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CumulusNetworks-ifupdown2/ifupdown2/addons/bridge.py
Julien Fortin 24931ffa21 addons: mstpctl: check mstpctl-stp and bridge-stp and fix bridge cache update 
When an stp is enabled on an existing bridge mstpctl attributes are not always
configured by ifreload. This is due to a timing issue (cache) and some issue in
the mstpctl addon.

- Cache: when changing an existing bridge (done via netlink) we wait for the
kernel ack but we don't update our current cache with the new bridge attributes
This is bad because it means that the bridge cache data are stale until we
receive the notification from the kernel.

- Mstp addon: mstpctl-stp was deprecated in favor of bridge-stp, but in some
place, the mstpctl.py code checks for mstpctl-stp but not for bridge-stp. This
commit fixes the area related to this issue but this should be revisited in
a later commit

Ticket: CM-28951
Reviewed By: Roopa
Testing Done: precommit, smoke, evpn-smoke

Signed-off-by: Julien Fortin <julien@cumulusnetworks.com>
2020-03-26 00:39:03 +01:00

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#!/usr/bin/python
#
# Copyright 2014-2017 Cumulus Networks, Inc. All rights reserved.
# Author: Roopa Prabhu, roopa@cumulusnetworks.com
#
import re
import time
import itertools
from sets import Set
from collections import Counter
try:
from ifupdown2.lib.addon import Addon
import ifupdown2.ifupdown.exceptions as exceptions
import ifupdown2.ifupdown.policymanager as policymanager
import ifupdown2.ifupdown.ifupdownflags as ifupdownflags
from ifupdown2.nlmanager.nlmanager import Link
from ifupdown2.ifupdown.iface import *
from ifupdown2.ifupdown.utils import utils
from ifupdown2.ifupdownaddons.cache import *
from ifupdown2.ifupdownaddons.modulebase import moduleBase
except ImportError:
from lib.addon import Addon
import ifupdown.exceptions as exceptions
import ifupdown.policymanager as policymanager
import ifupdown.ifupdownflags as ifupdownflags
from nlmanager.nlmanager import Link
from ifupdown.iface import *
from ifupdown.utils import utils
from ifupdownaddons.cache import *
from ifupdownaddons.modulebase import moduleBase
class bridgeFlags:
PORT_PROCESSED = 0x1
PORT_PROCESSED_OVERRIDE = 0x2
class bridge(Addon, moduleBase):
""" ifupdown2 addon module to configure linux bridges """
_modinfo = {
"mhelp": "Bridge configuration module. Supports both vlan aware and non "
"vlan aware bridges. For the vlan aware bridge, the port "
"specific attributes must be specified under the port. And for "
"vlan unaware bridge port specific attributes must be specified "
"under the bridge.",
"attrs": {
"bridge-vlan-aware": {
"help": "vlan aware bridge. Setting this "
"attribute to yes enables vlan filtering"
" on the bridge",
"validvals": ["yes", "no"],
"example": ["bridge-vlan-aware yes/no"],
"default": "no"
},
"bridge-ports": {
"help": "bridge ports",
"multivalue": True,
"required": True,
"validvals": ["<interface-list>"],
"example": [
"bridge-ports swp1.100 swp2.100 swp3.100",
"bridge-ports glob swp1-3.100",
"bridge-ports regex (swp[1|2|3].100)"
]
},
"bridge-stp": {
"help": "bridge-stp yes/no",
"example": ["bridge-stp no"],
"validvals": ["yes", "on", "off", "no"],
"default": "no"
},
"bridge-bridgeprio": {
"help": "bridge priority",
"validrange": ["0", "65535"],
"example": ["bridge-bridgeprio 32768"],
"default": "32768"
},
"bridge-ageing": {
"help": "bridge ageing",
"validrange": ["0", "65535"],
"example": ["bridge-ageing 300"],
"default": "300"
},
"bridge-fd": {
"help": "bridge forward delay",
"validrange": ["0", "255"],
"example": ["bridge-fd 15"],
"default": "15"
},
# XXX: recheck values
"bridge-gcint": {
"help": "bridge garbage collection interval in secs",
"validrange": ["0", "255"],
"example": ["bridge-gcint 4"],
"default": "4",
"compat": True,
"deprecated": True
},
"bridge-hello": {
"help": "bridge set hello time",
"validrange": ["0", "255"],
"example": ["bridge-hello 2"],
"default": "2"
},
"bridge-maxage": {
"help": "bridge set maxage",
"validrange": ["0", "255"],
"example": ["bridge-maxage 20"],
"default": "20"
},
"bridge-pathcosts": {
"help": "bridge set port path costs",
"validvals": ["<interface-range-list>"],
"validrange": ["0", "65535"],
"example": [
"under the port (for vlan aware bridge): bridge-pathcosts 100",
"under the bridge (for vlan unaware bridge): bridge-pathcosts swp1=100 swp2=100"
],
"default": "100"
},
"bridge-portprios": {
"help": "bridge port prios",
"validvals": ["<interface-range-list>"],
"validrange": ["0", "65535"],
"example": [
"under the port (for vlan aware bridge): bridge-portprios 32",
"under the bridge (for vlan unaware bridge): bridge-portprios swp1=32 swp2=32"
],
},
"bridge-mclmc": {
"help": "set multicast last member count",
"validrange": ["0", "255"],
"example": ["bridge-mclmc 2"],
"default": "2"
},
"bridge-mcrouter": {
"help": "Set bridge multicast routers: 0 - disabled - no, 1 - automatic (queried), 2 - permanently enabled - yes",
