RedPanda-CPP/RedPandaIDE/qsynedit/TextPainter.cpp

677 lines
27 KiB
C++

#include "TextPainter.h"
#include "SynEdit.h"
#include "Constants.h"
#include <cmath>
SynEditTextPainter::SynEditTextPainter(SynEdit *edit)
{
this->edit = edit;
}
QColor SynEditTextPainter::colEditorBG()
{
if (edit->mActiveLineColor.isValid() && bCurrentLine) {
return edit->mActiveLineColor;
} else {
if (edit->mHighlighter) {
PSynHighlighterAttribute attr = edit->mHighlighter->whitespaceAttribute();
if (attr && attr->background().isValid()) {
return attr->background();
}
}
}
return edit->palette().color(QPalette::Base);
}
void SynEditTextPainter::ComputeSelectionInfo()
{
BufferCoord vStart;
BufferCoord vEnd;
bAnySelection = false;
// Only if selection is visible anyway.
if (!edit->mHideSelection || edit->hasFocus()) {
bAnySelection = true;
// Get the *real* start of the selected area.
if (edit->mBlockBegin.Line < edit->mBlockEnd.Line) {
vStart = edit->mBlockBegin;
vEnd = edit->mBlockEnd;
} else if (edit->mBlockBegin.Line > edit->mBlockEnd.Line) {
vEnd = edit->mBlockBegin;
vStart = edit->mBlockEnd;
} else if (edit->mBlockBegin.Char != edit->mBlockEnd.Char) {
// No selection at all, or it is only on this line.
vStart.Line = edit->mBlockBegin.Line;
vEnd.Line = vStart.Line;
if (edit->mBlockBegin.Char < edit->mBlockEnd.Char) {
vStart.Char = edit->mBlockBegin.Char;
vEnd.Char = edit->mBlockEnd.Char;
} else {
vStart.Char = edit->mBlockEnd.Char;
vEnd.Char = edit->mBlockBegin.Char;
}
} else
bAnySelection = false;
// If there is any visible selection so far, then test if there is an
// intersection with the area to be painted.
if (bAnySelection) {
// Don't care if the selection is not visible.
bAnySelection = (vEnd.Line >= vFirstLine) and (vStart.Line <= vLastLine);
if (bAnySelection) {
// Transform the selection from text space into screen space
vSelStart = edit->bufferToDisplayPos(vStart);
vSelEnd = edit->bufferToDisplayPos(vEnd);
// In the column selection mode sort the begin and end of the selection,
// this makes the painting code simpler.
if (edit->mActiveSelectionMode == SynSelectionMode::smColumn && vSelStart.Column > vSelEnd.Column)
std::swap(vSelStart.Column, vSelEnd.Column);
}
}
}
}
void SynEditTextPainter::setDrawingColors(bool Selected)
{
if (Selected) {
painter->setPen(colSelFG);
painter->setBrush(colSelBG);
painter->setBackground(colSelBG);
} else {
painter->setPen(colFG);
painter->setBrush(colBG);
painter->setBackground(colBG);
}
}
int SynEditTextPainter::ColumnToXValue(int Col)
{
return edit->mTextOffset + (Col - 1) * edit->mCharWidth;
}
void SynEditTextPainter::PaintToken(const QString &Token, int TokenCols, int ColumnsBefore, int First, int Last, bool)
{
bool startPaint;
int nX;
if (Last >= First && rcToken.right() > rcToken.left()) {
nX = ColumnToXValue(First);
First -= ColumnsBefore;
Last -= ColumnsBefore;
if (First > TokenCols) {
} else {
painter->setClipRect(rcToken);
int tokenColLen=0;
startPaint = false;
for (int i=0;i<Token.length();i++) {
int charCols;
if (Token[i] == SynTabChar) {
charCols = edit->mTabWidth - ((ColumnsBefore+tokenColLen) % edit->mTabWidth);
} else {
charCols = edit->charColumns(Token[i]);
}
if (tokenColLen+charCols>=First) {
startPaint = true;
if (tokenColLen+1!=First) {
nX-= (First - tokenColLen - 1) * edit->mCharWidth;
}
}
painter->drawText(nX,rcToken.bottom(), Token[i]);
