def keep_connected(self):
"""Keep reconnecting to the controller"""
while not self.exiting:
host, port = self.resolve_endpoint(self.controller_endpoint)
log.info('connecting', host=host, port=port)
if self.enable_tls:
try:
# Check that key_file and cert_file is provided and
# the files exist
if self.key_file is None or \
self.cert_file is None or \
not os.path.isfile(self.key_file) or \
not os.path.isfile(self.cert_file):
raise Exception('key_file "{}" or cert_file "{}"'
' is not found'.format(
self.key_file, self.cert_file))
with open(self.key_file) as keyFile:
with open(self.cert_file) as certFile:
clientCert = ssl.PrivateCertificate.loadPEM(
keyFile.read() + certFile.read())
ctx = clientCert.options()
self.connector = reactor.connectSSL(host, port, self, ctx)
log.info('tls-enabled')
except Exception as e:
log.exception('failed-to-connect', reason=e)
else:
self.connector = reactor.connectTCP(host, port, self)
log.info('tls-disabled')
self.d_disconnected = Deferred()
yield self.d_disconnected
log.debug('reconnect', after_delay=self.retry_interval)
yield asleep(self.retry_interval)
def test_in_sync_with_ont_g_values(self):
self.setup_one_of_each()
self.assertEqual(len(self.omci_agent.device_ids()), 1)
version = 'abcDEF'
tm_opt = 2
onu_survival = 123
def stuff_db(_results):
self._stuff_database([(OntG.class_id, 0, {
'version': version,
'traffic_management_options': tm_opt,
'ont_survival_time': onu_survival
})])
def do_my_tests(_results):
config = self.onu_device.configuration
# On no Class ID for requested property, None should be
# returned
self.assertEqual(config.version, version)
self.assertEqual(config.traffic_management_option, tm_opt)
self.assertEqual(config.onu_survival_time, onu_survival)
# No capabilities available until started
self.assertIsNone(self.onu_device.configuration)
# Yield context so that MIB Database callLater runs.
self.onu_device.start()
d = asleep(0.2)
d.addCallbacks(stuff_db, self.not_called)
d.addCallbacks(do_my_tests, self.not_called)
return d
def edit_config(self, config, target='running', default_operation='merge',
test_option=None, error_option=None):
"""
Loads all or part of the specified config to the target configuration datastore with the ability to lock
the datastore during the edit.
:param config is the configuration, which must be rooted in the config element. It can be specified
either as a string or an Element.format="xml"
:param target is the name of the configuration datastore being edited
:param default_operation if specified must be one of { 'merge', 'replace', or 'none' }
:param test_option if specified must be one of { 'test_then_set', 'set' }
:param error_option if specified must be one of { 'stop-on-error', 'continue-on-error', 'rollback-on-error' }
The 'rollback-on-error' error_option depends on the :rollback-on-error capability.
:return: (defeered) for RpcReply
"""
try:
yield asleep(random.uniform(0.1, 2.0)) # Simulate NETCONF request delay
except Exception as e:
log.exception('edit_config', e=e)
raise
# TODO: Customize if needed...
xml = _dummy_xml
returnValue(RPCReply(xml))
def test_in_sync_with_uni_g_values(self):
self.setup_one_of_each()
self.assertEqual(len(self.omci_agent.device_ids()), 1)
entity_id = 0x4321
mgmt_cap = 0
def stuff_db(_results):
self._stuff_database([(UniG.class_id, entity_id, {
'management_capability': mgmt_cap
})])
def do_my_tests(_results):
config = self.onu_device.configuration
unig = config.uni_g_entities
self.assertTrue(isinstance(unig, dict))
self.assertEqual(len(unig), 1)
self.assertEqual(unig[entity_id]['entity-id'], entity_id)
self.assertEqual(unig[entity_id]['management-capability'],
mgmt_cap)
# No capabilities available until started
self.assertIsNone(self.onu_device.configuration)
