def analyze_interface(args):
config.get_models(
args,
{"ietf_interfaces_interfaces", "ietf_interfaces_interfaces_state"})
ifaces = config.gmodels.ietf_interfaces_interfaces.get_clist_by_key()
ifstates = config.gmodels.ietf_interfaces_interfaces_state.get_clist_by_key(
)
if not args.ifname:
print_keys(args, ifaces, ifstates)
return
ifname = args.ifname
iface, ifstate, port, tunnel, tunState = by_ifname(args, ifname, ifstates,
ifaces)
print("InterfaceConfig: \n{}".format(utils.format_json(args, iface)))
print("InterfaceState: \n{}".format(utils.format_json(args, ifstate)))
if port:
print("NeutronPort: \n{}".format(utils.format_json(args, port)))
# analyze_neutron_port(port, iface, ifstate)
return
if tunnel:
print("Tunnel: \n{}".format(utils.format_json(args, tunnel)))
if tunState:
print("TunState: \n{}".format(utils.format_json(args, tunState)))
def analyze_interface(args):
ietf_interfaces_interfaces = ietf_interfaces.interfaces(Model.CONFIG, args)
ifaces = ietf_interfaces_interfaces.get_clist_by_key()
ietf_interfaces_interfaces_state = ietf_interfaces.interfaces_state(
Model.OPERATIONAL, args)
ifstates = ietf_interfaces_interfaces_state.get_clist_by_key()
if not args.ifname:
print_keys(ifaces, ifstates)
exit(1)
ifname = args.ifname
iface, ifstate, port, tunnel, tunState = by_ifname(args, ifname, ifstates,
ifaces)
print "InterfaceConfig: \n{}".format(utils.format_json(args, iface))
print "InterfaceState: \n{}".format(utils.format_json(args, ifstate))
if port:
print "NeutronPort: \n{}".format(utils.format_json(args, port))
# analyze_neutron_port(port, iface, ifstate)
return
if tunnel:
print "Tunnel: \n{}".format(utils.format_json(args, tunnel))
if tunState:
print "TunState: \n{}".format(utils.format_json(args, tunState))
def print_neutron(args, obj, data):
if args.short:
if obj == Neutron.NETWORKS:
print_neutron_networks(args, obj, data)
elif obj == Neutron.PORTS:
print_neutron_ports(args, obj, data)
else:
print(utils.format_json(args, data))
else:
print(utils.format_json(args, data))
def print_neutron(args, obj, data):
if args.short:
if obj == Neutron.NETWORKS:
print_neutron_networks(args, obj, data)
elif obj == Neutron.PORTS:
print_neutron_ports(args, obj, data)
else:
print(utils.format_json(args, data))
else:
print(utils.format_json(args, data))
def show_stale_flows(args, sort_by='table'):
config.get_models(args, {
"elan_elan_instances",
"elan_elan_interfaces",
"ietf_interfaces_interfaces",
"ietf_interfaces_interfaces_state",
"interface_service_bindings_service_bindings",
"l3vpn_vpn_interfaces",
# "mip_mac",
"neutron_neutron",
"odl_fib_fib_entries",
"odl_interface_meta_if_index_interface_map",
"odl_l3vpn_vpn_instance_to_vpn_id",
"odl_inventory_nodes",
"odl_inventory_nodes_operational"})
compute_map = config.gmodels.odl_inventory_nodes_operational.get_dpn_host_mapping()
nports = config.gmodels.neutron_neutron.get_objects_by_key(obj=Neutron.PORTS)
modules = [args.modules] if args.modules else tbls.get_all_modules()
for flow in utils.sort(get_stale_flows(modules), sort_by):
host = compute_map.get(flow.get('dpnid'), flow.get('dpnid'))
ip_list = get_ips_for_iface(nports, flow.get('ifname'))
if ip_list:
flow['iface-ips'] = ip_list
flow['host'] = host
result = utils.show_all(flow)
print(result)
# path = get_data_path('flows', flow)
# print("http://192.168.2.32:8383/restconf/config/{}".format(path))
if not args.metaonly:
print("Flow: ", utils.format_json(args, flow_parser.parse_flow(flow['flow'])))
def dump_flows(args, modules=None, sort_by='table_id', filter_by=None):
config.get_models(
args, {
