def get_vocable_from_tree_selection(self, tree_selection):
vocable_index = -1
(model, pathlist) = tree_selection.get_selected_rows()
# print(tree_selection.get_selected()) # not for SELECTION_MULTIPLE
print('pathlist:', pathlist)
if pathlist is not None and len(pathlist) == 1:
vocable_index = int(str(pathlist[0]))
# for path in pathlist:
# print('path:', int(str(path)))
# print('type of path:', type(path))
# print('row object:', model[path])
# print('row object iter:', model[path].iter)
# print('row object iter DIR:', dir(model[path].iter))
# print('row objecct iter repr:', repr(model[path].iter))
# print('row index:', model[path][0]) # [column_number_that_you_want]
# print('row list', list(model[path]))
# for path in pathlist :
# print('Path:', path)
#
# tree_iter = model.get_iter(path)
# print('Tree Iter:', tree_iter)
#
# value = model.get_value(tree_iter)
# print(value)
return VocableManager.get_search_result_vocable(vocable_index)
def get_vocable_from_tree_selection(self, tree_selection):
vocable_index = -1
(model, pathlist) = tree_selection.get_selected_rows()
# print(tree_selection.get_selected()) # not for SELECTION_MULTIPLE
print('pathlist:', pathlist)
if pathlist is not None and len(pathlist) == 1:
vocable_index = int(str(pathlist[0]))
# for path in pathlist:
# print('path:', int(str(path)))
# print('type of path:', type(path))
# print('row object:', model[path])
# print('row object iter:', model[path].iter)
# print('row object iter DIR:', dir(model[path].iter))
# print('row objecct iter repr:', repr(model[path].iter))
# print('row index:', model[path][0]) # [column_number_that_you_want]
# print('row list', list(model[path]))
# for path in pathlist :
# print('Path:', path)
#
# tree_iter = model.get_iter(path)
# print('Tree Iter:', tree_iter)
#
# value = model.get_value(tree_iter)
# print(value)
return VocableManager.get_search_result_vocable(vocable_index)