# Yield context so that MIB Database callLater runs.
self.onu_device.start()
d = asleep(0.2)
d.addCallbacks(stuff_db, self.not_called)
d.addCallbacks(do_my_tests, self.not_called)
return d
def monitor_logical_devices(self):
log.debug('start-monitor-logical-devices')
while self.running:
log.info('monitoring-logical-devices')
# should change to a gRPC streaming call
# see https://jira.opencord.org/browse/CORD-821
try:
if self.channel is not None and self.grpc_client is not None and \
self.subscription is not None:
# get current list from Voltha
devices = yield \
self.get_list_of_logical_devices_from_voltha()
# update agent list and mapping tables as needed
self.refresh_agent_connections(devices)
else:
log.info('vcore-communication-unavailable')
# wait before next poll
yield asleep(self.devices_refresh_interval)
except _Rendezvous, e:
log.error('vcore-communication-failure',
exception=repr(e),
status=e.code())
except Exception as e:
log.exception('unexpected-vcore-communication-failure',
exception=repr(e))
def _backoff(self, msg):
wait_time = RETRY_BACKOFF[min(self.retries, len(RETRY_BACKOFF) - 1)]
self.retry_time += wait_time
self.retries += 1
log.error(msg, next_retry_in_secs=wait_time,
total_delay_in_secs = self.retry_time,
retries=self.retries)
return asleep(wait_time)
def upload_mib(self, number_of_commands):
########################################
# Begin MIB Upload
seq_no = None
for seq_no in xrange(number_of_commands):
max_tries = MibResyncTask.max_mib_upload_next_retries
for retries in xrange(0, max_tries):
try:
self.strobe_watchdog()
response = yield self._device.omci_cc.send_mib_upload_next(
seq_no)
omci_msg = response.fields['omci_message'].fields
class_id = omci_msg['object_entity_class']
entity_id = omci_msg['object_entity_id']
# Filter out the 'mib_data_sync' from the database. We save that at
# the device level and do not want it showing up during a re-sync
# during data comparison
from binascii import hexlify
if class_id == OntData.class_id:
break
# The T&W ONU reports an ME with class ID 0 but only on audit. Perhaps others do as well.
if class_id == 0 or class_id > 0xFFFF:
self.log.warn('invalid-class-id', class_id=class_id)
break
attributes = {
k: v
for k, v in omci_msg['object_data'].items()
}
# Save to the database
self._db_active.set(self.device_id, class_id, entity_id,
attributes)
break
except TimeoutError:
self.log.warn('mib-resync-timeout',
seq_no=seq_no,
number_of_commands=number_of_commands)
if retries < max_tries - 1:
self.strobe_watchdog()
yield asleep(MibResyncTask.mib_upload_next_delay)
else:
raise
except Exception as e:
self.log.exception('resync',
e=e,
seq_no=seq_no,
number_of_commands=number_of_commands)
returnValue(seq_no + 1) # seq_no is zero based.
def close(self):
"""
Close the connection to the NETCONF server
:return: (deferred) Deferred request
"""
yield asleep(random.uniform(0.1, 0.5)) # Simulate NETCONF request delay
self._connected = False
self._locked = {}
returnValue(True)
def check_that_t1_t2_running_and_last_is_not(self, results):
from pyvoltha.common.utils.asleep import asleep
yield asleep(0.1)
self.assertEqual(self.runner.pending_tasks, 1)
self.assertEqual(self.runner.running_tasks, 2)
self.assertEqual(self.runner.successful_tasks_completed, 1)
returnValue(results)
def rpc(self, rpc_string):
"""
Custom RPC request
:param rpc_string: (string) RPC request
:return: (defeered) for GetReply
"""
yield asleep(random.uniform(0.1, 2.0)) # Simulate NETCONF request delay
# TODO: Customize if needed...
xml = _dummy_xml
returnValue(RPCReply(xml))
def get(self, payload):
"""
Get the requested data from the server
:param payload: Payload/filter
:return: (defeered) for GetReply
"""
