QRectF SimpleRootAreaProvider::suggestRect(KoTextLayoutRootArea *rootArea)
{
//Come up with a rect, but actually we don't need the height, as we set it to infinite below
// Still better keep it for completeness sake
QRectF rect(QPointF(), m_textShape->size());
rect.adjust(m_textShapeData->leftPadding(), m_textShapeData->topPadding(), -m_textShapeData->rightPadding(), - m_textShapeData->bottomPadding());
KoBorder *border = m_textShape->border();
if (border) {
rect.adjust(border->borderWidth(KoBorder::LeftBorder), border->borderWidth(KoBorder::TopBorder),
-border->borderWidth(KoBorder::RightBorder), - border->borderWidth(KoBorder::BottomBorder));
}
// In simple cases we always set height way too high so that we have no breaking
// If the shape grows afterwards or not is handled in doPostLayout()
rect.setHeight(1E6);
if (m_textShapeData->resizeMethod() == KoTextShapeData::AutoGrowWidthAndHeight
||m_textShapeData->resizeMethod() == KoTextShapeData::AutoGrowWidth) {
rootArea->setNoWrap(1E6);
}
// Make sure the size is not negative due to padding and border with
// This can happen on vertical lines containing text on shape.
if (rect.width() < 0) {
rect.setWidth(0);
}
return rect;
}
void KWRootAreaProviderBase::doPostLayout(KoTextLayoutRootArea *rootArea, bool /*isNewRootArea*/)
{
KoShape *shape = rootArea->associatedShape();
if (!shape) {
return;
}
KoTextShapeData *data = qobject_cast<KoTextShapeData*>(shape->userData());
Q_ASSERT(data);
QRectF updateRect = shape->outlineRect();
QSizeF newSize = shape->size()
- QSizeF(data->leftPadding() + data->rightPadding(),
data->topPadding() + data->bottomPadding());
KoBorder *border = shape->border();
if (border) {
newSize -= QSizeF(border->borderWidth(KoBorder::LeftBorder) + border->borderWidth(KoBorder::RightBorder), border->borderWidth(KoBorder::TopBorder) + border->borderWidth(KoBorder::BottomBorder));
}
if (data->resizeMethod() == KoTextShapeData::AutoGrowWidthAndHeight
||data->resizeMethod() == KoTextShapeData::AutoGrowHeight) {
newSize.setHeight(rootArea->bottom() - rootArea->top());
// adjust size to have at least the defined minimum height
Q_ASSERT(frameSet()->shapeCount() > 0);
KoShape *firstShape = frameSet()->shapes().first();
if (firstShape->minimumHeight() > newSize.height())
newSize.setHeight(firstShape->minimumHeight());
}
if (data->resizeMethod() == KoTextShapeData::AutoGrowWidthAndHeight
||data->resizeMethod() == KoTextShapeData::AutoGrowWidth) {
newSize.setWidth(rootArea->right() - rootArea->left());
}
newSize += QSizeF(data->leftPadding() + data->rightPadding(),
data->topPadding() + data->bottomPadding());
if (border) {
newSize += QSizeF(border->borderWidth(KoBorder::LeftBorder) + border->borderWidth(KoBorder::RightBorder), border->borderWidth(KoBorder::TopBorder) + border->borderWidth(KoBorder::BottomBorder));
}
if (newSize != rootArea->associatedShape()->size()) {
rootArea->associatedShape()->setSize(newSize);
// transfer the new size to the copy-shapes
foreach(KWCopyShape *cs, frameSet()->copyShapes()) {
cs->setSize(newSize);
}
void TestTableCellStyle::testPen()
{
// Test basic functionality of the table cell style (roundtripping to format).