tokenColLen += charCols;
nX += charCols * edit->mCharWidth;
if (tokenColLen > Last)
break;
}
}
rcToken.setLeft(rcToken.right());
}
}
void SynEditTextPainter::PaintEditAreas(PSynEditingAreaList areaList)
{
QRect rc;
int x1,x2;
int offset;
painter->setClipRect(rcLine);
rc=rcLine;
rc.setBottom(rc.bottom()-1);
setDrawingColors(false);
for (PSynEditingArea p:*areaList) {
if (p->beginX > LastCol)
continue;
if (p->endX < FirstCol)
continue;
if (p->beginX < FirstCol)
x1 = FirstCol;
else
x1 = p->beginX;
if (p->endX > LastCol)
x2 = LastCol;
else
x2 = p->endX;
rc.setLeft(ColumnToXValue(x1));
rc.setRight(ColumnToXValue(x2));
painter->setPen(p->color);
painter->setBrush(Qt::NoBrush);
switch(p->type) {
case SynEditingAreaType::eatRectangleBorder:
painter->drawRect(rc);
break;
case SynEditingAreaType::eatUnderLine:
painter->drawLine(rc.left(),rc.bottom(),rc.right(),rc.bottom());
break;
case SynEditingAreaType::eatWaveUnderLine:
offset=3;
int lastX=rc.left();
int lastY=rc.bottom()-offset;
int t = rc.left();
while (t<=rc.right()) {
t+=3;
if (t>rc.right())
t = rc.right();
offset = 3 - offset;
painter->drawLine(lastX,lastY,t,rc.bottom()-offset);
lastX = t;
lastY = rc.bottom()-offset;
}
}
}
}
void SynEditTextPainter::PaintHighlightToken(bool bFillToEOL)
{
bool bComplexToken;
int nC1, nC2, nC1Sel, nC2Sel;
bool bU1, bSel, bU2;
int nX1, nX2;
// Compute some helper variables.
nC1 = std::max(FirstCol, TokenAccu.ColumnsBefore + 1);
nC2 = std::min(LastCol, TokenAccu.ColumnsBefore + TokenAccu.Columns + 1);
if (bComplexLine) {
bU1 = (nC1 < nLineSelStart);
bSel = (nC1 < nLineSelEnd) && (nC2 >= nLineSelStart);
bU2 = (nC2 >= nLineSelEnd);
bComplexToken = bSel && (bU1 or bU2);
} else {
bSel = bLineSelected;
bComplexToken = false;
// bU1 = false; // to shut up compiler warning.
// bU2 = false; // to shut up compiler warning.
}
// Any token chars accumulated?
if (TokenAccu.Columns > 0) {
// Initialize the colors and the font style.
if (!bSpecialLine) {
colBG = TokenAccu.BG;
colFG = TokenAccu.FG;
}
if (bSpecialLine && edit->mOptions.testFlag(eoSpecialLineDefaultFg))
colFG = TokenAccu.FG;
QFont font = edit->font();
font.setBold(TokenAccu.Style | SynFontStyle::fsBold);
font.setItalic(TokenAccu.Style | SynFontStyle::fsItalic);
font.setStrikeOut(TokenAccu.Style | SynFontStyle::fsStrikeOut);
font.setUnderline(TokenAccu.Style | SynFontStyle::fsUnderline);
painter->setFont(font);
// Paint the chars
if (bComplexToken) {
// first unselected part of the token
if (bU1) {
setDrawingColors(false);
rcToken.setRight(ColumnToXValue(nLineSelStart));
PaintToken(TokenAccu.s,TokenAccu.Columns,TokenAccu.ColumnsBefore,nC1,nLineSelStart,false);
}
// selected part of the token
setDrawingColors(true);
nC1Sel = std::max(nLineSelStart, nC1);
nC2Sel = std::min(nLineSelEnd, nC2);
rcToken.setRight(ColumnToXValue(nC2Sel));
PaintToken(TokenAccu.s, TokenAccu.Columns, TokenAccu.ColumnsBefore, nC1Sel, nC2Sel,true);
// second unselected part of the token
if (bU2) {
setDrawingColors(false);
rcToken.setRight(ColumnToXValue(nC2));
PaintToken(TokenAccu.s, TokenAccu.Columns, TokenAccu.ColumnsBefore,nLineSelEnd, nC2,false);
}
} else {
setDrawingColors(bSel);
rcToken.setRight(ColumnToXValue(nC2));
PaintToken(TokenAccu.s, TokenAccu.Columns, TokenAccu.ColumnsBefore, nC1, nC2,bSel);
}
}
// Fill the background to the end of this line if necessary.
