def setUp(self, enable_selective_topo_dist=False):
extra_apps = ['portbinding']
cfg.CONF.set_override(
'apps_list',
self.apps_list + extra_apps,
group='df',
)
cfg.CONF.set_override('host', fake_chassis1.id)
super(DFAppTestBase, self).setUp()
self.useFixture(log_fixture.SetLogLevel([None], logging.DEBUG))
mock_app = mock.patch(
'ryu.base.app_manager.AppManager.get_instance').start()
self.addCleanup(mock_app.stop)
mock_nb = mock.patch('dragonflow.db.api_nb.NbApi.get_instance')
mock_nb.start()
self.addCleanup(mock_nb.stop)
mod_flow = mock.patch(
'dragonflow.controller.df_base_app.DFlowApp.mod_flow')
mod_flow_mock = mod_flow.start()
self.addCleanup(mod_flow.stop)
add_flow_go_to_table_mock_patch = mock.patch(
'dragonflow.controller.df_base_app.DFlowApp.add_flow_go_to_table')
add_flow_go_to_table = add_flow_go_to_table_mock_patch
add_flow_go_to_table_mock = add_flow_go_to_table.start()
self.addCleanup(add_flow_go_to_table_mock_patch.stop)
execute = mock.patch('neutron.agent.common.utils.execute')
execute_mock = execute.start()
self.addCleanup(execute.stop)
# CLear old objects from cache
db_store.get_instance().clear()
self.nb_api = api_nb.NbApi.get_instance(False)
self.controller = df_local_controller.DfLocalController(
fake_chassis1.id, self.nb_api)
self.vswitch_api = self.controller.vswitch_api = mock.MagicMock()
kwargs = dict(
nb_api=self.controller.nb_api,
vswitch_api=self.controller.vswitch_api,
)
self.controller.open_flow_app = ryu_base_app.RyuDFAdapter(**kwargs)
self.open_flow_app = self.controller.open_flow_app
self.datapath = self.open_flow_app._datapath = mock.Mock()
self.open_flow_app.load(self.controller.open_flow_app, **kwargs)
self.topology = self.controller.topology = topology.Topology(
self.controller, enable_selective_topo_dist)
# Add basic network topology
self.controller.update(fake_logic_switch1)
self.controller.update(fake_lswitch_default_subnets[0])
self.controller.update(fake_external_switch1)
self.controller.update(fake_logic_router1)
self.controller.db_store.update(fake_chassis1)
self.controller.db_store.update(fake_chassis2)
mod_flow_mock.reset_mock()
add_flow_go_to_table_mock.reset_mock()
execute_mock.reset_mock()
def __init__(self, *args, **kwargs):
super(SimpleSwitch13, self).__init__(*args, **kwargs)
# self.mac_to_port = {}
db_store._instance = None
self.fake_lswitch_default_subnets = [
l2.Subnet(dhcp_ip="192.168.123.0",
name="private-subnet",
enable_dhcp=True,
topic="fake_tenant1",
gateway_ip="192.168.123.1",
cidr="192.168.123.0/24",
id="fake_subnet1")
]
#print (self.fake_lswitch_default_subnets[0].dhcp_ip)
#common_config.init(sys.argv[1:3])
#common_config.setup_logging()
self.nb_api = api_nb.NbApi.get_instance(False)
self.controller = controller_concept.DfStandaloneController(
'df_standalone', self.nb_api)
self.db_store = db_store.get_instance()
self.controller.on_datapath_set()
self.nb_api.on_db_change.append(self.db_change_callback)
if self.USE_CACHE:
self.sync_with_database()
def __init__(self, chassis_name, nb_api):
chassis_name = cfg.CONF.host
self.db_store = db_store.get_instance()
self.chassis_name = chassis_name
self.nb_api = nb_api
self.ip = cfg.CONF.df.local_ip
app_mgr = app_manager.AppManager.get_instance()
self.open_flow_app = app_mgr.instantiate(
ryu_base_app.RyuDFAdapter,
nb_api=self.nb_api,
vswitch_api=None,
neutron_server_notifier=None,
)