"validvals": ["yes", "no", "0", "1", "2"],
"example": ["bridge-mcrouter 1"],
"default": "yes"
},
"bridge-mcsnoop": {
"help": "set multicast snooping",
"validvals": ["yes", "no", "0", "1"],
"default": "yes",
"example": ["bridge-mcsnoop yes"]
},
"bridge-mcsqc": {
"help": "set multicast startup query count",
"validrange": ["0", "255"],
"default": "2",
"example": ["bridge-mcsqc 2"]
},
"bridge-mcqifaddr": {
"help": "set multicast query to use ifaddr",
"validvals": ["yes", "no", "0", "1"],
"default": "no",
"example": ["bridge-mcqifaddr no"]
},
"bridge-mcquerier": {
"help": "set multicast querier",
"validvals": ["yes", "no", "0", "1"],
"default": "no",
"example": ["bridge-mcquerier no"]
},
"bridge-hashel": {
"help": "set hash elasticity",
"validrange": ["0", "4096"],
"default": "4",
"example": ["bridge-hashel 4096"]
},
"bridge-hashmax": {
"help": "set hash max",
"validrange": ["0", "4096"],
"default": "512",
"example": ["bridge-hashmax 4096"]
},
"bridge-mclmi": {
"help": "set multicast last member interval (in secs)",
"validrange": ["0", "255"],
"default": "1",
"example": ["bridge-mclmi 1"]
},
"bridge-mcmi": {
"help": "set multicast membership interval (in secs)",
"validrange": ["0", "255"],
"default": "260",
"example": ["bridge-mcmi 260"]
},
"bridge-mcqpi": {
"help": "set multicast querier interval (in secs)",
"validrange": ["0", "255"],
"default": "255",
"example": ["bridge-mcqpi 255"]
},
"bridge-mcqi": {
"help": "set multicast query interval (in secs)",
"validrange": ["0", "255"],
"default": "125",
"example": ["bridge-mcqi 125"]
},
"bridge-mcqri": {
"help": "set multicast query response interval (in secs)",
"validrange": ["0", "255"],
"default": "10",
"example": ["bridge-mcqri 10"]
},
"bridge-mcsqi": {
"help": "set multicast startup query interval (in secs)",
"validrange": ["0", "255"],
"default": "31",
"example": ["bridge-mcsqi 31"]
},
"bridge-mcqv4src": {
"help": "set per VLAN v4 multicast querier source address",
"validvals": ["<number-ipv4-list>", ],
"multivalue": True,
"compat": True,
"example": ["bridge-mcqv4src 100=172.16.100.1 101=172.16.101.1"]
},
"bridge-portmcrouter": {
"help": "Set port multicast routers: 0 - disabled, 1 - automatic (queried), 2 - permanently enabled",
"validvals": ["<interface-disabled-automatic-enabled>"],
"example": [
"under the port (for vlan aware bridge): bridge-portmcrouter 0",
"under the port (for vlan aware bridge): bridge-portmcrouter 1",
"under the port (for vlan aware bridge): bridge-portmcrouter 2",
"under the port (for vlan aware bridge): bridge-portmcrouter disabled",
"under the port (for vlan aware bridge): bridge-portmcrouter automatic",
"under the port (for vlan aware bridge): bridge-portmcrouter enabled",
"under the bridge (for vlan unaware bridge): bridge-portmcrouter swp1=0 swp2=1 swp2=2",
"under the bridge (for vlan unaware bridge): bridge-portmcrouter swp1=disabled swp2=automatic swp3=enabled",
"under the bridge (for vlan unaware bridge): bridge-portmcrouter swp1=2 swp2=disabled swp3=1",
]
},
"bridge-portmcfl": {
"help": "port multicast fast leave.",
"validvals": ["<interface-yes-no-0-1-list>"],
"default": "no",
"example": [
"under the port (for vlan aware bridge): bridge-portmcfl no",
"under the bridge (for vlan unaware bridge): bridge-portmcfl swp1=no swp2=no"
]
},
"bridge-waitport": {
"help": "wait for a max of time secs for the"
" specified ports to become available,"
"if no ports are specified then those"
" specified on bridge-ports will be"
" used here. Specifying no ports here "
"should not be used if we are using "
"regex or \"all\" on bridge_ports,"
"as it wouldnt work.",
"default": "0",
"validvals": ["<number-interface-list>"],
"example": ["bridge-waitport 4 swp1 swp2"]
},
"bridge-maxwait": {
"help": "forces to time seconds the maximum time "
"that the Debian bridge setup scripts will "
"wait for the bridge ports to get to the "
"forwarding status, doesn\"t allow factional "
"part. If it is equal to 0 then no waiting"
" is done",
"validrange": ["0", "255"],
"default": "0",
"example": ["bridge-maxwait 3"]
},
"bridge-vids": {
"help": "bridge port vids. Can be specified "
"under the bridge or under the port. "
"If specified under the bridge the ports "
"inherit it unless overridden by a "
"bridge-vids attribute under the port",
"multivalue": True,
"validvals": ["<number-comma-range-list>"],
"example": [
"bridge-vids 4000",
"bridge-vids 2000 2200-3000"
],
"aliases": ["bridge-trunk"]
},
"bridge-pvid": {
"help": "bridge port pvid. Must be specified under"
" the bridge port",
"validrange": ["0", "4096"],
"example": ["bridge-pvid 1"]
},
"bridge-access": {
"help": "bridge port access vlan. Must be "
"specified under the bridge port",
"validrange": ["1", "4094"],
"example": ["bridge-access 300"]
},
"bridge-allow-untagged": {
"help": "indicate if the bridge port accepts "
"untagged packets or not. Must be "
