public static void calculateSmartTraceCallStatistics(AssessmentRun arAssessmentRunToAnalyze, UInt32 uKey,
TraceType tTraceType, ref int iSmartTraces,
ref int iNonDuplicated, ref int iIgnoreRoot)
{
if (arAssessmentRunToAnalyze == null)
return;
FindingNameFormat ffnFindingNameFormat = FindingNameFormat.FindingType;
// using default value (we are not going to need this value here (since we are only calculating statistics))
bool bChangeFindingData = false; // this is the value that prevents changes
bool bDropDuplicateSmartTraces = false;
bool bIgnoreRootCallInvocation = false;
var ffsmSmartTraces = new AnalysisFilters.filter_FindSmartTrace_byID(uKey, tTraceType,
bDropDuplicateSmartTraces,
bIgnoreRootCallInvocation,
ffnFindingNameFormat,
bChangeFindingData);
bDropDuplicateSmartTraces = true;
var ffsmSmartTraces_NotDuplicated = new AnalysisFilters.filter_FindSmartTrace_byID(uKey, tTraceType,
bDropDuplicateSmartTraces,
bIgnoreRootCallInvocation,
ffnFindingNameFormat,
bChangeFindingData);
bIgnoreRootCallInvocation = true;
var ffsmSmartTraces_NotDuplicated_IgnoreRoot = new AnalysisFilters.filter_FindSmartTrace_byID(uKey,
tTraceType,
bDropDuplicateSmartTraces,
bIgnoreRootCallInvocation,
ffnFindingNameFormat,
bChangeFindingData);
// create lists to hold results
var lfFindingsThatMatchCriteria_SmartTraces = new List<AssessmentAssessmentFileFinding>();
var lfFindingsThatMatchCriteria_SmartTraces_NotDuplicated = new List<AssessmentAssessmentFileFinding>();
var lfFindingsThatMatchCriteria_SmartTraces_NotDuplicated_IgnoreRoot =
new List<AssessmentAssessmentFileFinding>();
if (StringsAndLists.notNull(arAssessmentRunToAnalyze, typeof (AssessmentRun).Name) &&
null != arAssessmentRunToAnalyze.Assessment.Assessment)
foreach (Assessment aAssessment in arAssessmentRunToAnalyze.Assessment.Assessment)
{
foreach (AssessmentAssessmentFile afAssessmentFile in aAssessment.AssessmentFile)
if (null != afAssessmentFile.Finding)
foreach (AssessmentAssessmentFileFinding fFinding in afAssessmentFile.Finding)
if (null != fFinding.Trace)
{
applyFilter(ffsmSmartTraces, lfFindingsThatMatchCriteria_SmartTraces, fFinding,
arAssessmentRunToAnalyze);
applyFilter(ffsmSmartTraces_NotDuplicated,
lfFindingsThatMatchCriteria_SmartTraces_NotDuplicated, fFinding,
arAssessmentRunToAnalyze);
applyFilter(ffsmSmartTraces_NotDuplicated_IgnoreRoot,
lfFindingsThatMatchCriteria_SmartTraces_NotDuplicated_IgnoreRoot,
fFinding, arAssessmentRunToAnalyze);
}
}
iSmartTraces = lfFindingsThatMatchCriteria_SmartTraces.Count;
iNonDuplicated = lfFindingsThatMatchCriteria_SmartTraces_NotDuplicated.Count;
iIgnoreRoot = lfFindingsThatMatchCriteria_SmartTraces_NotDuplicated_IgnoreRoot.Count;
}
public static void createXmlFileWithOnlyFindingsFromSmartTraceCall(String sTargetFileName,
FindingNameFormat ffnFindingNameFormat,
UInt32 uSmartTraceCallID,
TraceType tTraceType,
bool bFilterDuplicateFindings,
bool bIgnoreRootCallInvocation,
bool bChangeFindingData,
O2AssessmentData_OunceV6 fadO2AssessmentDataOunceV6)
{
var ffstidFilter = new AnalysisFilters.filter_FindSmartTrace_byID(uSmartTraceCallID, tTraceType,
bFilterDuplicateFindings,
bIgnoreRootCallInvocation,
ffnFindingNameFormat, bChangeFindingData);
AssessmentRun arFilteredAssessmentRun = createFilteredAssessmentRunObjectBasedOnCriteria(ffstidFilter,
fadO2AssessmentDataOunceV6);
saveFilteredAssessmentRun(arFilteredAssessmentRun, sTargetFileName, fadO2AssessmentDataOunceV6);
restoreChangedData(bChangeFindingData, fadO2AssessmentDataOunceV6);
}
