def filter_configs_by_key(configs_by_key: Dict[str, TAny]) -> Dict[str, TAny]:
"""
Given a JSON-deserialized map of mconfig protobuf Any's keyed by service
name, filter out any entires without a corresponding service or which have
values that aren't registered in the protobuf symbol database yet.
Args:
configs_by_key:
JSON-deserialized service mconfigs keyed by service name
Returns:
The input map without any services which currently don't exist.
"""
magmad_cfg = service_configs.load_service_config('magmad')
services = magmad_cfg.get('magma_services', [])
services.append('magmad')
services += magmad_cfg.get('registered_dynamic_services', [])
services = set(services)
filtered_configs_by_key = {}
for srv, cfg in configs_by_key.items():
if srv not in services:
continue
filtered_configs_by_key[srv] = cfg
return filtered_configs_by_key
def _check_stateless_service_config(service, config_name, config_value):
service_config = load_service_config(service)
if service_config.get(config_name) == config_value:
return return_codes.STATELESS
print(service, "is stateful")
return return_codes.STATEFUL
def get_context():
"""
Provide context to pass to Jinja2 for templating.
"""
context = {}
cfg = load_service_config("dnsd")
try:
mconfig = load_service_mconfig('dnsd', DnsD())
except LoadConfigError as err:
logging.warning("Error! Using default config because: %s", err)
mconfig = DnsD()
ip = get_ip_from_if_cidr(cfg['enodeb_interface'])
if int(ip.split('/')[1]) < 16:
logging.fatal("Large interface netmasks hang dnsmasq, consider using a "
"netmask in range /16 - /24")
raise Exception("Interface %s netmask is to large."
% cfg['enodeb_interface'])
dhcp_block_size = cfg['dhcp_block_size']
available_hosts = list(ipaddress.IPv4Interface(ip).network.hosts())
context['dhcp_server_enabled'] = mconfig.dhcp_server_enabled
if dhcp_block_size < len(available_hosts):
context['dhcp_range'] = {
"lower": str(available_hosts[-dhcp_block_size]),
"upper": str(available_hosts[-1]),
}
else:
logging.fatal("Not enough available hosts to allocate a DHCP block of \
%d addresses." % (dhcp_block_size))
context['addresses'] = _get_addresses(cfg, mconfig)
return context
async def set_enodebd_iptables_rule():
"""
Remove & Set iptable rules for exposing public IP
for enobeb instead of private IP..
"""
# Remove & Set iptable rules for exposing public ip
# for enobeb instead of private
cfg = load_service_config('enodebd')
port, interface = cfg['tr069']['port'], cfg['tr069']['interface']
enodebd_public_ip = cfg['tr069']['public_ip']
# IPv4 only as iptables only works for IPv4. TODO: Investigate ip6tables?
enodebd_ip = get_ip_from_if(interface, preference=IpPreference.IPV4_ONLY)
# Incoming data from 192.88.99.142 -> enodebd address (eg 192.168.60.142)
enodebd_netmask = get_if_ip_with_netmask(
interface,
preference=IpPreference.IPV4_ONLY,
)[1]
verify_config = does_iface_config_match_expected(
enodebd_ip,
enodebd_netmask,
)
if not verify_config:
logging.warning(
'The IP address of the %s interface is %s. The '
'expected IP addresses are %s', interface, enodebd_ip,
str(EXPECTED_IP4))
await check_and_apply_iptables_rules(
port,
enodebd_public_ip,
enodebd_ip,
)
def get_context():
"""
Provide context to pass to Jinja2 for templating.
