public override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
TableDefinition back = new TableDefinition();
bool hasPreviousSnapshot = (null != reportData.PreviousSnapshot);
if (reportData.CurrentSnapshot == null)
{
return(back);
}
#region Selected Snapshot
var selectedLowVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_Low.GetHashCode());
var selectedAveVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_Average.GetHashCode());
var selectedHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_High.GetHashCode());
var selectedVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_VeryHigh.GetHashCode());
double?selectedTotal = 0;
if (selectedLowVal.HasValue)
{
selectedTotal += selectedLowVal;
}
if (selectedAveVal.HasValue)
{
selectedTotal += selectedAveVal;
}
if (selectedHigVal.HasValue)
{
selectedTotal += selectedHigVal;
}
if (selectedVhiVal.HasValue)
{
selectedTotal += selectedVhiVal;
}
#endregion Selected Snapshot
#region Previous Snapshot
double?previousLowVal = null;
double?previousAveVal = null;
double?previousHigVal = null;
double?previousVhiVal = null;
if (hasPreviousSnapshot)
{
previousLowVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_Low.GetHashCode());
previousAveVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_Average.GetHashCode());
previousHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_High.GetHashCode());
previousVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_VeryHigh.GetHashCode());
}
#endregion Previous Snapshot
#region Data
List <string> rowData = new List <string>();
rowData.AddRange(new[] { Labels.Complexity, Labels.Current, Labels.Previous, Labels.Evol, Labels.EvolPercent, Labels.TotalPercent });
const string noData = Constants.No_Value;
rowData.AddRange(new[]
{ Labels.ComplexityLow
, selectedLowVal?.ToString("N0") ?? noData
, previousLowVal?.ToString("N0") ?? noData
, (selectedLowVal.HasValue && previousLowVal.HasValue) ? FormatEvolution((int)(selectedLowVal.Value - previousLowVal.Value)) : noData
, (selectedLowVal.HasValue && previousLowVal.HasValue && Math.Abs(previousLowVal.Value) > 0) ? FormatPercent((selectedLowVal - previousLowVal) / previousLowVal) : noData
, (selectedLowVal.HasValue && selectedTotal.Value > 0) ? FormatPercent(selectedLowVal / selectedTotal, false) : noData });
rowData.AddRange(new[]
{ Labels.ComplexityAverage
, selectedAveVal?.ToString("N0") ?? noData
, previousAveVal?.ToString("N0") ?? noData
, (selectedAveVal.HasValue && previousAveVal.HasValue) ? FormatEvolution((int)(selectedAveVal.Value - previousAveVal.Value)) : noData
, (selectedAveVal.HasValue && previousAveVal.HasValue && Math.Abs(previousAveVal.Value) > 0) ? FormatPercent((selectedAveVal - previousAveVal) / previousAveVal) : noData
, (selectedAveVal.HasValue && selectedTotal.Value > 0) ? FormatPercent(selectedAveVal / selectedTotal, false): noData });
rowData.AddRange(new[]
{ Labels.ComplexityHigh
, selectedHigVal?.ToString("N0") ?? noData
, previousHigVal?.ToString("N0") ?? noData
, (selectedHigVal.HasValue && previousHigVal.HasValue) ? FormatEvolution((int)(selectedHigVal.Value - previousHigVal.Value)) : noData
, (selectedHigVal.HasValue && previousHigVal.HasValue && Math.Abs(previousHigVal.Value) > 0) ? FormatPercent((selectedHigVal - previousHigVal) / previousHigVal) : noData
, (selectedHigVal.HasValue && selectedTotal.Value > 0) ? FormatPercent(selectedHigVal / selectedTotal, false): noData });
rowData.AddRange(new[]
{ Labels.ComplexityVeryHigh
, selectedVhiVal?.ToString("N0") ?? noData
, previousVhiVal?.ToString("N0") ?? noData
, previousVhiVal.HasValue && selectedVhiVal.HasValue ? FormatEvolution((int)(selectedVhiVal.Value - previousVhiVal.Value)): noData
, (selectedVhiVal.HasValue && previousVhiVal.HasValue && Math.Abs(previousVhiVal.Value) > 0)? FormatPercent((selectedVhiVal - previousVhiVal) / previousVhiVal) : noData
, (selectedVhiVal.HasValue && selectedTotal.HasValue && selectedTotal.Value > 0) ? FormatPercent(selectedVhiVal / selectedTotal, false): noData });
#endregion Data
back = new TableDefinition
{
HasRowHeaders = false,
HasColumnHeaders = true,
Data = rowData,
NbColumns = 6,
NbRows = 5
};
return(back);
}
public override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
if (reportData?.CurrentSnapshot == null)
{
return(null);
}
double?criticalViolation = MeasureUtility.GetSizingMeasure(reportData.CurrentSnapshot, Constants.SizingInformations.ViolationsToCriticalQualityRulesNumber);
double?numCritPerFile = MeasureUtility.GetSizingMeasure(reportData.CurrentSnapshot, Constants.SizingInformations.ViolationsToCriticalQualityRulesPerFileNumber);
double?_numCritPerKloc = MeasureUtility.GetSizingMeasure(reportData.CurrentSnapshot, Constants.SizingInformations.ViolationsToCriticalQualityRulesPerKLOCNumber);
double?veryHighCostComplexityViolations = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot, Constants.
