class Test_parse_model_a(unittest.TestCase):
"""Testing nasty tag soup 1"""
def test_metadata_extraction(self):
"""Test metadata extraction"""
model = schematron_model(MODEL_A)
doc = bindery.parse(INSTANCE_A_1, model=model)
metadata = generate_metadata(doc)
EXPECTED_MD = [(u'ep', u'place', u'Hailey,ID'),
(u'tse', u'place', u'Stamford,CT'),
(u'tse', u'opus', u'r2e0e3e5'),
(u'r2e0e3e5', u'title', u'The Wasteland'),
(u'tse', u'tag', u'old possum'),
(u'tse', u'tag', u'poet'),
(u'lh', u'place', u'Harlem,NY'),
(u'lh', u'tag', u'poet'),
(u'co', u'place', u'Idoto,Anambra'),
(u'co', u'opus', u'r2e0e7e5'),
(u'r2e0e7e5', u'title', u"Heaven's Gate"),
(u'co', u'tag', u'biafra'), (u'co', u'tag', u'poet')]
#print list(metadata)
meta_list = normalize_generated_ids(list(metadata))
self.assertEqual(meta_list, normalize_generated_ids(EXPECTED_MD))
if __name__ == '__main__':
from amara.test import test_main
testsupport.test_main()
else:
result = nodes
self.assertEquals(expected, list(result))
return test_method
class test_name_test(test_nodetests):
class_name = 'name_test'
test_cases = [
# (arg, ...), expected, context-node)
(('*',), [ROOT], DOC),
(('CHILD3',), [], CHILD3),
(('bar:CHILD3',), [CHILD3], ROOT),
(('bar:*',), [CHILD3], ROOT),
]
class test_node_type(test_nodetests):
class_name = 'node_type'
test_cases = [
# (arg, ...), expected, context-node)
(('node',), [PI, ROOT, PI2], DOC),
(('text',), [TEXT_WS1, TEXT_WS2, TEXT1], CHILD1),
(('comment',), [COMMENT], ROOT),
(('processing-instruction',), [PI, PI2], DOC),
(('processing-instruction', '"xml-stylesheet"'), [PI], DOC),
]
if __name__ == '__main__':
testsupport.test_main()
