def setUp(self):
"""Create a router and a Subscriber"""
self.router = Router(name='myrouter', fingerprint='1234', exit=False)
self.subscriber = Subscriber(email='*****@*****.**',
router=self.router)
def insert_router_table(session, name, pc_id, hop_cost, neighbour):
insert = Router(owned_by=name,
destination_pc_id=pc_id,
hop_cost=hop_cost,
neighbour=neighbour)
session.add(insert)
session.commit()
def parse(self, nodeTree, versionTree, physical_interfaces=[]):
self._clean(nodeTree)
doc = ElementParser(nodeTree)
router = Router()
router.name = get_hostname(doc)
version_doc = ElementParser(versionTree)
router.version = version_doc.first("junos-version").text()
router.model = version_doc.first("product-model").text()
router.interfaces = InterfaceParser().parse(nodeTree,
physical_interfaces)
router.bgp_peerings = BgpPeeringParser().parse(nodeTree)
return router
def parse_router(data, chassis_data=None):
router_data = data['tailf-ncs:device']
router = Router()
name = hostname_clean(router_data['address'])
router.name = name
router.version = find('config.junos:configuration.version', router_data)
if chassis_data:
chassis = find('junos-rpc:output.chassis-inventory.chassis', chassis_data, default={})
if chassis:
router.model = chassis['description']
router.hardware = parse_chassis(chassis)
return router
def setUp(self):
"""Set up the test database with a dummy router"""
self.client = Client()
r = Router(fingerprint = '1234', name = 'abc', exit=True)
r.save()
