def build_tree(self,name,cols):
tree = self._builder.get_object('tree_%s'%name)
TreeviewProxy.quick(tree,
cols,
self._models[name])
TreeviewProxy(tree).optimise_tree(config.column_size)
def on_selection_change(self, selection, selected_tree):
obj = TreeviewProxy.by_selection(selection).get_selected_row()
if obj:
self.unselect(set(('authors','editors','serials'))-set((selected_tree,)))
self._filter.refilter_obj(obj() if obj else None)
def run(self):
builder = self._uieditor._builder
model = self._models
serial = builder.get_object('serial')
editor = builder.get_object('editor')
def match_func_name(obj, key):
return obj.name.lower().startswith(key.lower())
def match_func_title(obj, key):
return obj.title.lower().startswith(key.lower())
def display_func_name(obj):
return obj.name
def display_func_title(obj):
return obj.title
def search_name(obj, key):
return key.lower() in obj.name.lower()
e_editors = EntryCompletion(editor, self._models['editors'],
display_func_name, match_func_name)
e_serials = EntryCompletion(serial, self._models['serials'],
display_func_title, match_func_title)
trees = builder.get_object('have'), builder.get_object('available')
choose = ChooseModel(model['authors'])
multiples = ChooseWidget(choose,
(Column("Affectés",str),Column('Disponibles',str)),
trees,
search_name)
for tree in trees:
TreeviewProxy(tree).optimise_tree(1)
def format_prefix(obj):
if len(obj.prefix) == 1:
prefix_str, = obj.prefix
else:
prefix_str = ', '.join(obj.prefix)
return "%s - %s"%(obj.title,prefix_str)
self._uieditor._mapper.update({
'kind': RadioButtonMapper(
{
'b': builder.get_object('kind_bd'),
'm': builder.get_object('kind_manga'),
}
),
'authors': ChooseModelAdapter(choose),
'editor':e_editors,
'serial':e_serials,
})
return self._uieditor.run()
def on_selection_change(self, selection, selected_tree):
obj = TreeviewProxy.by_selection(selection).get_selected_row()
if obj:
self.unselect(
set(('authors', 'editors', 'serials')) -
set((selected_tree, )))
self._filter.refilter_obj(obj() if obj else None)
def on_tree_loans_row_activated(self, treeview, path, view_column):
book_p = TreeviewProxy(treeview).get_selected_row()
user_p = TreeviewProxy(
self._builder.get_object('tree_users')).get_selected_row()
if not user_p:
show_message(
'Vous devez avoir selectionné un utilisateur pour rendre des ouvrages'
)
else:
with database.session.begin():
if book_p().user:
# rendu
assert book_p().user == user_p()
user_p().returns(book_p())
else:
# emprunt
# TODO: check abo (limit + date)
user_p().takes(book_p())
user_p.changed()
book_p.changed()
def on_tree_loans_row_activated(self,treeview,path,view_column):
book_p = TreeviewProxy(treeview).get_selected_row()
user_p = TreeviewProxy(self._builder.get_object('tree_users')).get_selected_row()
if not user_p:
show_message('Vous devez avoir selectionné un utilisateur pour rendre des ouvrages')
else:
with database.session.begin():
if book_p().user:
# rendu
assert book_p().user == user_p()
user_p().returns(book_p())
else:
# emprunt
# TODO: check abo (limit + date)
user_p().takes(book_p())
user_p.changed()
book_p.changed()
def build_tree(self, name, cols):
tree = self._builder.get_object('tree_%s' % name)
TreeviewProxy.quick(tree, cols, self._models[name])
TreeviewProxy(tree).optimise_tree(config.column_size)
def on_tree_books_row_activated(self, treeview, path, view_column):
object_p = TreeviewProxy(treeview).get_selected_row()
self.add_edit('book', object_p)
def on_selection_user_change(self, selection):
obj = TreeviewProxy.by_selection(selection).get_selected_row()
self._filter.refilter_loans(obj() if obj else None)
def on_selection_user_change(self, selection):
obj = TreeviewProxy.by_selection(selection).get_selected_row()
self._filter.refilter_loans(obj() if obj else None)