yield asleep(random.uniform(0.1, 3.0)) # Simulate NETCONF request delay
# TODO: Customize if needed...
xml = _dummy_xml
returnValue(RPCReply(xml))
def add_gem_ctp_pm_me(self):
config = self._device.configuration
gem_ctps = config.gem_ctp_entities
self.log.debug('gem-ctp-entities', gem_ctps=gem_ctps)
if gem_ctps is not None:
for entity_id in six.iterkeys(gem_ctps):
self.add_pm_me(GemPortNetworkCtpMonitoringHistoryData.class_id,
entity_id)
else:
yield asleep(0.3)
self.add_gem_ctp_pm_me()
def get_config(self, source='running'):
"""
Get the configuration from the specified source
:param source: (string) Configuration source, 'running', 'candidate', ...
:return: (deferred) Deferred request that wraps the GetReply class
"""
yield asleep(random.uniform(0.1, 4.0)) # Simulate NETCONF request delay
# TODO: Customize if needed...
xml = _dummy_xml
returnValue(RPCReply(xml))
def test_in_sync_with_ont_2g_values(self):
self.setup_one_of_each()
self.assertEqual(len(self.omci_agent.device_ids()), 1)
equip_id = 'br-549'
omcc_ver = OMCCVersion.G_988_2012
vend_code = 0x1234
queues = 64
scheds = 8
gem_ports = 24
uptime = 12345
conn_capp = 0x00aa
qos_flex = 0x001b
queue_scale = 1
def stuff_db(_results):
self._stuff_database([(Ont2G.class_id, 0, {
'equipment_id': equip_id,
'omcc_version': omcc_ver.value,
'vendor_product_code': vend_code,
'total_priority_queue_number': queues,
'total_traffic_scheduler_number': scheds,
'total_gem_port_id_number': gem_ports,
'sys_uptime': uptime,
'connectivity_capability': conn_capp,
'qos_configuration_flexibility': qos_flex,
'priority_queue_scale_factor': queue_scale
})])
def do_my_tests(_results):
config = self.onu_device.configuration
self.assertEqual(config.equipment_id, equip_id)
self.assertEqual(config.omcc_version, omcc_ver)
self.assertEqual(config.vendor_product_code, vend_code)
self.assertEqual(config.total_priority_queues, queues)
self.assertEqual(config.total_traffic_schedulers, scheds)
self.assertEqual(config.total_gem_ports, gem_ports)
self.assertEqual(config.uptime, uptime)
self.assertEqual(config.connectivity_capability, conn_capp)
self.assertEqual(config.qos_configuration_flexibility, qos_flex)
self.assertEqual(config.priority_queue_scale_factor, queue_scale)
# No capabilities available until started
self.assertIsNone(self.onu_device.configuration)
# Yield context so that MIB Database callLater runs.
self.onu_device.start()
d = asleep(0.2)
d.addCallbacks(stuff_db, self.not_called)
d.addCallbacks(do_my_tests, self.not_called)
return d
def fix_onu_only_save_to_db(self, undecodable, onu_created, onu_db):
"""
In ONU database and needs to be saved to OLT/OpenOMCI database.
Note that some, perhaps all, of these instances could be ONU create
in response to the OLT creating some other ME instance. So treat
the Database operation as a create.
