class TestFrontend(unittest.TestCase):
def setUp(self):
self.simple_fe = Frontend(providers=[Provider(resources={"get": get_attribute})])
self.fe = Frontend()
def test_simple(self):
self.assertEqual(str(self.simple_fe.eval('(get "article" words)')), str("Symbol(words) of 'article'"))
def test_unicode(self):
date = self.fe.eval('(get "wikipedia-military-conflict" "World War I" (:code "DATE"))')
self.assertEqual(date, "((:yyyymmdd 19140728))")
def tearDown(self):
pass
def setUp(self):
self.simple_fe = Frontend(providers=[Provider(resources={"get": get_attribute})])
self.fe = Frontend()
def setUp(self):
self.log = logging.getLogger("resolver-testing")
self.fe = Frontend()
self.kb = get_knowledgebase()
self.term_resolver = resolvers.TermResolver()
class TestResolvers(unittest.TestCase):
def setUp(self):
self.log = logging.getLogger("resolver-testing")
self.fe = Frontend()
self.kb = get_knowledgebase()
self.term_resolver = resolvers.TermResolver()
def test_word_count(self):
self.assertEqual(len(self.term_resolver._words(ARTICLE_BODY)), 100)
def test_url(self):
url = self.term_resolver.resolve('wikibase-term', 'Barack obama', 'url')
self.assertEquals('https://en.wikipedia.org/wiki/Barack_Obama', url.val)
def test_infobox(self):
band_name = self.fe.eval('(get "wikipedia-album" "%s" "Name")' %
"Def_Leppard_EP")
self.assertEqual(band_name, '((:html "The Def Leppard E.P."))')
def test_get(self):
for ans, rx, msg in self._ans_match(WIKI_EXAMPLES):
self.assertEqual(ans, rx, msg=msg)
def test_strangeness(self):
for ans, rx, msg in self._ans_match(DEGENERATE_EXAMPLES, All()):
self.assertEqual(ans, rx, msg=msg)
def test_get_not(self):
for ans, rx, msg in self._ans_match(WIKI_EXAMPLES_NOT):
self.assertNotEqual(ans, rx, msg=msg)
def test_get_rx(self):
for ans, rx, msg in self._ans_match(WIKI_EXAMPLES_RX):
self.assertRegexpMatches(ans, rx, msg=msg)
def test_get_not_rx(self):
for ans, rx, msg in self._ans_match(WIKI_EXAMPLES_NOT_RX):
self.assertNotRegexpMatches(ans, rx, msg=msg)
def test_first_paren(self):
query = "I (Joe (sir) doe) am here (an0other paren here) and text"
self.assertEqual(first_paren(query), "Joe (sir) doe")
txt = "Hello (dr. hello 2000-2012) I like bananas." \
"Of couse i do (they are the begist)"
# First paren will stop at the first sentence.
txt_none = "Hello. My name is Bond (James Bond)"
self.assertEqual(first_paren(txt), "dr. hello 2000-2012")
self.assertIs(first_paren(txt_none), None)
def test_error_resolver(self):
alive_err = '((:error attribute-value-not-found :reply '\
'"Currently alive"))'
err = self.kb.get('wikipedia-president', 'Bill Clinton', 'death-date')
self.assertEqual(str(err), alive_err)
err = self.kb.get('wikibase-person', 'Barack Obama', 'death-date')
self.assertEqual(str(err), alive_err)
def _ans_match(self, lst, just=None):
"""
From a list of queries (query, ans-matcher[, message]) extract the
answer that the frontend asked for, the matcher and the
message or None. This is a generator. Just is a list of the
ones to test
"""
if not DISABLE_ALL_EXCEPT_JUST or just:
full = len(lst)
for completion, entry in enumerate(lst):
if just is not None and completion not in just:
continue
try:
q, m = entry
msg = ""
except ValueError:
q, m, msg = entry
self.log.info("\n\tQuery: '%s'\n\tMatcher: '%s'\n\tComp: %d\%d"
% (q, m, completion + 1, full))
ans = self.fe.eval(q) or ""
msg += "\n\tQuery: '%s'\n\tAnswer: '%s'\n\tMatcher: '%s'\n\tCompletion: %d\%d" \
% (q, ans, m, completion + 1, full)
yield ans, m, msg
def tearDown(self):
pass