def test_names_and_tags(self):
names, tags = list(es.check_names_and_tags([u"ебь гсей", u"еленна скрыник", u"елена скрынник"], [u"лобби", u"браат", u"двоюр"]))
self.assertEquals(len(names), 3)
self.assertEquals(names[0], False)
self.assertEquals(names[1], u"елена скрынник")
self.assertEquals(names[2], True)
self.assertEquals(len(tags), 3)
self.assertEquals(tags[0], True)
self.assertEquals(tags[1], False)
self.assertEquals(tags[2], False)
def test_names_and_tags(self):
names, tags = list(
es.check_names_and_tags(
[u"ебь гсей", u"еленна скрыник", u"елена скрынник"],
[u"лобби", u"браат", u"двоюр"]))
self.assertEquals(len(names), 3)
self.assertEquals(names[0], False)
self.assertEquals(names[1], u"елена скрынник")
self.assertEquals(names[2], True)
self.assertEquals(len(tags), 3)
self.assertEquals(tags[0], True)
self.assertEquals(tags[1], False)
self.assertEquals(tags[2], False)
def check_names_tags(bucks):
names = set([x[0] for x in bucks] + [x[1] for x in bucks])
#names = list(names) + [n[1] + " " + n[0] for n in map(unicode.split, names)]
tags = set(sum([x[2] for x in bucks], []))
n, t = es.check_names_and_tags(names, tags)
names_n = dict(zip(names, n))
tags_n = dict(zip(tags, t))
res = []
for idx, buck in enumerate(bucks):
name_1 = buck[0]
name_2 = buck[1]
link_types = buck[2]
sim_names = [names_n[name_1], names_n[name_2]]
if isinstance(sim_names[0], basestring):
res.append((idx, u"STR_SIMILAR_NAME:{},{}".format(name_1,sim_names[0])))
if isinstance(sim_names[1], basestring):
res.append((idx, u"STR_SIMILAR_NAME:{},{}".format(name_2,sim_names[1])))
false_tags = filter(lambda x: tags_n[x] == False, link_types)
if len(false_tags) > 0:
res.append((idx, u"STR_TAG_NOT_FOUND:{}".format(",".join(false_tags))))
return res
def check_names_tags(bucks):
names = set([x[0] for x in bucks] + [x[1] for x in bucks])
#names = list(names) + [n[1] + " " + n[0] for n in map(unicode.split, names)]
tags = set(sum([x[2] for x in bucks], []))
n, t = es.check_names_and_tags(names, tags)
names_n = dict(zip(names, n))
tags_n = dict(zip(tags, t))
res = []
for idx, buck in enumerate(bucks):
name_1 = buck[0]
name_2 = buck[1]
link_types = buck[2]
sim_names = [names_n[name_1], names_n[name_2]]
if isinstance(sim_names[0], basestring):
res.append(
(idx, u"STR_SIMILAR_NAME:{},{}".format(name_1, sim_names[0])))
if isinstance(sim_names[1], basestring):
res.append(
(idx, u"STR_SIMILAR_NAME:{},{}".format(name_2, sim_names[1])))
false_tags = filter(lambda x: tags_n[x] == False, link_types)
if len(false_tags) > 0:
res.append(
(idx, u"STR_TAG_NOT_FOUND:{}".format(",".join(false_tags))))
return res
def __init__(self, names, tags):
n, t = es.check_names_and_tags(names, tags)
self.names = dict(zip(names, n))
self.tags = dict(zip(tags, t))
def __init__(self, names, tags):
n, t = es.check_names_and_tags(names, tags)
self.names = dict(zip(names, n))
self.tags = dict(zip(tags, t))