QualityDistribution.DistributionOfViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.ViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.ComplexityViolations_VeryHigh.GetHashCode());
double?highCostComplexityViolations = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.DistributionOfViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.ViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.ComplexityViolations_HighCost.GetHashCode());
double?veryHighCostComplexityArtefacts = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_VeryHigh.GetHashCode());
double?highCostComplexityArtefacts = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_High.GetHashCode());
double?nbComplexityArtefacts = MathUtility.GetSum(veryHighCostComplexityArtefacts, highCostComplexityArtefacts);
double?nbComplexityArtefactsViolation = MathUtility.GetSum(veryHighCostComplexityViolations, highCostComplexityViolations);
const string metricFormat = "N0";
const string metricFormatPrecision = "N2";
string numCritPerFileIfNegative;
// ReSharper disable once CompareOfFloatsByEqualityOperator -- special case
if (numCritPerFile == -1)
{
numCritPerFileIfNegative = Constants.No_Value;
}
else
{
numCritPerFileIfNegative = numCritPerFile?.ToString(metricFormatPrecision) ?? Constants.No_Value;
}
var rowData = new List <string>()
{
Labels.Name
, Labels.Value
, Labels.ViolationsCritical
, criticalViolation?.ToString(metricFormat) ?? Constants.No_Value
, " " + Labels.PerFile
, numCritPerFileIfNegative
, " " + Labels.PerkLoC
, _numCritPerKloc?.ToString(metricFormatPrecision) ?? Constants.No_Value
, Labels.ComplexObjects
, nbComplexityArtefacts?.ToString(metricFormat) ?? Constants.No_Value
, " " + Labels.WithViolations
, nbComplexityArtefactsViolation?.ToString(metricFormat) ?? Constants.No_Value
};
var resultTable = new TableDefinition
{
HasRowHeaders = true,
HasColumnHeaders = false,
NbRows = 6,
NbColumns = 2,
Data = rowData
};
return(resultTable);
}
public override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
const string metricFormat = "N0";
if (reportData?.CurrentSnapshot == null)
{
return(null);
}
#region currentSnapshot
double?criticalViolation = MeasureUtility.GetSizingMeasure(reportData.CurrentSnapshot, Constants.SizingInformations.ViolationsToCriticalQualityRulesNumber);
double?numCritPerFile = MeasureUtility.GetSizingMeasure(reportData.CurrentSnapshot, Constants.SizingInformations.ViolationsToCriticalQualityRulesPerFileNumber);
string numCritPerFileIfNegative;
// ReSharper disable once CompareOfFloatsByEqualityOperator -- special case
if (numCritPerFile == -1)
{
numCritPerFileIfNegative = Constants.No_Value;
}
else
{
numCritPerFileIfNegative = numCritPerFile?.ToString("N2") ?? Constants.No_Value;
}
double?_numCritPerKloc = MeasureUtility.GetSizingMeasure(reportData.CurrentSnapshot, Constants.SizingInformations.ViolationsToCriticalQualityRulesPerKLOCNumber);
double?veryHighCostComplexityViolations = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot, Constants.
QualityDistribution.DistributionOfViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.ViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.
ComplexityViolations_VeryHigh.GetHashCode());
double?highCostComplexityViolations = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.DistributionOfViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.ViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.ComplexityViolations_HighCost.GetHashCode());
double?veryHighCostComplexityArtefacts = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_VeryHigh.GetHashCode());
double?highCostComplexityArtefacts = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_High.GetHashCode());
#endregion currentSnapshot
#region PreviousSnapshot
double?criticalViolationPrev = MeasureUtility.GetSizingMeasure(reportData.PreviousSnapshot,
Constants.SizingInformations.ViolationsToCriticalQualityRulesNumber);
double?numCritPerFilePrev = MeasureUtility.GetSizingMeasure(reportData.PreviousSnapshot,
Constants.SizingInformations.ViolationsToCriticalQualityRulesPerFileNumber);
string numCritPerFilePrevIfNegative;
// ReSharper disable once CompareOfFloatsByEqualityOperator -- special case
if (numCritPerFilePrev == -1)
{
numCritPerFilePrevIfNegative = Constants.No_Value;
}
else
{
numCritPerFilePrevIfNegative = numCritPerFilePrev?.ToString("N2") ?? Constants.No_Value;
}
double?_numCritPerKlocPrev = MeasureUtility.GetSizingMeasure(reportData.PreviousSnapshot,
Constants.SizingInformations.ViolationsToCriticalQualityRulesPerKLOCNumber);
double?veryHighCostComplexityViolationsPrev = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.DistributionOfViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.ViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.ComplexityViolations_VeryHigh.GetHashCode());
double?highCostComplexityViolationsPrev = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.DistributionOfViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.ViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.ComplexityViolations_HighCost.GetHashCode());
double?veryHighCostComplexityArtefactsPrev = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_VeryHigh.GetHashCode());
double?highCostComplexityArtefactsPrev = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_High.GetHashCode());
#endregion PreviousSnapshot
#region SumMetric
double?_highveryHighCostComplexityArtefacts = MathUtility.GetSum(veryHighCostComplexityArtefacts, highCostComplexityArtefacts);
double?_highveryHighCostComplexityViolations = MathUtility.GetSum(veryHighCostComplexityViolations, highCostComplexityViolations);
double?_highveryHighCostComplexityArtefactsPrev = MathUtility.GetSum(veryHighCostComplexityArtefactsPrev, highCostComplexityArtefactsPrev);
double?_highveryHighCostComplexityViolationsPrev = MathUtility.GetSum(veryHighCostComplexityViolationsPrev, highCostComplexityViolationsPrev);
#endregion SumMetric
#region evolutionPercMetric
double?criticalViolationEvolPerc = MathUtility.GetVariationPercent(criticalViolation, criticalViolationPrev);
double?numCritPerFileEvolPerc = MathUtility.GetVariationPercent(numCritPerFile, numCritPerFilePrev);
double?_numCritPerKlocEvolPerc = MathUtility.GetVariationPercent(_numCritPerKloc, _numCritPerKlocPrev);
double?_highveryHighCostComplexityViolationsEvolPerc = MathUtility.GetVariationPercent(_highveryHighCostComplexityViolations, _highveryHighCostComplexityViolationsPrev);
double?_highveryHighCostComplexityArtefactsEvolPerc = MathUtility.GetVariationPercent(_highveryHighCostComplexityArtefacts, _highveryHighCostComplexityArtefactsPrev);
#endregion evolutionPercMetric
var rowData = new List <string>()
{
Labels.Name
, Labels.Current
, Labels.Previous
, Labels.EvolutionPercent
, Labels.ViolationsCritical
