void TableEditor::slotInsertCol()
{
int num = m_dataTable->numCols();
if (m_col >= 0)
num = m_col;
m_dataTable->insertColumns(num);
m_dataTable->setColumnWidth(num, 150);
if (m_createNodes) {
TableNode tableNode;
int i = 0;
for (QValueList<QValueList<TableNode> >::Iterator it = m_tableTags->begin(); it != m_tableTags->end(); ++it) {
tableNode.merged = false;
tableNode.node = new Node(0L);
newNum++;
tableNode.node->tag = new Tag();
tableNode.node->tag->setDtd(m_dtd);
if (m_tableTags == m_tableHeaderTags) {
tableNode.node->tag->parse("<th>", m_write);
} else {
tableNode.node->tag->parse("<td>", m_write);
}
(*it).append(tableNode);
setCellText(m_dataTable, i, num, "");
i++;
}
}
m_colSpin->setValue(m_dataTable->numCols());
}
void TableEditor::slotMergeCells()
{
slotUnmergeCells(); //first unmerge all cells from the selection
QTableSelection selection = m_dataTable->selection(m_dataTable->currentSelection());
int tRow, bRow, lCol, rCol;
tRow = selection.topRow();
bRow = selection.bottomRow();
lCol = selection.leftCol();
rCol = selection.rightCol();
TableNode *mainTableNode = &((*m_tableTags)[tRow][lCol]);
if (rCol - lCol > 0)
mainTableNode->node->tag->editAttribute("colspan", QString("%1").arg(rCol - lCol + 1));
if (bRow - tRow > 0)
mainTableNode->node->tag->editAttribute("rowspan", QString("%1").arg(bRow - tRow + 1));
for (int i = 0; i < bRow - tRow + 1; i++)
for (int j = 0; j < rCol - lCol + 1; j++) {
if (i != 0 || j != 0) {
setCellText(m_dataTable, tRow + i, lCol + j, i18n("Merged with (%1, %2).").arg(tRow + 1).arg(lCol + 1));
m_dataTable->item(tRow + i, lCol + j)->setEnabled(false);
TableNode *tableNode = &((*m_tableTags)[tRow + i][lCol + j]);
Node::deleteNode(tableNode->node);
tableNode->node = new Node(0L);
newNum++;
tableNode->node->tag = new Tag(*(mainTableNode->node->tag));
tableNode->merged = true;
tableNode->mergedRow = tRow;
tableNode->mergedCol = lCol;
}
}
}
void ConvFitDataTablePresenter::updateTableEntry(std::size_t dataIndex,
std::size_t spectrum,
int row) {
IndirectDataTablePresenter::updateTableEntry(dataIndex, spectrum, row);
const auto &name = m_convFitModel->getResolution(dataIndex)->getName();
setCellText(QString::fromStdString(name), row, 1);
}
void JumpFitDataTablePresenter::updateTableEntry(std::size_t dataIndex,
std::size_t spectrum,
int row) {
IndirectDataTablePresenter::updateTableEntry(dataIndex, spectrum, row);
const auto parameter =
m_jumpFitModel->getFitParameterName(dataIndex, spectrum);
setCellText(QString::fromStdString(parameter), row, 1);
}
void ObjectTableWidget::clearCellText(unsigned row_idx, unsigned col_idx)
{
try
{
setCellText(QString(), row_idx, col_idx);
}
catch(Exception &e)
{
throw Exception(e.getErrorMessage(), e.getErrorType(),__PRETTY_FUNCTION__,__FILE__,__LINE__, &e);
}
}
void TableEditor::slotRemoveRow()
{
if (m_row == -1)
m_row = m_dataTable->numRows() - 1;
int i = 0;
int j = 0;
for (QValueList<QValueList<TableNode> >::Iterator it = m_tableTags->begin(); it != m_tableTags->end(); ++it) {
j = 0;
for (QValueList<TableNode>::Iterator it2 = (*it).begin(); it2 != (*it).end(); ++it2) {
if ((*it2).merged && (*it2).mergedRow == m_row) {
(*it2).merged = false;
setCellText(m_dataTable, i, j, tagContent((*it2).node));
m_dataTable->item(i, j)->setEnabled(true);
(*it2).node->tag->deleteAttribute("colspan");
(*it2).node->tag->deleteAttribute("rowspan");
}
j++;
}
i++;
}
QValueList<TableNode*> updatedMainNodes;
QValueList<QValueList<TableNode> >::Iterator it2 = m_tableTags->at(m_row);
for (QValueList<TableNode>::Iterator it3 = (*it2).begin(); it3 != (*it2).end(); ++it3) {
if ((*it3).merged)
{
TableNode *mainTableNode = &((*m_tableTags)[(*it3).mergedRow][(*it3).mergedCol]);
