def update(self):
"""Update activated labels.
"""
labeling = ILabeling(self.context)
activate_labels = self.request.form.get('activate_labels', [])
labeling.update(activate_labels)
self.context.reindexObject(idxs=['labels'])
return self._redirect()
def update(self):
"""Update activated labels.
"""
labeling = ILabeling(self.context)
activate_labels = self.request.form.get('activate_labels', [])
labeling.update(activate_labels)
self.context.reindexObject(idxs=['labels'])
return self._redirect()
def test_update_raises_LookupError_when_label_not_in_jar(self):
self.assertEqual(0, len(self.jar.list()))
self.jar.add('Question', '', False)
labeling = ILabeling(self.document)
with self.assertRaises(LookupError) as cm:
labeling.update(['something'])
self.assertEqual(
'Cannot activate label: the label'
' "something" is not in the label jar. '
'Following labels ids are available: question', str(cm.exception))
def test_update__enable_labels(self):
self.jar.add('Bug', 'red')
self.jar.add('Question', 'green')
self.jar.add('Feature', 'purple')
labeling = ILabeling(self.document)
self.assertEqual([], labeling.active_labels())
labeling.update(['bug', 'feature'])
self.assertItemsEqual(['Bug', 'Feature'],
label_titles(labeling.active_labels()))
def test_available_label(self):
self.jar.add('Question', '#00FF00')
labeling = ILabeling(self.document)
labeling.update(['question'])
self.assertEqual(
[{'label_id': 'question',
'title': 'Question',
'color': '#00FF00',
'active': True}],
list(labeling.available_labels()))
def test_update__enable_labels(self):
self.jar.add('Bug', 'red', False)
self.jar.add('Question', 'green', True)
self.jar.add('Feature', 'purple', True)
labeling = ILabeling(self.document)
self.assertEqual([], labeling.active_labels())
labeling.update(['bug'])
labeling.pers_update('feature', True)
self.assertItemsEqual(['Bug', 'Feature'],
label_titles(labeling.active_labels()))
def test_active_labels(self):
self.jar.add('Question', '')
self.jar.add('Bug', '')
self.jar.add('Duplicate', '')
labeling = ILabeling(self.document)
labeling.update(['bug'])
self.assertEqual(
[{'label_id': 'bug',
'title': 'Bug',
'color': ''}],
labeling.active_labels())
def test_update_raises_LookupError_when_label_not_in_jar(self):
self.assertEqual(0, len(self.jar.list()))
self.jar.add('Question', '')
labeling = ILabeling(self.document)
with self.assertRaises(LookupError) as cm:
labeling.update(['something'])
self.assertEqual(
'Cannot activate label: the label'
' "something" is not in the label jar. '
'Following labels ids are available: question',
str(cm.exception))
def test_active_labels_filters_deleted_labels(self):
self.jar.add('Question', 'blue')
self.jar.add('Bug', 'red')
labeling = ILabeling(self.document)
labeling.update(['question', 'bug'])
self.jar.remove('bug')
self.assertEqual(
[{'label_id': 'question',
'title': 'Question',
'color': 'blue'}],
list(labeling.active_labels()))
def test_active_labels_filters_deleted_labels(self):
self.jar.add('Question', 'blue', False)
self.jar.add('Bug', 'red', False)
labeling = ILabeling(self.document)
labeling.update(['question', 'bug'])
self.jar.remove('bug')
self.assertEqual([{
'label_id': 'question',
'title': 'Question',
'color': 'blue',
'by_user': False
}], list(labeling.active_labels()))
def test_active_labels_is_sorted(self):
self.jar.add('Zeta-0', '', False)
self.jar.add('zeta-1', '', False)
self.jar.add('alpha-0', '', False)
self.jar.add('\xc3\x84lpha-1', '', False)
self.jar.add('Alpha-2', '', False)
labeling = ILabeling(self.document)
labeling.update([
'zeta-0',
'zeta-1',
'alpha-0',
'alpha-1',
'alpha-2',
])
self.assertEqual(
['alpha-0', '\xc3\x84lpha-1', 'Alpha-2', 'Zeta-0', 'zeta-1'],
[label.get('title') for label in labeling.active_labels()])
def test_active_labels(self):
self.jar.add('Question', '', False)
self.jar.add('Bug', '', False)
self.jar.add('Duplicate', '', True)
labeling = ILabeling(self.document)
labeling.update(['bug'])
labeling.pers_update('duplicate', True)
self.assertListEqual([{
'label_id': 'bug',
'title': 'Bug',
'color': '',
'by_user': False
}, {
'label_id': 'duplicate',
'title': 'Duplicate',
'color': '',
'by_user': True
}], labeling.active_labels())
def test_active_labels_is_sorted(self):
self.jar.add('Zeta-0', '')
self.jar.add('zeta-1', '')
self.jar.add('alpha-0', '')
self.jar.add('\xc3\x84lpha-1', '')
self.jar.add('Alpha-2', '')
labeling = ILabeling(self.document)
labeling.update([
'zeta-0',
'zeta-1',
'alpha-0',
'alpha-1',
'alpha-2',
])
self.assertEqual(
['alpha-0', '\xc3\x84lpha-1', 'Alpha-2', 'Zeta-0', 'zeta-1'],
[label.get('title') for label in labeling.active_labels()])
def test_available_label(self):
self.jar.add('Question', '#00FF00', False)
self.jar.add('Read', 'red', True)
labeling = ILabeling(self.document)
labeling.update(['question'])
labeling.pers_update('read', True)
self.assertEqual([[{
'label_id': 'read',
'title': 'Read',
'color': 'red',
'active': True,
'by_user': True
}],
[{
'label_id': 'question',
'title': 'Question',
'color': '#00FF00',
'active': True,
'by_user': False
}]], list(labeling.available_labels()))
def _apply(self, **data):
if ((data.get('removed_values', None)
and data['action_choice'] in ('remove', 'replace'))
or (data.get('added_values', None))
and data['action_choice'] in ('add', 'replace', 'overwrite')):
values = {'p_a': [], 'p_r': [], 'g_a': [], 'g_r': []}
for act, lst in (('a', data.get('added_values', [])),
('r', data.get('removed_values', []))):
for val in lst:
typ = (':' in val) and 'p' or 'g'
values['{}_{}'.format(typ, act)].append(val.split(':')[0])
for brain in self.brains:
obj = brain.getObject()
labeling = ILabeling(obj)
p_act, g_act = active_labels(labeling)
# manage global labels
if self.can_change_labels and (values['g_a'] or values['g_r']):
if data['action_choice'] in ('overwrite'):
items = set(values['g_a'])
else:
items = set(g_act) # currently active labels
if data['action_choice'] in ('remove', 'replace'):
items = items.difference(values['g_r'])
if data['action_choice'] in ('add', 'replace'):
items = items.union(values['g_a'])
labeling.update(items)
# manage personal labels
if values['p_a'] or values['p_r']:
if data['action_choice'] in ('overwrite'):
items = set(values['p_a'])
labeling.pers_update(self.p_labels.difference(items),
False)
labeling.pers_update(items, True)
else:
if data['action_choice'] in ('remove', 'replace'):
labeling.pers_update(
set(p_act).intersection(values['p_r']), False)
if data['action_choice'] in ('add', 'replace'):
labeling.pers_update(values['p_a'], True)
obj.reindexObject(['labels'])