"specified under the bridge port. "
"Default is \"yes\"",
"validvals": ["yes", "no"],
"example": ["bridge-allow-untagged yes"],
"default": "yes"
},
"bridge-port-vids": {
"help": "bridge vlans",
"compat": True,
"example": ["bridge-port-vids bond0=1-1000,1010-1020"]
},
"bridge-port-pvids": {
"help": "bridge port vlans",
"compat": True,
"example": ["bridge-port-pvids bond0=100 bond1=200"]
},
"bridge-learning": {
"help": "bridge port learning flag",
"validvals": ["on", "off", "<interface-on-off-list>"],
"default": "on",
"example": ["bridge-learning off"]
},
"bridge-igmp-version": {
"help": "mcast igmp version",
"validvals": ["2", "3"],
"default": "2",
"example": ["bridge-igmp-version 2"]
},
"bridge-mld-version": {
"help": "mcast mld version",
"validvals": ["1", "2"],
"default": "1",
"example": ["bridge-mld-version 1"]
},
"bridge-unicast-flood": {
"help": "bridge port unicast flood flag",
"validvals": ["on", "off", "<interface-on-off-list>"],
"default": "on",
"example": ["under the port (for vlan aware bridge): bridge-unicast-flood on",
"under the bridge (for vlan unaware bridge): bridge-unicast-flood swp1=on swp2=on"]
},
"bridge-multicast-flood": {
"help": "bridge port multicast flood flag",
"validvals": ["on", "off", "<interface-on-off-list>"],
"default": "on",
"example": [
"under the port (for vlan aware bridge): bridge-multicast-flood on",
"under the bridge (for vlan unaware bridge): bridge-multicast-flood swp1=on swp2=on"
]
},
"bridge-broadcast-flood": {
"help": "bridge port broadcast flood flag",
"validvals": ["on", "off", "<interface-on-off-list>"],
"default": "on",
"example": [
"under the port (for vlan aware bridge): bridge-broadcast-flood on",
"under the bridge (for vlan unaware bridge): bridge-broadcast-flood swp1=on swp2=on"
]
},
"bridge-vlan-protocol": {
"help": "bridge vlan protocol",
"default": "802.1q",
"validvals": ["802.1q", "802.1ad"],
"example": ["bridge-vlan-protocol 802.1q"]
},
"bridge-vlan-stats": {
"help": "bridge vlan stats",
"default": "off",
"validvals": ["on", "off"],
"example": ["bridge-vlan-stats off"]
},
"bridge-arp-nd-suppress": {
"help": "bridge port arp nd suppress flag",
"validvals": ["on", "off", "<interface-on-off-list>"],
"default": "off",
"example": [
"under the port (for vlan aware bridge): bridge-arp-nd-suppress on",
"under the bridge (for vlan unaware bridge): bridge-arp-nd-suppress swp1=on swp2=on"
]
},
"bridge-mcstats": {
"help": "bridge multicast stats",
"default": "off",
"validvals": ["on", "off", "1", "0", "yes", "no"],
"example": ["bridge-mcstats off"]
},
"bridge-l2protocol-tunnel": {
"help": "layer 2 protocol tunneling",
"validvals": [ # XXX: lists all combinations, should move to
# a better representation
"all",
"cdp",
"cdp lacp",
"cdp lacp lldp",
"cdp lacp lldp pvst",
"cdp lacp lldp stp",
"cdp lacp pvst",
"cdp lacp pvst stp",
"cdp lacp stp",
"cdp lldp",
"cdp lldp pvst",
"cdp lldp pvst stp",
"cdp lldp stp",
"cdp pvst",
"cdp pvst stp",
"cdp stp",
"lacp",
"lacp lldp",
"lacp lldp pvst",
"lacp lldp pvst stp",
"lacp lldp stp",
"lacp pvst",
"lacp pvst stp",
"lacp stp",
"lldp",
"lldp pvst",
"lldp pvst stp",
"lldp stp",
"pvst",
"pvst stp",
"stp",
"<interface-l2protocol-tunnel-list>"],
"example": [
"under the bridge (for vlan unaware bridge): bridge-l2protocol-tunnel swpX=lacp,stp swpY=cdp swpZ=all",
"under the port (for vlan aware bridge): bridge-l2protocol-tunnel lacp stp lldp cdp pvst",
"under the port (for vlan aware bridge): bridge-l2protocol-tunnel lldp pvst",
"under the port (for vlan aware bridge): bridge-l2protocol-tunnel stp",
"under the port (for vlan aware bridge): bridge-l2protocol-tunnel all"
]
},
"bridge-ports-condone-regex": {
"help": "bridge ports to ignore/condone when reloading config / removing interfaces",
"required": False,
"example": ["bridge-ports-condone-regex ^[a-zA-Z0-9]+_v[0-9]{1,4}$"]
},
}
}
bridge_utils_missing_warning = True
# Netlink attributes not associated with ifupdown2
# attributes are left commented-out for a future use
# and kept in order :)
_ifla_br_attributes_map = {
# Link.IFLA_BR_UNSPEC,
'bridge-fd': Link.IFLA_BR_FORWARD_DELAY,
'bridge-hello': Link.IFLA_BR_HELLO_TIME,
'bridge-maxage': Link.IFLA_BR_MAX_AGE,
'bridge-ageing': Link.IFLA_BR_AGEING_TIME,
'bridge-stp': Link.IFLA_BR_STP_STATE,
'bridge-bridgeprio': Link.IFLA_BR_PRIORITY,
'bridge-vlan-aware': Link.IFLA_BR_VLAN_FILTERING,
'bridge-vlan-protocol': Link.IFLA_BR_VLAN_PROTOCOL,
# Link.IFLA_BR_GROUP_FWD_MASK,
# Link.IFLA_BR_ROOT_ID,
# Link.IFLA_BR_BRIDGE_ID,
# Link.IFLA_BR_ROOT_PORT,
# (Link.IFLA_BR_ROOT_PATH_COST,,
# Link.IFLA_BR_TOPOLOGY_CHANGE,
# Link.IFLA_BR_TOPOLOGY_CHANGE_DETECTED,
# Link.IFLA_BR_HELLO_TIMER,
# Link.IFLA_BR_TCN_TIMER,
# Link.IFLA_BR_TOPOLOGY_CHANGE_TIMER,
# Link.IFLA_BR_GC_TIMER,
# Link.IFLA_BR_GROUP_ADDR,
# Link.IFLA_BR_FDB_FLUSH,
'bridge-mcrouter': Link.IFLA_BR_MCAST_ROUTER,
#('bridge-mcsnoop', Link.IFLA_BR_MCAST_SNOOPING), # requires special handling so we won't loop on this attr