"neutron_neutron", "odl_inventory_nodes_operational",
"network_topology_network_topology_operational"
})
filter_by = filter_by if filter_by else []
compute_map = config.gmodels.odl_inventory_nodes_operational.get_dpn_host_mapping(
)
node_map = config.gmodels.network_topology_network_topology_operational.get_dpn_host_mapping(
)
nports = config.gmodels.neutron_neutron.get_objects_by_key(
obj=Neutron.PORTS)
for flow in sort(get_all_flows(args, modules, filter_by), sort_by):
dpnid = flow.pdata.get('dpnid')
host = compute_map.get(dpnid)
if not host:
host = node_map.get(int(dpnid))
ip_list = get_ips_for_iface(nports, flow.pdata.get('ifname'))
if ip_list:
flow.pdata['iface-ips'] = ip_list
flow.pdata['host'] = host
result = show_all(flow)
print(result)
if not args.metaonly:
print("Flow: {}".format(
utils.format_json(args,
inv_flow_parser.parse_flow(flow.rdata))))
def show_learned_mac_flows(args):
config.get_models(args, {
"elan_elan_instances",
"elan_elan_interfaces",
"ietf_interfaces_interfaces",
"ietf_interfaces_interfaces_state",
"interface_service_bindings_service_bindings",
"l3vpn_vpn_interfaces",
# "mip_mac",
"neutron_neutron",
"odl_fib_fib_entries",
"odl_interface_meta_if_index_interface_map",
"odl_l3vpn_vpn_instance_to_vpn_id",
"odl_inventory_nodes",
"odl_inventory_nodes_operational"})
# nports = config.gmodels.neutron_neutron.get_ports_by_key(key='mac-address')
nports = config.gmodels.neutron_neutron.get_objects_by_key(obj=Neutron.PORTS, key='mac-address')
compute_map = config.gmodels.odl_inventory_nodes_operational.get_dpn_host_mapping()
flows = utils.sort(get_all_flows(args, ['elan']), 'table')
for flow_info in flows:
flow = flow_info.get('flow')
dpnid = flow_info.get('dpnid')
host = compute_map.get(dpnid, dpnid)
if ((flow_info.get('table') == 50 and flow.get('idle-timeout') == 300
and not nports.get(flow_info.get('src-mac')))
or (flow_info.get('table') == 51 and not nports.get(flow_info.get('dst-mac')))): # NOQA
result = 'Table:{}, Host:{}, FlowId:{}{}'.format(
flow_info.get('table'), host, flow.get('id'),
utils.show_optionals(flow_info))
print(result)
print("Flow: {}".format(utils.format_json(args, flow_parser.parse_flow(flow))))
def show_groups(args):
config.get_models(args, {"odl_inventory_nodes"})
of_nodes = config.gmodels.odl_inventory_nodes.get_clist_by_key()
groups = config.gmodels.odl_inventory_nodes.get_groups(of_nodes)
for dpn in groups:
for group_key in groups[dpn]:
print("Dpn: {}, ID: {}, Group: {}".format(dpn, group_key, utils.format_json(args, groups[dpn][group_key])))
def show_stale_flows(args, sort_by='table'):
config.get_models(args, {
"elan_elan_instances",
"elan_elan_interfaces",
"ietf_interfaces_interfaces",
"ietf_interfaces_interfaces_state",
"interface_service_bindings_service_bindings",
"l3vpn_vpn_interfaces",
# "mip_mac",
"neutron_neutron",
"odl_fib_fib_entries",
"odl_interface_meta_if_index_interface_map",
"odl_l3vpn_vpn_instance_to_vpn_id",
"odl_inventory_nodes",
"odl_inventory_nodes_operational"})
compute_map = config.gmodels.odl_inventory_nodes_operational.get_dpn_host_mapping()
nports = config.gmodels.neutron_neutron.get_objects_by_key(obj=Neutron.PORTS)
modules = [args.modules] if args.modules else tbls.get_all_modules()
for flow in utils.sort(get_stale_flows(modules), sort_by):
host = compute_map.get(flow.get('dpnid'), flow.get('dpnid'))
ip_list = get_ips_for_iface(nports, flow.get('ifname'))
if ip_list:
flow['iface-ips'] = ip_list
result = "Table:{}, Host:{}, FlowId:{}{}".format(flow['table'], host, flow['id'], utils.show_optionals(flow))
print(result)
