public static string ToAppropriateUnitFormatString(this ByteQuantifiedSize size, string valueFormat)
{
if (size.ToTB() > 0UL)
{
return(string.Format(OwaOptionStrings.MailboxUsageUnitTB, string.Format(CultureInfo.InvariantCulture, valueFormat, new object[]
{
size.ToBytes() / 1099511627776.0
})));
}
if (size.ToGB() > 0UL)
{
return(string.Format(OwaOptionStrings.MailboxUsageUnitGB, string.Format(CultureInfo.InvariantCulture, valueFormat, new object[]
{
size.ToBytes() / 1073741824.0
})));
}
if (size.ToMB() > 0UL)
{
return(string.Format(OwaOptionStrings.MailboxUsageUnitMB, string.Format(CultureInfo.InvariantCulture, valueFormat, new object[]
{
size.ToBytes() / 1048576.0
})));
}
if (size.ToKB() > 0UL)
{
return(string.Format(OwaOptionStrings.MailboxUsageUnitKB, string.Format(CultureInfo.InvariantCulture, valueFormat, new object[]
{
size.ToBytes() / 1024.0
})));
}
return(string.Format(CultureInfo.InvariantCulture, OwaOptionStrings.MailboxUsageUnitB, new object[]
{
size.ToBytes()
}));
}
private static void Initialize(ExDateTime serviceStartTime, string logFilePath, TimeSpan maxRetentionPeriond, ByteQuantifiedSize directorySizeQuota, ByteQuantifiedSize perFileSizeQuota, bool applyHourPrecision)
{
int registryInt;
using (RegistryKey registryKey = Registry.LocalMachine.OpenSubKey("SYSTEM\\CurrentControlSet\\Services\\MSExchange ADAccess\\Parameters"))
{
GLSLogger.Enabled = GLSLogger.GetRegistryBool(registryKey, "ProtocolLoggingEnabled", true);
registryInt = GLSLogger.GetRegistryInt(registryKey, "LogBufferSize", 65536);
}
if (GLSLogger.registryWatcher == null)
{
GLSLogger.registryWatcher = new RegistryWatcher("SYSTEM\\CurrentControlSet\\Services\\MSExchange ADAccess\\Parameters", false);
}
if (GLSLogger.timer == null)
{
GLSLogger.timer = new Timer(new TimerCallback(GLSLogger.UpdateConfigIfChanged), null, 0, 300000);
}
if (GLSLogger.Enabled)
{
GLSLogger.log = new Log(GLSLogger.logFilePrefix, new LogHeaderFormatter(GLSLogger.schema, LogHeaderCsvOption.CsvCompatible), "GLSLogs");
GLSLogger.log.Configure(logFilePath, maxRetentionPeriond, (long)directorySizeQuota.ToBytes(), (long)perFileSizeQuota.ToBytes(), applyHourPrecision, registryInt, GLSLogger.defaultFlushInterval);
AppDomain.CurrentDomain.ProcessExit += GLSLogger.CurrentDomain_ProcessExit;
}
GLSLogger.Initialized = true;
}
private void Initialize(ExDateTime serviceStartTime, string logFilePath, TimeSpan maxRetentionPeriod, ByteQuantifiedSize directorySizeQuota, ByteQuantifiedSize perFileSizeQuota, bool applyHourPrecision)
{
int registryInt;
using (RegistryKey registryKey = Registry.LocalMachine.OpenSubKey("SYSTEM\\CurrentControlSet\\Services\\MSExchange ADAccess\\Parameters"))
{
this.enabled = ServiceTopologyLog.GetRegistryBool(registryKey, "ServiceTopologyLoggingEnabled", false);
registryInt = ServiceTopologyLog.GetRegistryInt(registryKey, "LogBufferSize", 524288);
int registryInt2 = ServiceTopologyLog.GetRegistryInt(registryKey, "FlushIntervalInMinutes", 15);
if (registryInt2 > 0)
{
ServiceTopologyLog.FlushInterval = TimeSpan.FromMinutes((double)registryInt2);
}
}
if (this.registryWatcher == null)
{
this.registryWatcher = new RegistryWatcher("SYSTEM\\CurrentControlSet\\Services\\MSExchange ADAccess\\Parameters", false);
}
if (this.timer == null)
{
this.timer = new Timer(new TimerCallback(this.UpdateConfigIfChanged), null, 0, 300000);
}
this.log = new Log(ServiceTopologyLog.LogFilePrefix, new LogHeaderFormatter(ServiceTopologyLog.Schema, LogHeaderCsvOption.CsvCompatible), "ServiceTopologyLogs");
this.log.Configure(logFilePath, maxRetentionPeriod, (long)directorySizeQuota.ToBytes(), (long)perFileSizeQuota.ToBytes(), applyHourPrecision, registryInt, ServiceTopologyLog.FlushInterval, LogFileRollOver.Hourly);
