//
// Updates a results group.
//
void ResultsTree::updateGroup(TreeModel::iterator &groupIter)
{
TreeModel::Row groupRow = (*groupIter);
// Check the iterator doesn't point to a result
if (groupRow[m_resultsColumns.m_type] == ResultsModelColumns::RESULT_TITLE)
{
return;
}
// Modify the "score" column to indicate the number of results in that group
TreeModel::Children groupChildren = groupIter->children();
char scoreStr[64];
snprintf(scoreStr, 64, "%u", groupChildren.size());
groupRow[m_resultsColumns.m_score] = scoreStr;
#ifdef DEBUG
cout << "ResultsTree::updateGroup: group " << groupRow[m_resultsColumns.m_text] << " has " << groupChildren.size() << " children" << endl;
#endif
// Expand this group
TreeModel::Path groupPath = m_refStore->get_path(groupIter);
expand_row(groupPath, true);
}
//
// Updates a results group.
//
void ResultsTree::updateGroup(TreeModel::iterator &groupIter)
{
TreeModel::Row groupRow = (*groupIter);
int averageScore = 0;
// Check the iterator doesn't point to a result
if (groupRow[m_resultsColumns.m_type] == ResultsModelColumns::RESULT_TITLE)
{
return;
}
// Modify the "score" column to indicate the number of results in that group
TreeModel::Children groupChildren = groupIter->children();
if (groupChildren.empty() == false)
{
for (TreeModel::Children::iterator childIter = groupChildren.begin();
childIter != groupChildren.end(); ++childIter)
{
TreeModel::Row row = *childIter;
averageScore += row[m_resultsColumns.m_score];
}
averageScore = (int)(averageScore / groupChildren.size());
}
groupRow[m_resultsColumns.m_score] = averageScore;
#ifdef DEBUG
cout << "ResultsTree::updateGroup: group " << groupRow[m_resultsColumns.m_text]
<< " has score " << averageScore << endl;
#endif
// Expand this group
TreeModel::Path groupPath = m_refStore->get_path(groupIter);
expand_row(groupPath, true);
}