# path = get_data_path('flows', flow)
# print("http://192.168.2.32:8383/restconf/config/{}".format(path))
if not args.metaonly:
print("Flow: ", utils.format_json(args, flow_parser.parse_flow(flow['flow'])))
def show_learned_mac_flows(args):
config.get_models(args, {
"elan_elan_instances",
"elan_elan_interfaces",
"ietf_interfaces_interfaces",
"ietf_interfaces_interfaces_state",
"interface_service_bindings_service_bindings",
"l3vpn_vpn_interfaces",
# "mip_mac",
"neutron_neutron",
"odl_fib_fib_entries",
"odl_interface_meta_if_index_interface_map",
"odl_l3vpn_vpn_instance_to_vpn_id",
"odl_inventory_nodes",
"odl_inventory_nodes_operational"})
# nports = config.gmodels.neutron_neutron.get_ports_by_key(key='mac-address')
nports = config.gmodels.neutron_neutron.get_objects_by_key(obj=Neutron.PORTS, key='mac-address')
compute_map = config.gmodels.odl_inventory_nodes_operational.get_dpn_host_mapping()
flows = utils.sort(get_all_flows(args, ['elan']), 'table')
for flow_info in flows:
flow = flow_info.get('flow')
dpnid = flow_info.get('dpnid')
host = compute_map.get(dpnid, dpnid)
if ((flow_info.get('table') == 50 and flow.get('idle-timeout') == 300
and not nports.get(flow_info.get('src-mac')))
or (flow_info.get('table') == 51 and not nports.get(flow_info.get('dst-mac')))): # NOQA
flow['host'] = host
result = utils.show_all(flow_info)
print(result)
print("Flow: {}".format(utils.format_json(args, flow_parser.parse_flow(flow))))
def analyze_neutron_port(args, port, iface, ifstate):
for flow in utils.sort(flows.get_all_flows(args, ['all']), 'table'):
if ((flow.get('ifname') == port['uuid']) or
(flow.get('lport') and ifstate and flow['lport'] == ifstate.get('if-index')) or
(iface['name'] == flow.get('ifname'))):
result = utils.show_all(flow)
print(result)
print("Flow: {}".format(utils.format_json(None, flow_parser.parse_flow(flow.get('flow')))))
def show_stale_bindings(args):
config.get_models(args, {"ietf_interfaces_interfaces", "interface_service_bindings_service_bindings"})
stale_ids, bindings = flows.get_stale_bindings(args)
for iface_id in sorted(stale_ids):
for binding in bindings[iface_id].values():
# if binding.get('bound-services'):
path = get_data_path('bindings', binding)
print(utils.format_json(args, bindings[iface_id]))
print('http://{}:{}/restconf/config/{}'.format(args.ip, args.port, path))
def show_groups(args):
config.get_models(args, {"odl_inventory_nodes_config"})
of_nodes = config.gmodels.odl_inventory_nodes_config.get_clist_by_key()
groups = config.gmodels.odl_inventory_nodes_config.get_groups(of_nodes)
for dpn in groups:
for group_key in groups[dpn]:
print("Dpn: {}, ID: {}, Group: {}".format(
dpn, group_key, utils.format_json(args,
groups[dpn][group_key])))
def analyze_neutron_port(args, port, iface, ifstate):
for flow in utils.sort(flows.get_all_flows(args, ['all']), 'table'):
if ((flow.get('ifname') == port['uuid']) or
(flow.get('lport') and ifstate and flow['lport'] == ifstate.get('if-index')) or
(iface['name'] == flow.get('ifname'))):
result = 'Table:{},FlowId:{}{}'.format(
flow['table'], flow['id'],
utils.show_optionals(flow))
print(result)
print("Flow: {}".format(utils.format_json(None, flow_parser.parse_flow(flow.get('flow')))))
def show_all_idpools(args):
config.get_models(args, {"id_manager_id_pools"})
pools = config.gmodels.id_manager_id_pools.get_clist_by_key()
print("\nid-pools\n")
if not args.short:
print(utils.format_json(args, pools))
else:
print("pool-name ")
print("-----------------------------------")
for k, v in sorted(pools.items()):
print("{:30}".format(v.get("pool-name")))