'bridge-mcqifaddr': Link.IFLA_BR_MCAST_QUERY_USE_IFADDR,
'bridge-mcquerier': Link.IFLA_BR_MCAST_QUERIER,
'bridge-hashel': Link.IFLA_BR_MCAST_HASH_ELASTICITY,
'bridge-hashmax': Link.IFLA_BR_MCAST_HASH_MAX,
'bridge-mclmc': Link.IFLA_BR_MCAST_LAST_MEMBER_CNT,
'bridge-mcsqc': Link.IFLA_BR_MCAST_STARTUP_QUERY_CNT,
'bridge-mclmi': Link.IFLA_BR_MCAST_LAST_MEMBER_INTVL,
'bridge-mcmi': Link.IFLA_BR_MCAST_MEMBERSHIP_INTVL,
'bridge-mcqpi': Link.IFLA_BR_MCAST_QUERIER_INTVL,
'bridge-mcqi': Link.IFLA_BR_MCAST_QUERY_INTVL,
'bridge-mcqri': Link.IFLA_BR_MCAST_QUERY_RESPONSE_INTVL,
'bridge-mcsqi': Link.IFLA_BR_MCAST_STARTUP_QUERY_INTVL,
# Link.IFLA_BR_NF_CALL_IPTABLES,
# Link.IFLA_BR_NF_CALL_IP6TABLES,
# Link.IFLA_BR_NF_CALL_ARPTABLES,
# Link.IFLA_BR_VLAN_DEFAULT_PVID,
# Link.IFLA_BR_PAD,
# (Link.IFLA_BR_VLAN_STATS_ENABLED, 'bridge-vlan-stats'), # already dealt with, in a separate loop
'bridge-igmp-version': Link.IFLA_BR_MCAST_IGMP_VERSION,
'bridge-mcstats': Link.IFLA_BR_MCAST_STATS_ENABLED,
'bridge-mld-version': Link.IFLA_BR_MCAST_MLD_VERSION
}
# 'bridge-vlan-stats & bridge-mcstat are commented out even though, today
# they are supported. It is done this way because this dictionary is used
# in a loop, but these attributes require additional work. Thus they are
# excluded from this loop without overhead.
_ifla_br_attributes_translate_user_config_to_netlink_map = dict(
(
# Link.IFLA_BR_UNSPEC,
(Link.IFLA_BR_FORWARD_DELAY, lambda x: int(x) * 100),
(Link.IFLA_BR_HELLO_TIME, lambda x: int(x) * 100),
(Link.IFLA_BR_MAX_AGE, lambda x: int(x) * 100),
(Link.IFLA_BR_AGEING_TIME, lambda x: int(x) * 100),
# Link.IFLA_BR_STP_STATE, # STP is treated outside the loop
(Link.IFLA_BR_PRIORITY, int),
(Link.IFLA_BR_VLAN_FILTERING, utils.get_boolean_from_string),
(Link.IFLA_BR_VLAN_PROTOCOL, str.upper),
# Link.IFLA_BR_GROUP_FWD_MASK,
# Link.IFLA_BR_ROOT_ID,
# Link.IFLA_BR_BRIDGE_ID,
# Link.IFLA_BR_ROOT_PORT,
# Link.IFLA_BR_ROOT_PATH_COST,
# Link.IFLA_BR_TOPOLOGY_CHANGE,
# Link.IFLA_BR_TOPOLOGY_CHANGE_DETECTED,
# Link.IFLA_BR_HELLO_TIMER,
# Link.IFLA_BR_TCN_TIMER,
# Link.IFLA_BR_TOPOLOGY_CHANGE_TIMER,
# Link.IFLA_BR_GC_TIMER,
# Link.IFLA_BR_GROUP_ADDR,
# Link.IFLA_BR_FDB_FLUSH,
(Link.IFLA_BR_MCAST_ROUTER, utils.get_int_from_boolean_and_string),
(Link.IFLA_BR_MCAST_SNOOPING, utils.get_boolean_from_string),
(Link.IFLA_BR_MCAST_QUERY_USE_IFADDR, utils.get_boolean_from_string),
(Link.IFLA_BR_MCAST_QUERIER, utils.get_boolean_from_string),
(Link.IFLA_BR_MCAST_HASH_ELASTICITY, int),
(Link.IFLA_BR_MCAST_HASH_MAX, int),
(Link.IFLA_BR_MCAST_LAST_MEMBER_CNT, int),
(Link.IFLA_BR_MCAST_STARTUP_QUERY_CNT, int),
(Link.IFLA_BR_MCAST_LAST_MEMBER_INTVL, lambda x: int(x) * 100),
(Link.IFLA_BR_MCAST_MEMBERSHIP_INTVL, lambda x: int(x) * 100),
(Link.IFLA_BR_MCAST_QUERIER_INTVL, lambda x: int(x) * 100),
(Link.IFLA_BR_MCAST_QUERY_INTVL, lambda x: int(x) * 100),
(Link.IFLA_BR_MCAST_QUERY_RESPONSE_INTVL, lambda x: int(x) * 100),
(Link.IFLA_BR_MCAST_STARTUP_QUERY_INTVL, lambda x: int(x) * 100),
# Link.IFLA_BR_NF_CALL_IPTABLES,
# Link.IFLA_BR_NF_CALL_IP6TABLES,
# Link.IFLA_BR_NF_CALL_ARPTABLES,
# Link.IFLA_BR_VLAN_DEFAULT_PVID,
# Link.IFLA_BR_PAD,
(Link.IFLA_BR_VLAN_STATS_ENABLED, utils.get_boolean_from_string),
(Link.IFLA_BR_MCAST_IGMP_VERSION, int),
(Link.IFLA_BR_MCAST_STATS_ENABLED, utils.get_boolean_from_string),
(Link.IFLA_BR_MCAST_MLD_VERSION, int)
)
)
_ifla_brport_attributes_map = {
# Link.IFLA_BRPORT_UNSPEC,
# Link.IFLA_BRPORT_STATE,
'bridge-portprios': Link.IFLA_BRPORT_PRIORITY,
'bridge-pathcosts': Link.IFLA_BRPORT_COST,
# Link.IFLA_BRPORT_MODE,
# Link.IFLA_BRPORT_GUARD,
# Link.IFLA_BRPORT_PROTECT,
'bridge-portmcfl': Link.IFLA_BRPORT_FAST_LEAVE,
'bridge-learning': Link.IFLA_BRPORT_LEARNING,
'bridge-unicast-flood': Link.IFLA_BRPORT_UNICAST_FLOOD,
# Link.IFLA_BRPORT_PROXYARP,
# Link.IFLA_BRPORT_LEARNING_SYNC,
# Link.IFLA_BRPORT_PROXYARP_WIFI,
# Link.IFLA_BRPORT_ROOT_ID,
# Link.IFLA_BRPORT_BRIDGE_ID,
# Link.IFLA_BRPORT_DESIGNATED_PORT,
# Link.IFLA_BRPORT_DESIGNATED_COST,
# Link.IFLA_BRPORT_ID,
# Link.IFLA_BRPORT_NO,
# Link.IFLA_BRPORT_TOPOLOGY_CHANGE_ACK,
# Link.IFLA_BRPORT_CONFIG_PENDING,
# Link.IFLA_BRPORT_MESSAGE_AGE_TIMER,
# Link.IFLA_BRPORT_FORWARD_DELAY_TIMER,
# Link.IFLA_BRPORT_HOLD_TIMER,
# Link.IFLA_BRPORT_FLUSH,
'bridge-portmcrouter': Link.IFLA_BRPORT_MULTICAST_ROUTER,
# Link.IFLA_BRPORT_PAD,
'bridge-multicast-flood': Link.IFLA_BRPORT_MCAST_FLOOD,
# Link.IFLA_BRPORT_MCAST_TO_UCAST,
# Link.IFLA_BRPORT_VLAN_TUNNEL,
'bridge-broadcast-flood': Link.IFLA_BRPORT_BCAST_FLOOD,
'bridge-l2protocol-tunnel': Link.IFLA_BRPORT_GROUP_FWD_MASK,
# Link.IFLA_BRPORT_PEER_LINK,
# Link.IFLA_BRPORT_DUAL_LINK,
'bridge-arp-nd-suppress': Link.IFLA_BRPORT_NEIGH_SUPPRESS,
}
_ifla_brport_multicast_router_dict_to_int = {
'disabled': 0,
'0': 0,
'no': 0,
'automatic': 1,
'1': 1,
'yes': 1,
'enabled': 2,
'2': 2,
}
_ifla_brport_multicast_router_dict_int_to_str = {
0: "disabled",
1: "automatic",
2: "enabled"
}
# callable to translate <interface-yes-no-0-1-list> to netlink value
_ifla_brport_attributes_translate_user_config_to_netlink_map = dict(
(
(Link.IFLA_BRPORT_PRIORITY, int),
(Link.IFLA_BRPORT_COST, int),
(Link.IFLA_BRPORT_MULTICAST_ROUTER, lambda x: bridge._ifla_brport_multicast_router_dict_to_int.get(x, 0)),
(Link.IFLA_BRPORT_FAST_LEAVE, utils.get_boolean_from_string),
(Link.IFLA_BRPORT_LEARNING, utils.get_boolean_from_string),
(Link.IFLA_BRPORT_UNICAST_FLOOD, utils.get_boolean_from_string),
(Link.IFLA_BRPORT_MCAST_FLOOD, utils.get_boolean_from_string),