"""
context = {}
cfg = load_service_config("dnsd")
try:
mconfig = load_service_mconfig("dnsd")
except LoadConfigError as err:
logging.warn("Error! Using default config because: %s", err)
mconfig = DnsD()
ip = get_ip_from_if_cidr(cfg['enodeb_interface'])
dhcp_block_size = cfg['dhcp_block_size']
available_hosts = list(ipaddress.IPv4Interface(ip).network.hosts())
if dhcp_block_size < len(available_hosts):
context['dhcp_range'] = {
"lower": str(available_hosts[-dhcp_block_size]),
"upper": str(available_hosts[-1]),
}
else:
logging.fatal("Not enough available hosts to allocate a DHCP block of \
%d addresses." % (dhcp_block_size))
context['addresses'] = _get_addresses(cfg, mconfig)
return context
def check_ipv6_iface_config(service, config_name, config_value):
"""Check if eth3 interface is configured"""
service_config = load_service_config(service)
if service_config.get(config_name) == config_value:
print("IPV6_ENABLED\t%s -> %s" % (service, config_name))
return return_codes.IPV6_ENABLED
return return_codes.IPV4_ENABLED
def ovs_reset_bridges():
mconfig = get_mconfig_manager().load_service_mconfig(
'pipelined', mconfigs_pb2.PipelineD(),
)
service_config = load_service_config('pipelined')
if service_config.get('enable_nat', mconfig.nat_enabled):
non_nat_sgi_interface = ""
sgi_management_iface_ip_addr = ""
sgi_management_iface_gw = ""
else:
non_nat_sgi_interface = service_config['nat_iface']
sgi_management_iface_ip_addr = service_config.get(
'sgi_management_iface_ip_addr', mconfig.sgi_management_iface_ip_addr,
)
sgi_management_iface_gw = service_config.get(
'sgi_management_iface_gw', mconfig.sgi_management_iface_gw,
)
sgi_bridge_name = service_config.get('uplink_bridge', "uplink_br0")
reset_br = "magma-bridge-reset.sh -n %s %s %s %s" % \
(
sgi_bridge_name,
non_nat_sgi_interface,
sgi_management_iface_ip_addr,
sgi_management_iface_gw,
)
print("ovs-restart: ", reset_br)
subprocess.call(reset_br.split())
def debug(cls, _, __, ___):
config = load_service_config('pipelined')
qos_impl_type = QosImplType(config["qos"]["impl"])
qos_store = QosStore(cls.__name__)
for k, v in qos_store.items():
_, imsi, ip_addr, rule_num, d = get_key(k)
_, qid, ambr, leaf = get_data(v)
print('imsi :', imsi)
print('ip_addr :', ip_addr)
print('rule_num :', rule_num)
print('direction :', d)
print('qos_handle:', qid)
print('qos_handle_ambr:', ambr)
print('qos_handle_ambr_leaf:', leaf)
if qos_impl_type == QosImplType.OVS_METER:
MeterManager.dump_meter_state(v)
else:
intf = 'nat_iface' if d == FlowMatch.UPLINK else 'enodeb_iface'
print("Dev: ", config[intf])
TrafficClass.dump_class_state(config[intf], qid)
if leaf and leaf != qid:
print("Leaf:")
TrafficClass.dump_class_state(config[intf], leaf)
if ambr:
print("AMBR (parent):")
TrafficClass.dump_class_state(config[intf], ambr)
def debug(cls, _, __, ___):
config = load_service_config('pipelined')
qos_impl_type = QosImplType(config["qos"]["impl"])
qos_store = QosStore(cls.__name__, client=get_default_client())
for k, v in qos_store.items():
_, imsi, ip_addr, rule_num, d = get_key(k)
_, qid, ambr, leaf = get_data(v)
print('imsi :', imsi)
print('ip_addr :', ip_addr)
print('rule_num :', rule_num)
print('direction :', d)
print('qos_handle:', qid)
print('qos_handle_ambr:', ambr)
print('qos_handle_ambr_leaf:', leaf)
if qos_impl_type == QosImplType.OVS_METER:
MeterManager.dump_meter_state(v)
else:
dev = config[
'nat_iface'] if d == FlowMatch.UPLINK else 'gtpu_sys_2152'
print("Dev: ", dev)
TrafficClass.dump_class_state(dev, qid)
if leaf and leaf != qid:
print("Leaf:")
TrafficClass.dump_class_state(dev, leaf)
if ambr:
print("AMBR (parent):")
TrafficClass.dump_class_state(dev, ambr)
if qos_impl_type == QosImplType.LINUX_TC:
dev = config['nat_iface']
print("Root stats for: ", dev)
TrafficClass.dump_root_class_stats(dev)
dev = 'gtpu_sys_2152'
print("Root stats for: ", dev)
TrafficClass.dump_root_class_stats(dev)
def main():
"""
Top-level function for health service
"""
service = MagmaService('health', None)
# Optionally pipe errors to Sentry
sentry_init()
# Service state wrapper obj
service_state = ServiceStateWrapper()
# Load service YML config
state_recovery_config = service.config["state_recovery"]
services_check = state_recovery_config["services_check"]
polling_interval = int(state_recovery_config["interval_check_mins"]) * 60
restart_threshold = state_recovery_config["restart_threshold"]
snapshots_dir = state_recovery_config["snapshots_dir"]
redis_dump_src = load_service_config("redis").get("dir", "/var/opt/magma")
state_recovery_job = StateRecoveryJob(service_state=service_state,
polling_interval=polling_interval,
services_check=services_check,
restart_threshold=restart_threshold,
redis_dump_src=redis_dump_src,
snapshots_dir=snapshots_dir,
service_loop=service.loop)
state_recovery_job.start()
# Run the service loop
service.run()
# Cleanup the service
service.close()
async def download_update(target_image: str, git_hash: str) -> None:
"""
Download the images for the given tag and clones the github repo.