def analyze_neutron_port(args, port, iface, ifstate):
for flow in flows.sort(flows.get_all_flows(args, ['all']), 'table'):
if ((flow.pdata.get('ifname') == port['uuid'])
or (flow.pdata.get('lport') and ifstate
and flow.pdata['lport'] == ifstate.get('if-index'))
or (iface['name'] == flow.pdata.get('ifname'))):
result = flows.show_all(flow)
print(result)
print("Flow: {}".format(
utils.format_json(None,
inv_flow_parser.parse_flow(flow.rdata))))
def show_all_idpools(args):
config.get_models(args, {"id_manager_id_pools"})
pools = config.gmodels.id_manager_id_pools.get_clist_by_key()
print("\nid-pools\n")
if not args.short:
print(utils.format_json(args, pools))
else:
print("pool-name ")
print("-----------------------------------")
for k, v in sorted(pools.items()):
print("{:30}".format(v.get("pool-name")))
def analyze_interface(args):
config.get_models(args, {
"ietf_interfaces_interfaces",
"ietf_interfaces_interfaces_state"})
ifaces = config.gmodels.ietf_interfaces_interfaces.get_clist_by_key()
ifstates = config.gmodels.ietf_interfaces_interfaces_state.get_clist_by_key()
if not args.ifname:
print_keys(args, ifaces, ifstates)
return
ifname = args.ifname
iface, ifstate, port, tunnel, tunState = by_ifname(args, ifname, ifstates, ifaces)
print("InterfaceConfig: \n{}".format(utils.format_json(args, iface)))
print("InterfaceState: \n{}".format(utils.format_json(args, ifstate)))
if port:
print("NeutronPort: \n{}".format(utils.format_json(args, port)))
# analyze_neutron_port(port, iface, ifstate)
return
if tunnel:
print("Tunnel: \n{}".format(utils.format_json(args, tunnel)))
if tunState:
print("TunState: \n{}".format(utils.format_json(args, tunState)))
def show_stale_bindings(args):
config.get_models(
args, {
"ietf_interfaces_interfaces",
"interface_service_bindings_service_bindings"
})
stale_ids, bindings = flows.get_stale_bindings(args)
for iface_id in sorted(stale_ids):
for binding in bindings[iface_id].values():
# if binding.get('bound-services'):
path = get_data_path('bindings', binding)
print(utils.format_json(args, bindings[iface_id]))
print('http://{}:{}/restconf/config/{}'.format(
args.ip, args.port, path))
def show_dup_flows(args):
config.get_models(
args,
{
"elan_elan_instances",
"elan_elan_interfaces",
"ietf_interfaces_interfaces",
"ietf_interfaces_interfaces_state",
"interface_service_bindings_service_bindings",
"l3vpn_vpn_interfaces",
# "mip_mac",
"odl_fib_fib_entries",
"odl_interface_meta_if_index_interface_map",
"odl_l3vpn_vpn_instance_to_vpn_id",
"odl_inventory_nodes_config",
"odl_inventory_nodes_operational"
})
mmac = {} # config.gmodels.mip_mac.get_entries_by_key()
einsts = config.gmodels.elan_elan_instances.get_clist_by_key()
compute_map = config.gmodels.odl_inventory_nodes_operational.get_dpn_host_mapping(
)
flows = utils.sort(get_all_flows(['elan']), 'table')
matches = collections.defaultdict(list)
for flow in flows:
dup_key = get_key_for_dup_detect(args, flow)
if dup_key:
if matches and matches.get(dup_key):
matches[dup_key].append(flow)
else:
matches[dup_key].append(flow)
for k, v in matches.iteritems():
if len(v) > 1:
dpnid = k.split(':')[0]
host = compute_map.get(dpnid, dpnid)
result = 'Host:{}, FlowCount:{}, MatchKey:{}, ElanTag:{}'.format(
host, len(v), k, v[0].get('elan-tag'))
print result
for idx, flow in enumerate(v):
result = "Duplicate"
mac_addr = flow.get('dst-mac')
if mac_addr and mmac.get(mac_addr):
result = is_correct_elan_flow(flow, mmac.get(mac_addr),
einsts, host)
print ' {} Flow-{}:{}'.format(
result, idx,
utils.format_json(args,
flow_parser.parse_flow(
flow.get('flow'))))
def show_elan_flows(args):