"""
successes = 0
failures = 0
for cid, eid in undecodable + onu_created:
if self.deferred.called: # Check if task canceled
break
try:
# If in current MIB, had an audit issue or other MIB operation
# put it into the database, declare it a failure so we audit again
try:
olt_entry = self._sync_sm.query_mib(class_id=cid, instance_id=eid)
except KeyError: # Common for ONU created MEs during audit
olt_entry = None
if olt_entry is not None and len(olt_entry):
self.log.debug('onu-only-in-current', cid=cid, eid=eid)
failures += 1 # Mark as failure so we audit again
elif cid not in onu_db:
self.log.warn('onu-only-not-in-audit', cid=cid, eid=eid)
failures += 1
else:
entry = onu_db[cid][eid]
self.strobe_watchdog()
self._sync_sm.mib_set(cid, eid, entry[ATTRIBUTES_KEY])
successes += 1
# If we do nothing but DB updates for ALOT of MEs, we are
# blocking other async twisted tasks, be kind and pause
self._db_updates += 1
if self._db_updates >= MibReconcileTask.max_sequential_db_updates:
self._db_updates = 0
self._local_deferred = yield asleep(MibReconcileTask.db_update_pause)
except Exception as e:
self.log.warn('onu-only-error', e=e)
failures += 1
returnValue((successes, failures))
def connect(self, connect_timeout=None):
"""
Connect to the NETCONF server
o To disable attempting publickey authentication altogether, call with
allow_agent and look_for_keys as False.`
o hostkey_verify enables hostkey verification from ~/.ssh/known_hosts
:return: (deferred) Deferred request
"""
yield asleep(random.uniform(0.1, 5.0)) # Simulate NETCONF request delay
self._connected = True
self._locked = {}
returnValue(True)
def snapshot_mib(self):
"""
Snapshot the MIB on the ONU and create a copy of our local MIB database
:return: (pair) (db_copy, number_of_commands)
"""
db_copy = None
number_of_commands = None
try:
max_tries = MibResyncTask.max_db_copy_retries - 1
for retries in xrange(0, max_tries + 1):
# Send MIB Upload so ONU snapshots its MIB
try:
self.strobe_watchdog()
number_of_commands = yield self.send_mib_upload()
if number_of_commands is None:
if retries >= max_tries:
db_copy = None
break
except (TimeoutError, ValueError) as e:
self.log.warn('timeout-or-value-error', e=e)
if retries >= max_tries:
raise
self.strobe_watchdog()
yield asleep(MibResyncTask.db_copy_retry_delay)
continue
# Get a snapshot of the local MIB database
db_copy = self._device.query_mib()
# if we made it this far, no need to keep trying
break
except Exception as e:
self.log.exception('mib-resync', e=e)
raise
# Handle initial failures
if db_copy is None or number_of_commands is None:
raise MibCopyException(
'Failed to snapshot MIB copy after {} retries'.format(
MibResyncTask.max_db_copy_retries))
returnValue((db_copy, number_of_commands))
def get_vcore_subscription(self):
log.debug('start-get-vcore-subscription')
while self.running and self.subscription is None:
try:
# If a subscription is not yet assigned then establish new GRPC connection
# ... otherwise keep using existing connection details
if self.subscription is None:
self._assign_grpc_attributes()
# Send subscription request to register the current ofagent instance
container_name = self.instance_id
if self.grpc_client is None:
self.grpc_client = GrpcClient(self, self.channel,
self.grpc_timeout,
self.core_binding_key,
self.core_transaction_key)
subscription = yield self.grpc_client.subscribe(
OfAgentSubscriber(ofagent_id=container_name))
# If the subscriber id matches the current instance
# ... then the subscription has succeeded
if subscription is not None and subscription.ofagent_id == container_name:
if self.subscription is None:
# Keep details on the current GRPC session and subscription
log.debug('subscription-with-vcore-successful',
subscription=subscription)
self.subscription = subscription
self.grpc_client.start()
# Sleep a bit in between each subscribe
yield asleep(self.subscription_refresh_interval)
# Move on to next subscribe request
continue
# The subscription did not succeed, reset and move on
else:
log.info('subscription-with-vcore-unavailable',
subscription=subscription)
except _Rendezvous, e:
log.error('subscription-with-vcore-terminated',
exception=e,
