class TestASN(unittest.TestCase):
PDB = None
def setUp(self):
self.PDB = PeeringDB(cache=False)
# Real networks that exist and have PeeringDB entries
def test_exists_768(self):
# JANET UK
asn = self.PDB.asn(2906)
self.assertIsNotNone(asn)
def test_exists_2906(self):
# Netflix
asn = self.PDB.asn(2906)
self.assertIsNotNone(asn)
# Reserved, private or documentation ASNs
def test_shouldnt_exist_0(self):
asn = self.PDB.asn(0)
self.assertIsNone(asn)
def test_shouldnt_exist_64496(self):
asn = self.PDB.asn(64496)
self.assertIsNone(asn)
# Check the returned object is as expected
def test_check_returned_asn_2906(self):
# Netflix, make sure the ASN we get back in the object is the same
asn = self.PDB.asn(2906)
self.assertEqual(asn["asn"], 2906)
class TestASN(unittest.TestCase):
PDB = None
def setUp(self):
self.PDB = PeeringDB(cache=False)
# Real networks that exist and have PeeringDB entries
def test_exists_768(self):
# JANET UK
asn = self.PDB.asn(2906)
self.assertIsNotNone(asn)
def test_exists_2906(self):
# Netflix
asn = self.PDB.asn(2906)
self.assertIsNotNone(asn)
# Reserved, private or documentation ASNs
def test_shouldnt_exist_0(self):
asn = self.PDB.asn(0)
self.assertIsNone(asn)
def test_shouldnt_exist_64496(self):
asn = self.PDB.asn(64496)
self.assertIsNone(asn)
# Check the returned object is as expected
def test_check_returned_asn_2906(self):
# Netflix, make sure the ASN we get back in the object is the same
asn = self.PDB.asn(2906)
self.assertEqual(asn["asn"], 2906)
def setUp(self):
self.PDB = PeeringDB(cache=False)
def setUp(self):
self.PDB = PeeringDB(cache=False)
