protected override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
TableDefinition resultTable = null;
if (null != reportData &&
null != reportData.CurrentSnapshot)
{
double?automatedFPoints = MeasureUtility.GetAutomatedIFPUGFunction(reportData.CurrentSnapshot);
double?decisionPoints = MeasureUtility.GetDecisionPointsNumber(reportData.CurrentSnapshot);
double?backFiredFPoints = MeasureUtility.GetBackfiredIFPUGFunction(reportData.CurrentSnapshot);
const string metricFormat = "N0";
var rowData = new List <string>()
{
Labels.Name, Labels.Total
, Labels.AutomatedFP, (automatedFPoints.HasValue ? automatedFPoints.Value.ToString(metricFormat) : CastReporting.Domain.Constants.No_Data)
, Labels.DecisionP, (decisionPoints.HasValue ? (decisionPoints.Value).ToString(metricFormat) : CastReporting.Domain.Constants.No_Data)
, Labels.BackfiredFP, (backFiredFPoints.HasValue ? (backFiredFPoints.Value).ToString(metricFormat) :CastReporting.Domain.Constants.No_Data)
};
resultTable = new TableDefinition
{
HasRowHeaders = false,
HasColumnHeaders = true,
NbRows = 6,
NbColumns = 2,
Data = rowData
};
}
return(resultTable);
}
public override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
if (reportData?.CurrentSnapshot == null)
{
return(null);
}
double?automatedFPoints = MeasureUtility.GetAutomatedIFPUGFunction(reportData.CurrentSnapshot);
double?decisionPoints = MeasureUtility.GetDecisionPointsNumber(reportData.CurrentSnapshot);
double?backFiredFPoints = MeasureUtility.GetBackfiredIFPUGFunction(reportData.CurrentSnapshot);
const string metricFormat = "N0";
var rowData = new List <string>()
{
Labels.Name, Labels.Total
, Labels.AutomatedFP, automatedFPoints?.ToString(metricFormat) ?? Domain.Constants.No_Value
, Labels.DecisionP, decisionPoints?.ToString(metricFormat) ?? Domain.Constants.No_Value
, Labels.BackfiredFP, backFiredFPoints?.ToString(metricFormat) ?? Domain.Constants.No_Value
};
var resultTable = new TableDefinition
{
HasRowHeaders = false,
HasColumnHeaders = true,
NbRows = 4,
NbColumns = 2,
Data = rowData
};
return(resultTable);
}
public override string Content(ReportData reportData, Dictionary <string, string> options)
{
if (reportData?.CurrentSnapshot == null)
{
return(Domain.Constants.No_Value);
}
double?result = MeasureUtility.GetAutomatedIFPUGFunction(reportData.CurrentSnapshot);
return(result?.ToString("N0") ?? Domain.Constants.No_Value);
}
public override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
int count = 0;
List <string> rowData = new List <string>();
rowData.AddRange(new[] {
Labels.TQI,
Labels.ViolationsCritical + "/" + Labels.kLoC,
Labels.AutomatedFP,
Labels.Application
});
#region Fetch SnapshotsPF
if (reportData?.Applications != null && reportData.Snapshots != null)
{
Application[] _allApps = reportData.Applications;
foreach (Application _app in _allApps)
{
Snapshot _snapshot = _app.Snapshots.OrderByDescending(_ => _.Annotation.Date.DateSnapShot).First();
BusinessCriteriaDTO currSnapshotBisCriDTO = BusinessCriteriaUtility.GetBusinessCriteriaGradesSnapshot(_snapshot, false);
double?strCurrentTQI = currSnapshotBisCriDTO.TQI ?? 0;
double?_numCritPerKloc = MeasureUtility.GetSizingMeasure(_snapshot, Constants.SizingInformations.ViolationsToCriticalQualityRulesPerKLOCNumber);
double?result = MeasureUtility.GetAutomatedIFPUGFunction(_snapshot);
rowData.Add(strCurrentTQI.GetValueOrDefault().ToString("N2"));
rowData.Add(_numCritPerKloc.GetValueOrDefault().ToString("N2"));
rowData.Add(result.GetValueOrDefault().ToString(CultureInfo.CurrentCulture));
rowData.Add(_app.Name);
count++;
}
if (reportData.Applications.Length == 1)
{
rowData.AddRange(new[] { "0", "0", "0", "" });
count++;
}
}
#endregion Fetch SnapshotsPF
TableDefinition resultTable = new TableDefinition
{
HasRowHeaders = false,
HasColumnHeaders = true,
NbRows = count + 1,
NbColumns = 4,
Data = rowData
};
return(resultTable);
}
