def init_sync_d_interface_tables(db_conn):
"""
Initializes interface maps for SyncD-connected MIB(s).
:return: tuple(if_name_map, if_id_map, oid_map, if_alias_map)
"""
# Make sure we're connected to COUNTERS_DB
db_conn.connect(COUNTERS_DB)
# { if_name (SONiC) -> sai_id }
# ex: { "Ethernet76" : "1000000000023" }
if_name_map, if_id_map = port_util.get_interface_oid_map(db_conn)
logger.debug("Port name map:\n" + pprint.pformat(if_name_map, indent=2))
logger.debug("Interface name map:\n" + pprint.pformat(if_id_map, indent=2))
# { OID -> sai_id }
oid_sai_map = {
get_index(if_name): sai_id
for if_name, sai_id in if_name_map.items()
# only map the interface if it's a style understood to be a SONiC interface.
if get_index(if_name) is not None
}
logger.debug("OID sai map:\n" + pprint.pformat(oid_sai_map, indent=2))
# { OID -> if_name (SONiC) }
oid_name_map = {
get_index(if_name): if_name
for if_name in if_name_map
# only map the interface if it's a style understood to be a SONiC interface.
if get_index(if_name) is not None
}
logger.debug("OID name map:\n" + pprint.pformat(oid_name_map, indent=2))
# SyncD consistency checks.
if not oid_sai_map:
# In the event no interface exists that follows the SONiC pattern, no OIDs are able to be registered.
# A RuntimeError here will prevent the 'main' module from loading. (This is desirable.)
message = "No interfaces found matching pattern '{}'. SyncD database is incoherent." \
.format(port_util.SONIC_ETHERNET_RE_PATTERN)
logger.error(message)
raise RuntimeError(message)
elif len(if_id_map) < len(if_name_map) or len(oid_sai_map) < len(
if_name_map):
# a length mismatch indicates a bad interface name
logger.warning(
"SyncD database contains incoherent interface names. Interfaces must match pattern '{}'"
.format(port_util.SONIC_ETHERNET_RE_PATTERN))
logger.warning("Port name map:\n" +
pprint.pformat(if_name_map, indent=2))
# { SONiC name -> optional rename }
if_alias_map = _if_alias_map
logger.debug("Chassis name map:\n" +
pprint.pformat(if_alias_map, indent=2))
if if_alias_map is None or len(if_alias_map) == 0:
logger.warning("No alias map found--port names will use SONiC names.")
if_alias_map = dict(zip(if_name_map.keys(), if_name_map.keys()))
return if_name_map, if_alias_map, if_id_map, oid_sai_map, oid_name_map
def init_sync_d_interface_tables(db_conn):
"""
Initializes interface maps for SyncD-connected MIB(s).
:return: tuple(if_name_map, if_id_map, oid_map, if_alias_map)
"""
# { if_name (SONiC) -> sai_id }
# ex: { "Ethernet76" : "1000000000023" }
if_name_map, if_id_map = port_util.get_interface_oid_map(db_conn)
if_name_map = {if_name: sai_id for if_name, sai_id in if_name_map.items() if \
(re.match(port_util.SONIC_ETHERNET_RE_PATTERN, if_name.decode()) or \
re.match(port_util.SONIC_ETHERNET_BP_RE_PATTERN, if_name.decode()))}
# As sai_id is not unique in multi-asic platform, concatenate it with
# namespace to get a unique key. Assuming that ':' is not present in namespace
# string or in sai id.
# sai_id_key = namespace : sai_id
if_id_map = {get_sai_id_key(db_conn.namespace, sai_id): if_name for sai_id, if_name in if_id_map.items() if \
(re.match(port_util.SONIC_ETHERNET_RE_PATTERN, if_name.decode()) or \
re.match(port_util.SONIC_ETHERNET_BP_RE_PATTERN, if_name.decode()))}
logger.debug("Port name map:\n" + pprint.pformat(if_name_map, indent=2))
logger.debug("Interface name map:\n" + pprint.pformat(if_id_map, indent=2))
# { OID -> sai_id }
oid_sai_map = {get_index(if_name): sai_id for if_name, sai_id in if_name_map.items()
# only map the interface if it's a style understood to be a SONiC interface.
if get_index(if_name) is not None}
logger.debug("OID sai map:\n" + pprint.pformat(oid_sai_map, indent=2))
# { OID -> if_name (SONiC) }
oid_name_map = {get_index(if_name): if_name for if_name in if_name_map
# only map the interface if it's a style understood to be a SONiC interface.
if get_index(if_name) is not None}
logger.debug("OID name map:\n" + pprint.pformat(oid_name_map, indent=2))
# SyncD consistency checks.
if not oid_sai_map:
