def enable_onu(self, o):
volt_service = o.pon_port.olt_device.volt_service
log.info("Enabling device %s in voltha" % o.device_id)
try:
get_voltha_client(volt_service).enable_device(o.device_id)
except Exception as e:
e.message = "[Enable ONU] " + e.message
log.error(e.message)
raise e
def get_ids_from_logical_device(o):
logical_devices = get_voltha_client(
o.volt_service).list_logical_devices()
for ld in logical_devices:
if ld.root_device_id == o.device_id:
o.of_id = ld.id
o.dp_id = "of:%s" % (Helpers.datapath_id_to_hex(ld.datapath_id)
) # Convert to hex
return o
raise Exception("Can't find a logical_device for OLT device id: %s" %
o.device_id)
def fetch_onu_ports(self, onu):
try:
onu_ports = get_voltha_client(self.volt_service).list_device_ports(
onu.device_id)
if onu_ports is None:
return
log.debug("[ONU pull step] received ports",
ports=onu_ports,
onu=onu.device_id)
self.create_or_update_ports(onu_ports, onu)
except Exception as e:
log.error("[ONU pull step] " + e.message)
return
def fetch_olt_ports(self, olt_device_id):
"""
Given an olt device_id, query VOLTHA for the set of ports associated with that OLT.
:param olt_device_id: The given OLT device id.
:return: List of port dictionaries, or None in case of error.
"""
try:
olt_ports = get_voltha_client(
self.volt_service).list_device_ports(olt_device_id)
if olt_ports is not None:
log.debug("[OLT pull step] received ports",
ports=olt_ports,
olt=olt_device_id)
return olt_ports
except Exception as e:
log.error("[OLT pull step] " + e.message)
return None
def pull_records(self):
log.debug("[OLT pull step] pulling OLT devices from VOLTHA")
try:
self.volt_service = VOLTService.objects.all()[0]
except IndexError:
log.warn('VOLTService not found')
return
try:
olt_devices = get_voltha_client(
self.volt_service).list_olt_devices()
if olt_devices is None:
log.debug("[OLT pull step] Blank response received")
return
log.debug("[OLT pull step] received devices", olts=olt_devices)
olts_in_voltha = self.create_or_update_olts(olt_devices)
self.delete_olts(olts_in_voltha)
except Exception as e:
log.error("[OLT pull step] " + e.message)
return
def get_ids_from_logical_device(o):
# FIXME: this should return a single device from VOLTHA since an instance of Voltha has a single OLT
try:
logical_devices = get_voltha_client(
o.volt_service).list_logical_devices()
except Exception as e:
log.error("[OLT pull step] " + e.message)
raise e
for ld in logical_devices:
if ld.root_device_id == o.device_id:
o.of_id = ld.id
o.dp_id = "of:" + Helpers.datapath_id_to_hex(
ld.datapath_id) # convert to hex
# Note: If the device is administratively disabled, then it's likely we won't find a logical device for
# it. Only throw the exception for OLTs that are enabled.
if not o.of_id and not o.dp_id and o.admin_state == "ENABLED":
raise Exception("Can't find a logical device for device id: %s" %
o.device_id)
def pre_provision_olt_device(self, olt_xos_model):
log.info("Pre-provisioning OLT device in VOLTHA",
object=str(olt_xos_model),
**olt_xos_model.tologdict())
try:
resp_dev = get_voltha_client(
olt_xos_model.volt_service).create_olt_device(olt_xos_model)
log.info("Device has been pushed to VOLTHA with ID: %s",
resp_dev.id)
except Exception as e:
log.error("ASDASD")
log.error(e)
log.error(e.message)
raise e
log.debug("Add device response", device=resp_dev)