# The OfctlService is needed to support the 'get_flows' method
self.open_flow_service = app_mgr.instantiate(of_service.OfctlService)
self.ryu_switches = app_mgr.instantiate(switches.Switches)
self.simples_switch = app_mgr.instantiate(concept_app.SimpleSwitch13)
self.enable_selective_topo_dist = \
cfg.CONF.df.enable_selective_topology_distribution
self._sync = sync.Sync(
nb_api=self.nb_api,
update_cb=self.update,
delete_cb=self.delete,
selective=self.enable_selective_topo_dist,
)
self._sync_pulse = loopingcall.FixedIntervalLoopingCall(
self._submit_sync_event)
self.sync_rate_limiter = df_utils.RateLimiter(
max_rate=1, time_unit=db_common.DB_SYNC_MINIMUM_INTERVAL)
def __init__(self, chassis_name, nb_api):
self.db_store = db_store.get_instance()
self.chassis_name = chassis_name
self.nb_api = nb_api
self.ip = cfg.CONF.df.local_ip
# Virtual tunnel port support multiple tunnel types together
self.tunnel_types = cfg.CONF.df.tunnel_types
self.sync_finished = False
self.vswitch_api = vswitch_impl.OvsApi(cfg.CONF.df.management_ip)
self.neutron_notifier = None
if cfg.CONF.df.enable_neutron_notifier:
self.neutron_notifier = df_utils.load_driver(
cfg.CONF.df.neutron_notifier,
df_utils.DF_NEUTRON_NOTIFIER_DRIVER_NAMESPACE)
app_mgr = app_manager.AppManager.get_instance()
self.open_flow_app = app_mgr.instantiate(
ryu_base_app.RyuDFAdapter,
nb_api=self.nb_api,
vswitch_api=self.vswitch_api,
neutron_server_notifier=self.neutron_notifier,
)
self.topology = None
self.db_consistency_manager = None
self.enable_db_consistency = cfg.CONF.df.enable_df_db_consistency
self.enable_selective_topo_dist = \
cfg.CONF.df.enable_selective_topology_distribution
def setUp(self):
super(TestTrunkApp, self).setUp()
self.app = self.open_flow_app.dispatcher.apps[0]
self.mock_mod_flow = self.app.mod_flow
self.db_store = db_store.get_instance()
self.app.ofproto.OFPVID_PRESENT = 0x1000
self.db_store.update(test_app_base.fake_local_port2)
def __init__(self, nb_api, update_cb, delete_cb, selective=True):
self._nb_api = nb_api
self._update_cb = update_cb
self._delete_cb = delete_cb
self._db_store = db_store.get_instance()
self._topics = set()
self._selective = selective
self._models = []
def __init__(self, nb_api):
super(BGPService, self).__init__()
self.initialize_driver()
self.db_store = db_store.get_instance()
self.nb_api = nb_api
self.bgp_pulse = loopingcall.FixedIntervalLoopingCall(
self.sync_data_from_nb_db)
def wrapper(*args, **kwargs):
db_store_inst = db_store.get_instance()
for obj in objs:
db_store_inst.update(obj)
try:
return func(*args, **kwargs)
finally:
for obj in objs:
db_store_inst.delete(obj)
def __init__(self, chassis_name, nb_api):
chassis_name = cfg.CONF.host
self.db_store = db_store.get_instance()
self.chassis_name = chassis_name
self.nb_api = nb_api
self.ip = cfg.CONF.df.local_ip
self._sync = sync.Sync(
nb_api=self.nb_api,
update_cb=self.update,
delete_cb=self.delete,
selective=False,
)
def __init__(self,
api,
vswitch_api=None,
nb_api=None,
neutron_server_notifier=None):
self.api = api
self.db_store = db_store.get_instance()
self.vswitch_api = vswitch_api
self.nb_api = nb_api
self.neutron_server_notifier = neutron_server_notifier
# Though there is nothing to initialize in super class, call it
# will make the multi-inheritence work.
super(DFlowApp, self).__init__()
self._register_events()
def __init__(self, chassis_name, nb_api):
#用于缓存obj
self.db_store = db_store.get_instance()
self._queue = queue.PriorityQueue()
