/// <summary>
/// Place the specified note into the specified notebook. If the
/// note already belongs to a notebook, it will be removed from that
/// notebook first.
/// </summary>
/// <param name="note">
/// A <see cref="Note"/>
/// </param>
/// <param name="notebook">
/// A <see cref="Notebook"/>. If Notebook is null, the note will
/// be removed from its current notebook.
/// </param>
/// <returns>True if the note was successfully moved.</returns>
bool NotebookManager::move_note_to_notebook (const Note::Ptr & note,
const Notebook::Ptr & notebook)
{
if (!note) {
return false;
}
// NOTE: In the future we may want to allow notes
// to exist in multiple notebooks. For now, to
// alleviate the confusion, only allow a note to
// exist in one notebook at a time.
Notebook::Ptr currentNotebook = get_notebook_from_note (note);
if (currentNotebook == notebook)
return true; // It's already there.
if(currentNotebook) {
note->remove_tag (currentNotebook->get_tag());
m_note_removed_from_notebook(*note, currentNotebook);
}
// Only attempt to add the notebook tag when this
// menu item is not the "No notebook" menu item.
if(notebook) {
note->add_tag(notebook->get_tag());
m_note_added_to_notebook(*note, notebook);
}
return true;
}
void NotebookManager::delete_notebook(const Notebook::Ptr & notebook)
{
if (!notebook)
throw sharp::Exception ("NotebookManager::delete_notebook () called with a null argument.");
std::string normalized_name = notebook->get_normalized_name();
std::map<std::string, Gtk::TreeIter>::iterator map_iter
= m_notebookMap.find (normalized_name);
if (map_iter == m_notebookMap.end())
return;
// lock (locker) {
map_iter = m_notebookMap.find (normalized_name);
if (map_iter == m_notebookMap.end()) {
return;
}
Gtk::TreeIter iter = map_iter->second;;
m_notebooks->erase (iter);
m_notebookMap.erase (map_iter);
// Remove the notebook tag from every note that's in the notebook
std::list<Note *> notes;
notebook->get_tag()->get_notes(notes);
for(std::list<Note *>::const_iterator note_iter = notes.begin();
note_iter != notes.end(); ++note_iter) {
Note * note = *note_iter;
note->remove_tag (notebook->get_tag());
m_note_removed_from_notebook (*note, notebook);
}
// }
}