QTextTableCellFormat format1;
KoBorder border;
KoBorder::BorderData data;
data.outerPen = QPen(Qt::red, 5.0);
data.innerPen = QPen(Qt::red, 7.0);
border.setBorderData(KoBorder::TopBorder, data);
data.outerPen = QPen(Qt::red, 8.0);
data.innerPen = QPen(Qt::red, 10.0);
border.setBorderData(KoBorder::LeftBorder, data);
data.outerPen = QPen(Qt::red, 11.0);
data.innerPen = QPen(Qt::red, 13.0);
border.setBorderData(KoBorder::BottomBorder, data);
data.outerPen = QPen(Qt::red, 14.0);
data.innerPen = QPen(Qt::red, 16.0);
border.setBorderData(KoBorder::RightBorder, data);
format1.setProperty(KoTableCellStyle::Borders, QVariant::fromValue<KoBorder>(border));
KoTableCellStyle *style = new KoTableCellStyle(format1);
QVERIFY(style);
QTextTableCellFormat format2;
style->applyStyle(format2);
KoBorder border2 = format2.property(KoTableCellStyle::Borders).value<KoBorder>();
QCOMPARE(border2.borderData(KoBorder::TopBorder).outerPen, QPen(Qt::red, 5.0));
QCOMPARE(border2.borderData(KoBorder::TopBorder).innerPen, QPen(Qt::red, 7.0));
QCOMPARE(border2.borderData(KoBorder::LeftBorder).outerPen, QPen(Qt::red, 8.0));
QCOMPARE(border2.borderData(KoBorder::LeftBorder).innerPen, QPen(Qt::red, 10.0));
QCOMPARE(border2.borderData(KoBorder::BottomBorder).outerPen, QPen(Qt::red, 11.0));
QCOMPARE(border2.borderData(KoBorder::BottomBorder).innerPen, QPen(Qt::red, 13.0));
QCOMPARE(border2.borderData(KoBorder::RightBorder).outerPen, QPen(Qt::red, 14.0));
QCOMPARE(border2.borderData(KoBorder::RightBorder).innerPen, QPen(Qt::red, 16.0));
}
void SimpleRootAreaProvider::doPostLayout(KoTextLayoutRootArea *rootArea, bool isNewRootArea)
{
Q_UNUSED(isNewRootArea);
m_textShape->update(m_textShape->outlineRect());
QSizeF newSize = m_textShape->size()
- QSizeF(m_textShapeData->leftPadding() + m_textShapeData->rightPadding(),
m_textShapeData->topPadding() + m_textShapeData->bottomPadding());
KoBorder *border = m_textShape->border();
if (border) {
newSize -= QSizeF(border->borderWidth(KoBorder::LeftBorder) + border->borderWidth(KoBorder::RightBorder), border->borderWidth(KoBorder::TopBorder) + border->borderWidth(KoBorder::BottomBorder));
}
if (m_textShapeData->verticalAlignment() & Qt::AlignBottom) {
}
if (m_textShapeData->verticalAlignment() & Qt::AlignVCenter) {
}
if (m_textShapeData->resizeMethod() == KoTextShapeData::AutoGrowWidthAndHeight
||m_textShapeData->resizeMethod() == KoTextShapeData::AutoGrowHeight) {
qreal height = rootArea->bottom() - rootArea->top();
if (height > newSize.height()) {
newSize.setHeight(height);
}
}
if (m_textShapeData->resizeMethod() == KoTextShapeData::AutoGrowWidthAndHeight
||m_textShapeData->resizeMethod() == KoTextShapeData::AutoGrowWidth) {
qreal width = rootArea->right() - rootArea->left();
if (width > newSize.width()) {
newSize.setWidth(rootArea->right() - rootArea->left());
}
}
qreal newBottom = rootArea->top() + newSize.height();
KoFlake::Position sizeAnchor= KoFlake::TopLeftCorner;
if (m_textShapeData->verticalAlignment() & Qt::AlignBottom) {
if (true /*FIXME test no page based shapes interfering*/) {
rootArea->setVerticalAlignOffset(newBottom - rootArea->bottom());
sizeAnchor= KoFlake::BottomLeftCorner;
}
}
if (m_textShapeData->verticalAlignment() & Qt::AlignVCenter) {
if (true /*FIXME test no page based shapes interfering*/) {
rootArea->setVerticalAlignOffset((newBottom - rootArea->bottom()) / 2);
sizeAnchor = KoFlake::CenteredPosition;
}
}
newSize += QSizeF(m_textShapeData->leftPadding() + m_textShapeData->rightPadding(),
m_textShapeData->topPadding() + m_textShapeData->bottomPadding());
if (border) {
newSize += QSizeF(border->borderWidth(KoBorder::LeftBorder) + border->borderWidth(KoBorder::RightBorder), border->borderWidth(KoBorder::TopBorder) + border->borderWidth(KoBorder::BottomBorder));
}
if (newSize != m_textShape->size()) {
// OO grows to both sides so when to small the initial layouting needs
// to keep that into account.
if (m_fixAutogrow) {
m_fixAutogrow = false;
QSizeF tmpSize = m_textShape->size();
tmpSize.setWidth(newSize.width());
QPointF centerpos = rootArea->associatedShape()->absolutePosition(KoFlake::CenteredPosition);
m_textShape->setSize(tmpSize);
m_textShape->setAbsolutePosition(centerpos, KoFlake::CenteredPosition);
centerpos = rootArea->associatedShape()->absolutePosition(sizeAnchor);
m_textShape->setSize(newSize);
m_textShape->setAbsolutePosition(centerpos, sizeAnchor);
}
m_textShape->setSize(newSize);
}
m_textShape->update(m_textShape->outlineRect());
}