"""
await run_command("rm -rf {}".format(MAGMA_GITHUB_PATH), shell=True,
check=True)
await run_command("mkdir -p {}".format(MAGMA_GITHUB_PATH), shell=True,
check=True)
control_proxy_config = load_service_config('control_proxy')
await run_command("cp {} /usr/local/share/ca-certificates/rootCA.crt".
format(control_proxy_config['rootca_cert']), shell=True,
check=True)
await run_command("update-ca-certificates", shell=True, check=True)
git_clone_cmd = "git -c http.proxy=https://{}:{} -C {} clone {}".format(
control_proxy_config['bootstrap_address'],
control_proxy_config['bootstrap_port'], MAGMA_GITHUB_PATH,
MAGMA_GITHUB_URL)
await run_command(git_clone_cmd, shell=True, check=True)
git_checkout_cmd = "git -C {}/magma checkout {}".format(
MAGMA_GITHUB_PATH, git_hash,
)
await run_command(git_checkout_cmd, shell=True, check=True)
docker_login_cmd = "docker login -u $DOCKER_USERNAME -p $DOCKER_PASSWORD " \
"$DOCKER_REGISTRY"
await run_command(docker_login_cmd, shell=True, check=True)
docker_pull_cmd = "IMAGE_VERSION={} docker-compose --project-directory " \
"/var/opt/magma/docker -f " \
"/var/opt/magma/docker/docker-compose.yml pull -q".\
format(target_image)
await run_command(docker_pull_cmd, shell=True, check=True)
def reload_config(self):
"""Reload the local config for the service"""
try:
self._config = load_service_config(self._name)
self._setup_logging()
except LoadConfigError as e:
logging.warning(e)
def _display_flows(client, apps=None):
pipelined_config = load_service_config('pipelined')
bridge_name = pipelined_config['bridge_name']
response = client.GetAllTableAssignments(Void())
table_assignments = {
table_assignment.app_name: Tables(
main_table=table_assignment.main_table,
type=None,
scratch_tables=table_assignment.scratch_tables,
)
for table_assignment in response.table_assignments
}
try:
flows = BridgeTools.get_annotated_flows_for_bridge(
bridge_name,
table_assignments,
apps,
)
except subprocess.CalledProcessError as e:
if e.returncode == errno.EPERM:
print("Need to run as root to dump flows")
return
for flow in flows:
print(flow)
def run(self) -> None:
""" Create and start HTTP server """
svc_config = load_service_config("enodebd")
app = web.Application()
app.router.add_route(
'POST',
"/{something}",
self._post_and_put_handler,
)
app.router.add_route(
'PUT',
"/{something}",
self._post_and_put_handler,
)
handler = app.make_handler()
create_server_func = self.loop.create_server(
handler,
host=get_ip_from_if(svc_config['tr069']['interface']),
port=svc_config['tr069']['perf_mgmt_port'],
)
self._periodic_check_rf_tx()
self.loop.run_until_complete(create_server_func)
def check_stateless_service_config(service, config_name, config_value):
service_config = load_service_config(service)
if service_config.get(config_name) == config_value:
print("STATELESS\t%s -> %s" % (service, config_name))
return return_codes.STATELESS
print("STATEFUL\t%s -> %s" % (service, config_name))
return return_codes.STATEFUL
def _check_stateless_service_config(service, config_name, config_value):
service_config = load_service_config(service)
if service_config.get(config_name) == config_value:
logging.info("STATELESS\t%s -> %s", service, config_name)
return magmad_pb2.CheckStatelessResponse.STATELESS
logging.info("STATEFUL\t%s -> %s", service, config_name)
return magmad_pb2.CheckStatelessResponse.STATEFUL
def __init__(self, polling_interval: int, service_loop):
super().__init__(interval=CHECKIN_INTERVAL, loop=service_loop)
self._config = load_service_config("monitord")
self._MTR_PORT = self._config["mtr_interface"]
# Matching response time output to get latency
self._polling_interval = max(polling_interval,
DEFAULT_POLLING_INTERVAL)
# TODO: Save to redis
self._subscriber_state = defaultdict(ICMPMonitoringResponse)
self._loop = service_loop
def get_streamer_status(_, args):
if args.service not in STREAMER_KEYS_BY_SERVICE:
print('No streamer config available for', args.service)
return
cfg = service_configs.load_service_config(args.service)
if cfg is None:
print('No config found!')