if (mainTableNode->node && !updatedMainNodes.contains(mainTableNode))
{
int rowspan = mainTableNode->node->tag->attributeValue("rowspan", true).toInt();
rowspan--;
if (rowspan > 1)
mainTableNode->node->tag->editAttribute("rowspan", QString("%1").arg(rowspan));
else
mainTableNode->node->tag->deleteAttribute("rowspan");
updatedMainNodes.append(mainTableNode);
}
}
Node::deleteNode((*it3).node);
(*it3).node = 0L;
newNum--;
}
m_tableTags->erase(it2);
m_dataTable->removeRow(m_row);
QValueList<TableNode>::Iterator it = m_tableRows->at(m_row);
Node::deleteNode((*it).node);
newNum--;
m_tableRows->erase(it);
m_rowSpin->setValue(m_dataTable->numRows());
}
void TableEditor::slotInsertRow()
{
int num = m_dataTable->numRows();
if (m_row >= 0)
num = m_row;
m_dataTable->insertRows(num);
m_dataTable->setRowHeight(num, 50);
if (m_createNodes) {
TableNode tableNode;
tableNode.merged = false;
tableNode.node = new Node(0L);
newNum++;
tableNode.node->tag = new Tag();
tableNode.node->tag->setDtd(m_dtd);
tableNode.node->tag->parse("<tr>", m_write);
QValueList<TableNode>::Iterator rowIt = m_tableRows->at(num);
if (rowIt != m_tableRows->end())
m_tableRows->insert(rowIt, tableNode);
else
m_tableRows->append(tableNode);
QValueList<TableNode> tableRowTags;
for (int i = 0; i < m_dataTable->numCols(); i++) {
tableNode.merged = false;
tableNode.node = new Node(0L);
newNum++;
tableNode.node->tag = new Tag();
tableNode.node->tag->setDtd(m_dtd);
if (m_tableTags == m_tableHeaderTags) {
tableNode.node->tag->parse("<th>", m_write);
} else {
tableNode.node->tag->parse("<td>", m_write);
}
tableRowTags.append(tableNode);
setCellText(m_dataTable, num, i, "");
}
QValueList<QValueList<TableNode> >::Iterator it = m_tableTags->at(num);
if (it != m_tableTags->end())
m_tableTags->insert(it, tableRowTags);
else
m_tableTags->append(tableRowTags);
}
m_rowSpin->setValue(m_dataTable->numRows());
}
void KImportDialog::fillTable()
{
// kdDebug(5300) << "KImportDialog::fillTable()" << endl;
int row, column;
for(row = 0; row < mTable->numRows(); ++row)
for(column = 0; column < mTable->numCols(); ++column)
mTable->clearCell(row, column);
for(row = 0; row < int(mData.count()); ++row)
{
QValueVector<QString> *rowVector = mData[ row ];
for(column = 0; column < int(rowVector->size()); ++column)
{
setCellText(row, column, rowVector->at(column));
}
}
}
bool TableEditor::setTableArea( int bLine, int bCol, int eLine, int eCol, Parser *docParser )
{
const uint pInitialTableSize = 20;
m_bLine = bLine;
m_bCol = bCol;
m_eLine = eLine;
m_eCol = eCol;
m_createNodes = false; //don't create the cell and row content when adding a new cell/row
Node *node = docParser->nodeAt(bLine, bCol + 1);
Node *lastNode = docParser->nodeAt(eLine, eCol);
if (node)
kdDebug(24000) << "node = " << node->tag->name << endl;
if (lastNode)
kdDebug(24000) << "lastnode = " << lastNode->tag->name << endl;
if (!node || !lastNode)
return false;
m_write = node->tag->write();
m_dtd = node->tag->dtd();
if ( !QuantaCommon::closesTag(node->tag, lastNode->tag) ) {
return false;
}
int nCol, nRow, maxCol;
nCol = nRow = maxCol = 0;
bool countRows = false;
bool missingBody = false;
m_rowSpin = 0L;
m_colSpin = 0L;
m_dataTable = 0L;
QValueList<TableNode> tableRowTags;
QValueVector< QValueVector<TableNode> > mergeMatrix;
mergeMatrix.resize(pInitialTableSize);
for (uint i = 0; i < pInitialTableSize; i++)
mergeMatrix[i].resize(pInitialTableSize);
TableNode tableNode;
Node *n = node;
while (n != lastNode->nextSibling())
{
QString tagName = n->tag->name.lower();
if (tagName == "table")
{
if (m_table && m_dataTable && nRow > 0 && nCol > 0) //nested table!