config.get_models(args, {
"elan_elan_instances",
"elan_elan_interfaces",
"ietf_interfaces_interfaces",
"ietf_interfaces_interfaces_state",
"odl_interface_meta_if_index_interface_map",
"odl_inventory_nodes",
"odl_inventory_nodes_operational"})
compute_map = config.gmodels.odl_inventory_nodes_operational.get_dpn_host_mapping()
for flow in utils.sort(get_all_flows(args, modules=['elan']), 'id'):
host = compute_map.get(flow.get('dpnid'), flow.get('dpnid'))
result = "MacHost:{}{}, Table:{}, FlowId:{}, {}, Flow:{}".format(
flow['id'][-17:], host, flow['table'], flow['id'], utils.show_optionals(flow),
utils.format_json(args, flow_parser.parse_flow(flow['flow'])))
print(result)
def show_elan_flows(args):
config.get_models(args, {
"elan_elan_instances",
"elan_elan_interfaces",
"ietf_interfaces_interfaces",
"ietf_interfaces_interfaces_state",
"odl_interface_meta_if_index_interface_map",
"odl_inventory_nodes",
"odl_inventory_nodes_operational"})
compute_map = config.gmodels.odl_inventory_nodes_operational.get_dpn_host_mapping()
for flow in utils.sort(get_all_flows(args, modules=['elan']), 'id'):
host = compute_map.get(flow.get('dpnid'), flow.get('dpnid'))
flow['host'] = host
result = "{}, Flow:{}".format(utils.show_all(flow),
utils.format_json(args, flow_parser.parse_flow(flow['flow'])))
print(result)
def show_dup_idpools(args):
config.get_models(args, {"neutron_neutron"})
ports = config.gmodels.neutron_neutron.get_objects_by_key(obj=Neutron.PORTS)
iface_ids = []
for k, v in get_duplicate_ids(args).iteritems():
result = "Id:{},Keys:{}".format(k, json.dumps(v.get('id-keys')))
if v.get('pool-name'):
result = "{},Pool:{}".format(result, v.get('pool-name'))
if v.get('pool-name') == 'interfaces':
iface_ids.extend(v.get('id-keys'))
if v.get('parent-pool-name'):
result = "{},ParentPool:{}".format(result, v.get('parent-pool-name'))
print(result)
print("\nNeutron Ports")
print("=============")
for id in iface_ids:
port = ports.get(id, {})
print("Iface={}, NeutronPort={}".format(id, utils.format_json(args, port)))
def show_elan_flows(args):
config.get_models(
args, {
"elan_elan_instances", "elan_elan_interfaces",
"ietf_interfaces_interfaces", "ietf_interfaces_interfaces_state",
"odl_interface_meta_if_index_interface_map", "odl_inventory_nodes",
"odl_inventory_nodes_operational"
})
compute_map = config.gmodels.odl_inventory_nodes_operational.get_dpn_host_mapping(
)
for flow in sort(get_all_flows(args, modules=['elan']), 'id'):
host = compute_map.get(flow.pdata.get('dpnid'),
flow.pdata.get('dpnid'))
flow.pdata['host'] = host
result = "{}, Flow:{}".format(
show_all(flow),
utils.format_json(args, inv_flow_parser.parse_flow(flow.rdata)))
print(result)
def dump_flows(args, modules=None, sort_by='table', filter_by=None):
modules = modules if modules else ['ifm']
filter_by = filter_by if filter_by else []
# odl_inventory_nodes_config = opendaylight_inventory.nodes(Model.CONFIG, args)
compute_map = config.gmodels.odl_inventory_nodes_operational.get_dpn_host_mapping(
)
# neutron_neutron = neutron.neutron(Model.CONFIG, args)
nports = config.gmodels.neutron_neutron.get_ports_by_key()
for flow in utils.sort(get_all_flows(modules, filter_by), sort_by):
host = compute_map.get(flow.get('dpnid'), flow.get('dpnid'))
ip_list = get_ips_for_iface(nports, flow.get('ifname'))
if ip_list:
flow['iface-ips'] = ip_list
result = 'Table:{}, Host:{}, FlowId:{}{}'.format(
flow['table'], host, flow['id'], utils.show_optionals(flow))
print result
print 'Flow:', utils.format_json(args,
flow_parser.parse_flow(flow['flow']))