# pending_id -> (model, pender_id)
# 'pending_id' is the ID of the object for which we are waiting.
# 'model' and 'pender_id' are the model and the ID of the object
# which is waiting for the object described by 'pending_id'
self._pending_objects = collections.defaultdict(set)
self.chassis_name = chassis_name
#北向api
self.nb_api = nb_api
#指定database change event的处理函数
self.nb_api.set_db_change_callback(self.db_change_callback)
#指明本主机ip地址
self.ip = cfg.CONF.df.local_ip
# Virtual tunnel port support multiple tunnel types together
self.tunnel_types = cfg.CONF.df.tunnel_types
self.neutron_notifier = None
if cfg.CONF.df.enable_neutron_notifier:
self.neutron_notifier = df_utils.load_driver(
cfg.CONF.df.neutron_notifier,
df_utils.DF_NEUTRON_NOTIFIER_DRIVER_NAMESPACE)
#加载switch_backend
self.switch_backend = df_utils.load_driver(
cfg.CONF.df.switch_backend,
df_utils.DF_SWITCH_BACKEND_DRIVER_NAMESPACE, nb_api,
cfg.CONF.df.management_ip)
#switch_backend初始化
self.switch_backend.initialize(self.db_change_callback,
self.neutron_notifier)
self.topology = None
self.enable_selective_topo_dist = \
cfg.CONF.df.enable_selective_topology_distribution
self._sync = sync.Sync(
nb_api=self.nb_api,
#指明同步对应的update,delete回调
update_cb=self.update,
delete_cb=self.delete,
selective=self.enable_selective_topo_dist,
)
#周期性产生controller_sync事件
self._sync_pulse = loopingcall.FixedIntervalLoopingCall(
self._submit_sync_event)
self.sync_rate_limiter = df_utils.RateLimiter(
max_rate=1, time_unit=db_common.DB_SYNC_MINIMUM_INTERVAL)
def __init__(self, nb_api):
super(BGPService, self).__init__()
self.initialize_driver()
self.db_store = db_store.get_instance()
self.nb_api = nb_api
self.sync = sync.Sync(
nb_api=self.nb_api,
update_cb=self.update_model_object,
delete_cb=self.delete_model_object,
selective=False,
)
self.bgp_pulse = loopingcall.FixedIntervalLoopingCall(
self.sync_data_from_nb_db)
def __init__(self, db_driver, use_pubsub=False, is_neutron_server=False):
super(NbApi, self).__init__()
self.driver = db_driver
self.controller = None
self._queue = queue.PriorityQueue()
self.use_pubsub = use_pubsub
self.publisher = None
self.subscriber = None
self.is_neutron_server = is_neutron_server
self.enable_selective_topo_dist = \
cfg.CONF.df.enable_selective_topology_distribution
self.pub_sub_use_multiproc = False
if self.is_neutron_server:
# multiproc pub/sub is only supported in neutron server
self.pub_sub_use_multiproc = cfg.CONF.df.pub_sub_use_multiproc
self.db_store = db_store.get_instance()
def __init__(self, controller, enable_selective_topology_distribution):
# Stores topics(tenants) subscribed by lports in the current local
# controller. I,e, {tenant1:{lport1, lport2}, tenant2:{lport3}}
self.topic_subscribed = {}
self.enable_selective_topo_dist = \
enable_selective_topology_distribution
self.ovs_to_lport_mapping = {}
self.controller = controller
self.nb_api = controller.get_nb_api()
self.chassis_name = controller.get_chassis_name()
self.db_store = db_store.get_instance()
ovs.OvsPort.register_created(self.ovs_port_updated)
ovs.OvsPort.register_updated(self.ovs_port_updated)
ovs.OvsPort.register_deleted(self.ovs_port_deleted)
def __init__(self, chassis_name, nb_api):
self.db_store = db_store.get_instance()
self._queue = queue.PriorityQueue()