{
int line, col;
n->tag->beginPos(line, col);
NestedTable table;
table.row = nRow -1;
table.col = nCol - 1;
table.bLine = line;
table.bCol = col;
if (n->next && QuantaCommon::closesTag(n->tag, n->next->tag)) {
n->next->tag->endPos(table.eLine, table.eCol);
table.node = n;
table.nestedData = m_write->text(table.bLine, table.bCol, table.eLine, table.eCol);
m_nestedTables.append(table);
m_dataTable->item(nRow -1, nCol -1)->setPixmap(QIconSet(UserIcon("quick_table")).pixmap());
m_dataTable->updateCell(nRow - 1, nCol - 1);
}
n = n->next;
} else
{
m_table = new Tag(*(n->tag));
newNum++;
}
}
else if (tagName == "thead")
{
headerCheckBox->setChecked(true);
countRows = true;
m_rowSpin = headerRowSpinBox;
m_colSpin = headerColSpinBox;
m_dataTable= headerTableData;
m_tableTags = m_tableHeaderTags;
m_tableRows = m_tableHeaderRows;
if (m_thead) { //there was already a <thead> tag in the area
nRow = m_dataTable->numRows();
} else {
m_thead = new Tag(*(n->tag));
newNum++;
}
}
else if (tagName == "/thead")
{
headerRowSpinBox->setValue(nRow);
headerColSpinBox->setValue(maxCol);
countRows = false;
nCol = nRow = maxCol = 0;
m_rowSpin = 0L;
m_colSpin = 0L;
m_dataTable = 0L;
}
else if (tagName == "tfoot")
{
footerCheckBox->setChecked(true);
m_rowSpin = footerRowSpinBox;
m_colSpin = footerColSpinBox;
m_tableTags = m_tableFooterTags;
m_tableRows = m_tableFooterRows;
m_dataTable = footerTableData;
countRows = true;
if (m_tfoot) { //there was already a <tfoot> tag in the area
nRow = m_dataTable->numRows();
} else {
m_tfoot = new Tag(*(n->tag));
newNum++;
}
}
else if (tagName == "/tfoot")
{
footerRowSpinBox->setValue(nRow);
footerColSpinBox->setValue(maxCol);
countRows = false;
nCol = nRow = maxCol = 0;
m_rowSpin = 0L;
m_colSpin = 0L;
m_dataTable = 0L;
}
else if (tagName == "tbody")
{
m_rowSpin = rowSpinBox;
m_colSpin = colSpinBox;
m_tableTags = m_tableDataTags;
m_tableRows = m_tableDataRows;
m_dataTable = tableData;
countRows = true;
m_tbody = new Tag(*(n->tag));
newNum++;
}
else if (tagName == "/tbody")
{
rowSpinBox->setValue(nRow);
colSpinBox->setValue(maxCol);
countRows = false;
nCol = nRow = maxCol = 0;
m_tableTags = 0L;
m_tableRows = 0L;
m_rowSpin = 0L;
m_colSpin = 0L;
m_dataTable = 0L;
}
else if (tagName == "tr")
{
if (!countRows)
{
missingBody = true;
m_rowSpin = rowSpinBox;
m_colSpin = colSpinBox;
m_tableTags = m_tableDataTags;
m_tableRows = m_tableDataRows;
m_dataTable = tableData;
countRows = true;
m_tbody = new Tag();
newNum++;
m_tbody->parse("<tbody>", m_write);
}
nRow++;
if ((uint)nRow >= mergeMatrix.size()) { // Check if there are enough rows in mergeMatriz
mergeMatrix.resize(2 * mergeMatrix.size());
for (uint i = mergeMatrix.size() / 2; i < mergeMatrix.size(); i++)
mergeMatrix[i].resize(mergeMatrix[0].size());
}
m_rowSpin->setValue(nRow);
nCol = 0;
tableNode.node = new Node(0L);
tableNode.node->tag = new Tag(*(n->tag));
newNum++;
tableNode.merged = false;
m_tableRows->append(tableNode);
}
else if (tagName == "/tr")
{
if (countRows)
{
maxCol = (nCol > maxCol) ? nCol : maxCol;
maxCol = (maxCol == 0) ? 1 : maxCol;
for (int col = nCol; col < maxCol; col++)
{
if (mergeMatrix[nRow - 1][col].node != 0L) {
if (m_colSpin->value() < col)
m_colSpin->setValue(col);
TableNode tableN = mergeMatrix[nRow - 1][col];
Node *n = tableN.node;