if (bFillToEOL && rcToken.left() < rcLine.right()) {
if (!bSpecialLine)
colBG = colEditorBG();
if (bComplexLine) {
nX1 = ColumnToXValue(nLineSelStart);
nX2 = ColumnToXValue(nLineSelEnd);
if (rcToken.left() < nX1) {
setDrawingColors(false);
rcToken.setRight(nX1);
// if (TokenAccu.Len != 0 && TokenAccu.Style != SynFontStyle::fsNone)
// AdjustEndRect();
painter->setPen(Qt::NoPen);
painter->drawRect(rcToken);
rcToken.setLeft(nX1);
}
if (rcToken.left() < nX2) {
setDrawingColors(true);
rcToken.setRight(nX2);
painter->setPen(Qt::NoPen);
painter->drawRect(rcToken);
rcToken.setLeft(nX2);
}
if (rcToken.left() < rcLine.right()) {
setDrawingColors(false);
rcToken.setRight(rcLine.right());
painter->setPen(Qt::NoPen);
painter->drawRect(rcToken);
}
} else {
setDrawingColors(bLineSelected);
rcToken.setRight(rcLine.right());
// if (TokenAccu.Len != 0 && TokenAccu.Style != SynFontStyle::fsNone)
// AdjustEndRect();
painter->setPen(Qt::NoPen);
painter->drawRect(rcToken);
}
}
}
bool SynEditTextPainter::TokenIsSpaces(bool &bSpacesTest, const QString& Token, bool& bIsSpaces)
{
QString pTok;
if (!bSpacesTest) {
bSpacesTest = true;
for (QChar ch:Token) {
//todo: should include tabs?
if (ch!= ' ') {
bIsSpaces = false;
return bIsSpaces;
}
}
bIsSpaces = true;
}
return bIsSpaces;
}
// Store the token chars with the attributes in the TokenAccu
// record. This will paint any chars already stored if there is
// a (visible) change in the attributes.
void SynEditTextPainter::AddHighlightToken(const QString &Token, int ColumnsBefore,
int TokenColumns, int cLine, PSynHighlighterAttribute p_Attri)
{
bool bCanAppend;
QColor Foreground, Background;
SynFontStyles Style;
bool bSpacesTest,bIsSpaces;
if (p_Attri) {
Foreground = p_Attri->foreground();
Background = p_Attri->background();
Style = p_Attri->styles();
} else {
Foreground = colFG;
Background = colBG;
Style = getFontStyles(edit->font());
}
if (Background.isValid() || (edit->mActiveLineColor.isValid() && bCurrentLine)) {
Background = colEditorBG();
}
if (Background.isValid()) {
Foreground = edit->palette().color(QPalette::Text);
}
//todo : change char(getTokenPos) to column?
if (edit->mOnPaintHighlightToken)
edit->mOnPaintHighlightToken(cLine,edit->mHighlighter->getTokenPos(),
Token,p_Attri,Style,Foreground,Background);
// Do we have to paint the old chars first, or can we just append?
bCanAppend = false;
bSpacesTest = false;
if (TokenAccu.Columns > 0) {
// font style must be the same or token is only spaces
if (TokenAccu.Style == Style || ( (Style & SynFontStyle::fsUnderline) == (TokenAccu.Style & fsUnderline)
&& TokenIsSpaces(bSpacesTest,Token,bIsSpaces)) ) {
// either special colors or same colors
if ((bSpecialLine && !(edit->mOptions.testFlag(SynEditorOption::eoSpecialLineDefaultFg))) || bLineSelected ||
// background color must be the same and
((TokenAccu.BG == Background) &&
// foreground color must be the same or token is only spaces
((TokenAccu.FG == Foreground) || (TokenIsSpaces(bSpacesTest,Token,bIsSpaces) && !edit->mShowSpecChar)))) {
bCanAppend = true;
}
}
// If we can't append it, then we have to paint the old token chars first.
if (!bCanAppend)
PaintHighlightToken(false);
}
// Don't use AppendStr because it's more expensive.
if (bCanAppend) {
TokenAccu.s.append(Token);
TokenAccu.Columns+=TokenColumns;
} else {
TokenAccu.Columns = TokenColumns;
TokenAccu.s = Token;
TokenAccu.ColumnsBefore = ColumnsBefore;
TokenAccu.FG = Foreground;
TokenAccu.BG = Background;
TokenAccu.Style = Style;
}
}
void SynEditTextPainter::PaintFoldAttributes()
{
int i, TabSteps, LineIndent, LastNonBlank, X, Y, cRow, vLine;
QBrush DottedPenDesc;
// Paint indent guides. Use folds to determine indent value of these
// Use a separate loop so we can use a custom pen
// Paint indent guides using custom pen
if (edit->mCodeFolding.indentGuides) {
QPen dottedPen(Qt::PenStyle::DashLine);
dottedPen.setColor(edit->mCodeFolding.indentGuidesColor);
QPen oldPen = painter->pen();
painter->setPen(dottedPen);
// Now loop through all the lines. The indices are valid for Lines.