, criticalViolation?.ToString(metricFormat) ?? Constants.No_Value
, criticalViolationPrev?.ToString(metricFormat) ?? Constants.No_Value
, (criticalViolationEvolPerc.HasValue) ? FormatPercent(criticalViolationEvolPerc.Value): Constants.No_Value
, " " + Labels.PerFile
, numCritPerFileIfNegative
, numCritPerFilePrevIfNegative
, (numCritPerFileEvolPerc.HasValue) ? FormatPercent(numCritPerFileEvolPerc.Value) : Constants.No_Value
, " " + Labels.PerkLoC
, _numCritPerKloc?.ToString("N2") ?? Constants.No_Value
, _numCritPerKlocPrev?.ToString("N2") ?? Constants.No_Value
, (_numCritPerKlocEvolPerc.HasValue) ? FormatPercent(_numCritPerKlocEvolPerc.Value) : Constants.No_Value
, Labels.ComplexObjects
, _highveryHighCostComplexityArtefacts?.ToString(metricFormat) ?? Constants.No_Value
, _highveryHighCostComplexityArtefactsPrev?.ToString(metricFormat) ?? Constants.No_Value
, _highveryHighCostComplexityArtefactsEvolPerc.HasValue ? FormatPercent(_highveryHighCostComplexityArtefactsEvolPerc.Value) : Constants.No_Value
, " " + Labels.WithViolations
, _highveryHighCostComplexityViolations?.ToString(metricFormat) ?? Constants.No_Value
, _highveryHighCostComplexityViolationsPrev?.ToString(metricFormat) ?? Constants.No_Value
, _highveryHighCostComplexityViolationsEvolPerc.HasValue ? FormatPercent(_highveryHighCostComplexityViolationsEvolPerc.Value) : Constants.No_Value
};
var resultTable = new TableDefinition
{
HasRowHeaders = true,
HasColumnHeaders = false,
NbRows = 6,
NbColumns = 4,
Data = rowData
};
return(resultTable);
}
/// <summary>
///
/// </summary>
/// <param name="reportData"></param>
/// <param name="options"></param>
/// <returns></returns>
protected override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
TableDefinition back = new TableDefinition();
int parId = -1;
Constants.QualityDistribution distributionId;
List <string> rowData = new List <string>();
double?previousHigVal = null;
double?previousVhiVal = null;
double?previousHttVal = null;
if (null != options && options.ContainsKey("PAR") && Int32.TryParse(options["PAR"], out parId) && Enum.IsDefined(typeof(Constants.QualityDistribution), parId))
{
distributionId = (Constants.QualityDistribution)parId;
}
else
{
distributionId = Constants.QualityDistribution.CostComplexityDistribution;
}
if (null != reportData)
{
#region Selected Snapshot
double?selectedLowVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_Low.GetHashCode());
double?selectedAveVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_Moderate.GetHashCode());
double?selectedHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_High.GetHashCode());
double?selectedVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_VeryHigh.GetHashCode());
double?selectedTotal = (selectedLowVal.HasValue && selectedAveVal.HasValue && selectedHigVal.HasValue && selectedVhiVal.HasValue) ? selectedLowVal.Value + selectedAveVal.Value + selectedHigVal.Value + selectedVhiVal.Value : (double?)null;
double?selectedHttVal = (selectedHigVal.HasValue && selectedVhiVal.HasValue) ? selectedHigVal.Value + selectedVhiVal.Value : (double?)null;
#endregion Selected Snapshot
#region Previous Snapshot
if (reportData.PreviousSnapshot != null)
{
previousHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_High.GetHashCode());
previousVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_VeryHigh.GetHashCode());
previousHttVal = previousHigVal.HasValue && previousVhiVal.HasValue ? previousHigVal.Value + previousVhiVal.Value : (double?)null;
}
#endregion Previous Snapshot
#region Data
Int32?variation = (selectedHttVal.HasValue && previousHttVal.HasValue) ? (Int32)(selectedHttVal - previousHttVal) : (Int32?)null;
string distributionName = CastComplexityUtility.GetCostComplexityName(reportData.CurrentSnapshot, distributionId.GetHashCode());
rowData.AddRange(new string[] { distributionName, Labels.Current, Labels.Previous, Labels.Evol, Labels.TotalPercent });
rowData.AddRange(new string[]
{ Labels.ComplexityHighAndVeryHigh
, selectedHttVal.HasValue? selectedHttVal.Value.ToString(_MetricFormat) : Constants.No_Value
, previousHttVal.HasValue ? previousHttVal.Value.ToString(_MetricFormat) : Constants.No_Value
, variation.HasValue? TableBlock.FormatEvolution((Int32)variation.Value): Constants.No_Value
, (selectedHttVal.HasValue && selectedTotal.HasValue && selectedTotal.Value > 0)? TableBlock.FormatPercent(selectedHttVal.Value / selectedTotal.Value, false): Constants.No_Value });
#endregion Data
back = new TableDefinition
{
Data = rowData,
HasRowHeaders = false,
HasColumnHeaders = true,
NbColumns = 5,
NbRows = 2
};
}
return(back);
}
protected override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
List <string> rowData = new List <string>();
bool hasPreviousSnapshot = (null != reportData.PreviousSnapshot);
string previousName = String.Empty, selectedName = String.Empty;
double?selectedLowVal = null;
double?selectedAveVal = null;
double?selectedHigVal = null;
double?selectedVhiVal = null;
double?previousLowVal = null;
double?previousAveVal = null;
double?previousHigVal = null;
double?previousVhiVal = null;
if (reportData != null && reportData.CurrentSnapshot != null)
{
#region Selected Snapshot
selectedName = reportData.CurrentSnapshot.Annotation.Version;
selectedLowVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_Low.GetHashCode());
selectedAveVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_Average.GetHashCode());
selectedHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_High.GetHashCode());
selectedVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_VeryHigh.GetHashCode());
#endregion Selected Snapshot
#region Previous Snapshot
previousName = hasPreviousSnapshot ? reportData.PreviousSnapshot.Annotation.Version : "No previous snapshot selected";
if (hasPreviousSnapshot)
{
previousLowVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_Low.GetHashCode());
previousAveVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_Average.GetHashCode());
previousHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_High.GetHashCode());
previousVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_VeryHigh.GetHashCode());
}
#endregion Previous Snapshot
#region Data
rowData.Add(" ");
rowData.Add(selectedName);
if (hasPreviousSnapshot)
{
rowData.Add(previousName);
}
rowData.Add(" ");
rowData.Add("0");
if (hasPreviousSnapshot)
{
rowData.Add("0");
}
rowData.Add(Labels.CplxLow);
rowData.Add(selectedLowVal.GetValueOrDefault().ToString());
if (hasPreviousSnapshot)
{
rowData.Add(previousLowVal.GetValueOrDefault().ToString());
}
rowData.Add(Labels.CplxAverage);
rowData.Add(selectedAveVal.GetValueOrDefault().ToString());
if (hasPreviousSnapshot)
{
rowData.Add(previousAveVal.GetValueOrDefault().ToString());
}
rowData.Add(Labels.CplxHigh);