setCellText(m_dataTable, nRow - 1, col, i18n("Merged with (%1, %2).").arg(tableN.mergedRow + 1).arg(tableN.mergedCol + 1));
m_dataTable->item(nRow-1, col)->setEnabled(false);
tableNode.node = new Node(0L);
tableNode.node->tag = new Tag(*(n->tag));
configureCell(nRow-1, col, tableNode.node);
newNum++;
tableNode.merged = true;
tableNode.mergedRow = tableN.mergedRow;
tableNode.mergedCol = tableN.mergedCol;
tableRowTags.append(tableNode);
if ((uint)nCol >= mergeMatrix[0].size()) // Check if there are enough cols
for (uint i=0; i<mergeMatrix.size(); i++)
mergeMatrix[i].resize(2 * mergeMatrix[i].size());
} else
{
tableNode.node = new Node(0L);
newNum++;
tableNode.node->tag = new Tag();
tableNode.node->tag->setDtd(m_dtd);
tableNode.node->tag->parse("<td>", m_write);
tableNode.merged = false;
tableRowTags.append(tableNode);
}
}
if (!tableRowTags.isEmpty())
m_tableTags->append(tableRowTags);
tableRowTags.clear();
}
}
else if (tagName == "th" || tagName == "td")
{
if (countRows)
{
int col = nCol;
while (mergeMatrix[nRow - 1][col].node != 0L) {
if (m_colSpin->value() < col)
m_colSpin->setValue(col);
TableNode tableN = mergeMatrix[nRow - 1][col];
Node *n = tableN.node;
setCellText(m_dataTable, nRow - 1, col, i18n("Merged with (%1, %2).").arg(tableN.mergedRow + 1).arg(tableN.mergedCol + 1));
m_dataTable->item(nRow-1, col)->setEnabled(false);
tableNode.node = new Node(0L);
tableNode.node->tag = new Tag(*(n->tag));
configureCell(nRow-1, col, tableNode.node);
newNum++;
tableNode.merged = true;
tableNode.mergedRow = tableN.mergedRow;
tableNode.mergedCol = tableN.mergedCol;
tableRowTags.append(tableNode);
col++;
nCol++;
if ((uint)nCol >= mergeMatrix[0].size()) // Check if there are enough cols
for (uint i = 0; i < mergeMatrix.size(); i++)
mergeMatrix[i].resize(2 * mergeMatrix[i].size());
}
nCol++;
if (m_rowSpin && m_colSpin && m_dataTable)
{
m_rowSpin->setValue(nRow);
if (m_colSpin->value() < nCol)
m_colSpin->setValue(nCol);
setCellText(m_dataTable, nRow - 1, nCol - 1, tagContent(n));
tableNode.node = new Node(0L);
tableNode.node->tag = new Tag(*(n->tag));
configureCell(nRow-1, col, tableNode.node);
newNum++;
tableNode.merged = false;
tableRowTags.append(tableNode);
}
QString colspanValue = n->tag->attributeValue("colspan", true);
int colValue = 1;
int lastCol = nCol;
if (!colspanValue.isEmpty())
{
bool ok;
colValue = colspanValue.toInt(&ok, 10);
if (ok && colValue > 1)
{
nCol += (colValue - 1);
if (m_colSpin->value() < nCol)
m_colSpin->setValue(nCol);
for (int i = 0; i < colValue - 1; i++)
{
setCellText(m_dataTable, nRow - 1, lastCol + i, i18n("Merged with (%1, %2).").arg(nRow).arg(lastCol));
m_dataTable->item(nRow-1, lastCol + i)->setEnabled(false);
tableNode.node = new Node(0L);
tableNode.node->tag = new Tag(*(n->tag));
configureCell(nRow-1, col, tableNode.node);
newNum++;
tableNode.merged = true;
tableNode.mergedRow = nRow - 1;
tableNode.mergedCol = lastCol - 1;
tableRowTags.append(tableNode);
}
} else
colValue = 1;
}
QString rowspanValue = n->tag->attributeValue("rowspan", true);
if (!rowspanValue.isEmpty())
{
bool ok;
int rowValue = rowspanValue.toInt(&ok, 10);
if (ok && rowValue > 1)
{
lastCol--;
// Check if there are enough columns in mergeMatriz
if ((uint)(lastCol + colValue) >= mergeMatrix[0].size())
