def test_validate_and_adapt_item(self):
bce = BaseContainerExtractor(basic_extractors, template)
data = {'price': ['10']}
self.assertEqual(bce._validate_and_adapt_item(data, template), {})
data['_type'] = 'skip_checks'
self.assertEqual(bce._validate_and_adapt_item(data, template),
{'price': ['10'], '_type': 'skip_checks'})
data = {
'price': ['10'],
'description': ['It can do everything except make calls'],
'name': ['Smartphone 6']
}
result = data.copy()
result['_type'] = 'default'
self.assertEqual(bce._validate_and_adapt_item(data, template), result)
bce.extra_requires = ['pid']
self.assertEqual(bce._validate_and_adapt_item(data, template), {})
data['pid'] = ['13532']
result = data.copy()
result['_type'] = 'default'
self.assertEqual(bce._validate_and_adapt_item(data, template), result)
bce.extra_requires = ['pid', '_sticky1']
self.assertEqual(bce._validate_and_adapt_item(data, template), {})
data['_sticky1'] = True
self.assertEqual(bce._validate_and_adapt_item(data, template), result)
def test_find_annotation(self):
bce = BaseContainerExtractor(basic_extractors, template)
a2d = _annotation_tag_to_dict
self.assertEqual(a2d(bce._find_annotation(template, 'child')),
a2d(child_container.annotation))
self.assertIsNone(bce._find_annotation(template, 'non_existant'))