# TODO(smbaker): Potential partial failure. If device is created in Voltha but synchronizer crashes before the
# model is saved, then synchronizer will continue to try to preprovision and fail due to preexisting
# device.
# Device ID comes from Voltha and it is allocated with device is created
if resp_dev.id == '':
raise Exception(
'VOLTHA Device Id is empty. This probably means that the OLT device is already provisioned in VOLTHA'
)
else:
olt_xos_model.device_id = resp_dev.id
# Only update the serial number if it is not already populated. See comments in similar code in the
# pull step. Let the pull step handle emitting any error message if the serial numbers differ.
if resp_dev.serial_number != '' and (
not olt_xos_model.serial_number):
log.info("Sync step learned OLT serial number from voltha",
model_serial_number=olt_xos_model.serial_number,
voltha_serial_number=resp_dev.serial_number,
olt_id=olt_xos_model.id)
olt_xos_model.serial_number = resp_dev.serial_number
log.info("save_changed_fields1")
olt_xos_model.save_changed_fields()
def delete_record(self, model):
log.info("Deleting OLT device", object=str(model), **model.tologdict())
if not model.device_id or model.backend_code == 2:
# NOTE if the device was not synchronized, just remove it from the data model
log.warning(
"OLTDevice %s has no device_id, it was never saved in VOLTHA" %
model.name)
return
else:
voltha_client = get_voltha_client(model.volt_service)
try:
voltha_client.disable_device(model.device_id)
except ConnectionError as e:
e.message = "[Disable OLT] " + e.message
log.warn(e.message)
return
except Exception as e:
e.message = "[Disable OLT] " + e.message
log.error(e.message)
raise e
# NOTE [teo] wait some time after the disable to let VOLTHA doing its things
for i in list(reversed(range(10))):
sleep(1)
log.info("[Delete OLT] Deleting the OLT in %s seconds" % i)
# Delete the OLT device
try:
voltha_client.delete_device(model.device_id)
except ConnectionError as e:
e.message = "[Delete OLT] " + e.message
log.warn(e.message)
return
except Exception as e:
e.message = "[Delete OLT] " + e.message
log.error(e.message)
raise e
def pull_records(self):
log.debug("[ONU pull step] pulling ONU devices from VOLTHA")
try:
self.volt_service = VOLTService.objects.all()[0]
except IndexError:
log.warn('VOLTService not found')
return
try:
onu_devices = get_voltha_client(
self.volt_service).list_onu_devices()
if onu_devices is None:
return
if len(onu_devices) > 0:
log.debug("received devices", onus=onu_devices)
onus_in_voltha = self.create_or_update_onus(onu_devices)
# TODO
# [ ] delete ONUS as ONUDevice.objects.all() - updated ONUs
else:
log.debug("[ONU pull step] Blank response received")
except Exception as e:
log.error("[ONU pull step] " + e.message)
return
def activate_olt(self, model):
attempted = 0
# Enable device
voltha_client = get_voltha_client(model.volt_service)
try:
voltha_client.enable_device(model.device_id)
except Exception as e:
e.message = "[OLT enable] " + e.message
log.error(e.message)
raise e
model.backend_status = "Waiting for device to be activated"
log.info("save_changed_fields2")
model.save_changed_fields(always_update_timestamp=False
) # we don't want to kickoff a new loop
# Read state
olt_dev = None
try:
olt_dev = voltha_client.get_device(model.device_id)
model.oper_status = common_pb2.OperStatus.Types.Name(
olt_dev.oper_status)
except ConnectionError as e:
# Strange behaviour, previous call was successful but this gives connection error.
log.error(e.message)
# Anyway, continue and retry again
except Exception as e:
log.warn(e.message)
while model.oper_status == "ACTIVATING" and attempted < self.max_attempt:
log.info("Waiting for OLT device %s (%s) to activate" %
(model.name, model.device_id))
sleep(5)
try:
olt_dev = voltha_client.get_device(model.device_id)
except ConnectionError as e:
# Strange behaviour, previous call was successful but this gives connection error.
log.error(e.message)
# Anyway, continue and retry again
except Exception as e:
log.warn(e.message)
olt_dev = None
if olt_dev is not None:
model.oper_status = common_pb2.OperStatus.Types.Name(
olt_dev.oper_status)
attempted = attempted + 1
# FIXME: possible NoneType if get_device always except
# Only update the serial number if it is not already populated. See comments in similar code in the
# pull step. Let the pull step handle emitting any error message if the serial numbers differ.
if olt_dev.serial_number != '' and (not model.serial_number):
log.info("Sync step learned olt serial number from voltha",
model_serial_number=model.serial_number,
voltha_serial_number=olt_dev.serial_number,
olt_id=model.id)
model.serial_number = olt_dev.serial_number
if model.oper_status != "ACTIVE":
raise Exception(
"It was not possible to activate OLTDevice with id %s" %
model.id)
# Find the of_id of the device
self.get_ids_from_logical_device(model)
log.info("save_changed_fields3")
model.save_changed_fields()
def deactivate_olt(self, model):
get_voltha_client(model.volt_service).disable_device(model.device_id)