# pending_id -> (model, pender_id)
# 'pending_id' is the ID of the object for which we are waiting.
# 'model' and 'pender_id' are the model and the ID of the object
# which is waiting for the object described by 'pending_id'
self._pending_objects = collections.defaultdict(set)
self.chassis_name = chassis_name
self.nb_api = nb_api
self.nb_api.set_db_change_callback(self.db_change_callback)
self.ip = cfg.CONF.df.local_ip
# Virtual tunnel port support multiple tunnel types together
self.tunnel_types = cfg.CONF.df.tunnel_types
self.sync_finished = False
self.vswitch_api = vswitch_impl.OvsApi(cfg.CONF.df.management_ip)
self.neutron_notifier = None
if cfg.CONF.df.enable_neutron_notifier:
self.neutron_notifier = df_utils.load_driver(
cfg.CONF.df.neutron_notifier,
df_utils.DF_NEUTRON_NOTIFIER_DRIVER_NAMESPACE)
app_mgr = app_manager.AppManager.get_instance()
self.open_flow_app = app_mgr.instantiate(
ryu_base_app.RyuDFAdapter,
nb_api=self.nb_api,
vswitch_api=self.vswitch_api,
neutron_server_notifier=self.neutron_notifier,
db_change_callback=self.db_change_callback
)
# The OfctlService is needed to support the 'get_flows' method
self.open_flow_service = app_mgr.instantiate(of_service.OfctlService)
self.topology = None
self.enable_selective_topo_dist = \
cfg.CONF.df.enable_selective_topology_distribution
self._sync = sync.Sync(
nb_api=self.nb_api,
update_cb=self.update,
delete_cb=self.delete,
selective=self.enable_selective_topo_dist,
)
self._sync_pulse = loopingcall.FixedIntervalLoopingCall(
self._submit_sync_event)
self.sync_rate_limiter = df_utils.RateLimiter(
max_rate=1, time_unit=db_common.DB_SYNC_MINIMUM_INTERVAL)
def setUp(self):
super(TestSync, self).setUp()
self._db_store = db_store.get_instance()
self._db_store.clear()
self.nb_api = api_nb.NbApi(db_driver=mock.Mock())
self.nb_api.publisher = mock.Mock()
self.nb_api.enable_selective_topo_dist = True
self._update = mock.Mock(side_effect=self._db_store.update)
self._delete = mock.Mock(side_effect=self._db_store.delete)
self.sync = sync.Sync(
self.nb_api,
self._update,
self._delete,
)
self.sync.add_model(TopiclessModel)
self.sync.add_model(TopicModel1)
self.sync.add_model(TopicModel2)
def __init__(self, controller, enable_selective_topology_distribution):
self.ovs_port_type = (constants.OVS_VM_INTERFACE,
constants.OVS_BRIDGE_INTERFACE,
constants.OVS_TUNNEL_INTERFACE,
constants.OVS_PATCH_INTERFACE)
# Stores topics(tenants) subscribed by lports in the current local
# controller. I,e, {tenant1:{lport1, lport2}, tenant2:{lport3}}
self.topic_subscribed = {}
self.enable_selective_topo_dist = \
enable_selective_topology_distribution
self.ovs_ports = {}
self.ovs_to_lport_mapping = {}
self.controller = controller
self.nb_api = controller.get_nb_api()
self.chassis_name = controller.get_chassis_name()
self.db_store = db_store.get_instance()
def __init__(self, chassis_name, nb_api):
self.db_store = db_store.get_instance()
self._queue = queue.PriorityQueue()
self.chassis_name = chassis_name
self.nb_api = nb_api
self.nb_api.set_db_change_callback(self.db_change_callback)
self.ip = cfg.CONF.df.local_ip
# Virtual tunnel port support multiple tunnel types together
self.tunnel_types = cfg.CONF.df.tunnel_types
# self.sync_finished = False
# self.vswitch_api = vswitch_impl.OvsApi(cfg.CONF.df.management_ip)
# self.neutron_notifier = None
# if cfg.CONF.df.enable_neutron_notifier:
# self.neutron_notifier = df_utils.load_driver(
# cfg.CONF.df.neutron_notifier,
# df_utils.DF_NEUTRON_NOTIFIER_DRIVER_NAMESPACE)
# app_mgr = app_manager.AppManager.get_instance()
# self.open_flow_app = app_mgr.instantiate(
# ryu_base_app.RyuDFAdapter,
# nb_api=self.nb_api,
# vswitch_api=self.vswitch_api,
# neutron_server_notifier=self.neutron_notifier,
# db_change_callback=self.db_change_callback
# )
# The OfctlService is needed to support the 'get_flows' method
# self.open_flow_service = app_mgr.instantiate(of_service.OfctlService)
# self.topology = None
# self.enable_selective_topo_dist = \
# cfg.CONF.df.enable_selective_topology_distribution
# self._sync = sync.Sync(
# nb_api=self.nb_api,
# update_cb=self.update,
# delete_cb=self.delete,
# selective=self.enable_selective_topo_dist,
# )
# self._sync_pulse = loopingcall.FixedIntervalLoopingCall(
# self._submit_sync_event)
self.sync_rate_limiter = df_utils.RateLimiter(
max_rate=1, time_unit=db_common.DB_SYNC_MINIMUM_INTERVAL)
def wrapper(*args, **kwargs):
db_store_inst = db_store.get_instance()
for obj in objs:
db_store_inst.update(obj)
return func(*args, **kwargs)
def get_all_weak(self, model, topic=None):
if not self.db_store:
self.db_store = db_store.get_instance()
return self.db_store.get_all(model)
def _fetch_obj(self):
# _model attribute is provided by the deriving class
obj = db_store.get_instance().get_one(self._model(id=self._id))
# FIXME fetch from NbApi
return obj