rowData.Add(selectedHigVal.GetValueOrDefault().ToString());
if (hasPreviousSnapshot)
{
rowData.Add(previousHigVal.GetValueOrDefault().ToString());
}
rowData.Add(Labels.CplxVeryHigh);
rowData.Add(selectedVhiVal.GetValueOrDefault().ToString());
if (hasPreviousSnapshot)
{
rowData.Add(previousVhiVal.GetValueOrDefault().ToString());
}
rowData.Add(" ");
rowData.Add("0");
if (hasPreviousSnapshot)
{
rowData.Add("0");
}
#endregion Data
}
TableDefinition back = new TableDefinition
{
Data = rowData,
HasRowHeaders = false,
HasColumnHeaders = false,
NbColumns = hasPreviousSnapshot ? 3 : 2,
NbRows = 7
};
return(back);
}
public override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
TableDefinition result = new TableDefinition();
List <string> rowData = new List <string>();
int parId;
Constants.QualityDistribution distributionId;
double?selectedTotal = null;
if (null != options && options.ContainsKey("PAR") && int.TryParse(options["PAR"], out parId) && Enum.IsDefined(typeof(Constants.QualityDistribution), parId))
{
distributionId = (Constants.QualityDistribution)parId;
}
else
{
distributionId = Constants.QualityDistribution.CostComplexityDistribution;
}
if (reportData?.CurrentSnapshot == null)
{
return(result);
}
#region Selected Snapshot
var selectedLowVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(), "low");
var selectedAveVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(), "average");
var selectedHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(), "high");
var selectedVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(), "very_high");
if (selectedLowVal.HasValue && selectedAveVal.HasValue && selectedHigVal.HasValue && selectedVhiVal.HasValue)
{
selectedTotal = selectedLowVal + selectedAveVal + selectedHigVal + selectedVhiVal;
}
#endregion Selected Snapshot
#region Previous Snapshot
double?previousLowVal = null;
double?previousAveVal = null;
double?previousHigVal = null;
double?previousVhiVal = null;
if (reportData.PreviousSnapshot != null)
{
previousLowVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(), "low");
previousAveVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(), "average");
previousHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(), "high");
previousVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(), "very_high");
}
#endregion Previous Snapshot
#region Data
var distributionName = CastComplexityUtility.GetCostComplexityName(reportData.CurrentSnapshot, distributionId.GetHashCode());
rowData.AddRange(new[] { distributionName, Labels.Current, Labels.Previous, Labels.Evol, Labels.EvolPercent, Labels.TotalPercent });
rowData.AddRange(new[]
{ Labels.ComplexityLow
, selectedLowVal?.ToString("N0") ?? Constants.No_Value
, previousLowVal?.ToString("N0") ?? Constants.No_Value
, (selectedLowVal.HasValue && previousLowVal.HasValue) ? FormatEvolution((int)(selectedLowVal.Value - previousLowVal.Value)): Constants.No_Value
, (selectedLowVal.HasValue && previousLowVal.HasValue && Math.Abs(previousLowVal.Value) > 0)? FormatPercent((selectedLowVal - previousLowVal) / previousLowVal): Constants.No_Value
, (selectedLowVal.HasValue && selectedTotal.HasValue && selectedTotal.Value > 0)?FormatPercent(selectedLowVal / selectedTotal, false): Constants.No_Value });
rowData.AddRange(new[]
{ Labels.ComplexityAverage
, selectedAveVal?.ToString("N0") ?? Constants.No_Value
, previousAveVal?.ToString("N0") ?? Constants.No_Value
, (selectedAveVal.HasValue && previousAveVal.HasValue) ? FormatEvolution((int)(selectedAveVal.Value - previousAveVal.Value)) : Constants.No_Value
, (selectedAveVal.HasValue && previousAveVal.HasValue && Math.Abs(previousAveVal.Value) > 0)? FormatPercent((selectedAveVal - previousAveVal) / previousAveVal): Constants.No_Value
, (selectedAveVal.HasValue && selectedTotal.HasValue && selectedTotal.Value > 0)?FormatPercent(selectedAveVal / selectedTotal, false): Constants.No_Value });
rowData.AddRange(new[]
{ Labels.ComplexityHigh
, selectedHigVal?.ToString("N0") ?? Constants.No_Value
, previousHigVal?.ToString("N0") ?? Constants.No_Value
, previousHigVal.HasValue ? FormatEvolution((int)(selectedHigVal.Value - previousHigVal.Value)): Constants.No_Value
, (selectedHigVal.HasValue && previousHigVal.HasValue && Math.Abs(previousHigVal.Value) > 0)? FormatPercent((selectedHigVal - previousHigVal) / previousHigVal): Constants.No_Value
, (selectedHigVal.HasValue && selectedTotal.HasValue && selectedTotal.Value > 0)?FormatPercent(selectedHigVal / selectedTotal, false): Constants.No_Value });
rowData.AddRange(new[]
{ Labels.ComplexityExtreme
, selectedVhiVal?.ToString("N0") ?? Constants.No_Value
, previousVhiVal?.ToString("N0") ?? Constants.No_Value
, (selectedVhiVal.HasValue && previousVhiVal.HasValue) ? FormatEvolution((int)(selectedVhiVal.Value - previousVhiVal.Value)): Constants.No_Value
, (selectedVhiVal.HasValue && previousVhiVal.HasValue && Math.Abs(previousVhiVal.Value) > 0)? FormatPercent((selectedVhiVal - previousVhiVal) / previousVhiVal): Constants.No_Value
, (selectedVhiVal.HasValue && selectedTotal.HasValue && selectedTotal.Value > 0)?FormatPercent(selectedVhiVal / selectedTotal, false): Constants.No_Value });
#endregion Data
result = new TableDefinition
{
Data = rowData,
HasRowHeaders = false,
HasColumnHeaders = true,
NbColumns = 6,
NbRows = 5
};
return(result);
}
public override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
List <string> rowData = new List <string>();
int parId;
Constants.QualityDistribution distributionId;
double?previousLowVal = null;
double?previousAveVal = null;
double?previousHigVal = null;
double?previousVhiVal = null;
bool hasPreviousSnapshot = (null != reportData.PreviousSnapshot);
string previousName = string.Empty;
if (null != options && options.ContainsKey("PAR") && int.TryParse(options["PAR"], out parId) && Enum.IsDefined(typeof(Constants.QualityDistribution), parId))
{
distributionId = (Constants.QualityDistribution)parId;
}
else
{
distributionId = Constants.QualityDistribution.CostComplexityDistribution;
}
if (reportData.CurrentSnapshot != null)
{
var selectedName = reportData.CurrentSnapshot.Annotation.Version;
#region Selected Snapshot
var selectedLowVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(), "low");
var selectedAveVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(), "average");
var selectedHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(), "high");
var selectedVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(), "very_high");
#endregion Selected Snapshot
#region Previous Snapshot
if (hasPreviousSnapshot)
{
previousName = reportData.PreviousSnapshot.Annotation.Version;
previousLowVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(),
"low");
previousAveVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(),
"average");
previousHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(),
"high");
previousVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(),
"very_high");
}
#endregion Previous Snapshot
#region Data
rowData.Add(" ");
rowData.Add(selectedName);
if (hasPreviousSnapshot)
{
rowData.Add(previousName);
}
rowData.Add(" ");
rowData.Add("0");
if (hasPreviousSnapshot)
{
rowData.Add("0");
}
rowData.Add(Labels.CplxLow);
rowData.Add(selectedLowVal.GetValueOrDefault().ToString(CultureInfo.CurrentCulture));
if (hasPreviousSnapshot)
{
rowData.Add(previousLowVal.GetValueOrDefault().ToString(CultureInfo.CurrentCulture));
}
rowData.Add(Labels.CplxAverage);
rowData.Add(selectedAveVal.GetValueOrDefault().ToString(CultureInfo.CurrentCulture));
if (hasPreviousSnapshot)
{
rowData.Add(previousAveVal.GetValueOrDefault().ToString(CultureInfo.CurrentCulture));
}
rowData.Add(Labels.CplxHigh);
rowData.Add(selectedHigVal.GetValueOrDefault().ToString(CultureInfo.CurrentCulture));
if (hasPreviousSnapshot)
{
rowData.Add(previousHigVal.GetValueOrDefault().ToString(CultureInfo.CurrentCulture));
}
rowData.Add(Labels.CplxVeryHigh);
rowData.Add(selectedVhiVal.GetValueOrDefault().ToString(CultureInfo.CurrentCulture));
if (hasPreviousSnapshot)
{
rowData.Add(previousVhiVal.GetValueOrDefault().ToString(CultureInfo.CurrentCulture));
}
rowData.Add(" ");
rowData.Add("0");
if (hasPreviousSnapshot)
{
rowData.Add("0");
}
#endregion Data
}
var result = new TableDefinition
{
Data = rowData,
HasRowHeaders = false,
HasColumnHeaders = false,
NbColumns = hasPreviousSnapshot ? 3 : 2,
NbRows = 7
};
return(result);
}
/// <summary>
///
/// </summary>
/// <param name="reportData"></param>
/// <param name="options"></param>
/// <returns></returns>
public override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
TableDefinition back = new TableDefinition();
int parId;
Constants.QualityDistribution distributionId;
List <string> rowData = new List <string>();
double?previousHttVal = null;
if (null != options && options.ContainsKey("PAR") && int.TryParse(options["PAR"], out parId) && Enum.IsDefined(typeof(Constants.QualityDistribution), parId))
{
distributionId = (Constants.QualityDistribution)parId;
}
else
{
distributionId = Constants.QualityDistribution.CostComplexityDistribution;
}
if (null == reportData)
{
return(back);
}
#region Selected Snapshot
double?selectedLowVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(), "low");
double?selectedAveVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(), "average");
double?selectedHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(), "high");
double?selectedVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(), "very_high");
double?selectedTotal = (selectedLowVal.HasValue && selectedAveVal.HasValue && selectedHigVal.HasValue && selectedVhiVal.HasValue) ? selectedLowVal.Value + selectedAveVal.Value + selectedHigVal.Value + selectedVhiVal.Value : (double?)null;
double?selectedHttVal = (selectedHigVal.HasValue && selectedVhiVal.HasValue) ? selectedHigVal.Value + selectedVhiVal.Value : (double?)null;
#endregion Selected Snapshot
#region Previous Snapshot
if (reportData.PreviousSnapshot != null)
{
var previousHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(), "high");
var previousVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(), "very_high");
previousHttVal = previousHigVal.HasValue && previousVhiVal.HasValue ? previousHigVal.Value + previousVhiVal.Value : (double?)null;
}
#endregion Previous Snapshot
#region Data
int?variation = (selectedHttVal.HasValue && previousHttVal.HasValue) ? (int)(selectedHttVal - previousHttVal) : (int?)null;
string distributionName = CastComplexityUtility.GetCostComplexityName(reportData.CurrentSnapshot, distributionId.GetHashCode());
rowData.AddRange(new[] { distributionName, Labels.Current, Labels.Previous, Labels.Evol, Labels.TotalPercent });
rowData.AddRange(new[]
{ Labels.ComplexityHighAndVeryHigh
, selectedHttVal?.ToString(MetricFormat) ?? Constants.No_Value
, previousHttVal?.ToString(MetricFormat) ?? Constants.No_Value
, variation.HasValue? FormatEvolution(variation.Value): Constants.No_Value
, (selectedHttVal.HasValue && selectedTotal.HasValue && selectedTotal.Value > 0)? FormatPercent(selectedHttVal.Value / selectedTotal.Value, false): Constants.No_Value });
#endregion Data
back = new TableDefinition
{
Data = rowData,
HasRowHeaders = false,
HasColumnHeaders = true,
NbColumns = 5,
NbRows = 2
};
return(back);
}
public override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
TableDefinition back = new TableDefinition();
List <string> rowData = new List <string>();
const string numberFormat = "N0";
if (reportData?.CurrentSnapshot?.CostComplexityResults == null)
{
return(back);
}
#region Selected Snapshot
double?nbArtifactLow = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_Low.GetHashCode());
double?nbArtifactAve = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_Average.GetHashCode());
double?nbArtifactHigh = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_High.GetHashCode());
double?nbArtifactVeryHigh = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_VeryHigh.GetHashCode());
double?nbViolationLow = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.DistributionOfDefectsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.DefectsToCriticalDiagnosticBasedMetricsPerCostComplexity.CostComplexityDefects_Low.GetHashCode());
double?nbViolationAve = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.DistributionOfDefectsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.DefectsToCriticalDiagnosticBasedMetricsPerCostComplexity.CostComplexityDefects_Average.GetHashCode());
double?nbViolationHigh = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.DistributionOfDefectsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.DefectsToCriticalDiagnosticBasedMetricsPerCostComplexity.CostComplexityDefects_High.GetHashCode());
double?nbViolationVeryHigh = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.DistributionOfDefectsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.DefectsToCriticalDiagnosticBasedMetricsPerCostComplexity.CostComplexityDefects_VeryHigh.GetHashCode());
#endregion Selected Snapshot
#region Data
rowData.AddRange(new[] { Labels.Complexity, Labels.Artifacts, Labels.WithViolations });
rowData.AddRange(new[] { Labels.CplxExtreme, nbArtifactVeryHigh?.ToString(numberFormat) ?? Constants.No_Value, nbViolationVeryHigh?.ToString(numberFormat) ?? Constants.No_Value });
rowData.AddRange(new[] { Labels.CplxHigh, nbArtifactHigh?.ToString(numberFormat) ?? Constants.No_Value, nbViolationHigh?.ToString(numberFormat) ?? Constants.No_Value });
rowData.AddRange(new[] { Labels.CplxAverage, nbArtifactAve?.ToString(numberFormat) ?? Constants.No_Value, nbViolationAve?.ToString(numberFormat) ?? Constants.No_Value });