def dump_flows(args, modules=None, sort_by='table', filter_by=None):
config.get_models(args,
{"neutron_neutron", "odl_inventory_nodes_operational"})
modules = modules if modules else ['ifm']
filter_by = filter_by if filter_by else []
compute_map = config.gmodels.odl_inventory_nodes_operational.get_dpn_host_mapping(
)
nports = config.gmodels.neutron_neutron.get_ports_by_key()
for flow in utils.sort(get_all_flows(args, modules, filter_by), sort_by):
host = compute_map.get(flow.get('dpnid'), flow.get('dpnid'))
ip_list = get_ips_for_iface(nports, flow.get('ifname'))
if ip_list:
flow['iface-ips'] = ip_list
result = 'Table:{}, Host:{}, FlowId:{}{}'.format(
flow['table'], host, flow['id'], utils.show_optionals(flow))
print(result)
print("Flow: {}".format(
utils.format_json(args, flow_parser.parse_flow(flow['flow']))))
def show_idpools(args):
config.get_models(args, {"neutron_neutron"})
ports = config.gmodels.neutron_neutron.get_ports_by_key()
iface_ids = []
for k, v in get_duplicate_ids(args).iteritems():
result = "Id:{},Keys:{}".format(k, json.dumps(v.get('id-keys')))
if v.get('pool-name'):
result = "{},Pool:{}".format(result, v.get('pool-name'))
if v.get('pool-name') == 'interfaces':
iface_ids.extend(v.get('id-keys'))
if v.get('parent-pool-name'):
result = "{},ParentPool:{}".format(result,
v.get('parent-pool-name'))
print(result)
print("\nNeutron Ports")
print("=============")
for id in iface_ids:
port = ports.get(id, {})
print("Iface={}, NeutronPort={}".format(id,
utils.format_json(args, port)))
def show_dup_flows(args):
config.get_models(args, {
"elan_elan_instances",
"elan_elan_interfaces",
"ietf_interfaces_interfaces",
"ietf_interfaces_interfaces_state",
"interface_service_bindings_service_bindings",
"l3vpn_vpn_interfaces",
# "mip_mac",
"odl_fib_fib_entries",
"odl_interface_meta_if_index_interface_map",
"odl_l3vpn_vpn_instance_to_vpn_id",
"odl_inventory_nodes",
"odl_inventory_nodes_operational"})
mmac = {} # config.gmodels.mip_mac.get_entries_by_key()
einsts = config.gmodels.elan_elan_instances.get_clist_by_key()
compute_map = config.gmodels.odl_inventory_nodes_operational.get_dpn_host_mapping()
flows = utils.sort(get_all_flows(args, ['elan']), 'table')
matches = collections.defaultdict(list)
for flow in flows:
dup_key = get_key_for_dup_detect(args, flow)
if dup_key:
if matches and matches.get(dup_key):
matches[dup_key].append(flow)
else:
matches[dup_key].append(flow)
for k, v in matches.iteritems():
if len(v) > 1:
dpnid = k.split(':')[0]
host = compute_map.get(dpnid, dpnid)
result = "Host:{}, FlowCount:{}, MatchKey:{}, ElanTag:{}".format(host, len(v), k, v[0].get('elan-tag'))
print(result)
for idx, flow in enumerate(v):
result = "Duplicate"
mac_addr = flow.get('dst-mac')
if mac_addr and mmac.get(mac_addr):
result = is_correct_elan_flow(flow, mmac.get(mac_addr), einsts, host)
print(" {} Flow-{}:{}".format(result, idx,
utils.format_json(args, flow_parser.parse_flow(flow.get('flow')))))
def dump_flows(args, modules=None, sort_by='table', filter_by=None):
config.get_models(args, {
"neutron_neutron",
"odl_inventory_nodes_operational",
"network_topology_network_topology_operational"})
filter_by = filter_by if filter_by else []
compute_map = config.gmodels.odl_inventory_nodes_operational.get_dpn_host_mapping()
node_map = config.gmodels.network_topology_network_topology_operational.get_dpn_host_mapping()
nports = config.gmodels.neutron_neutron.get_objects_by_key(obj=Neutron.PORTS)
for flow in utils.sort(get_all_flows(args, modules, filter_by), sort_by):
dpnid = flow.get('dpnid')
host = compute_map.get(dpnid)
if not host:
host = node_map.get(int(dpnid))
ip_list = get_ips_for_iface(nports, flow.get('ifname'))
if ip_list:
flow['iface-ips'] = ip_list
flow['host'] = host
result = utils.show_all(flow)
print(result)
if not args.metaonly:
print("Flow: {}".format(utils.format_json(args, flow_parser.parse_flow(flow['flow']))))
def analyze_trunks(args):
config.get_models(
args,
{
"ietf_interfaces_interfaces",
# "ietf_interfaces_interfaces_state",
"l3vpn_vpn_interfaces",
"neutron_neutron"
})
vpninterfaces = config.gmodels.l3vpn_vpn_interfaces.get_clist_by_key()
ifaces = config.gmodels.ietf_interfaces_interfaces.get_clist_by_key()
# ifstates = config.gmodels.ietf_interfaces_interfaces_state.get_clist_by_key()
nports = config.gmodels.neutron_neutron.get_objects_by_key(
obj=Neutron.PORTS)
ntrunks = config.gmodels.neutron_neutron.get_trunks_by_key()
subport_dict = {}
for v in ntrunks.values():
nport = nports.get(v.get('port-id'))
s_subports = []
for subport in v.get('sub-ports'):
sport_id = subport.get('port-id')
snport = nports.get(sport_id)
svpniface = vpninterfaces.get(sport_id)
siface = ifaces.get(sport_id)
# sifstate = ifstates.get(sport_id)
subport['SubNeutronPort'] = 'Correct' if snport else 'Wrong'
subport['SubVpnInterface'] = 'Correct' if svpniface else 'Wrong'
subport['ofport'] = Model.get_ofport_from_ncid()
if siface:
vlan_mode = siface.get('odl-interface:l2vlan-mode')
parent_iface_id = siface.get('odl-interface:parent-interface')
if vlan_mode != 'trunk-member':
subport['SubIface'] = 'WrongMode'
elif parent_iface_id != v.get('port-id'):
subport['SubIface'] = 'WrongParent'
elif siface.get('odl-interface:vlan-id') != subport.get(
'segmentation-id'):
subport['SubIface'] = 'WrongVlanId'
else:
subport['SubIface'] = 'Correct'
else:
subport['SubIface'] = 'Wrong'
# s_subport = 'SegId:{}, PortId:{}, SubNeutronPort:{}, SubIface:{}, SubVpnIface:{}'.format(
# subport.get('segmentation-id'), subport.get('port-id'),
# subport.get('SubNeutronPort'),
# subport.get('SubIface'),
# subport.get('SubVpnInterface'))
s_subports.append(subport)
subport_dict[subport['port-id']] = subport
s_trunk = 'TrunkName:{}, TrunkId:{}, PortId:{}, NeutronPort:{}, SubPorts:{}'.format(
v.get('name'), v.get('uuid'), v.get('port-id'),
'Correct' if nport else 'Wrong',
utils.format_json(args, s_subports))
print(s_trunk)
print("\n------------------------------------")
print("Analyzing Flow status for SubPorts")
print("------------------------------------")
for flow in utils.sort(
flows.get_all_flows(args, ['ifm'], ['vlanid']), 'ifname'):
subport = subport_dict.get(flow.get('ifname')) or None
vlanid = subport.get('segmentation-id') if subport else None
ofport = subport.get('ofport') if subport else None
flow_status = 'Okay'
if flow.get('ofport') and flow.get('ofport') != ofport:
flow_status = 'OfPort mismatch for SubPort:{} and Flow:{}'.format(
subport, flow.get('flow'))
if flow.get('vlanid') and flow.get('vlanid') != vlanid:
flow_status = 'VlanId mismatch for SubPort:{} and Flow:{}'.format(
subport, flow.get('flow'))
if subport:
print("SubPort:{},Table:{},FlowStatus:{}".format(
subport.get('port-id'), flow.get('table'),
flow_status))
def get_matchstr(args, flow):
if flow and flow.get('flow') and flow.get('flow').get('match'):
return utils.format_json(args, flow.get('flow').get('match', None))
def print_keys(args, ifaces, ifstates):
print("InterfaceNames: {}\n".format(utils.format_json(args,
ifaces.keys())))
print("IfStateNames: {}".format(utils.format_json(args, ifstates.keys())))
def get_matchstr(args, flow):
if flow and flow.get('flow') and flow.get('flow').get('match'):