for key in STREAMER_KEYS_BY_SERVICE[args.service]:
enabled = cfg.get(key, False)
print('%s: %s' % (key, enabled))
def create_parser():
"""
Creates the argparse parser with all the arguments.
"""
pipelined_config = load_service_config('pipelined')
bridge_name = pipelined_config['bridge_name']
ovs_gtp_port_number = pipelined_config['ovs_gtp_port_number']
parser = argparse.ArgumentParser(
description='CLI wrapper around ovs-appctl ofproto/trace.\n'
'Note: this won\'t be able to trace packets in userspace',
formatter_class=argparse.ArgumentDefaultsHelpFormatter)
parser.add_argument('-br', '--bridge_name', default=bridge_name,
help='OVS bridge name(gtp_br0 or cwag_br0 or...)')
subparsers = parser.add_subparsers(title='direction', dest='cmd')
uplink = subparsers.add_parser('uplink', help='Trace packet going from UE')
uplink.add_argument('-p', '--in_port', default=ovs_gtp_port_number,
help='gtp port number')
dlink = subparsers.add_parser('dlink',
help='Trace packet coming from UPLINK')
dlink.add_argument('-p', '--in_port', default='eth2',
help='In port name')
uplink.add_argument('tun_src', help='Tunnel src ip', default='')
uplink.add_argument('-tun_dst', help='Tunnel dst ip',
default='192.168.128.1')
uplink.add_argument('-tun_id', help='Tunnel id(key)', default='')
uplink.set_defaults(direction='OUT')
dlink.set_defaults(direction='IN')
for dir_p in [uplink, dlink]:
dir_p.add_argument('ue_mac', help='UE mac address(unused in LTE)',
default='0a:00:27:00:00:03')
dir_p.add_argument('-ue_ip_addr', help='UE IP address',
default='172.168.10.13')
dir_p.add_argument('-uplink_mac', help='UPLINK mac address',
default='00:27:12:00:33:00')
dir_p.add_argument('--uplink_ip_addr', help='UPLINK IP address',
default='104.28.26.94')
proto_sp = dir_p.add_subparsers(title='protos', dest='cmd')
tcp = proto_sp.add_parser('tcp', help='Specify tcp packet')
tcp.add_argument('-ue_port', type=int, help='', default=3372)
tcp.add_argument('-uplink_port', type=int, help='', default=80)
tcp.add_argument('-seq', type=int, default=10001)
tcp.add_argument('-ack', type=int, default=10002)
tcp.add_argument('-tf', '--tcp_flags', help='Specify TCP flags',
default='')
icmp = proto_sp.add_parser('icmp', help='Specify icmp packet')
icmp.add_argument('-t', '--type', type=int, help='ICMP type', default=0)
icmp.add_argument('-c', '--code', type=int, help='ICMP code', default=0)
tcp.set_defaults(func=_trace_tcp_pkt)
icmp.set_defaults(func=_trace_icmp_pkt)
return parser
def display_raw_flows(_unused, args):
pipelined_config = load_service_config('pipelined')
bridge_name = pipelined_config['bridge_name']
try:
flows = BridgeTools.get_flows_for_bridge(bridge_name, args.table_num)
except subprocess.CalledProcessError as e:
if e.returncode == errno.EPERM:
print("Need to run as root to dump flows")
return
for flow in flows:
print(flow)
def get_proxy_config():
"""
Returns the control proxy config. The config file is loaded only
once and cached.
"""
if not ServiceRegistry._PROXY_CONFIG:
try:
ServiceRegistry._PROXY_CONFIG = load_service_config(
'control_proxy')
except LoadConfigError as err:
logging.error(err)
ServiceRegistry._PROXY_CONFIG = {}
return ServiceRegistry._PROXY_CONFIG
def get_registry():
"""
Returns _REGISTRY which holds the contents from the
config/service/service_registry.yml file. Its a static member and the
.yml file is loaded only once.