AppDomain.CurrentDomain.ProcessExit += this.CurrentDomain_ProcessExit;
this.initialized = true;
}
public virtual long GetUnitsForSize(ByteQuantifiedSize size)
{
if (!this.IsSize)
{
throw new InvalidOperationException("Cannot get units for size on a non-size metric.");
}
return((long)size.ToBytes());
}
public LoadContainer ToLoadContainer()
{
DatabaseSizeInfo size = this.GetSize();
LoadContainer loadContainer = new LoadContainer(this, ContainerType.Database);
loadContainer.RelativeLoadWeight = this.RelativeLoadCapacity;
loadContainer.CanAcceptRegularLoad = (!this.IsExcludedFromProvisioning && size.CurrentPhysicalSize < this.MaximumSize);
loadContainer.CanAcceptBalancingLoad = (!this.IsExcludedFromInitialProvisioning && loadContainer.CanAcceptRegularLoad);
loadContainer.MaximumLoad[PhysicalSize.Instance] = (long)this.MaximumSize.ToBytes();
loadContainer.MaximumLoad[LogicalSize.Instance] = (long)this.MaximumSize.ToBytes();
loadContainer.ReusableCapacity[LogicalSize.Instance] = (long)size.AvailableWhitespace.ToBytes();
loadContainer.ReusableCapacity[PhysicalSize.Instance] = (long)size.AvailableWhitespace.ToBytes();
ByteQuantifiedSize byteQuantifiedSize = size.CurrentPhysicalSize - size.AvailableWhitespace;
loadContainer.ConsumedLoad[LogicalSize.Instance] = (long)byteQuantifiedSize.ToBytes();
loadContainer.ConsumedLoad[PhysicalSize.Instance] = (long)byteQuantifiedSize.ToBytes();
return(loadContainer);
}
protected void Initialize(ExDateTime serviceStartTime, string logFilePath, TimeSpan maxRetentionPeriond, ByteQuantifiedSize directorySizeQuota, ByteQuantifiedSize perFileSizeQuota, bool applyHourPrecision, string logComponent)
{
if (this.Initialized)
{
throw new NotSupportedException("Protocol Log is already initialized");
}
BaseDirectoryProtocolLog.InitializeGlobalConfigIfRequired();
if (this.log == null)
{
this.log = new Log(BaseDirectoryProtocolLog.logFilePrefix, new LogHeaderFormatter(this.Schema, LogHeaderCsvOption.CsvCompatible), logComponent);
AppDomain.CurrentDomain.ProcessExit += this.CurrentDomainProcessExit;
}
if (BaseDirectoryProtocolLog.loggingEnabled.Value)
{
this.log.Configure(logFilePath, maxRetentionPeriond, (long)directorySizeQuota.ToBytes(), (long)perFileSizeQuota.ToBytes(), applyHourPrecision, BaseDirectoryProtocolLog.bufferSize, BaseDirectoryProtocolLog.DefaultFlushInterval, LogFileRollOver.Hourly);
}
BaseDirectoryProtocolLog.callsBacks = (TimerCallback)Delegate.Combine(BaseDirectoryProtocolLog.callsBacks, new TimerCallback(this.UpdateConfigIfChanged));
this.Initialized = true;
}
public static string ToMB(this ByteQuantifiedSize size, int precision)
{
return(Math.Round(size.ToBytes() / 1048576.0, precision).ToString());
}
// Token: 0x0600144F RID: 5199 RVA: 0x00075368 File Offset: 0x00073568
public Configuration()
{
bool configBoolValue = AppConfigLoader.GetConfigBoolValue("InferenceDataCollectionIsLoggingEnabled", true);
LoggingLevel configEnumValue = AppConfigLoader.GetConfigEnumValue <LoggingLevel>("InferenceDataCollectionLoggingLevel", LoggingLevel.Debug);
string configStringValue = AppConfigLoader.GetConfigStringValue("InferenceDataCollectionLogPath", Configuration.DefaultLogPath);
TimeSpan configTimeSpanValue = AppConfigLoader.GetConfigTimeSpanValue("InferenceDataCollectionMaxLogAge", TimeSpan.Zero, TimeSpan.MaxValue, TimeSpan.FromDays(30.0));
ByteQuantifiedSize byteQuantifiedSize = ConfigurationUtils.ReadByteQuantifiedSizeValue("InferenceDataCollectionMaxLogDirectorySize", ByteQuantifiedSize.FromGB(1UL));
ByteQuantifiedSize byteQuantifiedSize2 = ConfigurationUtils.ReadByteQuantifiedSizeValue("InferenceDataCollectionMaxLogFileSize", ByteQuantifiedSize.FromMB(10UL));
