.ReseedBlocked = new bool?(copyStatus.ReseedBlocked); if (copyStatus.WorkerProcessId != 0) { entry.m_workerProcessId = new int?(copyStatus.WorkerProcessId); } entry.LastLogInfoIsStale = copyStatus.LastLogInfoIsStale; entry.LastLogInfoFromCopierTime = DumpsterStatisticsEntry.ToNullableLocalDateTime(copyStatus.LastLogInfoFromCopierTime); entry.LastLogInfoFromClusterTime = DumpsterStatisticsEntry.ToNullableLocalDateTime(copyStatus.LastLogInfoFromClusterTime); entry.LastLogInfoFromClusterGen = copyStatus.LastLogInfoFromClusterGen; entry.LowestLogPresent = copyStatus.LowestLogPresent; entry.m_logsReplayedSinceInstanceStart = new long?(copyStatus.LogsReplayedSinceInstanceStart); entry.m_logsCopiedSinceInstanceStart = new long?(copyStatus.LogsCopiedSinceInstanceStart); entry.ReplicationIsInBlockMode = copyStatus.ReplicationIsInBlockMode; entry.ActivationDisabledAndMoveNow = copyStatus.ActivationDisabledAndMoveNow; entry.AutoActivationPolicy = (DatabaseCopyAutoActivationPolicyType)copyStatus.AutoActivationPolicy; int num = copyStatus.MinimumSupportedDatabaseSchemaVersion; if (num > 0) { entry.MinimumSupportedDatabaseSchemaVersion = string.Format("{0}.{1}", num >> 16, num & 65535); } num = copyStatus.MaximumSupportedDatabaseSchemaVersion; if (num > 0) { entry.MaximumSupportedDatabaseSchemaVersion = string.Format("{0}.{1}", num >> 16, num & 65535); } num = copyStatus.RequestedDatabaseSchemaVersion; if (num > 0) { entry.RequestedDatabaseSchemaVersion = string.Format("{0}.{1}", num >> 16, num & 65535); } GetMailboxDatabaseCopyStatus.UpdateReplayLagStatus(entry, copyStatus); GetMailboxDatabaseCopyStatus.UpdateDatabaseSeedStatus(entry, copyStatus); GetMailboxDatabaseCopyStatus.UpdateBackupInfo(entry, copyStatus); GetMailboxDatabaseCopyStatus.UpdateDumpsterRequests(entry, copyStatus); if (copyStatus.OutgoingConnections != null) { entry.m_outgoingConnections = (ConnectionStatus[])Serialization.BytesToObject(copyStatus.OutgoingConnections); } if (copyStatus.IncomingLogCopyingNetwork != null) { entry.m_incomingLogCopyingNetwork = (ConnectionStatus)Serialization.BytesToObject(copyStatus.IncomingLogCopyingNetwork); } if (copyStatus.SeedingNetwork != null) { entry.m_seedingNetwork = (ConnectionStatus)Serialization.BytesToObject(copyStatus.SeedingNetwork); } entry.MaxLogToReplay = copyStatus.MaxLogToReplay; }
public ActiveCalls[] GetUmActiveCallList(bool isDialPlan, string dialPlan, bool isIpGateway, string ipGateway) { ExTraceGlobals.DiagnosticTracer.TraceDebug((long)this.GetHashCode(), "In UMClientRpc.GetUmActiveCallList"); byte[] umActiveCalls = base.GetUmActiveCalls(isDialPlan, dialPlan, isIpGateway, ipGateway); return((ActiveCalls[])Serialization.BytesToObject(umActiveCalls)); }