status=e.code())
except Exception as e:
log.exception('unexpected-subscription-termination-with-vcore',
e=e)
def snapshot_alarm(self):
"""
Snapshot the ALARM on the ONU and create a copy of our local ALARM database
:return: (pair) (command_sequence_number)
"""
olt_db_copy = None
command_sequence_number = None
try:
max_tries = AlarmResyncTask.max_retries - 1
for retries in range(0, max_tries + 1):
# Send ALARM Upload so ONU snapshots its ALARM
try:
command_sequence_number = yield self.send_alarm_upload()
self.strobe_watchdog()
if command_sequence_number is None:
if retries >= max_tries:
olt_db_copy = None
break
except TimeoutError as e:
self.log.warn('timeout', e=e)
if retries >= max_tries:
raise
self.strobe_watchdog()
yield asleep(AlarmResyncTask.retry_delay)
continue
# Get a snapshot of the local MIB database
olt_db_copy = self._device.query_alarm_table()
# if we made it this far, no need to keep trying
break
except Exception as e:
self.log.exception('alarm-resync', e=e)
raise
# Handle initial failures
if olt_db_copy is None or command_sequence_number is None:
raise AlarmCopyException(
'Failed to snapshot ALARM copy after {} retries'.format(
AlarmResyncTask.max_retries))
returnValue((olt_db_copy, command_sequence_number))
def lock(self, source, lock_timeout):
"""
Lock the configuration system
:param source: is the name of the configuration datastore accessed
:param lock_timeout: timeout in seconds for holding the lock
:return: (defeered) for RpcReply
"""
expire_time = time.time() + lock_timeout
if source not in self._locked:
self._locked[source] = None
while self._locked[source] is not None:
# Watch for lock timeout
if time.time() >= self._locked[source]:
self._locked[source] = None
break
yield asleep(0.1)
if time.time() < expire_time:
yield asleep(random.uniform(0.1, 0.5)) # Simulate NETCONF request delay
self._locked[source] = expire_time
returnValue(RPCReply(_dummy_xml) if expire_time > time.time() else RPCError('TODO'))
def unlock(self, source):
"""
Get the requested data from the server
:param rpc_string: RPC request
:param source: is the name of the configuration datastore accessed
:return: (defeered) for RpcReply
"""
if source not in self._locked:
self._locked[source] = None
if self._locked[source] is not None:
yield asleep(random.uniform(0.1, 0.5)) # Simulate NETCONF request delay
self._locked[source] = None
returnValue(RPCReply(_dummy_xml))
def perform_task(self):
"""
Get the 'mib_data_sync' attribute of the ONU
"""
try:
if self._delay > 0:
yield asleep(self._delay)
if self._success:
self.deferred.callback(self._value)
self.deferred.errback(failure.Failure(self._value))
except Exception as e:
self.deferred.errback(failure.Failure(e))
def test_in_sync_with_circuitpack_values(self):
self.setup_one_of_each()
self.assertEqual(len(self.omci_agent.device_ids()), 1)
cp_entity = 0x100
num_ports = 1
serial_num = 'ABCD01234'
cp_version = '1234ABCD'
vendor_id = 'AB-9876'
tconts = 2
pqueues = 64
sched_count = 8
def stuff_db(_results):
self._stuff_database([
(CircuitPack.class_id, cp_entity, {'number_of_ports': num_ports,
'serial_number': serial_num,
'version': cp_version,
'vendor_id': vendor_id,
'total_tcont_buffer_number': tconts,
'total_priority_queue_number': pqueues,
'total_traffic_scheduler_number': sched_count,
})])
def do_my_tests(_results):
config = self.onu_device.configuration
circuitpack = config.circuitpack_entities
self.assertTrue(isinstance(circuitpack, dict))
self.assertEqual(len(circuitpack), 1)
self.assertEqual(circuitpack[cp_entity]['entity-id'], cp_entity)
self.assertEqual(circuitpack[cp_entity]['number-of-ports'], num_ports)
self.assertEqual(circuitpack[cp_entity]['serial-number'], serial_num)
self.assertEqual(circuitpack[cp_entity]['version'], cp_version)
self.assertEqual(circuitpack[cp_entity]['vendor-id'], vendor_id)
self.assertEqual(circuitpack[cp_entity]['total-tcont-count'], tconts)
self.assertEqual(circuitpack[cp_entity]['total-priority-queue-count'], pqueues)
self.assertEqual(circuitpack[cp_entity]['total-traffic-sched-count'], sched_count)
# No capabilities available until started
self.assertIsNone(self.onu_device.configuration)
