def test_elink(self):
d = descrparsers.parse_ntnu_convention(self.sysname,
'elink,trd-gw,uninett')
self.assertNotEquals(d, None)
self.assertEqual(d['to_router'], 'trd-gw')
self.assertEqual(d['to_org'], 'uninett')
self.assertEqual(d['netident'], '%s,%s' % (self.sysname, 'trd-gw'))
def test_lan(self):
d = descrparsers.parse_ntnu_convention(
self.sysname, 'lan,math,staff')
self.assertNotEquals(d, None)
self.assertEqual(d['org'], 'math')
self.assertEqual(d['usage'], 'staff')
self.assertEqual(d['netident'], 'math,staff')
def test_link_with_comment_and_vlan(self):
d = descrparsers.parse_ntnu_convention(
self.sysname, 'link,moholt-gw,Tn_20022350,923')
self.assertEqual(d['to_router'], 'moholt-gw')
self.assertEqual(d['comment'], 'Tn_20022350')
self.assertEqual(d['netident'], '%s,%s' % (self.sysname, 'moholt-gw'))
self.assertEqual(d['vlan'], 923)
def test_elink(self):
d = descrparsers.parse_ntnu_convention(self.sysname,
'elink,trd-gw,uninett')
d is not None
assert d['to_router'] == 'trd-gw'
assert d['to_org'] == 'uninett'
assert d['netident'] == '%s,%s' % (self.sysname, 'trd-gw')
def test_core_with_comment_and_vlan(self):
d = descrparsers.parse_ntnu_convention(self.sysname, 'core,it,fddi,manring,180')
d is not None
assert d['org'] == 'it'
assert d['usage'] == 'fddi'
assert d['comment'] == 'manring'
assert d['netident'] == 'it,fddi,manring'
assert d['vlan'] == 180
def test_elink_with_empty_comment(self):
d = descrparsers.parse_ntnu_convention(self.sysname,
'elink,sintef-gw,sintef,,902')
d is not None
assert d['to_router'] == 'sintef-gw'
assert d['to_org'] == 'sintef'
assert not d['comment']
assert d['netident'] == '%s,%s' % (self.sysname, 'sintef-gw')
assert d['vlan'] == 902
def test_core_with_comment_and_vlan(self):
d = descrparsers.parse_ntnu_convention(self.sysname,
'core,it,fddi,manring,180')
self.assertNotEquals(d, None)
self.assertEqual(d['org'], 'it')
self.assertEqual(d['usage'], 'fddi')
self.assertEqual(d['comment'], 'manring')
self.assertEqual(d['netident'], 'it,fddi,manring')
self.assertEqual(d['vlan'], 180)
def test_lan_with_numbered_usage_and_comment(self):
d = descrparsers.parse_ntnu_convention(self.sysname,
'lan,math,staff12,campus_lade')
d is not None
assert d['org'] == 'math'
assert d['usage'] == 'staff'
assert d['n'] == 12
assert d['netident'] == 'math,staff12,campus_lade'
assert d['comment'] == 'campus_lade'
def test_lan_with_spaces(self):
d = descrparsers.parse_ntnu_convention(
self.sysname, 'lan ,physics,students, campus_dragv, 340')
self.assertNotEquals(d, None)
self.assertEqual(d['org'], 'physics')
self.assertEqual(d['usage'], 'students')
self.assertEqual(d['comment'], 'campus_dragv')
self.assertEqual(d['netident'], 'physics,students,campus_dragv')
self.assertEqual(d['vlan'], 340)
def test_lan_with_numbered_usage_and_comment(self):
d = descrparsers.parse_ntnu_convention(self.sysname,
'lan,math,staff12,campus_lade')
self.assertNotEquals(d, None)
self.assertEqual(d['org'], 'math')
self.assertEqual(d['usage'], 'staff')
self.assertEqual(d['n'], 12)
self.assertEqual(d['netident'], 'math,staff12,campus_lade')
self.assertEqual(d['comment'], 'campus_lade')
def test_elink_with_empty_comment(self):
d = descrparsers.parse_ntnu_convention(self.sysname,
'elink,sintef-gw,sintef,,902')
self.assertNotEquals(d, None)
self.assertEqual(d['to_router'], 'sintef-gw')
self.assertEqual(d['to_org'], 'sintef')
self.assertFalse(d['comment'])
self.assertEqual(d['netident'], '%s,%s' % (self.sysname, 'sintef-gw'))
self.assertEqual(d['vlan'], 902)
def test_lan_with_spaces(self):
d = descrparsers.parse_ntnu_convention(
self.sysname, 'lan ,physics,students, campus_dragv, 340')
d is not None
assert d['org'] == 'physics'
assert d['usage'] == 'students'
assert d['comment'] == 'campus_dragv'
assert d['netident'] == 'physics,students,campus_dragv'
assert d['vlan'] == 340
def test_link(self):
d = descrparsers.parse_ntnu_convention(self.sysname, 'link,mts-gw')
self.assertNotEquals(d, None)
self.assertEqual(d['to_router'], 'mts-gw')
def test_core(self):
d = descrparsers.parse_ntnu_convention(self.sysname, 'core,it,wlan')
d is not None
assert d['org'] == 'it'
assert d['usage'] == 'wlan'
assert d['netident'] == 'it,wlan'
def test_link(self):
d = descrparsers.parse_ntnu_convention(self.sysname, 'link,mts-gw')
d is not None
assert d['to_router'] == 'mts-gw'
def test_lan_invalid(self):
d = descrparsers.parse_ntnu_convention(self.sysname, 'lan,foo')
assert d is None
def test_lan(self):
d = descrparsers.parse_ntnu_convention(self.sysname, 'lan,math,staff')
assert d is not None
assert d['org'] == 'math'
assert d['usage'] == 'staff'
assert d['netident'] == 'math,staff'
def test_invalid(self):
d = descrparsers.parse_ntnu_convention(self.sysname, 'foobar,bar,baz')
assert d is None
def test_core_invalid(self):
d = descrparsers.parse_ntnu_convention(self.sysname, 'core,foo')
self.assertEquals(d, None)
def test_core(self):
d = descrparsers.parse_ntnu_convention(self.sysname, 'core,it,wlan')
self.assertNotEquals(d, None)
self.assertEqual(d['org'], 'it')
self.assertEqual(d['usage'], 'wlan')
self.assertEqual(d['netident'], 'it,wlan')
def test_invalid(self):
d = descrparsers.parse_ntnu_convention(self.sysname, 'foobar,bar,baz')
self.assertEquals(d, None)
