async def _get_client(service):
(ip, port) = ServiceRegistry.get_service_address(service)
return await aioh2.open_connection(ip, port)
def main():
"""Start mobilityd"""
service = MagmaService('mobilityd', mconfigs_pb2.MobilityD())
# Optionally pipe errors to Sentry
sentry_init(service_name=service.name)
# Load service configs and mconfig
config = service.config
mconfig = service.mconfig
multi_apn = config.get('multi_apn', mconfig.multi_apn_ip_alloc)
static_ip_enabled = config.get('static_ip', mconfig.static_ip_enabled)
allocator_type = mconfig.ip_allocator_type
dhcp_iface = config.get('dhcp_iface', 'dhcp0')
dhcp_retry_limit = config.get('retry_limit', RETRY_LIMIT)
# TODO: consider adding gateway mconfig to decide whether to
# persist to Redis
client = get_default_client()
store = MobilityStore(
client, config.get('persist_to_redis', False),
config.get('redis_port', DEFAULT_REDIS_PORT),
)
chan = ServiceRegistry.get_rpc_channel(
'subscriberdb',
ServiceRegistry.LOCAL,
)
ipv4_allocator = _get_ipv4_allocator(
store, allocator_type,
static_ip_enabled, multi_apn,
dhcp_iface, dhcp_retry_limit,
SubscriberDBStub(chan),
)
# Init IPv6 allocator, for now only IP_POOL mode is supported for IPv6
ipv6_allocator = IPv6AllocatorPool(
store=store,
session_prefix_alloc_mode=_get_value_or_default(
mconfig.ipv6_prefix_allocation_type,
DEFAULT_IPV6_PREFIX_ALLOC_MODE,
),
)
# Load IPAddressManager
ip_address_man = IPAddressManager(ipv4_allocator, ipv6_allocator, store)
# Add all servicers to the server
mobility_service_servicer = MobilityServiceRpcServicer(
ip_address_man, config.get('print_grpc_payload', False),
)
mobility_service_servicer.add_to_server(service.rpc_server)
# Load IPv4 and IPv6 blocks from the configurable mconfig file
# No dynamic reloading support for now, assume restart after updates
ipv4_block = _get_ip_block(mconfig.ip_block, "IPv4")
if ipv4_block is not None:
logging.info('Adding IPv4 block')
try:
mobility_service_servicer.add_ip_block(ipv4_block)
except OverlappedIPBlocksError:
logging.warning("Overlapped IPv4 block: %s", ipv4_block)
ipv6_block = _get_ip_block(mconfig.ipv6_block, "IPv6")
if ipv6_block is not None:
logging.info('Adding IPv6 block')
try:
mobility_service_servicer.add_ip_block(ipv6_block)
except OverlappedIPBlocksError:
logging.warning("Overlapped IPv6 block: %s", ipv6_block)
# Run the service loop
service.run()
# Cleanup the service
service.close()
def send_policy_rar(client, args):
sessiond_chan = ServiceRegistry.get_rpc_channel("sessiond", ServiceRegistry.LOCAL)
sessiond_client = SessionProxyResponderStub(sessiond_chan)
flow_list_str = args.flow_rules.split(";")
flow_match_list = []
for i, flow_str in enumerate(flow_list_str):
print("%d: %s" % (i, flow_str))
flow_fields = flow_str.split(",")
if flow_fields[0] == "UL":
flow_direction = FlowMatch.UPLINK
elif flow_fields[0] == "DL":
flow_direction = FlowMatch.DOWNLINK
else:
print("%s is not valid" % flow_fields[0])
raise ValueError(
"UL or DL are the only valid"
" values for first parameter of flow match",
)
ip_protocol = int(flow_fields[1])
if flow_fields[1] == FlowMatch.IPPROTO_TCP:
udp_src_port = 0
udp_dst_port = 0
if flow_fields[3]:
tcp_src_port = int(flow_fields[3])
else:
tcp_src_port = 0
if flow_fields[5]:
tcp_dst_port = int(flow_fields[5])
else:
tcp_dst_port = 0
elif flow_fields[1] == FlowMatch.IPPROTO_UDP:
tcp_src_port = 0
tcp_dst_port = 0
if flow_fields[3]:
udp_src_port = int(flow_fields[3])
else:
udp_src_port = 0
if flow_fields[5]:
udp_dst_port = int(flow_fields[5])
else:
udp_dst_port = 0
else:
udp_src_port = 0
udp_dst_port = 0
tcp_src_port = 0
tcp_dst_port = 0
flow_match_list.append(
FlowDescription(
match=FlowMatch(
direction=flow_direction,
ip_proto=ip_protocol,
ipv4_src=flow_fields[2],
ipv4_dst=flow_fields[4],
tcp_src=tcp_src_port,
tcp_dst=tcp_dst_port,
udp_src=udp_src_port,
udp_dst=udp_dst_port,