(Link.IFLA_BRPORT_BCAST_FLOOD, utils.get_boolean_from_string),
(Link.IFLA_BRPORT_GROUP_FWD_MASK, lambda x: x),
(Link.IFLA_BRPORT_NEIGH_SUPPRESS, utils.get_boolean_from_string)
)
)
def __init__(self, *args, **kargs):
Addon.__init__(self)
moduleBase.__init__(self, *args, **kargs)
self.name = self.__class__.__name__
self._resv_vlan_range = self._get_reserved_vlan_range()
self.logger.debug('%s: using reserved vlan range %s' % (self.__class__.__name__, str(self._resv_vlan_range)))
self.default_stp_on = utils.get_boolean_from_string(
policymanager.policymanager_api.get_attr_default(
module_name=self.__class__.__name__,
attr='bridge-stp'
)
)
self.default_vlan_stats = policymanager.policymanager_api.get_attr_default(
module_name=self.__class__.__name__,
attr='bridge-vlan-stats'
)
self.warn_on_untagged_bridge_absence = utils.get_boolean_from_string(
policymanager.policymanager_api.get_module_globals(
module_name=self.__class__.__name__,
attr='warn_on_untagged_bridge_absence'
)
)
self.logger.debug('bridge: init: warn_on_untagged_bridge_absence=%s'
% self.warn_on_untagged_bridge_absence)
self._vxlan_bridge_default_igmp_snooping = policymanager.policymanager_api.get_module_globals(
self.__class__.__name__,
'vxlan_bridge_default_igmp_snooping'
)
self.logger.debug('bridge: init: vxlan_bridge_default_igmp_snooping=%s'
% self._vxlan_bridge_default_igmp_snooping)
self.arp_nd_suppress_only_on_vxlan = utils.get_boolean_from_string(
policymanager.policymanager_api.get_module_globals(
module_name=self.__class__.__name__,
attr='allow_arp_nd_suppress_only_on_vxlan'
)
)
self.logger.debug('bridge: init: arp_nd_suppress_only_on_vxlan=%s' % self.arp_nd_suppress_only_on_vxlan)
try:
self.bridge_allow_multiple_vlans = utils.get_boolean_from_string(
self.sysctl_get('net.bridge.bridge-allow-multiple-vlans')
)
except:
# Cumulus Linux specific variable. Failure probably means that
# ifupdown2 is running a a different system.
self.bridge_allow_multiple_vlans = True
self.logger.debug('bridge: init: multiple vlans allowed %s' % self.bridge_allow_multiple_vlans)
self.bridge_mac_iface_list = policymanager.policymanager_api.get_module_globals(self.__class__.__name__, 'bridge_mac_iface') or []
self.bridge_mac_iface = None, None # ifname, mac
self.bridge_set_static_mac_from_port = utils.get_boolean_from_string(
policymanager.policymanager_api.get_module_globals(
self.__class__.__name__, 'bridge_set_static_mac_from_port'
)
)
self.vxlan_bridge_igmp_snooping_enable_port_mcrouter = utils.get_boolean_from_string(
policymanager.policymanager_api.get_module_globals(
module_name=self.__class__.__name__,
attr="vxlan_bridge_igmp_snooping_enable_port_mcrouter"
),
default=True
)
self.bridge_vxlan_arp_nd_suppress = utils.get_boolean_from_string(
policymanager.policymanager_api.get_module_globals(
module_name=self.__class__.__name__,
attr="bridge-vxlan-arp-nd-suppress"
),
default=False
)
self.bridge_vxlan_arp_nd_suppress_int = int(self.bridge_vxlan_arp_nd_suppress)
self.l2protocol_tunnel_callback = {
'all': self._l2protocol_tunnel_set_all,
'stp': self._l2protocol_tunnel_set_stp,
'cdp': self._l2protocol_tunnel_set_cdp,
'pvst': self._l2protocol_tunnel_set_pvst,
'lldp': self._l2protocol_tunnel_set_lldp,
'lacp': self._l2protocol_tunnel_set_lacp
}
self.query_check_l2protocol_tunnel_callback = {
'all': self._query_check_l2protocol_tunnel_all,
'stp': self._query_check_l2protocol_tunnel_stp,
'cdp': self._query_check_l2protocol_tunnel_cdp,
'pvst': self._query_check_l2protocol_tunnel_pvst,
'lldp': self._query_check_l2protocol_tunnel_lldp,
'lacp': self._query_check_l2protocol_tunnel_lacp
}
self._bridge_attribute_query_check_handler = {
"bridge-maxwait": (self._query_check_br_attr_wait, None),
"bridge-waitport": (self._query_check_br_attr_wait, None),
"bridge-stp": (self._query_check_br_attr_stp, Link.IFLA_BR_STP_STATE),
"bridge-mcstats": (self._query_check_br_attr_boolean_on_off, Link.IFLA_BR_MCAST_STATS_ENABLED),
"bridge-vlan-stats": (self._query_check_br_attr_boolean_on_off, Link.IFLA_BR_VLAN_STATS_ENABLED),
"bridge-vlan-aware": (self._query_check_br_attr_boolean, Link.IFLA_BR_VLAN_FILTERING),
"bridge-mcqifaddr": (self._query_check_br_attr_boolean, Link.IFLA_BR_MCAST_QUERY_USE_IFADDR),
"bridge-mcsnoop": (self._query_check_br_attr_boolean, Link.IFLA_BR_MCAST_SNOOPING),
"bridge-mcquerier": (self._query_check_br_attr_boolean, Link.IFLA_BR_MCAST_QUERIER),
"bridge-mcrouter": (self._query_check_br_attr_boolean, Link.IFLA_BR_MCAST_ROUTER),
"bridge-vlan-protocol": (self._query_check_br_attr_string, Link.IFLA_BR_VLAN_PROTOCOL),
"bridge-mcsqc": (self._query_check_br_attr_int, Link.IFLA_BR_MCAST_STARTUP_QUERY_CNT),
"bridge-mclmc": (self._query_check_br_attr_int, Link.IFLA_BR_MCAST_LAST_MEMBER_CNT),
"bridge-hashmax": (self._query_check_br_attr_int, Link.IFLA_BR_MCAST_HASH_MAX),
"bridge-hashel": (self._query_check_br_attr_int, Link.IFLA_BR_MCAST_HASH_ELASTICITY),
"bridge-bridgeprio": (self._query_check_br_attr_int, Link.IFLA_BR_PRIORITY),
"bridge-igmp-version": (self._query_check_br_attr_int, Link.IFLA_BR_MCAST_IGMP_VERSION),
"bridge-mld-version": (self._query_check_br_attr_int, Link.IFLA_BR_MCAST_MLD_VERSION),
"bridge-maxage": (self._query_check_br_attr_int_divided100, Link.IFLA_BR_MAX_AGE),
"bridge-fd": (self._query_check_br_attr_int_divided100, Link.IFLA_BR_FORWARD_DELAY),
"bridge-hello": (self._query_check_br_attr_int_divided100, Link.IFLA_BR_HELLO_TIME),
"bridge-ageing": (self._query_check_br_attr_int_divided100, Link.IFLA_BR_AGEING_TIME),