rowData.AddRange(new[] { Labels.CplxLow, nbArtifactLow?.ToString(numberFormat) ?? Constants.No_Value, nbViolationLow?.ToString(numberFormat) ?? Constants.No_Value });
#endregion Data
back = new TableDefinition
{
Data = rowData,
HasRowHeaders = false,
HasColumnHeaders = true,
NbColumns = 3,
NbRows = 4
};
return(back);
}
protected override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
TableDefinition result = new TableDefinition();
List <string> rowData = new List <string>();
int parId;
Constants.QualityDistribution distributionId;
double?selectedLowVal = null;
double?selectedAveVal = null;
double?selectedHigVal = null;
double?selectedVhiVal = null;
double?selectedTotal = null;
double?previousLowVal = null;
double?previousAveVal = null;
double?previousHigVal = null;
double?previousVhiVal = null;
string distributionName = Constants.No_Value;
if (null != options && options.ContainsKey("PAR") && Int32.TryParse(options["PAR"], out parId) && Enum.IsDefined(typeof(Constants.QualityDistribution), parId))
{
distributionId = (Constants.QualityDistribution)parId;
}
else
{
distributionId = Constants.QualityDistribution.CostComplexityDistribution;
}
if (null != reportData && null != reportData.CurrentSnapshot)
{
#region Selected Snapshot
selectedLowVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_Low.GetHashCode());
selectedAveVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_Moderate.GetHashCode());
selectedHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_High.GetHashCode());
selectedVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_VeryHigh.GetHashCode());
if (selectedLowVal.HasValue && selectedAveVal.HasValue && selectedHigVal.HasValue && selectedVhiVal.HasValue)
{
selectedTotal = selectedLowVal + selectedAveVal + selectedHigVal + selectedVhiVal;
}
#endregion Selected Snapshot
#region Previous Snapshot
if (reportData.PreviousSnapshot != null)
{
previousLowVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_Low.GetHashCode());
previousAveVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_Moderate.GetHashCode());
previousHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_High.GetHashCode());
previousVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
distributionId.GetHashCode(),
Constants.CyclomaticComplexity.ComplexityArtifacts_VeryHigh.GetHashCode());
}
#endregion Previous Snapshot
#region Data
distributionName = CastComplexityUtility.GetCostComplexityName(reportData.CurrentSnapshot, distributionId.GetHashCode());
rowData.AddRange(new string[] { distributionName, Labels.Current, Labels.Previous, Labels.Evol, Labels.EvolPercent, Labels.TotalPercent });
rowData.AddRange(new string[]
{ Labels.ComplexityLow
, selectedLowVal.HasValue ? selectedLowVal.Value.ToString("N0"):Constants.No_Value
, previousLowVal.HasValue ? previousLowVal.Value.ToString("N0") : Constants.No_Value
, (selectedLowVal.HasValue && previousLowVal.HasValue) ? TableBlock.FormatEvolution((Int32)(selectedLowVal.Value - previousLowVal.Value)): Constants.No_Value
, (selectedLowVal.HasValue && previousLowVal.HasValue && previousLowVal.Value != 0)? TableBlock.FormatPercent((selectedLowVal - previousLowVal) / previousLowVal)
: Constants.No_Value
, (selectedLowVal.HasValue && selectedTotal.HasValue && selectedTotal.Value > 0)?TableBlock.FormatPercent(selectedLowVal / selectedTotal, false): Constants.No_Value });
rowData.AddRange(new string[]
{ Labels.ComplexityAverage
, selectedAveVal.HasValue ? selectedAveVal.Value.ToString("N0"): Constants.No_Value
, previousAveVal.HasValue ? previousAveVal.Value.ToString("N0") : Constants.No_Value
, (selectedAveVal.HasValue && previousAveVal.HasValue) ? TableBlock.FormatEvolution((Int32)(selectedAveVal.Value - previousAveVal.Value)) : Constants.No_Value
, (selectedAveVal.HasValue && previousAveVal.HasValue && previousAveVal.Value != 0)? TableBlock.FormatPercent((selectedAveVal - previousAveVal) / previousAveVal)
: Constants.No_Value
, (selectedAveVal.HasValue && selectedTotal.HasValue && selectedTotal.Value > 0)?TableBlock.FormatPercent(selectedAveVal / selectedTotal, false): Constants.No_Value });
rowData.AddRange(new string[]
{ Labels.ComplexityHigh
, selectedHigVal.Value.ToString("N0")
, previousHigVal.HasValue ? previousHigVal.Value.ToString("N0") : Constants.No_Value
, previousHigVal.HasValue ? TableBlock.FormatEvolution((Int32)(selectedHigVal.Value - previousHigVal.Value)): Constants.No_Value
, (selectedHigVal.HasValue && previousHigVal.HasValue && previousHigVal.Value != 0)? TableBlock.FormatPercent((selectedHigVal - previousHigVal) / previousHigVal)
: Constants.No_Value
, (selectedHigVal.HasValue && selectedTotal.HasValue && selectedTotal.Value > 0)?TableBlock.FormatPercent(selectedHigVal / selectedTotal, false): Constants.No_Value });
rowData.AddRange(new string[]
{ Labels.ComplexityExtreme
, selectedVhiVal.HasValue? selectedVhiVal.Value.ToString("N0"): Constants.No_Value
, previousVhiVal.HasValue ? previousVhiVal.Value.ToString("N0") : Constants.No_Value
, (selectedVhiVal.HasValue && previousVhiVal.HasValue) ? TableBlock.FormatEvolution((Int32)(selectedVhiVal.Value - previousVhiVal.Value)): Constants.No_Value
, (selectedVhiVal.HasValue && previousVhiVal.HasValue && previousVhiVal.Value != 0)? TableBlock.FormatPercent((selectedVhiVal - previousVhiVal) / previousVhiVal)
: Constants.No_Value
, (selectedVhiVal.HasValue && selectedTotal.HasValue && selectedTotal.Value > 0)?TableBlock.FormatPercent(selectedVhiVal / selectedTotal, false): Constants.No_Value });
#endregion Data
result = new TableDefinition
{
Data = rowData,
HasRowHeaders = false,
HasColumnHeaders = true,
NbColumns = 6,
NbRows = 5
};
}
return(result);
}
protected override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
TableDefinition resultTable = null;
const string metricFormat = "N0";
if (reportData != null && reportData.CurrentSnapshot != null)
{
#region currentSnapshot
double?criticalViolation = MeasureUtility.GetSizingMeasure(reportData.CurrentSnapshot, Constants.SizingInformations.ViolationsToCriticalQualityRulesNumber);
double?numCritPerFile = MeasureUtility.GetSizingMeasure(reportData.CurrentSnapshot, Constants.SizingInformations.ViolationsToCriticalQualityRulesPerFileNumber);
string numCritPerFileIfNegative = string.Empty;
if (numCritPerFile == -1)
{
numCritPerFileIfNegative = "N/A";
}
else
{
numCritPerFileIfNegative = (numCritPerFile.HasValue) ? numCritPerFile.Value.ToString("N2") : CastReporting.Domain.Constants.No_Value;
}
double?numCritPerKLOC = MeasureUtility.GetSizingMeasure(reportData.CurrentSnapshot, Constants.SizingInformations.ViolationsToCriticalQualityRulesPerKLOCNumber);
double?veryHighCostComplexityViolations = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot, Constants.