for (uint i = 0; i < mergeMatrix.size(); i++)
mergeMatrix[i].resize(2 * mergeMatrix[i].size());
// Check if there are enough rows in mergeMatriz
if ((uint)(nRow + rowValue) >= mergeMatrix.size()) {
mergeMatrix.resize(2 * mergeMatrix.size());
for (uint i = mergeMatrix.size() / 2; i < mergeMatrix.size(); i++)
mergeMatrix[i].resize(mergeMatrix[0].size());
}
for (int i = 0; i < rowValue - 1; i++)
for (int j = 0; j < colValue; j++) {
mergeMatrix[nRow + i][lastCol + j].mergedRow = nRow - 1;
mergeMatrix[nRow + i][lastCol + j].mergedCol = lastCol;
mergeMatrix[nRow + i][lastCol + j].node = n;
}
}
}
}
}
else if (tagName == "caption")
{
captionText->setText(tagContent(n));
} else if (tagName == "col" || tagName == "colgroup") {
m_colTags.append(n->tag);
}
n = n->nextSibling();
}
/* if (missingBody) { //Hm, why do we need it? I don't remember now. ;-)
rowSpinBox->setValue(nRow);
colSpinBox->setValue(maxCol);
} */
//by default the current page is the data handling page
m_tableTags = m_tableDataTags;
m_tableRows = m_tableDataRows;
m_dataTable = tableData;
m_rowSpin = rowSpinBox;
m_colSpin = colSpinBox;
//create the thead, tbody, tfoot tags if they were not present in the parsed area
if (!m_thead) {
m_thead = new Tag();
newNum++;
m_thead->parse("<thead>", m_write);
}
if (!m_tfoot) {
m_tfoot = new Tag();
newNum++;
m_tfoot->parse("<tfoot>", m_write);
}
m_createNodes = true; //enable cell/row creation
configureTable(tableData);
configureTable(headerTableData);
configureTable(footerTableData);
return true;
}
void TableEditor::slotEditChildTable()
{
bool tempDocCreated = false;
bool error = false;
QValueList<NestedTable>::Iterator errorIt;
Parser *localParser = 0L;
Document *w = 0L;
Node *savedBaseNode = 0L;
NestedTable table;
for (QValueList<NestedTable>::Iterator it = m_nestedTables.begin(); it != m_nestedTables.end(); ++it) {
table = *it;
if (table.row == m_row && table.col == m_col) {
QString cellData = m_dataTable->text(table.row, table.col);
int pos = cellData.find(table.nestedData);
if (pos == -1) {
KMessageBox::error(this, i18n("Cannot edit the child table; you probably modified the cell containing the table manually."), i18n("Cannot Read Table"));
error = true;
errorIt = it;
break;
}
//create a new editor object and save the current state of the table there
KTextEditor::Document *doc =
KTextEditor::createDocument ("libkatepart", 0L, "KTextEditor::Document");
w = new Document(doc, 0L);
QString tableData = readModifiedTable();
w->editIf->insertText(0, 0, tableData);
localParser = new Parser();
savedBaseNode = baseNode; //we must save it as it's deleted in the localParser->parse();
baseNode = 0L;
baseNode = localParser->parse(w);
tempDocCreated = true;
//try to find the child table position
int pos2 = tableData.find(cellData);
if (pos2 != -1)
pos2 = tableData.find(table.nestedData, pos2);
else {
KMessageBox::error(this, i18n("Cannot edit the child table; you probably modified the cell containing the table manually."), i18n("Cannot Read Table"));
error = true;
errorIt = it;
break;
}
tableData = tableData.left(pos2);
table.bLine = tableData.contains('\n');
pos2 = tableData.findRev('\n');
if (pos2 != -1) {
table.bCol = tableData.length() - pos2;
} else {
table.bCol = tableData.length();
}
Node *childTableNode = localParser->nodeAt(table.bLine, table.bCol);
