protected override bool MatchesFilter(RedlineML.ISummaryItem si)
{
int startPos = GetChangeStartPos(si);
int endPos = GetChangeEndPos(si);
return ChangeIsInBoilerplate(startPos, endPos);
}
protected override bool MatchesFilter(RedlineML.ISummaryItem si)
{
foreach (Change ch in si.Changes)
{
foreach (DocObject dobj in ch.Content)
{
if (dobj is TextRun)
{
TextRun tr = dobj as TextRun;
if (!tr.WasListNumber)
return false;
}
else if (dobj is ParaMarker)
{
ParaMarker pm = dobj as ParaMarker;
continue;
}
else
return false;
}
}
return true;
}
protected override bool TextChangeMatchesFilter(RedlineML.ISummaryItem si)
{
foreach (Change ch in si.Changes)
{
if (!IsAllPunctiation(GetText(ch)))
return false;
}
return true;
}
public void EndItem(RedlineML.ObjectModel.DocObject dobj)
{
if (dobj is Change && _renderingOptions.NumberChanges && !_renderingOptions.ChangeNumbersBeforeChanges)
{
Change ch = dobj as Change;
CurrentPosition += ch.Number.ToString().Length;
}
}
protected override bool MatchesFilter(RedlineML.ISummaryItem si)
{
foreach (Change ch in si.Changes)
{
if (m_predicate(ch))
return true;
}
return false;
}
public RedlineSearcher(RedlineML.ObjectModel.RedlineDocument RedlineDoc, List<RedlineML.ISummaryItem> changeSummaryItems, string searchText, SearchStyle searchStyle, bool ignoreCase, RedlineTextBuilder rtb, SortedList<int, int> changePosMap)
{
this.m_RedlineDoc = RedlineDoc;
this.m_changeSummaryItems = changeSummaryItems;
this.m_searchText = searchText;
this.m_searchStyle = searchStyle;
m_rtb = rtb;
m_ignoreCase = ignoreCase;
m_changePosMap = changePosMap;
}
protected override bool TextChangeMatchesFilter(RedlineML.ISummaryItem si)
{
if (si.Changes.Count != 2)
return false;
Change insertion = FindTextInsertion(si.Changes);
Change deletion = FindTextDeletion(si.Changes);
if (insertion == null || deletion == null)
return false;
return MatchesFilter(GetText(insertion), GetText(deletion));
}
protected override bool MatchesFilter(RedlineML.ISummaryItem si)
{
foreach (Change ch in si.Changes)
{
foreach (DocObject dobj in ch.Content)
{
if (!(dobj is TextRun))
return false;
}
}
return TextChangeMatchesFilter(si);
}
protected override bool TextChangeMatchesFilter(RedlineML.ISummaryItem si)
{
foreach (Change ch in si.Changes)
{
string s = GetText(ch);
if (string.IsNullOrEmpty(s))
continue;
if (!string.IsNullOrEmpty(s.Trim()))
return false;
}
return true;
}
public void StartItem(RedlineML.ObjectModel.DocObject dobj)
{
if (dobj is Change && _renderingOptions.NumberChanges && _renderingOptions.ChangeNumbersBeforeChanges)
{
Change ch = dobj as Change;
CurrentPosition += ch.Number.ToString().Length;
}
if (dobj is Row || dobj is Cell || dobj is Section || dobj is HeaderFooter || dobj is ParaMarker)
CurrentPosition++;
if (dobj is TextRun)
{
TextRun tr = dobj as TextRun;
if (!string.IsNullOrEmpty(tr.Content))
CurrentPosition += tr.Content.Length;
}
}
public SummarySearchNode(RedlineML.ISummaryItem si, RedlineTextBuilder rtb, SortedList<int,int> changePositions) : base(si, rtb)
{
_changePositions = changePositions;
StringBuilder bld = new StringBuilder();
foreach (DocObject dobj in si.Content)
{
if (dobj is HighlightedTextRun)
{
HighlightedTextRun htr = dobj as HighlightedTextRun;
bld.Append(htr.Content);
if (_charPos == -1)
_charPos = htr.RedlineCharPos;
}
}
_highlightedText = bld.ToString();
SummaryItem.UnreadCount = 1;
}
public BoilerplateFilter(RedlineML.ObjectModel.RedlineDocument rd)
{
m_rd = rd;
LoadBoilerplateStrings();
FindBoilerplateIndices();
}
protected abstract bool TextChangeMatchesFilter(RedlineML.ISummaryItem si);
internal SummaryChangeNode(RedlineML.ISummaryItem si, RedlineTextBuilder rtb) : base(si)
{
m_rtb = rtb;
SummaryItem.UnreadCount = 1;
}
protected override bool MatchesFilter(RedlineML.ISummaryItem si)
{
return true;
}
internal SearchInChangesNode(RedlineML.ISummaryItem si, RedlineTextBuilder rtb, string searchText, bool inChangesOnly)
: base(si, rtb)
{
m_searchText = searchText;
m_bInChangesOnly = inChangesOnly;
}