base.MetadataLogConfig = new LogConfig(configBoolValue, "InferenceMetadata", "InferenceMetadata", Path.Combine(configStringValue, "Metadata"), new ulong?(byteQuantifiedSize.ToBytes()), new ulong?(byteQuantifiedSize2.ToBytes()), new TimeSpan?(configTimeSpanValue), 4096);
base.DiagnosticLogConfig = new DiagnosticLogConfig(configBoolValue, "InferenceDataCollection", "InferenceDataCollection", configStringValue, new ulong?(byteQuantifiedSize.ToBytes()), new ulong?(byteQuantifiedSize2.ToBytes()), new TimeSpan?(configTimeSpanValue), configEnumValue);
base.MailboxReprocessAge = AppConfigLoader.GetConfigTimeSpanValue("InferenceDataCollectionMailboxReprocessAge", TimeSpan.Zero, TimeSpan.MaxValue, TimeSpan.FromDays(30.0));
base.ModuloNumberToRandomize = AppConfigLoader.GetConfigIntValue("InferenceDataCollectionModuloNumberToRandomize", 1, int.MaxValue, 500);
this.ModuloNumberToRandomizeForGroups = AppConfigLoader.GetConfigIntValue("InferenceDataCollectionModuloNumberToRandomizeForGroups", 1, int.MaxValue, 10);
base.BlackListedFolders = ConfigurationUtils.ReadCommaSeperatedStringValue("InferenceDataCollectionBlackListedFolders", null);
base.WhiteListedFolders = ConfigurationUtils.ReadCommaSeperatedStringValue("InferenceDataCollectionWhiteListedFolders", null);
base.MinimumItemCountInMailbox = AppConfigLoader.GetConfigIntValue("InferenceDataCollectionMinimumItemCountInMailbox", 0, int.MaxValue, 0);
base.MinimumSentItemsCount = AppConfigLoader.GetConfigIntValue("InferenceDataCollectionMinimumSentItemsCount", 0, int.MaxValue, 0);
base.NumberOfItemsPerFolderToProcess = AppConfigLoader.GetConfigIntValue("InferenceDataCollectionNumberOfItemsPerFolderToProcess", 0, int.MaxValue, int.MaxValue);
base.MinimumSentItemsPercentage = AppConfigLoader.GetConfigIntValue("InferenceDataCollectionMinimumSentItemsPercentage", 0, 100, 0);
base.IsOutputSanitized = AppConfigLoader.GetConfigBoolValue("InferenceDataCollectionIsOutputSanitized", true);
base.QueryPageSize = AppConfigLoader.GetConfigIntValue("InferenceDataCollectionQueryPageSize", 0, 32767, 100);
base.CollectMessageBodyProps = AppConfigLoader.GetConfigBoolValue("InferenceDataCollectionCollectMessageBodyProps", false);
base.ChunkSize = AppConfigLoader.GetConfigIntValue("InferenceDataCollectionChunkSize", 1, int.MaxValue, 1000);
base.ItemMaxAttemptCount = AppConfigLoader.GetConfigIntValue("InferenceDataCollectionItemMaxAttemptCount", 1, 10, 3);
}
internal static void Initialize(ExDateTime serviceStartTime, string logFilePath, TimeSpan maxRetentionPeriond, ByteQuantifiedSize directorySizeQuota, ByteQuantifiedSize perFileSizeQuota, bool applyHourPrecision)
{
ProtocolLog.log = new Log(ProtocolLog.defaultLogFilePrefix, new LogHeaderFormatter(ProtocolLog.Schema), ProtocolLog.defaultLogComponent);
ProtocolLog.log.Configure(logFilePath, maxRetentionPeriond, (long)directorySizeQuota.ToBytes(), (long)perFileSizeQuota.ToBytes(), applyHourPrecision);
ProtocolLog.Enabled = true;
}
private void BalanceBand(Band band, double totalDatabaseWeight, BandData[] bandData)
{
this.logger.Log(MigrationEventType.Information, "Balancing band '{0}' with '{1}' data entries.", new object[]
{
band,
bandData.Count <BandData>()
});
double moveUnitsPerWeight = (double)bandData.Sum((BandData data) => data.TotalWeight) / totalDatabaseWeight;
double num = (band.Profile == Band.BandProfile.SizeBased) ? band.MailboxSizeWeightFactor : 0.0;
double deviation = (double)this.settings.WeightDeviationPercent / 100.0;
ByteQuantifiedSize byteQuantifiedSize = ByteQuantifiedSize.FromGB((ulong)this.settings.MaximumAmountOfDataPerRoundGb);