QualityDistribution.DistributionOfViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.ViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.
ComplexityViolations_VeryHigh.GetHashCode());
double?highCostComplexityViolations = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.DistributionOfViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.ViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.ComplexityViolations_HighCost.GetHashCode());
double?veryHighCostComplexityArtefacts = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_VeryHigh.GetHashCode());
double?highCostComplexityArtefacts = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_High.GetHashCode());
#endregion currentSnapshot
#region PreviousSnapshot
double?criticalViolationPrev = MeasureUtility.GetSizingMeasure(reportData.PreviousSnapshot,
Constants.SizingInformations.ViolationsToCriticalQualityRulesNumber);
double?numCritPerFilePrev = MeasureUtility.GetSizingMeasure(reportData.PreviousSnapshot,
Constants.SizingInformations.ViolationsToCriticalQualityRulesPerFileNumber);
string numCritPerFilePrevIfNegative = string.Empty;
if (numCritPerFilePrev == -1)
{
numCritPerFilePrevIfNegative = "N/A";
}
else
{
numCritPerFilePrevIfNegative = (numCritPerFilePrev.HasValue) ? numCritPerFilePrev.Value.ToString("N2") : CastReporting.Domain.Constants.No_Value;
}
double?numCritPerKLOCPrev = MeasureUtility.GetSizingMeasure(reportData.PreviousSnapshot,
Constants.SizingInformations.ViolationsToCriticalQualityRulesPerKLOCNumber);
double?veryHighCostComplexityViolationsPrev = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.DistributionOfViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.ViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.ComplexityViolations_VeryHigh.GetHashCode());
double?highCostComplexityViolationsPrev = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.DistributionOfViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.ViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.ComplexityViolations_HighCost.GetHashCode());
double?veryHighCostComplexityArtefactsPrev = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_VeryHigh.GetHashCode());
double?highCostComplexityArtefactsPrev = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_High.GetHashCode());
#endregion PreviousSnapshot
#region SumMetric
double?HighveryHighCostComplexityArtefacts = MathUtility.GetSum(veryHighCostComplexityArtefacts, highCostComplexityArtefacts);
double?HighveryHighCostComplexityViolations = MathUtility.GetSum(veryHighCostComplexityViolations, highCostComplexityViolations);
double?HighveryHighCostComplexityArtefactsPrev = MathUtility.GetSum(veryHighCostComplexityArtefactsPrev, highCostComplexityArtefactsPrev);
double?HighveryHighCostComplexityViolationsPrev = MathUtility.GetSum(veryHighCostComplexityViolationsPrev, highCostComplexityViolationsPrev);
#endregion SumMetric
#region evolutionPercMetric
double?criticalViolationEvolPerc = MathUtility.GetVariationPercent(criticalViolation, criticalViolationPrev);
double?numCritPerFileEvolPerc = MathUtility.GetVariationPercent(numCritPerFile, numCritPerFilePrev);
double?numCritPerKLOCEvolPerc = MathUtility.GetVariationPercent(numCritPerKLOC, numCritPerKLOCPrev);
double?HighveryHighCostComplexityViolationsEvolPerc = MathUtility.GetVariationPercent(HighveryHighCostComplexityViolations, HighveryHighCostComplexityViolationsPrev);
double?HighveryHighCostComplexityArtefactsEvolPerc = MathUtility.GetVariationPercent(HighveryHighCostComplexityArtefacts, HighveryHighCostComplexityArtefactsPrev);
#endregion evolutionPercMetric
var rowData = new List <string>()
{
Labels.Name
, Labels.Current
, Labels.Previous
, Labels.EvolutionPercent
, Labels.ViolationsCritical
, (criticalViolation.HasValue) ? criticalViolation.Value.ToString(metricFormat): CastReporting.Domain.Constants.No_Value
, (criticalViolationPrev.HasValue) ? criticalViolationPrev.Value.ToString(metricFormat) : CastReporting.Domain.Constants.No_Value
, (criticalViolationEvolPerc.HasValue) ? TableBlock.FormatPercent(criticalViolationEvolPerc.Value): CastReporting.Domain.Constants.No_Value
, " " + Labels.PerFile
, numCritPerFileIfNegative
, numCritPerFilePrevIfNegative
, (numCritPerFileEvolPerc.HasValue) ? TableBlock.FormatPercent(numCritPerFileEvolPerc.Value) : CastReporting.Domain.Constants.No_Value
, " " + Labels.PerkLoC
, (numCritPerKLOC.HasValue)? numCritPerKLOC.Value.ToString("N2") : CastReporting.Domain.Constants.No_Value
, (numCritPerKLOCPrev.HasValue)? numCritPerKLOCPrev.Value.ToString("N2") : CastReporting.Domain.Constants.No_Value
, (numCritPerKLOCEvolPerc.HasValue) ? TableBlock.FormatPercent(numCritPerKLOCEvolPerc.Value) : CastReporting.Domain.Constants.No_Value
, Labels.ComplexObjects
, HighveryHighCostComplexityArtefacts.HasValue ? HighveryHighCostComplexityArtefacts.Value.ToString(metricFormat): CastReporting.Domain.Constants.No_Value
, HighveryHighCostComplexityArtefactsPrev.HasValue ? HighveryHighCostComplexityArtefactsPrev.Value.ToString(metricFormat) : CastReporting.Domain.Constants.No_Value
, HighveryHighCostComplexityArtefactsEvolPerc.HasValue ? TableBlock.FormatPercent(HighveryHighCostComplexityArtefactsEvolPerc.Value) : CastReporting.Domain.Constants.No_Value
, " " + Labels.WithViolations
, HighveryHighCostComplexityViolations.HasValue ? HighveryHighCostComplexityViolations.Value.ToString(metricFormat): CastReporting.Domain.Constants.No_Value
, HighveryHighCostComplexityViolationsPrev.HasValue ? HighveryHighCostComplexityViolationsPrev.Value.ToString(metricFormat) : CastReporting.Domain.Constants.No_Value
