public void UpdateCountsFromSingleResult(DiscoveryDifference dd)
{
if (dd.Type != m_type)
return;
if (dd.OriginalCount > 0 && dd.APICount == 0 && dd.LightSpeedCount == 0)
{
++m_iBothPerfect;
}
else if (dd.APICount == dd.LightSpeedCount)
{
++m_iBothTheSame;
}
else if (dd.APICount > dd.LightSpeedCount)
{
++m_iLightSpeedDidBetter;
}
else if (dd.LightSpeedCount > dd.APICount)
{
++m_iAPIDidBetter;
}
else
{
++m_iOther;
}
}
public void UpdateFromSingleResult(DiscoveryDifference dd)
{
foreach (ResultByMetadataType iter in m_listResultsByType)
{
if(iter.MetadataType == dd.Type)
{
iter.UpdateCountsFromSingleResult(dd);
break;
}
}
}
public List<DiscoveryDifference> DifferenceTo(DocumentText dtAPI, DocumentText dtBin)
{
List<DiscoveryDifference> Diffs = new List<DiscoveryDifference>();
foreach (ContentType ttType in SingleFileCleaningTester.GetListOfAllContentTypes())
{
if (ttType == ContentType.Paragraph)
continue;
int iOriginalCount = 0;
foreach (IAbstractTextType ttOrig in m_dtMe.GetTextTypes())
{
if (ttOrig.GetContentType() == ttType)
{
iOriginalCount = ttOrig.GetChildCount();
break;
}
}
// Hopefully safe to assume we did not find more in the cleaned document
int iACount = 0;
foreach (IAbstractTextType ttAPI in dtAPI.GetTextTypes())
{
if (ttAPI.GetContentType() == ttType)
{
iACount = ttAPI.GetChildCount();
break;
}
}
int iBCount = 0;
IAbstractTextType ttBinType = null;
foreach (IAbstractTextType ttBin in dtBin.GetTextTypes())
{
if (ttBin.GetContentType() == ttType)
{
iBCount = ttBin.GetChildCount();
ttBinType = ttBin;
break;
}
}
bool bIsExpected = IsExpectedFromRedaction(ttBinType);
DiscoveryDifference Diff = new DiscoveryDifference(ttType, iOriginalCount, iACount, iBCount, bIsExpected);
Diffs.Add(Diff);
}
return Diffs;
}