"bridge-mcmi": (self._query_check_br_attr_int_divided100, Link.IFLA_BR_MCAST_MEMBERSHIP_INTVL),
"bridge-mcsqi": (self._query_check_br_attr_int_divided100, Link.IFLA_BR_MCAST_STARTUP_QUERY_INTVL),
"bridge-mclmi": (self._query_check_br_attr_int_divided100, Link.IFLA_BR_MCAST_LAST_MEMBER_INTVL),
"bridge-mcqri": (self._query_check_br_attr_int_divided100, Link.IFLA_BR_MCAST_QUERY_RESPONSE_INTVL),
"bridge-mcqpi": (self._query_check_br_attr_int_divided100, Link.IFLA_BR_MCAST_QUERIER_INTVL),
"bridge-mcqi": (self._query_check_br_attr_int_divided100, Link.IFLA_BR_MCAST_QUERY_INTVL),
}
self._brport_attribute_query_check_handler = {
"bridge-pathcosts": self._query_check_brport_attr_int,
"bridge-portprios": self._query_check_brport_attr_int,
"bridge-portmcfl": self._query_check_brport_attr_boolean_yes_no,
"bridge-learning": self._query_check_brport_attr_boolean_on_off,
"bridge-arp-nd-suppress": self._query_check_brport_attr_boolean_on_off,
"bridge-unicast-flood": self._query_check_brport_attr_boolean_on_off,
"bridge-multicast-flood": self._query_check_brport_attr_boolean_on_off,
"bridge-broadcast-flood": self._query_check_brport_attr_boolean_on_off,
"bridge-portmcrouter": self._query_check_brport_attr_portmcrouter,
}
self.bridge_vxlan_port_learning = utils.get_boolean_from_string(
policymanager.policymanager_api.get_module_globals(
self.__class__.__name__,
"bridge_vxlan_port_learning"
),
default=True
)
@staticmethod
def _l2protocol_tunnel_set_pvst(ifla_brport_group_mask, ifla_brport_group_maskhi):
if not ifla_brport_group_maskhi:
ifla_brport_group_maskhi = 0x1
else:
ifla_brport_group_maskhi |= 0x1
return ifla_brport_group_mask, ifla_brport_group_maskhi
@staticmethod
def _l2protocol_tunnel_set_cdp(ifla_brport_group_mask, ifla_brport_group_maskhi):
if not ifla_brport_group_maskhi:
ifla_brport_group_maskhi = 0x2
else:
ifla_brport_group_maskhi |= 0x2
return ifla_brport_group_mask, ifla_brport_group_maskhi
@staticmethod
def _l2protocol_tunnel_set_stp(ifla_brport_group_mask, ifla_brport_group_maskhi):
if not ifla_brport_group_mask:
ifla_brport_group_mask = 0x1
else:
ifla_brport_group_mask |= 0x1
return ifla_brport_group_mask, ifla_brport_group_maskhi
@staticmethod
def _l2protocol_tunnel_set_lacp(ifla_brport_group_mask, ifla_brport_group_maskhi):
if not ifla_brport_group_mask:
ifla_brport_group_mask = 0x4
else:
ifla_brport_group_mask |= 0x4
return ifla_brport_group_mask, ifla_brport_group_maskhi
@staticmethod
def _l2protocol_tunnel_set_lldp(ifla_brport_group_mask, ifla_brport_group_maskhi):
if not ifla_brport_group_mask:
ifla_brport_group_mask = 0x4000
else:
ifla_brport_group_mask |= 0x4000
return ifla_brport_group_mask, ifla_brport_group_maskhi
@staticmethod
def _l2protocol_tunnel_set_all(ifla_brport_group_mask, ifla_brport_group_maskhi):
# returns new values for ifla_brport_group_mask and ifla_brport_group_maskhi
return 0x1 | 0x4 | 0x4000, 0x1 | 0x2
@staticmethod
def _query_check_l2protocol_tunnel_stp(ifla_brport_group_mask, ifla_brport_group_maskhi):
return ifla_brport_group_mask and ifla_brport_group_mask & 0x1
@staticmethod
def _query_check_l2protocol_tunnel_cdp(ifla_brport_group_mask, ifla_brport_group_maskhi):
return ifla_brport_group_maskhi and ifla_brport_group_maskhi & 0x2
@staticmethod
def _query_check_l2protocol_tunnel_pvst(ifla_brport_group_mask, ifla_brport_group_maskhi):
return ifla_brport_group_maskhi and ifla_brport_group_maskhi & 0x1
@staticmethod
def _query_check_l2protocol_tunnel_lldp(ifla_brport_group_mask, ifla_brport_group_maskhi):
return ifla_brport_group_mask and ifla_brport_group_mask & 0x4000
@staticmethod
def _query_check_l2protocol_tunnel_lacp(ifla_brport_group_mask, ifla_brport_group_maskhi):
return ifla_brport_group_mask and ifla_brport_group_mask & 0x4
@staticmethod
def _query_check_l2protocol_tunnel_all(ifla_brport_group_mask, ifla_brport_group_maskhi):
return ifla_brport_group_mask == (0x1 | 0x4 | 0x4000) and ifla_brport_group_maskhi == (0x1 | 0x2)
def syntax_check(self, ifaceobj, ifaceobj_getfunc):
retval = self.check_bridge_vlan_aware_port(ifaceobj, ifaceobj_getfunc)
if ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_PORT:
if not self.check_bridge_port_vid_attrs(ifaceobj):
retval = False
c1 = self.syntax_check_vxlan_in_vlan_aware_br(ifaceobj, ifaceobj_getfunc)
c2 = self.syntax_check_bridge_allow_multiple_vlans(ifaceobj, ifaceobj_getfunc)
return retval and c1 #and c2
def syntax_check_bridge_allow_multiple_vlans(self, ifaceobj, ifaceobj_getfunc):
result = True
if not self.bridge_allow_multiple_vlans and ifaceobj.link_kind & ifaceLinkKind.BRIDGE and ifaceobj.lowerifaces:
vlan_id = None
for brport_name in ifaceobj.lowerifaces:
for obj in ifaceobj_getfunc(brport_name) or []:
if obj.link_kind & ifaceLinkKind.VLAN:
sub_intf_vlan_id = self._get_vlan_id(obj)
if vlan_id and vlan_id != sub_intf_vlan_id:
self.logger.error('%s: ignore %s: multiple vlans not allowed under bridge '
'(sysctl net.bridge.bridge-allow-multiple-vlans not set)'
% (ifaceobj.name, brport_name))
result = False
continue
vlan_id = sub_intf_vlan_id
return result
def check_bridge_port_vid_attrs(self, ifaceobj):
if (ifaceobj.get_attr_value('bridge-access') and
(self.get_ifaceobj_bridge_vids_value(ifaceobj) or
ifaceobj.get_attr_value('bridge-pvid'))):
self.logger.warn('%s: bridge-access given, bridge-vids and bridge-pvid '
'will be ignored' % ifaceobj.name)
return False
return True
def check_bridge_vlan_aware_port(self, ifaceobj, ifaceobj_getfunc):
if ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_VLAN_AWARE:
ports = self._get_bridge_port_list(ifaceobj)
if not ports:
return True
result = True
for port_name in ports:
port_obj_l = ifaceobj_getfunc(port_name)
if port_obj_l and port_obj_l[0].link_kind & ifaceLinkKind.VLAN:
self.logger.error('%s: %s: vlan sub-interface is not '
'supported in a vlan-aware bridge'
% (ifaceobj.name, port_name))
result = False
if (port_obj_l and
port_obj_l[0].get_attr_value('bridge-arp-nd-suppress') and
self.arp_nd_suppress_only_on_vxlan and
not port_obj_l[0].link_kind & ifaceLinkKind.VXLAN):
self.log_error('\'bridge-arp-nd-suppress\' is not '
'supported on a non-vxlan port %s'
%port_obj_l[0].name)
result = False
return result
return True
def _error_vxlan_in_vlan_aware_br(self, ifaceobj, bridgename):
self.log_error('`bridge-access` attribute is mandatory when vxlan '
'device (%s) is part of vlan aware bridge (%s)'
% (ifaceobj.name, bridgename), ifaceobj)
def syntax_check_vxlan_in_vlan_aware_br(self, ifaceobj, ifaceobj_getfunc):
if not ifaceobj_getfunc:
return True
if (ifaceobj.link_kind & ifaceLinkKind.VXLAN
and ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_PORT):
if ifaceobj.get_attr_value('bridge-access'):
return True
for iface in ifaceobj.upperifaces if ifaceobj.upperifaces else []:
ifaceobj_upper_list = ifaceobj_getfunc(iface)
if not ifaceobj_upper_list:
continue
ifaceobj_upper = ifaceobj_upper_list[0]
bridge_vids = self._get_bridge_vids(iface, ifaceobj_getfunc)
if ifaceobj_upper.link_privflags & ifaceLinkPrivFlags.BRIDGE_VLAN_AWARE:
vids = self.get_ifaceobj_bridge_vids_value(ifaceobj)
pvid = ifaceobj.get_attr_value_first('bridge-pvid')
if (not vids
or not pvid
or not self._compare_vids(bridge_vids,
vids,
pvid=pvid)):
self._error_vxlan_in_vlan_aware_br(ifaceobj,
ifaceobj_upper.name)
return False
return True
@staticmethod
def _is_bridge(ifaceobj):
return (ifaceobj.link_kind & ifaceLinkKind.BRIDGE or
ifaceobj.get_attr_value_first('bridge-ports') or
ifaceobj.get_attr_value_first('bridge-vlan-aware'))
def _get_ifaceobj_bridge_ports(self, ifaceobj):
bridge_ports = []
for brport in ifaceobj.get_attr_value('bridge-ports') or []:
if brport != 'none':
bridge_ports.extend(brport.split())
return ' '.join(bridge_ports)
def check_valid_bridge(self, ifaceobj, ifname):
if self.cache.link_exists(ifname) and not self.cache.link_is_bridge(ifname):
self.log_error('misconfiguration of bridge attribute(s) on existing non-bridge interface (%s)' % ifname, ifaceobj=ifaceobj)
return False
return True
def get_dependent_ifacenames(self, ifaceobj, ifacenames_all=None):
if not self._is_bridge(ifaceobj) or not self.check_valid_bridge(ifaceobj, ifaceobj.name):
return None
if ifaceobj.link_type != ifaceLinkType.LINK_NA:
ifaceobj.link_type = ifaceLinkType.LINK_MASTER
ifaceobj.link_kind |= ifaceLinkKind.BRIDGE
# for special vlan aware bridges, we need to add another bit
if utils.get_boolean_from_string(ifaceobj.get_attr_value_first('bridge-vlan-aware')):
ifaceobj.link_kind |= ifaceLinkKind.BRIDGE
ifaceobj.link_privflags |= ifaceLinkPrivFlags.BRIDGE_VLAN_AWARE
ifaceobj.role |= ifaceRole.MASTER
ifaceobj.dependency_type = ifaceDependencyType.MASTER_SLAVE
return self.parse_port_list(ifaceobj.name,
self._get_ifaceobj_bridge_ports(ifaceobj),
ifacenames_all)
def get_dependent_ifacenames_running(self, ifaceobj):
if not self.cache.bridge_exists(ifaceobj.name):
return None
return self.cache.get_slaves(ifaceobj.name)
def _get_bridge_port_list(self, ifaceobj):
# port list is also available in the previously
# parsed dependent list. Use that if available, instead
# of parsing port expr again
port_list = ifaceobj.lowerifaces
if port_list:
return port_list
ports = self._get_ifaceobj_bridge_ports(ifaceobj)
if ports:
return self.parse_port_list(ifaceobj.name, ports)
else:
return None
def _get_bridge_port_list_user_ordered(self, ifaceobj):
# When enslaving bridge-ports we need to return the exact user
# configured bridge ports list (bridge will inherit the mac of the
# first device.
ports = self._get_ifaceobj_bridge_ports(ifaceobj)
return self.parse_port_list(ifaceobj.name, ports) if ports else None
def _get_bridge_port_condone_regex(self, ifaceobj, get_string = False):
bridge_port_condone_regex = ifaceobj.get_attr_value_first('bridge-ports-condone-regex')
# If bridge-ports-ignore-regex is configured, do NOT use the parse_port_list()
# function to gather a list of ports matching the regex here and now but set
# up a compiled regex to be used in a match later. This way we try to avoid
# a race condition where an (possibly VM) interface is created after this
# function has been called but before the bridgeports are validated.
if bridge_port_condone_regex:
if get_string:
return bridge_port_condone_regex
return re.compile (r"%s" % bridge_port_condone_regex)
return None
def _process_bridge_waitport(self, ifaceobj, portlist):
waitport_value = ifaceobj.get_attr_value_first('bridge-waitport')
if not waitport_value: return
try:
waitportvals = re.split(r'[\s\t]\s*', waitport_value, 1)
if not waitportvals: return
try:
waitporttime = int(waitportvals[0])
except:
self.log_warn('%s: invalid waitport value \'%s\''
%(ifaceobj.name, waitportvals[0]))
return
if waitporttime <= 0: return
try:
waitportlist = self.parse_port_list(ifaceobj.name,
waitportvals[1])
except IndexError, e:
# ignore error and use all bridge ports
waitportlist = portlist
pass
if not waitportlist: return
self.logger.info('%s: waiting for ports %s to exist ...'