, HighveryHighCostComplexityViolationsEvolPerc.HasValue ? TableBlock.FormatPercent(HighveryHighCostComplexityViolationsEvolPerc.Value) : CastReporting.Domain.Constants.No_Value
};
resultTable = new TableDefinition
{
HasRowHeaders = true,
HasColumnHeaders = false,
NbRows = 6,
NbColumns = 4,
Data = rowData
};
}
return(resultTable);
}
public override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
TableDefinition back = new TableDefinition();
List <string> rowData = new List <string>();
double? previousHttVal = null;
if (null == reportData)
{
return(back);
}
#region Selected Snapshot
double?selectedLowVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_Low.GetHashCode());
double?selectedAveVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_Average.GetHashCode());
double?selectedHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_High.GetHashCode());
double?selectedVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_VeryHigh.GetHashCode());
double?selectedTotal = (selectedLowVal.HasValue && selectedAveVal.HasValue && selectedHigVal.HasValue && selectedVhiVal.HasValue)?selectedLowVal.Value + selectedAveVal.Value + selectedHigVal.Value + selectedVhiVal.Value : (double?)null;
double?selectedHttVal = (selectedHigVal.HasValue && selectedVhiVal.HasValue)?selectedHigVal.Value + selectedVhiVal.Value:(double?)null;
#endregion Selected Snapshot
#region Previous Snapshot
if (reportData.PreviousSnapshot != null)
{
var previousHigVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_High.GetHashCode());
var previousVhiVal = CastComplexityUtility.GetCostComplexityGrade(reportData.PreviousSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_VeryHigh.GetHashCode());
previousHttVal = previousHigVal.HasValue && previousVhiVal.HasValue ? previousHigVal.Value + previousVhiVal.Value : (double?)null;
}
#endregion Previous Snapshot
#region Data
int?variation = (selectedHttVal.HasValue && previousHttVal.HasValue) ? (int)(selectedHttVal - previousHttVal) : (int?)null;
rowData.AddRange(new[] { Labels.Complexity, Labels.Current, Labels.Previous, Labels.Evol, Labels.TotalPercent });
rowData.AddRange(new[]
{ Labels.ComplexityHighAndVeryHigh
, selectedHttVal?.ToString(MetricFormat) ?? Constants.No_Value
, previousHttVal?.ToString(MetricFormat) ?? Constants.No_Value
, variation.HasValue? FormatEvolution(variation.Value): Constants.No_Value
, (selectedHttVal.HasValue && selectedTotal.HasValue && selectedTotal.Value > 0)? FormatPercent(selectedHttVal.Value / selectedTotal.Value, false): Constants.No_Value });
#endregion Data
back = new TableDefinition
{
Data = rowData,
HasRowHeaders = false,
HasColumnHeaders = true,
NbColumns = 5,
NbRows = 2
};
return(back);
}
protected override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
#region METHODS
TableDefinition resultTable = null;
if (reportData != null && reportData.CurrentSnapshot != null)
{
double?criticalViolation = MeasureUtility.GetSizingMeasure(reportData.CurrentSnapshot, Constants.SizingInformations.ViolationsToCriticalQualityRulesNumber);
double?numCritPerFile = MeasureUtility.GetSizingMeasure(reportData.CurrentSnapshot, Constants.SizingInformations.ViolationsToCriticalQualityRulesPerFileNumber);
double?numCritPerKLOC = MeasureUtility.GetSizingMeasure(reportData.CurrentSnapshot, Constants.SizingInformations.ViolationsToCriticalQualityRulesPerKLOCNumber);
double?veryHighCostComplexityViolations = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot, Constants.
QualityDistribution.DistributionOfViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.ViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.ComplexityViolations_VeryHigh.GetHashCode());
double?highCostComplexityViolations = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.DistributionOfViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.GetHashCode(),
Constants.ViolationsToCriticalDiagnosticBasedMetricsPerCostComplexity.ComplexityViolations_HighCost.GetHashCode());
double?veryHighCostComplexityArtefacts = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_VeryHigh.GetHashCode());
double?highCostComplexityArtefacts = CastComplexityUtility.GetCostComplexityGrade(reportData.CurrentSnapshot,
Constants.QualityDistribution.CostComplexityDistribution.GetHashCode(),
Constants.CostComplexity.CostComplexityArtifacts_High.GetHashCode());
double?nbComplexityArtefacts = MathUtility.GetSum(veryHighCostComplexityArtefacts, highCostComplexityArtefacts);
double?nbComplexityArtefactsViolation = MathUtility.GetSum(veryHighCostComplexityViolations, highCostComplexityViolations);
const string metricFormat = "N0";
const string metricFormatPrecision = "N2";
string numCritPerFileIfNegative = string.Empty;
if (numCritPerFile == -1)
{
numCritPerFileIfNegative = "N/A";
}
else
{
numCritPerFileIfNegative = (numCritPerFile.HasValue) ? numCritPerFile.Value.ToString(metricFormatPrecision) : Constants.No_Value;
}
var rowData = new List <string>()
{
Labels.Name
, Labels.Value
, Labels.ViolationsCritical
, (criticalViolation.HasValue) ? criticalViolation.Value.ToString(metricFormat):Constants.No_Value
, " " + Labels.PerFile
, numCritPerFileIfNegative
, " " + Labels.PerkLoC
, (numCritPerKLOC.HasValue)? numCritPerKLOC.Value.ToString(metricFormatPrecision):Constants.No_Value
, Labels.ComplexObjects
, (nbComplexityArtefacts.HasValue)? nbComplexityArtefacts.Value.ToString(metricFormat):Constants.No_Value
, " " + Labels.WithViolations
, (nbComplexityArtefactsViolation.HasValue)? nbComplexityArtefactsViolation.Value.ToString(metricFormat):Constants.No_Value
};
resultTable = new TableDefinition
{
HasRowHeaders = true,
HasColumnHeaders = false,
NbRows = 6,
NbColumns = 2,
Data = rowData
};
}
return(resultTable);
}