void ObsAndViewBox::on_del_view()
{
using namespace Gtk;
using namespace vpz;
Glib::RefPtr<TreeSelection> tree_selection = mTreeViewObs->get_selection();
TreeSelection::ListHandle_Path lst = tree_selection->get_selected_rows();
Glib::RefPtr<TreeModel> model = mTreeViewObs->get_model();
for (TreeSelection::ListHandle_Path::iterator i = lst.begin();
i != lst.end(); ++i) {
TreeModel::Row row( *(model->get_iter(*i)));
std::string data_name(row.get_value(mColumnsObs.m_col_name));
Base::type type(row.get_value(mColumnsObs.m_col_type));
if (type == Base::VLE_VPZ_VIEW) {
TreeModel::Row parent(*(row.parent()));
std::string port_name(parent.get_value(mColumnsObs.m_col_name));
if (mObs->exist(port_name)) {
mObs->get(port_name).del(data_name);
}
}
}
makeObs();
}
Gtk::TreeSelectionAdapter::const_iterator
Gtk::TreeSelectionAdapter::begin() const
{
if (!sel_ && tree_)
{
sel_ = tree_->get_selection();
}
assert(sel_);
TreeSelection::ListHandle_Path path = sel_->get_selected_rows();
return path.begin();
}
void ObsAndViewBox::on_add()
{
using namespace Gtk;
using namespace vpz;
TreeSelection::ListHandle_Path lstDst = mDstSelect->get_selected_rows();
Glib::RefPtr<TreeModel> modelDst = mTreeViewObs->get_model();
for (TreeSelection::ListHandle_Path::iterator iDst = lstDst.begin();
iDst != lstDst.end(); ++iDst) {
TreeModel::Row rowDst( *(modelDst->get_iter(*iDst)));
std::string data_name(rowDst.get_value(mColumnsObs.m_col_name));
Base::type type(rowDst.get_value(mColumnsObs.m_col_type));
if (type == Base::VLE_VPZ_OBSERVABLEPORT) {
ObservablePort& port(
mObs->get(rowDst.get_value(mColumnsObs.m_col_name)));
TreeSelection::ListHandle_Path lstSrc = mSrcSelect->get_selected_rows();
Glib::RefPtr<TreeModel> modelSrc = mTreeViewViews->get_model();
for (TreeSelection::ListHandle_Path::iterator iSrc = lstSrc.begin();
iSrc != lstSrc.end(); ++iSrc) {
TreeModel::Row rowSrc( *(modelSrc->get_iter(*iSrc)));
std::string view(rowSrc.get_value(mColumnsViews.m_col_name));
if (not port.exist(view)) {
port.add(view);
}
}
}
}
makeObs();
}