def test_site_craigslist_ads(self):
all_urls = test_util.get_urls("http://newyork.craigslist.org/search/edu", None)
print 'urls', len(all_urls), all_urls
c = cluster_urls(all_urls, 2)
clusters = {'url_clusters': [] }
for key, urls in c['clusters'].items():
cluster = {
'regex': key[0],
'human': key[1],
'urls': urls
}
clusters['url_clusters'].append(cluster)
print clusters
print '---------------------------------'
all_urls = test_util.get_urls("http://newyork.craigslist.org/search/eng", None)
print 'urls', len(all_urls), all_urls
c = cluster_urls(all_urls, 2)
clusters = {'url_clusters': [] }
for key, urls in c['clusters'].items():
cluster = {
'regex': key[0],
'human': key[1],
'urls': urls
}
clusters['url_clusters'].append(cluster)
print clusters
print '---------------------------------'
def test_single_cluster(self):
urls = ['http://s.com/blah/%d' % x for x in range(1, 20)]
c = cluster_urls(urls, 10)
self.assertEqual(c['unclustered'], [])
self.assertEqual(
sorted(c['clusters'].keys()),
sorted([('http://s.com/blah/(\\d+)', 'http://s.com/blah/[NUMBER]')
]))
self.assertEqual(sorted(c['clusters'].values()), sorted([urls]))
def test_mixed(self):
c_urls = ['http://s.com/blah/?id=%d' % x for x in range(1, 20)]
u_urls = ['http://s.com/asdf', 'http://s.com/a/a/b']
c = cluster_urls(c_urls + u_urls, 10)
self.assertEqual(sorted(c['unclustered']), sorted(u_urls))
self.assertEqual(
sorted(c['clusters'].keys()),
sorted([('http://s.com/blah/?\\?id=(\\d+)',
'http://s.com/blah?id=[NUMBER]')]))
self.assertEqual(sorted(c['clusters'].values()), sorted([c_urls]))
def test_single_cluster(self):
urls = ['http://s.com/blah/%d' % x for x in range(1, 20)]
c = cluster_urls(urls, 10)
self.assertEqual(c['unclustered'], [])
self.assertEqual(
sorted(c['clusters'].keys()),
sorted([('http://s.com/blah/(\\d+)',
'http://s.com/blah/[NUMBER]')]))
self.assertEqual(
sorted(c['clusters'].values()), sorted([urls]))
def test_mixed(self):
c_urls = ['http://s.com/blah/?id=%d' % x for x in range(1, 20)]
u_urls = ['http://s.com/asdf', 'http://s.com/a/a/b']
c = cluster_urls(c_urls + u_urls, 10)
self.assertEqual(sorted(c['unclustered']), sorted(u_urls))
self.assertEqual(
sorted(c['clusters'].keys()),
sorted([('http://s.com/blah/?\\?id=(\\d+)',
'http://s.com/blah?id=[NUMBER]')]))
self.assertEqual(
sorted(c['clusters'].values()), sorted([c_urls]))
def test_other(self):
x_urls = ['http://s.com/blah/%d' % x for x in range(1, 20)]
y_urls = ['http://s.com/a/b/aa%dbb' % x for x in range(1, 20)]
z_urls = ['http://b.com/ab/aa%dbb' % x for x in range(1, 50)]
c = cluster_urls(x_urls + y_urls + z_urls, 10)
improve_patterns(c['clusters'])
self.assertEqual(c['unclustered'], [])
self.assertEqual(
sorted(c['clusters'].keys()),
sorted([
('http://b.com/ab/aa([^/]+)bb', 'http://b.com/ab/aa[...]bb'),
('http://s.com/blah/(\\d+)', 'http://s.com/blah/[NUMBER]'),
('http://s.com/a/b/aa([^/]+)bb', 'http://s.com/a/b/aa[...]bb')
]))
def test_site_backpage(self):
all_urls = test_util.get_urls("http://www.backpage.com", None)
print 'urls', len(all_urls), all_urls
c = cluster_urls(all_urls, 2)
clusters = {'url_clusters': [] }
for key, urls in c['clusters'].items():
cluster = {
'regex': key[0],
'human': key[1],
'urls': urls
}
clusters['url_clusters'].append(cluster)
print clusters
print '---------------------------------'
def test_other(self):
x_urls = ['http://s.com/blah/%d' % x for x in range(1, 20)]
y_urls = ['http://s.com/a/b/aa%dbb' % x for x in range(1, 20)]
z_urls = ['http://b.com/ab/aa%dbb' % x for x in range(1, 50)]
c = cluster_urls(x_urls + y_urls + z_urls, 10)
improve_patterns(c['clusters'])
self.assertEqual(c['unclustered'], [])
self.assertEqual(
sorted(c['clusters'].keys()),
sorted([('http://b.com/ab/aa([^/]+)bb',
'http://b.com/ab/aa[...]bb'),
('http://s.com/blah/(\\d+)',
'http://s.com/blah/[NUMBER]'),
('http://s.com/a/b/aa([^/]+)bb',
'http://s.com/a/b/aa[...]bb')]))