public override string Content(ReportData reportData, Dictionary <string, string> options)
{
if (reportData?.Applications == null)
{
return(Constants.No_Value);
}
Application[] _allApps = reportData.Applications;
double? _allTechDebt = 0;
double? _afpAll = 0;
foreach (Application _app in _allApps)
{
try
{
Snapshot _snapshot = _app.Snapshots.OrderByDescending(_ => _.Annotation.Date.DateSnapShot).First();
if (_snapshot == null)
{
continue;
}
double?result = MeasureUtility.GetTechnicalDebtMetric(_snapshot);
if (result != null)
{
_allTechDebt = _allTechDebt + result;
}
double?_resultAfp = MeasureUtility.GetAutomatedIFPUGFunction(_snapshot);
if (_resultAfp != null)
{
_afpAll = _afpAll + _resultAfp;
}
}
catch (Exception ex)
{
LogHelper.Instance.LogInfo(ex.Message);
LogHelper.Instance.LogInfo(Labels.NoSnapshot);
}
}
if (!(_allTechDebt > 0) || !(_afpAll > 0))
{
return(Labels.NoData);
}
double?_finalValue = _allTechDebt / _afpAll;
return($"{_finalValue.Value:N0} {reportData.CurrencySymbol}");
}
public override TableDefinition Content(ReportData reportData, Dictionary <string, string> options)
{
TableDefinition resultTable = null;
if (reportData?.CurrentSnapshot == null)
{
return(resultTable);
}
#region Declarations
double?automatedFPoints = MeasureUtility.GetAutomatedIFPUGFunction(reportData.CurrentSnapshot);
double?decisionPoints = MeasureUtility.GetDecisionPointsNumber(reportData.CurrentSnapshot);
double?backFiredFPoints = MeasureUtility.GetBackfiredIFPUGFunction(reportData.CurrentSnapshot);
double?automatedFPointsPrev = MeasureUtility.GetAutomatedIFPUGFunction(reportData.PreviousSnapshot);
double?decisionPointsPrev = MeasureUtility.GetDecisionPointsNumber(reportData.PreviousSnapshot);
double?backFiredFPointsPrev = MeasureUtility.GetBackfiredIFPUGFunction(reportData.PreviousSnapshot);
double?automatedFPointsEvol = MathUtility.GetEvolution(automatedFPoints, automatedFPointsPrev);
double?decisionPointsEvol = MathUtility.GetEvolution(decisionPoints, decisionPointsPrev);
double?backFiredFPointsEvol = MathUtility.GetEvolution(backFiredFPoints, backFiredFPointsPrev);
double?automatedFPointsPercent = MathUtility.GetPercent(automatedFPointsEvol, automatedFPointsPrev);
double?decisionPointsPercent = MathUtility.GetPercent(decisionPointsEvol, decisionPointsPrev);
double?backFiredFPointsPercent = MathUtility.GetPercent(backFiredFPointsEvol, backFiredFPointsPrev);
bool hasPrevious = (reportData.PreviousSnapshot != null);
#endregion
const string noData = Constants.No_Value;
const string metricFormat = "N0";
var rowData = new List <string>
{
Labels.Name, Labels.Current, Labels.Previous, Labels.Evolution, Labels.EvolutionPercent
, Labels.AutomatedFP
, automatedFPoints?.ToString(metricFormat) ?? noData
, (hasPrevious && automatedFPointsPrev.HasValue)? automatedFPointsPrev.Value.ToString(metricFormat) : noData
, (hasPrevious && automatedFPointsEvol.HasValue)? FormatEvolution((int)automatedFPointsEvol.Value) : noData
, (automatedFPointsPercent.HasValue)? FormatPercent(automatedFPointsPercent.Value): noData
, Labels.DecisionP
, decisionPoints?.ToString(metricFormat) ?? noData
, (hasPrevious && decisionPointsPrev.HasValue)? decisionPointsPrev.Value.ToString(metricFormat) : noData
, (hasPrevious && decisionPointsEvol.HasValue)? FormatEvolution((int)decisionPointsEvol.Value) : noData
, (decisionPointsPercent.HasValue)? FormatPercent(decisionPointsPercent.Value): noData
, Labels.BackfiredFP
, backFiredFPoints?.ToString(metricFormat) ?? noData
, (hasPrevious && backFiredFPointsPrev.HasValue)? backFiredFPointsPrev.Value.ToString(metricFormat) : noData
, (hasPrevious && backFiredFPointsEvol.HasValue)? FormatEvolution((int)Math.Round(backFiredFPointsEvol.Value, 0)) : noData
, (backFiredFPointsPercent.HasValue)? FormatPercent(backFiredFPointsPercent.Value): noData
};
resultTable = new TableDefinition
{
HasRowHeaders = false,
HasColumnHeaders = true,
NbRows = 4,
NbColumns = 5,
Data = rowData
};
return(resultTable);
}