# In the event no interface exists that follows the SONiC pattern, no OIDs are able to be registered.
# A RuntimeError here will prevent the 'main' module from loading. (This is desirable.)
message = "No interfaces found matching pattern '{}'. SyncD database is incoherent." \
.format(port_util.SONIC_ETHERNET_RE_PATTERN)
logger.error(message)
raise RuntimeError(message)
elif len(if_id_map) < len(if_name_map) or len(oid_sai_map) < len(if_name_map):
# a length mismatch indicates a bad interface name
logger.warning("SyncD database contains incoherent interface names. Interfaces must match pattern '{}'"
.format(port_util.SONIC_ETHERNET_RE_PATTERN))
logger.warning("Port name map:\n" + pprint.pformat(if_name_map, indent=2))
if_alias_map = dict()
for if_name in if_name_map:
if_entry = db_conn.get_all(APPL_DB, if_entry_table(if_name), blocking=True)
if_alias_map[if_name] = if_entry.get(b'alias', if_name)
logger.debug("Chassis name map:\n" + pprint.pformat(if_alias_map, indent=2))
return if_name_map, if_alias_map, if_id_map, oid_sai_map, oid_name_map
def init_sync_d_interface_tables(db_conn):
"""
Initializes interface maps for SyncD-connected MIB(s).
:return: tuple(if_name_map, if_id_map, oid_map, if_alias_map)
"""
# Make sure we're connected to COUNTERS_DB
db_conn.connect(COUNTERS_DB)
# { if_name (SONiC) -> sai_id }
# ex: { "Ethernet76" : "1000000000023" }
if_name_map, if_id_map = port_util.get_interface_oid_map(db_conn)
logger.debug("Port name map:\n" + pprint.pformat(if_name_map, indent=2))
logger.debug("Interface name map:\n" + pprint.pformat(if_id_map, indent=2))
# { OID -> sai_id }
oid_sai_map = {get_index(if_name): sai_id for if_name, sai_id in if_name_map.items()
# only map the interface if it's a style understood to be a SONiC interface.
if get_index(if_name) is not None}
logger.debug("OID sai map:\n" + pprint.pformat(oid_sai_map, indent=2))
# { OID -> if_name (SONiC) }
oid_name_map = {get_index(if_name): if_name for if_name in if_name_map
# only map the interface if it's a style understood to be a SONiC interface.
if get_index(if_name) is not None}
logger.debug("OID name map:\n" + pprint.pformat(oid_name_map, indent=2))
# SyncD consistency checks.
if not oid_sai_map:
# In the event no interface exists that follows the SONiC pattern, no OIDs are able to be registered.
# A RuntimeError here will prevent the 'main' module from loading. (This is desirable.)
message = "No interfaces found matching pattern '{}'. SyncD database is incoherent." \
.format(port_util.SONIC_ETHERNET_RE_PATTERN)
logger.error(message)
raise RuntimeError(message)
elif len(if_id_map) < len(if_name_map) or len(oid_sai_map) < len(if_name_map):
# a length mismatch indicates a bad interface name
logger.warning("SyncD database contains incoherent interface names. Interfaces must match pattern '{}'"
.format(port_util.SONIC_ETHERNET_RE_PATTERN))
logger.warning("Port name map:\n" + pprint.pformat(if_name_map, indent=2))
db_conn.connect(APPL_DB)
if_alias_map = dict()
for if_name in if_name_map:
if_entry = db_conn.get_all(APPL_DB, if_entry_table(if_name), blocking=True)
if_alias_map[if_name] = if_entry.get(b'alias', if_name)
logger.debug("Chassis name map:\n" + pprint.pformat(if_alias_map, indent=2))
return if_name_map, if_alias_map, if_id_map, oid_sai_map, oid_name_map
def breakOutPort(self, delPorts=list(), portJson=dict(), force=False, \
loadDefConfig=True):
'''
This is the main function for port breakout. Exposed to caller.
Parameters:
delPorts (list): ports to be deleted.
portJson (dict): Config DB json Part of all Ports, generated from
platform.json.
force (bool): if false return dependecies, else delete dependencies.
loadDefConfig: If loadDefConfig, add default config for ports as well.
Returns:
(deps, ret) (tuple)[list, bool]: dependecies and success/failure.
