def parse_single_attribute_from_en_table():
attr_block_html = (u'<body class="dummy">'
u' <table>'
u' <tr>'
u' <td><pre>attr1</pre></td>'
u' <td>value1</td>'
u' </tr>'
u' <tr>'
u' <td><pre>attr2</pre></td>'
u' <td>value2</td>'
u' </tr>'
u' <tr>'
u' <td><pre>attr3</pre></td>'
u' <td>value3</td>'
u' </tr>'
u' </table>'
u'</body>')
attrs = list(
hanreifetch.EnJikenParser().hanrei_attrs_from(attr_block_html))
assert attrs == [
(
u'attr1',
u'value1',
),
(
u'attr2',
u'value2',
),
(
u'attr3',
u'value3',
),
]
def __init__(self, en_list=False):
if en_list:
self._listhandler = hanreifetch.EnListHandler()
self._jikenparser = hanreifetch.EnJikenParser()
else:
self._listhandler = hanreifetch.ListHandler()
self._jikenparser = hanreifetch.JikenParser()
self._in_english = en_list
def create_en_hanrei_xml():
hanrei_xml = hanreifetch.EnJikenParser().create_xml_from([
(sample_en_jiken(), '2012-Kyo-No.43')
])
expected_xml = sample_en_jiken_xml()
assert hanrei_xml == expected_xml
def create_en_hanrei_struct():
hanrei = hanreifetch.EnJikenParser().create_struct_from(sample_en_jiken())
expected_attrmap = sample_en_jiken_struct_attrmap()
for key in expected_attrmap:
assert getattr(hanrei, key) == expected_attrmap[key]
def detect_all_en_hanrei_attrs():
detected = list(hanreifetch.EnJikenParser().hanrei_attrs_from(
sample_en_jiken()))
expected_attrs = sample_en_jiken_attr_pairs()
assert set(detected) == set(expected_attrs)