for (cRow = aFirstRow; cRow<=aLastRow;cRow++) {
vLine = edit->rowToLine(cRow);
if (vLine > edit->mLines->count() && edit->mLines->count() > 0)
break;
// Set vertical coord
Y = (vLine - edit->mTopLine) * edit->mTextHeight; // limit inside clip rect
if (edit->mTextHeight % 2 == 1 && vLine % 2 == 0) {
Y++;
}
// Get next nonblank line
LastNonBlank = vLine - 1;
while (LastNonBlank + 1 < edit->mLines->count() && edit->mLines->getString(LastNonBlank).trimmed().isEmpty())
LastNonBlank++;
LineIndent = edit->GetLineIndent(edit->mLines->getString(LastNonBlank));
// Step horizontal coord
TabSteps = edit->mTabWidth;
while (TabSteps < LineIndent) {
X = TabSteps * edit->mCharWidth + edit->mTextOffset - 2;
TabSteps+=edit->mTabWidth;
// Move to top of vertical line
painter->drawLine(X,Y,X,Y+edit->mTextHeight);
}
}
painter->setPen(oldPen);
}
if (!edit->mUseCodeFolding)
exit;
// Paint collapsed lines using changed pen
if (edit->mCodeFolding.showCollapsedLine) {
painter->setPen(edit->mCodeFolding.collapsedLineColor);
for (int i=0; i< edit->mAllFoldRanges.count();i++) {
PSynEditFoldRange range = edit->mAllFoldRanges[i];
if (range->collapsed && !range->parentCollapsed() &&
(range->fromLine <= vLastLine) && (range->fromLine >= vFirstLine) ) {
// Get starting and end points
Y = (edit->lineToRow(range->fromLine) - edit->mTopLine + 1) * edit->mTextHeight - 1;
painter->drawLine(AClip.left(),Y, AClip.right(),Y);
}
}
}
}
void SynEditTextPainter::GetBraceColorAttr(int level, PSynHighlighterAttribute &attr)
{
if (!edit->mOptions.testFlag(SynEditorOption::eoShowRainbowColor))
return;
if (attr != edit->mHighlighter->symbolAttribute())
return;
switch(level % 4) {
case 0:
attr = edit->mHighlighter->keywordAttribute();
case 1:
attr = edit->mHighlighter->symbolAttribute();
case 2:
attr = edit->mHighlighter->stringAttribute();
case 3:
attr = edit->mHighlighter->identifierAttribute();
}
}
void SynEditTextPainter::PaintLines()
{
int cRow; // row index for the loop
int vLine;
QString sLine; // the current line
QString sToken; // highlighter token info
int nTokenPos, nTokenLen;
PSynHighlighterAttribute attr;
int vFirstChar;
int vLastChar;
PSynEditingAreaList areaList;
QColor colBorder;
PSynEditFoldRange foldRange;
int nC1,nC2,nFold;
QString sFold;
// Initialize rcLine for drawing. Note that Top and Bottom are updated
// inside the loop. Get only the starting point for this.
rcLine = AClip;
rcLine.setBottom((aFirstRow - edit->mTopLine) * edit->mTextHeight);
TokenAccu.Columns = 0;
TokenAccu.ColumnsBefore = 0;
// Now loop through all the lines. The indices are valid for Lines.
for (cRow = aFirstRow; cRow<=aLastRow; cRow++) {
vLine = edit->rowToLine(cRow);
if (vLine > edit->mLines->count() && edit->mLines->count() != 0)
break;
// Get the line.
sLine = edit->mLines->getString(vLine - 1);
// determine whether will be painted with ActiveLineColor
bCurrentLine = (edit->mCaretY == vLine);
// Initialize the text and background colors, maybe the line should
// use special values for them.
colFG = edit->palette().color(QPalette::Text);
colBG = colEditorBG();
bSpecialLine = edit->DoOnSpecialLineColors(vLine, colFG, colBG);
if (bSpecialLine) {
// The selection colors are just swapped, like seen in Delphi.