"""
if not ServiceRegistry._REGISTRY:
try:
ServiceRegistry._REGISTRY = load_service_config(
"service_registry", )
except LoadConfigError as err:
logging.error(err)
ServiceRegistry._REGISTRY = {"services": {}}
return ServiceRegistry._REGISTRY
def tr069_server(state_machine_manager: StateMachineManager) -> None:
"""
TR-069 server
Inputs:
- acs_to_cpe_queue = instance of Queue
containing messages from parent process/thread to be sent to CPE
- cpe_to_acs_queue = instance of Queue
containing messages from CPE to be sent to parent process/thread
"""
config = load_service_config("enodebd")
AutoConfigServer.set_state_machine_manager(state_machine_manager)
app = Tr069Application(
[AutoConfigServer],
CWMP_NS,
in_protocol=Tr069Soap11(validator='soft'),
out_protocol=Tr069Soap11(),
)
wsgi_app = WsgiApplication(app)
try:
ip_address = get_ip_from_if(config['tr069']['interface'])
except (ValueError, KeyError) as e:
# Interrupt main thread since process should not continue without TR-069
_thread.interrupt_main()
raise e
socket.setdefaulttimeout(SOCKET_TIMEOUT)
logger.info(
'Starting TR-069 server on %s:%s',
ip_address,
config['tr069']['port'],
)
server = make_server(
ip_address,
config['tr069']['port'],
wsgi_app,
WSGIServer,
tr069_WSGIRequestHandler,
)
# Note: use single-thread server, to avoid state contention
try:
server.serve_forever()
finally:
# Log error and interrupt main thread, to ensure that entire process
# is restarted if this thread exits
logger.error('Hit error in TR-069 thread. Interrupting main thread.')
_thread.interrupt_main()
def debug(cls, _):
config = load_service_config('pipelined')
qos_impl_type = QosImplType(config["qos"]["impl"])
qos_store = QosStore(cls.__name__)
for k, v in qos_store.items():
_, imsi, rule_num, d = get_key(k)
print('imsi :', imsi)
print('rule_num :', rule_num)
print('direction :', d)
print('qos_handle:', v)
if qos_impl_type == QosImplType.OVS_METER:
MeterManager.dump_meter_state(v)
else:
intf = 'nat_iface' if d == FlowMatch.UPLINK else 'enodeb_iface'
TrafficClass.dump_class_state(config[intf], v)
def run(self):
""" Create and start HTTP server """
svc_config = load_service_config("enodebd")
app = web.Application()
app.router.add_route('POST', "/{something}", self.post_handler)
loop = asyncio.get_event_loop()
handler = app.make_handler()
create_server_func = loop.create_server(
handler,
host=get_ip_from_if(svc_config['tr069']['interface']),
port=svc_config['tr069']['perf_mgmt_port'])
loop.run_until_complete(create_server_func)
def set_enodebd_iptables_rule():
"""
Remove & Set iptable rules for exposing public IP
for enobeb instead of private IP..
"""
# Remove & Set iptable rules for exposing public ip
# for enobeb instead of private
cfg = load_service_config('enodebd')
port, interface = cfg['tr069']['port'], cfg['tr069']['interface']
enodebd_public_ip = cfg['tr069']['public_ip']
