def initialize(self):
LOG.debug("Initializing Ansible ML2 driver")
# Get ML2 config
self.ml2config = config.Config()
# Build a network runner inventory object
# and instatiate network runner
_inv = Inventory()
_inv.deserialize({'all': {'hosts': self.ml2config.inventory}})
self.net_runr = net_runr_api.NetworkRunner(_inv)
# build the extra_params dict.
# this holds extra config params per host passed to network runner
self.extra_params = {}
for host_name in self.ml2config.inventory:
self.extra_params[host_name] = {}
for i in c.EXTRA_PARAMS:
if i in self.ml2config.inventory[host_name]:
self.extra_params[host_name][i] = \
self.ml2config.inventory[host_name].get(i)
self.coordinator = coordination.get_coordinator(
cfg.CONF.ml2_ansible.coordination_uri,
'{}-{}'.format(CONF.host, os.getpid()))
# the heartbeat will have the default timeout of 30 seconds
# that can be changed per-driver. Both Redis and etcd drivers
# use 30 second timeouts.
self.coordinator.start(start_heart=True)
LOG.debug("Ansible ML2 coordination started via uri %s",
cfg.CONF.ml2_ansible.coordination_uri)
self.trunk_driver = trunk_driver.NetAnsibleTrunkDriver.create(self)
def main():
# collect information for the run.
args = get_parser_args()
inv_yaml = get_inv_yaml(args)
hosts = inv_yaml['all']['hosts']
hostname = inv_yaml['all']['children'][HOSTNAME]['hosts'].popitem()[0]
net_os = hosts[hostname]['ansible_network_os']
port = PORTS[net_os]
# build the inventory object
inventory = Inventory()
inventory.deserialize(inv_yaml)
# execute the tests
run_tests(inventory, hostname, port, net_os in TRUNK_SUPPORT, net_os
in STP_EDGE_SUPPORT)
def setUp(self):
super(NetworkRunnerTestCase, self).setUp()
self.testhost = 'testhost'
self.testport = 'port123'
self.testvlan = 37
self.testvlans = [73, 7, 3]
inventory = Inventory()
self.net_runr = api.NetworkRunner(inventory=inventory)
def setUp(self):
super(NetworkRunnerTestCase, self).setUp()
self.testhost = 'testhost'
self.testport = 'port123'
self.testvlan = 37
self.testvlans = [73, 7, 3]
self.inventory = Inventory()
self.net_runr = api.NetworkRunner(inventory=self.inventory)
pb = Playbook()
self.play = pb.new(hosts=(self.testhost), gather_facts=False)
self.task = self.play.tasks.new(action=api.IMPORT_ROLE)
def test_empty_inventory(self):
inventory = Inventory()
self.assertEqual(type(inventory), Inventory)
serialized_inv = inventory.serialize()
self.assertEqual(serialized_inv, EMPTY_INV)
inventory.deserialize(EMPTY_INV)
self.assertEqual(inventory, Inventory())
def __init__(self, inventory=None):
if inventory is not None:
assert isinstance(inventory, Inventory)
self.inventory = inventory or Inventory()