'''
MAX_WAIT = 60
try:
# delete Port and get the Config diff, deps and True/False
delConfigToLoad, deps, ret = self._deletePorts(ports=delPorts, \
force=force)
# return dependencies if delete port fails
if ret == False:
return deps, ret
# add Ports and get the config diff and True/False
addConfigtoLoad, ret = self._addPorts(portJson=portJson, \
loadDefConfig=loadDefConfig)
# return if ret is False, Great thing, no change is done in Config
if ret == False:
return None, ret
# Save Port OIDs Mapping Before Deleting Port
dataBase = SonicV2Connector(host="127.0.0.1")
if_name_map, if_oid_map = port_util.get_interface_oid_map(dataBase)
self.sysLog(syslog.LOG_DEBUG, 'if_name_map {}'.format(if_name_map))
# If we are here, then get ready to update the Config DB as below:
# -- shutdown the ports,
# -- Update deletion of ports in Config DB,
# -- verify Asic DB for port deletion,
# -- then update addition of ports in config DB.
self._shutdownIntf(delPorts)
self.writeConfigDB(delConfigToLoad)
# Verify in Asic DB,
self._verifyAsicDB(db=dataBase, ports=delPorts, portMap=if_name_map, \
timeout=MAX_WAIT)
self.writeConfigDB(addConfigtoLoad)
except Exception as e:
self.sysLog(doPrint=True, logLevel=syslog.LOG_ERR, msg=str(e))
return None, False
return None, True
def nwi_get_fdb_info(oc_nwis, fill_info_bmp, key_ar, disp_args):
# refer to /usr/bin/fdbshow
key_mac = None
key_vlan = None
oc_nwi = None
len_key_ar = len(key_ar) // 2
if len_key_ar > 3: return False
for i in range(len_key_ar):
if key_ar[i + len_key_ar] == 'name':
if key_ar[i] in oc_nwis.network_instance:
oc_nwi = oc_nwis.network_instance[key_ar[i]]
else:
return False
elif key_ar[i + len_key_ar] == 'mac-address':
key_mac = key_ar[i]
elif key_ar[i + len_key_ar] == 'vlan':
key_vlan = key_ar[i]
else:
return False
# instance name is omitted
if not oc_nwi:
oc_nwi = oc_nwis.network_instance[DEFAULT_NWI_NAME]
if_name_map, \
if_oid_map = port_util.get_interface_oid_map(disp_args.appdb)
if_br_oid_map = port_util.get_bridge_port_map(disp_args.appdb)
NEW_MAC_LST = []
global OLD_MAC_LST
fdb_str = disp_args.appdb.keys(disp_args.appdb.ASIC_DB,
"ASIC_STATE:SAI_OBJECT_TYPE_FDB_ENTRY:*")
if fdb_str and if_br_oid_map:
oid_pfx = len("oid:0x")
for s in fdb_str:
fdb_entry = s.decode()
fdb = json.loads(fdb_entry.split(":", 2)[-1])
if not fdb: continue
ent = disp_args.appdb.get_all('ASIC_DB', s, blocking=True)
br_port_id = ent[b"SAI_FDB_ENTRY_ATTR_BRIDGE_PORT_ID"][oid_pfx:]
if br_port_id not in if_br_oid_map: continue
port_id = if_br_oid_map[br_port_id]
if_name = if_oid_map[port_id]
if "vlan" not in fdb:
if "bvid" in fdb:
fdb["vlan"] = port_util.get_vlan_id_from_bvid(
disp_args.appdb, fdb["bvid"])
else:
continue
#pdb.set_trace()
# ex:
# fdb["vlan"] : u'10'
# fdb["mac"] : u'00:00:00:00:00:01'
# if_name : 'Ethernet4'
# oc_nwi.fdb.mac_table.entries.entry['00:00:00:00:00:01 10']
if key_mac and key_mac != fdb["mac"]: continue
if key_vlan and key_vlan != fdb["vlan"]: continue
mac_key = "%s %s" % (fdb["mac"], fdb["vlan"])
if mac_key in OLD_MAC_LST:
OLD_MAC_LST.remove(mac_key)
mac_entry = oc_nwi.fdb.mac_table.entries.entry[mac_key]
else:
mac_entry = oc_nwi.fdb.mac_table.entries.entry.add(mac_key)
mac_entry.interface.interface_ref.config.interface = if_name
mac_entry.state._set_entry_type('DYNAMIC')
NEW_MAC_LST.append(mac_key)
# remove old mac entries not used
for mac_key in OLD_MAC_LST:
oc_nwi.fdb.mac_table.entries.entry.delete(mac_key)
OLD_MAC_LST = NEW_MAC_LST
return True