),
action=FlowDescription.PERMIT,
),
)
qos_parameter_list = args.qos.split(",")
if len(qos_parameter_list) == 7:
# utilize user passed arguments
policy_qos = FlowQos(
qci=int(args.qci),
max_req_bw_ul=int(qos_parameter_list[0]),
max_req_bw_dl=int(qos_parameter_list[1]),
gbr_ul=int(qos_parameter_list[2]),
gbr_dl=int(qos_parameter_list[3]),
arp=QosArp(
priority_level=int(qos_parameter_list[4]),
pre_capability=int(qos_parameter_list[5]),
pre_vulnerability=int(qos_parameter_list[6]),
),
)
else:
# parameter missing, use default values
policy_qos = FlowQos(
qci=int(args.qci),
max_req_bw_ul=100000,
max_req_bw_dl=100000,
arp=QosArp(priority_level=1, pre_capability=1, pre_vulnerability=0),
)
policy_rule = PolicyRule(
id=args.policy_id,
priority=int(args.priority),
flow_list=flow_match_list,
tracking_type=PolicyRule.NO_TRACKING,
rating_group=1,
monitoring_key=None,
qos=policy_qos,
)
qos = QoSInformation(qci=int(args.qci))
reauth_result = sessiond_client.PolicyReAuth(
PolicyReAuthRequest(
session_id=args.session_id,
imsi=args.imsi,
rules_to_remove=[],
rules_to_install=[],
dynamic_rules_to_install=[DynamicRuleInstall(policy_rule=policy_rule)],
event_triggers=[],
revalidation_time=None,
usage_monitoring_credits=[],
qos_info=qos,
),
)
print(reauth_result)
def main():
"""Start mobilityd"""
service = MagmaService('mobilityd', mconfigs_pb2.MobilityD())
# Load service configs and mconfig
config = service.config
mconfig = service.mconfig
# Optionally pipe errors to Sentry
sentry_init(service_name=service.name,
sentry_mconfig=service.shared_mconfig.sentry_config)
multi_apn = config.get('multi_apn', mconfig.multi_apn_ip_alloc)
static_ip_enabled = config.get('static_ip', mconfig.static_ip_enabled)
allocator_type = mconfig.ip_allocator_type
dhcp_iface = config.get('dhcp_iface', 'dhcp0')
dhcp_retry_limit = config.get('retry_limit', RETRY_LIMIT)
ipv6_prefixlen = config.get('ipv6_prefixlen', None)
# TODO: consider adding gateway mconfig to decide whether to
# persist to Redis
client = get_default_client()
store = MobilityStore(client, )
chan = ServiceRegistry.get_rpc_channel(
'subscriberdb',
ServiceRegistry.LOCAL,
)
ipv4_allocator = _get_ipv4_allocator(
store,
allocator_type,
static_ip_enabled,
multi_apn,
dhcp_iface,
dhcp_retry_limit,
SubscriberDBStub(chan),
)
# Init IPv6 allocator, for now only IP_POOL mode is supported for IPv6
ipv6_allocator = _get_ipv6_allocator(
store,
allocator_type,
static_ip_enabled,
mconfig,
ipv6_prefixlen,
SubscriberDBStub(chan),
)
# Load IPAddressManager
ip_address_man = IPAddressManager(ipv4_allocator, ipv6_allocator, store)
# Load IPv4 and IPv6 blocks from the configurable mconfig file
# No dynamic reloading support for now, assume restart after updates
ipv4_block = _get_ip_block(mconfig.ip_block, "IPv4")
if ipv4_block is not None:
logging.info('Adding IPv4 block')
try:
allocated_ip_blocks = ip_address_man.list_added_ip_blocks()
if ipv4_block not in allocated_ip_blocks:
# Cleanup previously allocated IP blocks
ip_address_man.remove_ip_blocks(*allocated_ip_blocks,
force=True)
ip_address_man.add_ip_block(ipv4_block)
except OverlappedIPBlocksError:
logging.warning("Overlapped IPv4 block: %s", ipv4_block)
ipv6_block = _get_ip_block(mconfig.ipv6_block, "IPv6")
if ipv6_block is not None:
logging.info('Adding IPv6 block')
try:
allocated_ipv6_block = ip_address_man.get_assigned_ipv6_block()
if ipv6_block != allocated_ipv6_block:
ip_address_man.add_ip_block(ipv6_block)
# configure IPv6 default GW
store.dhcp_gw_info.read_default_gw_v6()
except OverlappedIPBlocksError:
logging.warning("Overlapped IPv6 block: %s", ipv6_block)
# Add all servicers to the server
mobility_service_servicer = MobilityServiceRpcServicer(
ip_address_man,
config.get('print_grpc_payload', False),
)
mobility_service_servicer.add_to_server(service.rpc_server)
service.run()
# Cleanup the service
service.close()
