public CapacitySummary GetCapacitySummary(DirectoryIdentity objectIdentity, bool refreshData)
{
Func <ILoadBalanceService, HeatMapCapacityData> func = (ILoadBalanceService service) => service.GetCapacitySummary(objectIdentity, refreshData);
HeatMapCapacityData capacityDatum = this.CallClientFunction <HeatMapCapacityData>(func);
return(CapacitySummary.FromDatum(capacityDatum));
}
public ICapacityProjection GetCapacityProjection(ByteQuantifiedSize averageMailboxSize)
{
HeatMapCapacityData heatMapData = this.HeatMap.ToCapacityData();
CapacityProjectionData capacityProjectionData = CapacityProjectionData.FromSettings(this.Settings);
AvailableCapacityProjection availableCapacityProjection = new AvailableCapacityProjection(heatMapData, capacityProjectionData, this.Settings.QueryBufferPeriodDays, averageMailboxSize, base.Logger);
ConsumerSizeProjection consumerSizeProjection = new ConsumerSizeProjection(heatMapData, capacityProjectionData, averageMailboxSize, this.Settings.QueryBufferPeriodDays, (double)this.Settings.MaximumConsumerMailboxSizePercent / 100.0, base.Logger);
return(new MinimumCapacityProjection(base.Logger, new ICapacityProjection[]
{
consumerSizeProjection,
availableCapacityProjection
}));
}
internal static CapacitySummary FromDatum(HeatMapCapacityData capacityDatum)
{
CapacitySummary capacitySummary = new CapacitySummary();
capacitySummary.SetExchangeVersion(ExchangeObjectVersion.Current);
capacitySummary.Identity = capacityDatum.Identity.Name;
capacitySummary.PhysicalSize = capacityDatum.PhysicalSize;
capacitySummary.LogicalSize = capacityDatum.LogicalSize;
capacitySummary.MaximumSize = capacityDatum.TotalCapacity;
capacitySummary.TotalMailboxCount = capacityDatum.TotalMailboxCount;
capacitySummary.RetrievedTimeStamp = capacityDatum.RetrievedTimestamp;
Report.ListWithToString <LoadMetricValue> listWithToString = new Report.ListWithToString <LoadMetricValue>();
foreach (LoadMetric loadMetric in capacityDatum.LoadMetrics.Metrics)
{
LoadMetricValue item = new LoadMetricValue(loadMetric, capacityDatum.LoadMetrics[loadMetric]);
listWithToString.Add(item);
}
capacitySummary.LoadMetrics = listWithToString;
return(capacitySummary);
}
public HeatMapCapacityData ToCapacityData()
{
DirectoryIdentity directoryObjectIdentity = base.DirectoryObjectIdentity;
long aggregateConsumedLoad = this.GetAggregateConsumedLoad(ConsumerMailboxSize.Instance);
long value = this.GetAggregateConsumedLoad(PhysicalSize.Instance) - aggregateConsumedLoad;
long aggregateMaximumLoad = this.GetAggregateMaximumLoad(PhysicalSize.Instance);
long aggregateConsumedLoad2 = this.GetAggregateConsumedLoad(LogicalSize.Instance);
long aggregateConsumedLoad3 = this.GetAggregateConsumedLoad(ConsumerMailboxCount.Instance);
HeatMapCapacityData heatMapCapacityData = new HeatMapCapacityData();
heatMapCapacityData.TotalCapacity = PhysicalSize.Instance.ToByteQuantifiedSize(aggregateMaximumLoad);
heatMapCapacityData.ConsumerSize = ConsumerMailboxSize.Instance.ToByteQuantifiedSize(aggregateConsumedLoad);
heatMapCapacityData.OrganizationSize = PhysicalSize.Instance.ToByteQuantifiedSize(value);
heatMapCapacityData.LogicalSize = LogicalSize.Instance.ToByteQuantifiedSize(aggregateConsumedLoad2);
heatMapCapacityData.Identity = directoryObjectIdentity;
heatMapCapacityData.TotalMailboxCount = aggregateConsumedLoad3;
heatMapCapacityData.RetrievedTimestamp = this.DataRetrievedTimestampUtc;
heatMapCapacityData.LoadMetrics = new LoadMetricStorage();
foreach (LoadMetric metric in base.ConsumedLoad.Metrics)
{
heatMapCapacityData.LoadMetrics[metric] = this.GetAggregateConsumedLoad(metric);
}
return(heatMapCapacityData);
}