if (!childTableNode->next || !QuantaCommon::closesTag(childTableNode->tag, childTableNode->next->tag)) {
KMessageBox::error(this, i18n("Cannot find the closing tag of the child table; you have probably introduced unclosed tags in the table and have broken its consistency."), i18n("Cannot Read Table"));
error = true;
errorIt = it;
break;
}
childTableNode->next->tag->endPos(table.eLine, table.eCol);
TableEditor editor;
editor.setCaption("Child Table Editor");
editor.setBaseURL(m_baseURL);
editor.setTableArea(table.bLine, table.bCol, table.eLine, table.eCol, localParser);
if (editor.exec()) {
int length = table.nestedData.length();
(*it).nestedData = editor.readModifiedTable();
cellData.replace(pos, length, (*it).nestedData);
setCellText(m_dataTable, table.row, table.col, cellData);
}
//cleanup on success
Node::deleteNode(baseNode);
baseNode = savedBaseNode;
delete localParser;
delete w;
return;
}
}
//cleanup on error
if (error) {
m_nestedTables.erase(errorIt);
m_dataTable->item(table.row, table.col)->setPixmap(QPixmap());
m_dataTable->updateCell(table.row, table.col);
if (tempDocCreated) {
Node::deleteNode(baseNode);
baseNode = savedBaseNode;
delete localParser;
delete w;
}
}
}
void TableEditor::slotUnmergeCells()
{
int tRow, bRow, lCol, rCol;
int selectionNum = m_dataTable->currentSelection();
if (selectionNum != -1) {
QTableSelection selection = m_dataTable->selection(selectionNum);
tRow = selection.topRow();
bRow = selection.bottomRow();
lCol = selection.leftCol();
rCol = selection.rightCol();
} else {
tRow = m_row;
bRow = m_row;
lCol = m_col;
rCol = m_col;
}
for (int row = tRow; row <= bRow; ++row)
for (int col = lCol; col <= rCol; ++col) {
TableNode tableNode = (*m_tableTags)[row][col];
if (!tableNode.merged)
continue;
TableNode newTableNode;
int i = 0;
int j = 0;
for (QValueList<QValueList<TableNode> >::Iterator it = m_tableTags->begin(); it != m_tableTags->end(); ++it) {
j = 0;
QValueList<TableNode>::Iterator it2 = (*it).begin();
while (it2 != (*it).end()) {
if ((*it2).merged &&
tableNode.mergedRow == (*it2).mergedRow &&
tableNode.mergedCol == (*it2).mergedCol) {
Node::deleteNode((*it2).node);
newNum--;
it2 = (*it).erase(it2);
newTableNode.merged = false;
newTableNode.node = new Node(0L);
newNum++;
newTableNode.node->tag = new Tag();
newTableNode.node->tag->setDtd(m_dtd);
if (m_tableTags == m_tableHeaderTags) {
newTableNode.node->tag->parse("<th>", m_write);
} else {
newTableNode.node->tag->parse("<td>", m_write);
}
(*it).insert(it2, newTableNode);
setCellText(m_dataTable, i, j, tagContent(newTableNode.node));
m_dataTable->item(i, j)->setEnabled(true);
} else {
++it2;
}
j++;
}
i++;
}
newTableNode = (*m_tableTags)[tableNode.mergedRow][tableNode.mergedCol];
newTableNode.node->tag->deleteAttribute("colspan");
newTableNode.node->tag->deleteAttribute("rowspan");
//change the main node
TableNode tmpNode = newTableNode;
newTableNode.node = new Node(0L);
newNum++;
newTableNode.node->tag = new Tag(*(tmpNode.node->tag));
QValueList<QValueList<TableNode> >::Iterator iter1 = m_tableTags->at(tableNode.mergedRow);
QValueList<TableNode>::Iterator iter2 = (*iter1).at(tableNode.mergedCol);
iter2 = (*iter1).erase(iter2);
(*iter1).insert(iter2, newTableNode);
Node::deleteNode(tmpNode.node);
newNum--;
}
}