# Yield context so that MIB Database callLater runs.
self.onu_device.start()
d = asleep(0.2)
d.addCallbacks(stuff_db, self.not_called)
d.addCallbacks(do_my_tests, self.not_called)
return d
def upload_alarm(self, command_sequence_number):
########################################
# Begin ALARM Upload
seq_no = None
for seq_no in range(command_sequence_number):
max_tries = AlarmResyncTask.max_alarm_upload_next_retries
for retries in range(0, max_tries):
try:
response = yield self._device.omci_cc.send_get_all_alarm_next(
seq_no)
self.strobe_watchdog()
omci_msg = response.fields['omci_message'].fields
alarm_class_id = omci_msg['alarmed_entity_class']
alarm_entity_id = omci_msg['alarmed_entity_id']
alarm_bit_map = omci_msg['alarm_bit_map']
attributes = {
AlarmDbExternal.ALARM_BITMAP_KEY: alarm_bit_map
}
# Save to the database
self._db_active.set(self.device_id, alarm_class_id,
alarm_entity_id, attributes)
break
except TimeoutError:
self.log.warn(
'alarm-resync-timeout',
seq_no=seq_no,
command_sequence_number=command_sequence_number)
if retries < max_tries - 1:
yield asleep(AlarmResyncTask.alarm_upload_next_delay)
self.strobe_watchdog()
else:
raise
except Exception as e:
self.log.exception(
'resync',
e=e,
seq_no=seq_no,
command_sequence_number=command_sequence_number)
returnValue(seq_no + 1) # seq_no is zero based and alarm table.
def reboot(self):
self.log.info('rebooting', device_id=self.device_id)
# Update the connect status to UNREACHABLE
yield self.core_proxy.device_state_update(
self.device_id, connect_status=ConnectStatus.UNREACHABLE)
# Sleep 10 secs, simulating a reboot
# TODO: send alert and clear alert after the reboot
yield asleep(10)
# Change the connection status back to REACHABLE. With a
# real ONU the connection state must be the actual state
yield self.core_proxy.device_state_update(
self.device_id, connect_status=ConnectStatus.REACHABLE)
self.log.info('rebooted', device_id=self.device_id)
def test_in_sync_with_software_values(self):
self.setup_one_of_each()
self.assertEqual(len(self.omci_agent.device_ids()), 1)
sw_entity = 0x200
sw_version = 'Beta-0.0.2'
sw_hash = md5("just_a_test").hexdigest()
prod_code = 'MySoftware'
sw_active = True
sw_committed = True
sw_valid = True
def stuff_db(_results):
self._stuff_database([(SoftwareImage.class_id, sw_entity, {
'version': sw_version,
'is_committed': sw_committed,
'is_active': sw_active,
'is_valid': sw_valid,
'product_code': prod_code,
'image_hash': sw_hash,
})])
def do_my_tests(_results):
config = self.onu_device.configuration
images = config.software_images
self.assertTrue(isinstance(images, list))
self.assertEqual(len(images), 1)
self.assertEqual(
images[0].name,
'running-revision' if sw_active else 'candidate-revision')
self.assertEqual(images[0].version, sw_version)
self.assertEqual(images[0].is_active, 1 if sw_active else 0)
self.assertEqual(images[0].is_committed, 1 if sw_committed else 0)
self.assertEqual(images[0].is_valid, 1 if sw_valid else 0)
self.assertEqual(images[0].hash, sw_hash)
# No capabilities available until started
self.assertIsNone(self.onu_device.configuration)
