def test_split_bypass_b(self):
q_newssites2_b, q_bypass2_b = qh.split_bypass(self.q_newssites2,
'bng_name')
self.assertEqual(q_newssites2_b.qsize(),
self.result2['total'] - self.result2['bng_name'])
self.assertEqual(q_bypass2_b.qsize(), self.result2['bng_name'])
def test_split_bypass_g(self):
q_newssites2_g, q_bypass2_g = qh.split_bypass(self.q_newssites2,
'ggl_name')
self.assertEqual(q_newssites2_g.qsize(),
self.result2['total'] - self.result2['ggl_name'])
self.assertEqual(q_bypass2_g.qsize(), self.result2['ggl_name'])
def test_split_bypass_t(self):
q_newssites2_t, q_bypass_t = qh.split_bypass(self.q_newssites2,
'tempreaders')
self.assertEqual(q_newssites2_t.qsize(),
self.result2['total'] - self.result2['tempreaders'])
self.assertEqual(q_bypass_t.qsize(), self.result2['tempreaders'])
def test_split_bypass_r(self):
q_newssites2_r, q_bypass2_r = qh.split_bypass(self.q_newssites2,
'readers')
self.assertEqual(q_newssites2_r.qsize(),
self.result2['total'] - self.result2['readers'])
self.assertEqual(q_bypass2_r.qsize(), self.result2['readers'])
def test_split_bypass_c(self):
q_newssites2_c, q_bypass2_c = qh.split_bypass(self.q_newssites2,
'country')
self.assertEqual(q_newssites2_c.qsize(),
self.result2['total'] - self.result2['country'])
self.assertEqual(q_bypass2_c.qsize(), self.result2['country'])