# IPv4 only as iptables only works for IPv4. TODO: Investigate ip6tables?
enodebd_ip = get_ip_from_if(interface, preference=IpPreference.IPV4_ONLY)
# Incoming data from 192.88.99.142 -> enodebd address (eg 192.168.60.142)
yield from run(get_iptables_rule(
port, enodebd_public_ip, enodebd_ip, add=False))
yield from run(get_iptables_rule(
port, enodebd_public_ip, enodebd_ip, add=True))
def main():
""" This module is used for manual testing of the TR-069 server """
config = load_service_config("enodebd")
app = Tr069Application([AutoConfigServer],
CWMP_NS,
in_protocol=Tr069Soap11(validator="soft"),
out_protocol=Tr069Soap11())
ip_address = get_ip_from_if(config['tr069']['interface'])
client = Tr069HttpClient(
"http://%s:%s" % (ip_address, config["tr069"]["port"]), app)
client.set_options(out_header=ID("123", mustUnderstand="1"))
rpc_methods = client.service.get_rpc_methods()
for rpc_method in rpc_methods:
print("Method: %s" % rpc_method)
inform_req = client.factory.create("Inform")
inform_req.DeviceId = client.factory.create("DeviceIdStruct")
inform_req.DeviceId.Manufacturer = "Magma"
inform_req.DeviceId.OUI = "ABCDEF"
inform_req.DeviceId.ProductClass = "TopClass"
inform_req.DeviceId.SerialNumber = "123456789"
inform_req.Event = None
inform_req.MaxEnvelopes = 1
inform_req.CurrentTime = None
inform_req.RetryCount = 4
inform_req.ParameterList = None
client.set_options(out_header=ID("456", mustUnderstand="1"))
client.service.Inform(inform_req)
dummy = DummyInput()
dummy.Field1 = 5
rsp = client.service.EmptyHttp(dummy)
print("EmptyHttp response = ", rsp)
paramNames = client.factory.create("GetParameterNamesResponse")
paramNames.ParameterList = client.factory.create("ParameterInfoList")
paramNames.ParameterList.ParameterInfoStruct =\
[client.factory.create("ParameterInfoStruct")]
paramNames.ParameterList.ParameterInfoStruct[0].Name = "Parameter1"
paramNames.ParameterList.ParameterInfoStruct[0].Writable = True
rsp = client.service.GetParameterNamesResponse(paramNames)
print("GetParameterNamesResponse response = ", rsp)
def generate_template_config(service, template, out_dirname, context):
"""
Generate the config from the jinja template.
Args:
service (str): Name of the magma service. Used for looking up the
config and mconfig
template (str): Name of the input template, which is also used for
choosing the output filename
out_dirname (str): Path of the output file
context (map): Context to use for Jinja (the .yml config and mconfig
will be added into this context)
"""
# Get the template and the output filenames
template_filename = _get_template_filename(template)
out_filename = _get_template_out_filename(template, out_dirname)
logging.info(
"Generating config file: [%s] using template: [%s]" % (
out_filename, template_filename,
),
)
template_context = {}
# Generate the content to use from the service yml config and mconfig.
try:
template_context.update(load_service_config(service))
except LoadConfigError as err:
logging.warning(err)
template_context.update(context)
try:
mconfig = load_service_mconfig_as_json(service)
template_context.update(mconfig)
except LoadConfigError as err:
logging.warning(err)
# Export snowflake to template.
# TODO: export a hardware-derived ID that can be used by a field tech
# to easily identify a specific device.
template_context.setdefault("snowflake", make_snowflake())
# Create the config file based on the template
template_str = open(template_filename, 'r').read()
output = Template(template_str).render(template_context)
os.makedirs(out_dirname, exist_ok=True)
write_to_file_atomically(out_filename, output)
def __init__(self, service, bootstrap_success_cb):
super().__init__(
self.PERIODIC_BOOTSTRAP_CHECK_INTERVAL.total_seconds(),
service.loop)
control_proxy_config = load_service_config('control_proxy')
self._challenge_key_file \
= service.config['bootstrap_config']['challenge_key']
self._hw_id = snowflake.snowflake()
self._gateway_key_file = control_proxy_config['gateway_key']
self._gateway_cert_file = control_proxy_config['gateway_cert']
self._gateway_key = None
self._state = BootstrapState.INITIAL
self._bootstrap_success_cb = bootstrap_success_cb
# give some margin on watchdog check interval
self.set_timeout(self._interval * 1.1)
def __init__(self, name, loop=None):
self._name = name
self._port = 0
self._get_status_callback = None
self._reload_config_callback = None
# Init logging before doing anything
logging.basicConfig(
level=logging.INFO,
format='[%(asctime)s %(levelname)s %(name)s] %(message)s')
# Set gRPC polling strategy
self._set_grpc_poll_strategy()
# Load the managed config if present
self._mconfig = None
self._mconfig_manager = get_mconfig_manager()
self.reload_mconfig()
self._state = ServiceInfo.STARTING
self._health = ServiceInfo.APP_UNHEALTHY
if loop is None:
loop = asyncio.get_event_loop()
self._loop = loop
self._start_time = int(time.time())
self._register_signal_handlers()
# Load the service config if present
self._config = None
try:
self._config = load_service_config(name)
except LoadConfigError as e:
logging.warning(e)
self._setup_logging()
self._version = '0.0.0'
# Load the service version if available
try:
self._version = pkg_resources.get_distribution('orc8r').version
except pkg_resources.ResolutionError as e:
logging.info(e)
self._server = grpc.server(futures.ThreadPoolExecutor(max_workers=10))
add_Service303Servicer_to_server(self, self._server)