this.logger.Log(MigrationEventType.Verbose, "Moving with a deviation of '{0}', a minimum delta of '{1}' and a maximum of '{2}' per database.", new object[]
{
deviation,
num,
byteQuantifiedSize
});
List <BandData> list = (from data in bandData
orderby this.GetBandDelta(moveUnitsPerWeight, deviation, data) descending
select data).ToList <BandData>();
foreach (BandData bandData2 in list)
{
double num2 = this.GetBandDelta(moveUnitsPerWeight, deviation, bandData2);
this.logger.Log(MigrationEventType.Verbose, "Attempting to balance band {0} for database {1}, current delta is {2}.", new object[]
{
band,
bandData2.Database,
num2
});
LoadMetric instance = PhysicalSize.Instance;
if (num2 <= num)
{
this.logger.Log(MigrationEventType.Information, "Not balancing band {0} for database {1} because delta {2} is either less than the minimum of {3} or database has no more available space ({4}). We're done.", new object[]
{
band,
bandData2.Database,
num2,
num,
bandData2.Database.AvailableCapacity.GetSizeMetric(instance)
});
break;
}
foreach (BandData bandData3 in from data in bandData
orderby data.TotalWeight
select data)
{
if (!bandData3.Database.CanAcceptBalancingLoad)
{
this.logger.Log(MigrationEventType.Verbose, "Database {0} can not be used as target because it can't take LB load.", new object[]
{
bandData3.Database
});
}
else
{
double num3 = this.GetBandDelta(moveUnitsPerWeight, 0.0 - deviation, bandData3);
this.logger.Log(MigrationEventType.Verbose, "Trying to place weight into {0} (current delta: {1}).", new object[]
{
bandData3.Database,
num3
});
ByteQuantifiedSize sizeMetric = bandData3.Database.AvailableCapacity.GetSizeMetric(instance);
if (0.0 - num3 > sizeMetric.ToMB())
{
this.logger.Log(MigrationEventType.Verbose, "Target delta of {0} is larger than the {1} available space in the database, adjusting.", new object[]
{
num3,
sizeMetric
});
num3 = 0.0 - sizeMetric.ToMB();
this.logger.Log(MigrationEventType.Verbose, "New target delta is {0}.", new object[]
{
num3
});
}
if (num3 >= 0.0)
{
this.logger.Log(MigrationEventType.Verbose, "Target database is above the threshold, skipping as a target.", new object[0]);
}
else
{
ByteQuantifiedSize sizeMetric2 = bandData3.Database.CommittedLoad.GetSizeMetric(instance);
ByteQuantifiedSize byteQuantifiedSize2;
if (sizeMetric2 > byteQuantifiedSize)
{
byteQuantifiedSize2 = ByteQuantifiedSize.Zero;
}
else
{
byteQuantifiedSize2 = byteQuantifiedSize - sizeMetric2;
}
int num4 = (int)Math.Floor(byteQuantifiedSize2.ToMB() / band.MailboxSizeWeightFactor);
if (num4 <= 0)
{
this.logger.Log(MigrationEventType.Verbose, "Target database committed load is {0} which is over the limit of {1}, skipping as a target.", new object[]
{
sizeMetric2,
byteQuantifiedSize
});
}
else
{
int num5 = (int)Math.Min(Math.Round(Math.Min(Math.Abs(num2), Math.Abs(num3))), (double)num4);
this.logger.Log(MigrationEventType.Verbose, "Projected to move {0} units out of {1} and into {2}", new object[]
{
num5,
bandData2.Database,
bandData3.Database
});
if (num5 > 0)
{
ByteQuantifiedSize value = ByteQuantifiedSize.FromMB((ulong)((double)num5 * band.MailboxSizeWeightFactor));
LoadMetricStorage loadMetricStorage = new LoadMetricStorage();
loadMetricStorage[band] = (long)num5;
BandMailboxRebalanceData item = new BandMailboxRebalanceData(bandData2.Database, bandData3.Database, loadMetricStorage);
bandData3.TotalWeight += num5;
LoadMetricStorage committedLoad;
LoadMetric metric;
(committedLoad = bandData3.Database.CommittedLoad)[metric = instance] = committedLoad[metric] + (long)value.ToBytes();
this.totalDataSelectedToMove += value;
bandData2.TotalWeight -= num5;
this.results.Add(item);
num2 -= (double)num5;
}
if (num2 <= num)
{
break;
}
}
}
}
}
}
}
