/// <summary>
/// Generates the charts or lists for the statistical options selected by the user.
/// </summary>
private void GenerateStatistics()
{
this.agencyList = ConvertToStringArray(this.agencies);
this.postalCodeList = ConvertToStringArray(this.postalCodes);
Statistics stats = new Statistics()
{
Agencies = this.agencyList,
PostalCodes = this.postalCodeList,
SerialIds = this.serialIds.Text,
StartDate = Convert.ToDateTime(this.startDate.Text),
EndDate = Convert.ToDateTime(this.endDate.Text),
AfltHitThreshold = Convert.ToInt32(this.hits.Text.Length > 0 ? this.hits.Text : "-1"),
DataUsageThreshold = Convert.ToInt32(this.usage.Text.Length > 0 ? this.usage.Text : "-1")
};
Enumerators.Period pd = (Enumerators.Period)Enum.Parse(typeof(Enumerators.Period), ((ListBoxItem)this.period.SelectedItem).Content.ToString());
try
{
if (this.afltHits.IsChecked.HasValue && this.afltHits.IsChecked.Value)
{
this.windows.AddRange(Calculate(stats, pd, Enumerators.StatisticsType.AfltHit, this.average.IsChecked,
this.highest.IsChecked, this.lowest.IsChecked, this.standardDeviation.IsChecked, this.exceedThreshold.IsChecked));
}
if (this.dataUsage.IsChecked.HasValue && this.dataUsage.IsChecked.Value)
{
this.windows.AddRange(Calculate(stats, pd, Enumerators.StatisticsType.DataUsage, this.average.IsChecked,
this.highest.IsChecked, this.lowest.IsChecked, this.standardDeviation.IsChecked, this.exceedThreshold.IsChecked));
}
foreach (Window w in this.windows)
{
w.Show();
}
}
finally
{
stats.Dispose();
}
}
private List <Window> Calculate(Statistics stats, Enumerators.Period pd, Enumerators.StatisticsType type, bool?average, bool?high, bool?low,
bool?stdDev, bool?threshold)
{
List <Window> result = new List <Window>();
//DataTable highTable = null;
//DataTable lowTable = null;
//DataTable thresholdTable = null;
//double standardDeviation = 0;
//Enumerators.GraphType graphType = Enumerators.GraphType.Average;
string title = "AFLT Hits";
if (type == Enumerators.StatisticsType.DataUsage)
{
title = "Cell Data Usage";
}
//if (average.HasValue && average.Value)
// averageTable = stats.GetAverage(type, pd);
DataTable data = stats.GetData(type);
if (data != null)
{
data.TableName = title;
Charts charts = new Charts();
result.Add(charts);
//if (data.Rows.Count > 1)
// result.Add(new Charts());
//else
// result.Add(new Lists(data));
}
//if (high.HasValue && high.Value)
// highTable = stats.GetHighest(type);
//if (highTable != null)
//{
// highTable.TableName = title + "Highest";
// graphType = Enumerators.GraphType.Highest;
// if (highTable.Rows.Count > 1)
// result.Add(new Charts(highTable, graphType));
// else
// result.Add(new Lists(highTable));
//}
//if (low.HasValue && low.Value)
// lowTable = stats.GetLowest(type);
//if (lowTable != null)
//{
// lowTable.TableName = title + "Lowest";
// graphType = Enumerators.GraphType.Lowest;
// if (lowTable.Rows.Count > 1)
// result.Add(new Charts(lowTable, graphType));
// else
// result.Add(new Lists(lowTable));
//}
//Figure out where to put this.
//if (stdDev.HasValue && stdDev.Value)
// standardDeviation = stats.GetStandardDeviation(type, pd);
//if (threshold.HasValue && threshold.Value)
// thresholdTable = stats.GetDevicesOverThreshold(type, pd);
//if (thresholdTable != null)
//{
// thresholdTable.TableName = title + "Threshold";
// graphType = Enumerators.GraphType.Threshold;
// if (thresholdTable.Rows.Count > 1)
// result.Add(new Charts(thresholdTable, graphType));
// else
// result.Add(new Lists(thresholdTable));
//}
return(result);
}