# Yield context so that MIB Database callLater runs.
self.onu_device.start()
d = asleep(0.2)
d.addCallbacks(stuff_db, self.not_called)
d.addCallbacks(do_my_tests, self.not_called)
return d
def test_mib_query_ok_if_dev_started(self):
self.setup_one_of_each()
onu_device = self.agent.add_device(DEFAULT_ONU_DEVICE_ID,
self.adapter_agent)
self.assertIsNotNone(onu_device)
self.assertEqual(len(self.agent.device_ids()), 1)
self.assertEqual(self.agent.get_device(DEFAULT_ONU_DEVICE_ID),
onu_device)
def not_called(_reason):
onu_device.stop()
assert False, 'Should never be called'
def check_status(_results):
# Device started. Query will succeed but nothing should be populated
# but the most basic items
results = onu_device.query_mib()
self.assertTrue(isinstance(results, dict))
self.assertEqual(results.get(DEVICE_ID_KEY), DEFAULT_ONU_DEVICE_ID)
self.assertIsNotNone(results.get(VERSION_KEY))
self.assertIsNotNone(results.get(CREATED_KEY))
self.assertIsNone(
results.get(MODIFIED_KEY)) # Created! but not yet modified
self.assertEqual(results.get(MDS_KEY), 0)
self.assertIsNone(results.get(LAST_SYNC_KEY))
self.assertIsNone(results.get(CLASS_ID_KEY))
# Stopping still allows a query. Note you just delete a device
# to clean up any associated databases
onu_device.stop()
results = onu_device.query_mib()
self.assertTrue(isinstance(results, dict))
# Yield context so that MIB Database callLater runs. This is a waiting
# Async task from when the OpenOMCIAgent was started. But also start the
# device so that it's queued async state machines can run as well
onu_device.start()
d = asleep(0.2)
d.addCallbacks(check_status, not_called)
return d
def test_in_sync_with_cardholder_values(self):
self.setup_one_of_each()
self.assertEqual(len(self.omci_agent.device_ids()), 1)
ch_entity = 0x102
unit_type = 255
clie_code = 'abc123'
prot_ptr = 0
def stuff_db(_results):
self._stuff_database([(Cardholder.class_id, ch_entity, {
'actual_plugin_unit_type': unit_type,
'actual_equipment_id': clie_code,
'protection_profile_pointer': prot_ptr,
})])
def do_my_tests(_results):
config = self.onu_device.configuration
cardholder = config.cardholder_entities
self.assertTrue(isinstance(cardholder, dict))
self.assertEqual(len(cardholder), 1)
self.assertEqual(cardholder[ch_entity]['entity-id'], ch_entity)
self.assertEqual(cardholder[ch_entity]['is-single-piece'],
ch_entity >= 256)
self.assertEqual(cardholder[ch_entity]['slot-number'],
ch_entity & 0xFF)
self.assertEqual(cardholder[ch_entity]['actual-plug-in-type'],
unit_type)
self.assertEqual(cardholder[ch_entity]['actual-equipment-id'],
clie_code)
self.assertEqual(cardholder[ch_entity]['protection-profile-ptr'],
prot_ptr)
# No capabilities available until started
self.assertIsNone(self.onu_device.configuration)
# Yield context so that MIB Database callLater runs.
self.onu_device.start()
d = asleep(0.2)
d.addCallbacks(stuff_db, self.not_called)
d.addCallbacks(do_my_tests, self.not_called)
return d
def test_defaults(self):
self.setup_one_of_each()
self.assertEqual(len(self.omci_agent.device_ids()), 1)
@raises(AssertionError)
def do_my_tests(_results):
config = self.onu_device.configuration
# Should raise assertion if never been synchronized
config.version
# No capabilities available until started
self.assertIsNone(self.onu_device.configuration)
# Yield context so that MIB Database callLater runs. This is a waiting
# Async task from when the OpenOMCIAgent was started. But also start the
# device so that it's queued async state machines can run as well
self.onu_device.start()
d = asleep(0.2)
d.addCallbacks(do_my_tests, self.not_called)
return d
def _register_with_core(self, retries):
while 1:
try:
resp = yield self.core_proxy.register(
self.adapter.adapter_descriptor(),
self.adapter.device_types())
if resp:
self.log.info('registered-with-core',
coreId=resp.instance_id)
returnValue(resp)
except TimeOutError as e:
self.log.warn("timeout-when-registering-with-core", e=e)
if retries == 0:
self.log.exception("no-more-retries", e=e)
raise
else:
retries = retries if retries < 0 else retries - 1
yield asleep(defs['retry_interval'])
except Exception as e:
self.log.exception("failed-registration", e=e)
raise