colSelFG = colBG;
colSelBG = colFG;
} else {
colSelFG = edit->mSelectedForeground;
colSelBG = edit->mSelectedBackground;
}
edit->DoOnEditAreas(vLine, areaList);
// Removed word wrap support
vFirstChar = FirstCol;
vLastChar = LastCol;
// Get the information about the line selection. Three different parts
// are possible (unselected before, selected, unselected after), only
// unselected or only selected means bComplexLine will be FALSE. Start
// with no selection, compute based on the visible columns.
bComplexLine = false;
nLineSelStart = 0;
nLineSelEnd = 0;
// Does the selection intersect the visible area?
if (bAnySelection && (cRow >= vSelStart.Row) && (cRow <= vSelEnd.Row)) {
// Default to a fully selected line. This is correct for the smLine
// selection mode and a good start for the smNormal mode.
nLineSelStart = FirstCol;
nLineSelEnd = LastCol + 1;
if ((edit->mActiveSelectionMode == SynSelectionMode::smColumn) ||
((edit->mActiveSelectionMode == SynSelectionMode::smNormal) && (cRow == vSelStart.Row)) ) {
if (vSelStart.Column > LastCol) {
nLineSelStart = 0;
nLineSelEnd = 0;
} else if (vSelStart.Column > FirstCol) {
nLineSelStart = vSelStart.Column;
bComplexLine = true;
}
}
if ( (edit->mActiveSelectionMode == SynSelectionMode::smColumn) ||
((edit->mActiveSelectionMode == SynSelectionMode::smNormal) && (cRow == vSelEnd.Row)) ) {
if (vSelEnd.Column < FirstCol) {
nLineSelStart = 0;
nLineSelEnd = 0;
} else if (vSelEnd.Column < LastCol) {
nLineSelEnd = vSelEnd.Column;
bComplexLine = true;
}
}
} //endif bAnySelection
// Update the rcLine rect to this line.
rcLine.setTop(rcLine.bottom());
rcLine.setBottom(rcLine.bottom()+edit->mTextHeight);
bLineSelected = (!bComplexLine) && (nLineSelStart > 0);
rcToken = rcLine;
if (!edit->mHighlighter || !edit->mHighlighter->enabled()) {
sToken = sLine;
nTokenLen = edit->mLines->lineColumns(vLine-1);
if (edit->mShowSpecChar && (!bLineSelected) && (!bSpecialLine) && (nTokenLen < vLastChar)) {
sToken = sToken + SynLineBreakGlyph;
nTokenLen = sToken + edit->charColumns(SynLineBreakGlyph);
}
if (bComplexLine) {
setDrawingColors(false);
rcToken.setLeft(std::max(rcLine.left(), ColumnToXValue(FirstCol)));
rcToken.setRight(std::min(rcLine.right(), ColumnToXValue(nLineSelStart)));
PaintToken(sToken, nTokenLen, 0, FirstCol, nLineSelStart,false);
rcToken.setLeft(std::max(rcLine.left(), ColumnToXValue(nLineSelEnd)));
rcToken.setRight(std::min(rcLine.right(), ColumnToXValue(LastCol)));
PaintToken(sToken, nTokenLen, 0, nLineSelEnd, LastCol,true);
setDrawingColors(false);
rcToken.setLeft(std::max(rcLine.left(), ColumnToXValue(nLineSelStart)));
rcToken.setRight(std::min(rcLine.right(), ColumnToXValue(nLineSelEnd)));
PaintToken(sToken, nTokenLen, 0, nLineSelStart, nLineSelEnd - 1,false);
} else {
setDrawingColors(bLineSelected);
PaintToken(sToken, nTokenLen, 0, FirstCol, LastCol,bLineSelected);
}
} else {
// Initialize highlighter with line text and range info. It is
// necessary because we probably did not scan to the end of the last
// line - the internal highlighter range might be wrong.
if (vLine == 1) {
edit->mHighlighter->resetState();
} else {
edit->mHighlighter->setState(
edit->mLines->ranges(vLine-2),
edit->mLines->braceLevels(vLine-2),
edit->mLines->bracketLevels(vLine-2),
edit->mLines->parenthesisLevels(vLine-2)
);
edit->mHighlighter->setLine(sLine, vLine - 1);
}
// Try to concatenate as many tokens as possible to minimize the count
// of ExtTextOut calls necessary. This depends on the selection state
// or the line having special colors. For spaces the foreground color
// is ignored as well.
