static void writeTextRun(TextStream& ts, const RenderText& o, const InlineTextBox& run)
{
// FIXME: For now use an "enclosingIntRect" model for x, y and logicalWidth, although this makes it harder
// to detect any changes caused by the conversion to floating point. :(
int x = run.x();
int y = run.y();
int logicalWidth = ceilf(run.left() + run.logicalWidth()) - x;
ts << "text run at (" << x << "," << y << ") width " << logicalWidth;
if (!run.isLeftToRightDirection() || run.dirOverride()) {
ts << (!run.isLeftToRightDirection() ? " RTL" : " LTR");
if (run.dirOverride())
ts << " override";
}
ts << ": "
<< quoteAndEscapeNonPrintables(String(o.text()).substring(run.start(), run.len()));
if (run.hasHyphen())
ts << " + hyphen string " << quoteAndEscapeNonPrintables(o.style()->hyphenString());
ts << "\n";
}
static void writeTextRun(TextStream& ts, const RenderText& o, const InlineTextBox& run)
{
// FIXME: For now use an "enclosingIntRect" model for x, y and logicalWidth, although this makes it harder
// to detect any changes caused by the conversion to floating point. :(
int x = run.m_x;
int y = run.m_y;
int logicalWidth = ceilf(run.m_x + run.m_logicalWidth) - x;
// FIXME: Table cell adjustment is temporary until results can be updated.
if (o.containingBlock()->isTableCell())
y -= toRenderTableCell(o.containingBlock())->intrinsicPaddingBefore();
ts << "text run at (" << x << "," << y << ") width " << logicalWidth;
if (!run.isLeftToRightDirection() || run.m_dirOverride) {
ts << (!run.isLeftToRightDirection() ? " RTL" : " LTR");
if (run.m_dirOverride)
ts << " override";
}
ts << ": "
<< quoteAndEscapeNonPrintables(String(o.text()).substring(run.start(), run.len()));
if (run.hasHyphen())
ts << " + hyphen string " << quoteAndEscapeNonPrintables(o.style()->hyphenString());
ts << "\n";
}
static VisiblePosition createVisiblePositionAfterAdjustingOffsetForBiDi(const InlineTextBox& box, int offset, ShouldAffinityBeDownstream shouldAffinityBeDownstream)
{
ASSERT(offset >= 0);
if (offset && static_cast<unsigned>(offset) < box.len())
return createVisiblePositionForBox(box, box.start() + offset, shouldAffinityBeDownstream);
bool positionIsAtStartOfBox = !offset;
if (positionIsAtStartOfBox == box.isLeftToRightDirection()) {
// offset is on the left edge
const InlineBox* prevBox = box.prevLeafChildIgnoringLineBreak();
if ((prevBox && prevBox->bidiLevel() == box.bidiLevel())
|| box.renderer().containingBlock()->style().direction() == box.direction()) // FIXME: left on 12CBA
return createVisiblePositionForBox(box, box.caretLeftmostOffset(), shouldAffinityBeDownstream);
if (prevBox && prevBox->bidiLevel() > box.bidiLevel()) {
// e.g. left of B in aDC12BAb
const InlineBox* leftmostBox;
do {
leftmostBox = prevBox;
prevBox = leftmostBox->prevLeafChildIgnoringLineBreak();
} while (prevBox && prevBox->bidiLevel() > box.bidiLevel());
return createVisiblePositionForBox(*leftmostBox, leftmostBox->caretRightmostOffset(), shouldAffinityBeDownstream);
}
if (!prevBox || prevBox->bidiLevel() < box.bidiLevel()) {
// e.g. left of D in aDC12BAb
const InlineBox* rightmostBox;
const InlineBox* nextBox = &box;
do {
rightmostBox = nextBox;
nextBox = rightmostBox->nextLeafChildIgnoringLineBreak();
} while (nextBox && nextBox->bidiLevel() >= box.bidiLevel());
return createVisiblePositionForBox(*rightmostBox,
box.isLeftToRightDirection() ? rightmostBox->caretMaxOffset() : rightmostBox->caretMinOffset(), shouldAffinityBeDownstream);
}
return createVisiblePositionForBox(box, box.caretRightmostOffset(), shouldAffinityBeDownstream);
}
const InlineBox* nextBox = box.nextLeafChildIgnoringLineBreak();
if ((nextBox && nextBox->bidiLevel() == box.bidiLevel())
|| box.renderer().containingBlock()->style().direction() == box.direction())
return createVisiblePositionForBox(box, box.caretRightmostOffset(), shouldAffinityBeDownstream);
// offset is on the right edge
if (nextBox && nextBox->bidiLevel() > box.bidiLevel()) {
// e.g. right of C in aDC12BAb
const InlineBox* rightmostBox;
do {
rightmostBox = nextBox;
nextBox = rightmostBox->nextLeafChildIgnoringLineBreak();
} while (nextBox && nextBox->bidiLevel() > box.bidiLevel());
return createVisiblePositionForBox(*rightmostBox, rightmostBox->caretLeftmostOffset(), shouldAffinityBeDownstream);
}
if (!nextBox || nextBox->bidiLevel() < box.bidiLevel()) {
// e.g. right of A in aDC12BAb
const InlineBox* leftmostBox;
const InlineBox* prevBox = &box;
do {
leftmostBox = prevBox;
prevBox = leftmostBox->prevLeafChildIgnoringLineBreak();
} while (prevBox && prevBox->bidiLevel() >= box.bidiLevel());
return createVisiblePositionForBox(*leftmostBox,
box.isLeftToRightDirection() ? leftmostBox->caretMinOffset() : leftmostBox->caretMaxOffset(), shouldAffinityBeDownstream);
}
return createVisiblePositionForBox(box, box.caretLeftmostOffset(), shouldAffinityBeDownstream);
}