return utils.format_json(args, flow.get('flow').get('match', None))
def print_keys(args, ifaces, ifstates):
print("InterfaceNames: {}\n".format(utils.format_json(args, ifaces.keys())))
print("IfStateNames: {}".format(utils.format_json(args, ifstates.keys())))
def analyze_trunks(args):
config.get_models(args, {
"ietf_interfaces_interfaces",
# "ietf_interfaces_interfaces_state",
"l3vpn_vpn_interfaces",
"neutron_neutron"})
vpninterfaces = config.gmodels.l3vpn_vpn_interfaces.get_clist_by_key()
ifaces = config.gmodels.ietf_interfaces_interfaces.get_clist_by_key()
# ifstates = config.gmodels.ietf_interfaces_interfaces_state.get_clist_by_key()
nports = config.gmodels.neutron_neutron.get_objects_by_key(obj=Neutron.PORTS)
ntrunks = config.gmodels.neutron_neutron.get_trunks_by_key()
subport_dict = {}
for v in ntrunks.values():
nport = nports.get(v.get('port-id'))
s_subports = []
for subport in v.get('sub-ports'):
sport_id = subport.get('port-id')
snport = nports.get(sport_id)
svpniface = vpninterfaces.get(sport_id)
siface = ifaces.get(sport_id)
# sifstate = ifstates.get(sport_id)
subport['SubNeutronPort'] = 'Correct' if snport else 'Wrong'
subport['SubVpnInterface'] = 'Correct' if svpniface else 'Wrong'
subport['ofport'] = Model.get_ofport_from_ncid()
if siface:
vlan_mode = siface.get('odl-interface:l2vlan-mode')
parent_iface_id = siface.get('odl-interface:parent-interface')
if vlan_mode != 'trunk-member':
subport['SubIface'] = 'WrongMode'
elif parent_iface_id != v.get('port-id'):
subport['SubIface'] = 'WrongParent'
elif siface.get('odl-interface:vlan-id') != subport.get('segmentation-id'):
subport['SubIface'] = 'WrongVlanId'
else:
subport['SubIface'] = 'Correct'
else:
subport['SubIface'] = 'Wrong'
# s_subport = 'SegId:{}, PortId:{}, SubNeutronPort:{}, SubIface:{}, SubVpnIface:{}'.format(
# subport.get('segmentation-id'), subport.get('port-id'),
# subport.get('SubNeutronPort'),
# subport.get('SubIface'),
# subport.get('SubVpnInterface'))
s_subports.append(subport)
subport_dict[subport['port-id']] = subport
s_trunk = 'TrunkName:{}, TrunkId:{}, PortId:{}, NeutronPort:{}, SubPorts:{}'.format(
v.get('name'), v.get('uuid'), v.get('port-id'),
'Correct' if nport else 'Wrong', utils.format_json(args, s_subports))
print(s_trunk)
print("\n------------------------------------")
print("Analyzing Flow status for SubPorts")
print("------------------------------------")
for flow in utils.sort(flows.get_all_flows(args, ['ifm'], ['vlanid']), 'ifname'):
subport = subport_dict.get(flow.get('ifname')) or None
vlanid = subport.get('segmentation-id') if subport else None
ofport = subport.get('ofport') if subport else None
flow_status = 'Okay'
if flow.get('ofport') and flow.get('ofport') != ofport:
flow_status = 'OfPort mismatch for SubPort:{} and Flow:{}'.format(subport, flow.get('flow'))
if flow.get('vlanid') and flow.get('vlanid') != vlanid:
flow_status = 'VlanId mismatch for SubPort:{} and Flow:{}'.format(subport, flow.get('flow'))
if subport:
print("SubPort:{},Table:{},FlowStatus:{}".format(
subport.get('port-id'), flow.get('table'), flow_status))
def show_elan_instances(args):
config.get_models(args, {"elan_elan_instances"})
instances = config.gmodels.elan_elan_instances.get_clist_by_key()
for k, v in instances.items():
print("ElanInstance: {}, {}".format(k, utils.format_json(args, v)))
def show_elan_instances(args):
config.get_models(args, {"elan_elan_instances"})
instances = config.gmodels.elan_elan_instances.get_clist_by_key()
for k, v in instances.items():
print("ElanInstance: {}, {}".format(k, utils.format_json(args, v)))