TokenAccu.Columns = 0;
nTokenPos = 0;
// Test first whether anything of this token is visible.
while (edit->mHighlighter->eol()) {
sToken = edit->mHighlighter->getToken();
// Work-around buggy highlighters which return empty tokens.
if (sToken.isEmpty()) {
edit->mHighlighter->next();
if (edit->mHighlighter->eol())
break;
sToken = edit->mHighlighter->getToken();
// Maybe should also test whether GetTokenPos changed...
if (sToken.isEmpty())
throw BaseError(SynEdit::tr("The highlighter seems to be in an infinite loop"));
}
nTokenPos = edit->charToColumn(vLine,edit->mHighlighter->getTokenPos());
nTokenLen = edit->stringColumns(sToken);
if (nTokenPos + nTokenLen >= vFirstChar) {
if (nTokenPos + nTokenLen >= vLastChar) {
if (nTokenPos >= vLastChar)
break; //*** BREAK ***
nTokenLen = vLastChar - nTokenPos - 1;
}
// It's at least partially visible. Get the token attributes now.
attr = edit->mHighlighter->getTokenAttribute();
if (sToken == "[") {
GetBraceColorAttr(edit->mHighlighter->getBracketLevel(),attr);
} else if (sToken == "]") {
GetBraceColorAttr(edit->mHighlighter->getBracketLevel()+1,attr);
} else if (sToken == "(") {
GetBraceColorAttr(edit->mHighlighter->getParenthesisLevel(),attr);
} else if (sToken == ")") {
GetBraceColorAttr(edit->mHighlighter->getParenthesisLevel()+1,attr);
} else if (sToken == "{") {
GetBraceColorAttr(edit->mHighlighter->getBraceLevel(),attr);
} else if (sToken == "}") {
GetBraceColorAttr(edit->mHighlighter->getBraceLevel()+1,attr);
}
AddHighlightToken(sToken, nTokenPos - (vFirstChar - FirstCol),
nTokenLen, vLine,attr);
}
// Let the highlighter scan the next token.
edit->mHighlighter->next();
}
// Don't assume HL.GetTokenPos is valid after HL.GetEOL == True.
nTokenPos += edit->stringColumns(sToken);
if (edit->mHighlighter->eol() && (nTokenPos < vLastChar)) {
int lineColumns = edit->mLines->lineColumns(vLine-1);
// Draw text that couldn't be parsed by the highlighter, if any.
if (nTokenPos < lineColumns) {
if (nTokenPos + 1 < vFirstChar)
nTokenPos = vFirstChar - 1;
nTokenLen = std::min(lineColumns, vLastChar) - (nTokenPos + 1);
if (nTokenLen > 0) {
sToken = edit->subStringByColumns(sLine,nTokenPos+1,nTokenLen);
AddHighlightToken(sToken, nTokenPos - (vFirstChar - FirstCol),
edit->stringColumns(sToken), vLine, PSynHighlighterAttribute());
}
}
// Draw LineBreak glyph.
if (edit->mShowSpecChar && (!bLineSelected) &&
(!bSpecialLine) && (edit->mLines->lineColumns(vLine-1) < vLastChar)) {
AddHighlightToken(SynLineBreakGlyph,
edit->mLines->lineColumns(vLine-1) - (vFirstChar - FirstCol),
edit->charColumns(SynLineBreakGlyph),vLine, edit->mHighlighter->whitespaceAttribute());
}
}
// Paint folding
foldRange = edit->foldStartAtLine(vLine);
if ((foldRange) && foldRange->collapsed) {
sFold = " ... } ";
nFold = edit->stringColumns(sFold);
attr = edit->mHighlighter->symbolAttribute();
GetBraceColorAttr(edit->mHighlighter->getBraceLevel(),attr);
AddHighlightToken(sFold,edit->mLines->lineColumns(vLine-1)+1 - (vFirstChar - FirstCol)
, nFold, vLine, attr);
}
// Draw anything that's left in the TokenAccu record. Fill to the end
// of the invalid area with the correct colors.
PaintHighlightToken(true);
//Paint editingAreaBorders
PaintEditAreas(areaList);
}
// Now paint the right edge if necessary. We do it line by line to reduce
// the flicker. Should not cost very much anyway, compared to the many
// calls to ExtTextOut.
if (bDoRightEdge) {
painter->paintEngine(nRightEdge, rcLine.top(),nRightEdge,rcLine.bottom()+1);
}
bCurrentLine = false;
}
}