def find_attdef(self, tag):
for entity in iterflatlist(self.data): # flatten nested list
if isinstance(entity, _Entity) and \
(entity.name == 'ATTDEF') and \
(entity['tag'] == tag):
return entity
raise KeyError("no attdef with tag '%s' found!" % str(tag))
def find_attdef(self, tag):
""" Find ATTDEF entities in the block definition, which can occur on
arbitrary places.
"""
for entity in iterflatlist(self.data): # flat data list
if isinstance(entity, _Entity) and \
(entity.DXF_ENTITY_NAME == 'ATTDEF') and \
(entity['tag'] == tag):
return entity
raise KeyError("no attdef with tag '%s' found!" % str(tag))
def find_attdef(self, tag):
""" Find ATTDEF entities in the block definition, which can occur on
arbitrary places.
"""
for entity in iterflatlist(self.data): # flat data list
if isinstance(entity, _Entity) and \
(entity.DXF_ENTITY_NAME == 'ATTDEF') and \
(entity['tag'] == tag):
return entity
raise KeyError("no attdef with tag '%s' found!" % str(tag))
def test_iterflatten(self):
l1 = [1, 2, 3]
l2 = [3, 4, l1]
l3 = [l2, 7]
self.assertEqual(list(iterflatlist(l3)), [3, 4, 1, 2, 3, 7])
def test_iterflatten(self):
l1 = [1, 2, 3]
l2 = [3, 4, l1]
l3 = [l2, 7]
self.assertEqual(list(iterflatlist(l3)), [3, 4, 1, 2, 3, 7])