%(ifaceobj.name, str(waitportlist)))
starttime = time.time()
while ((time.time() - starttime) < waitporttime):
if all([False for p in waitportlist
if not self.cache.link_exists(p)]):
break;
time.sleep(1)
except Exception, e:
self.log_warn('%s: unable to process waitport: %s'
%(ifaceobj.name, str(e)))
def _enable_disable_ipv6(self, port, enable='1'):
try:
self.write_file('/proc/sys/net/ipv6/conf/%s/disable_ipv6' % port, enable)
except Exception, e:
self.logger.info(str(e))
def handle_ipv6(self, ports, state):
for p in ports:
self._enable_disable_ipv6(p, state)
def _pretty_print_add_ports_error(self, errstr, bridgeifaceobj, bridgeports):
""" pretty print bridge port add errors.
since the commands are batched and the kernel only returns error
codes, this function tries to interpret some error codes
and prints clearer errors """
if re.search('RTNETLINK answers: Invalid argument', errstr):
# Cumulus Linux specific error checks
try:
if self.sysctl_get('net.bridge.bridge-allow-multiple-vlans') == '0':
vlanid = None
for bport in bridgeports:
currvlanid = self._get_vlan_id_from_ifacename(bport)
if vlanid:
if currvlanid != vlanid:
self.log_error('%s: ' %bridgeifaceobj.name +
'net.bridge.bridge-allow-multiple-vlans not set, multiple vlans not allowed', bridgeifaceobj)
break
if currvlanid:
vlanid = currvlanid
except Exception as e:
errstr += '\n%s' % str(e)
self.log_error(bridgeifaceobj.name + ': ' + errstr, bridgeifaceobj)
def _add_ports(self, ifaceobj, ifaceobj_getfunc):
bridgeports = self._get_bridge_port_list(ifaceobj)
bridgeportscondoneregex = self._get_bridge_port_condone_regex(ifaceobj)
runningbridgeports = []
self._process_bridge_waitport(ifaceobj, bridgeports)
# Delete active ports not in the new port list
if not ifupdownflags.flags.PERFMODE:
runningbridgeports = self.cache.get_slaves(ifaceobj.name)
if runningbridgeports:
for bport in runningbridgeports:
if not bridgeports or bport not in bridgeports:
if bridgeportscondoneregex and bridgeportscondoneregex.match(bport):
self.logger.info("%s: port %s will stay enslaved as it matches with bridge-ports-condone-regex" % (ifaceobj.name, bport))
continue
self.netlink.link_set_nomaster(bport)
# set admin DOWN on all removed ports
# that don't have config outside bridge
if not ifaceobj_getfunc(bport):
self.netlink.link_down(bport)
# enable ipv6 for ports that were removed
self.handle_ipv6([bport], '0')
else:
runningbridgeports = []
if not bridgeports:
return []
err = 0
newbridgeports = Set(bridgeports).difference(Set(runningbridgeports))
newly_enslaved_ports = []
newbridgeports_ordered = []
for br_port in self._get_bridge_port_list_user_ordered(ifaceobj):
if br_port in newbridgeports:
newbridgeports_ordered.append(br_port)
self.iproute2.batch_start()
for bridgeport in newbridgeports_ordered:
try:
if (not ifupdownflags.flags.DRYRUN and
not self.cache.link_exists(bridgeport)):
self.log_error('%s: bridge port %s does not exist'
%(ifaceobj.name, bridgeport), ifaceobj)
err += 1
continue
hwaddress = self.cache.get_link_address(bridgeport)
if not ifupdownflags.flags.DRYRUN and not self._valid_ethaddr(hwaddress):
self.log_warn('%s: skipping port %s, ' %(ifaceobj.name,
bridgeport) + 'invalid ether addr %s'
%hwaddress)
continue
self.iproute2.link_set_master(bridgeport, ifaceobj.name)
newly_enslaved_ports.append(bridgeport)
self.handle_ipv6([bridgeport], '1')
self.iproute2.addr_flush(bridgeport)
except Exception, e:
self.logger.error(str(e))
pass
self.iproute2.batch_commit()
self.cache.force_add_slave_list(ifaceobj.name, newly_enslaved_ports)
if err:
self.log_error('bridge configuration failed (missing ports)')
return newly_enslaved_ports
def _process_bridge_maxwait(self, ifaceobj, portlist):
maxwait = ifaceobj.get_attr_value_first('bridge-maxwait')
if not maxwait: return
try:
maxwait = int(maxwait)
except:
self.log_warn('%s: invalid maxwait value \'%s\'' %(ifaceobj.name,
maxwait))
return
if not maxwait: return
self.logger.info('%s: waiting for ports to go to fowarding state ..'
%ifaceobj.name)
try:
starttime = time.time()
while ((time.time() - starttime) < maxwait):
if all([False for p in portlist
if self.read_file_oneline(
'/sys/class/net/%s/brif/%s/state'
%(ifaceobj.name, p)) != '3']):
break;
time.sleep(1)
except Exception, e:
self.log_warn('%s: unable to process maxwait: %s'
%(ifaceobj.name, str(e)))
def _ints_to_ranges(self, ints):
for a, b in itertools.groupby(enumerate(ints), lambda (x, y): y - x):
b = list(b)
yield b[0][1], b[-1][1]
def _ranges_to_ints(self, rangelist):
""" returns expanded list of integers given set of string ranges
example: ['1', '2-4', '6'] returns [1, 2, 3, 4, 6]
"""
result = []
try:
for part in rangelist:
if '-' in part:
a, b = part.split('-')
a, b = int(a), int(b)
result.extend(range(a, b + 1))
else:
a = int(part)
result.append(a)
except:
self.logger.warn('unable to parse vids \'%s\''
%''.join(rangelist))
pass
return result
def _compress_into_ranges(self, vids_ints):
return ['%d' %start if start == end else '%d-%d' %(start, end)
for start, end in self._ints_to_ranges(vids_ints)]
def _diff_vids(self, vids1_ints, vids2_ints):
return Set(vids2_ints).difference(vids1_ints), Set(vids1_ints).difference(vids2_ints)
def _compare_vids(self, vids1, vids2, pvid=None, expand_range=True):
""" Returns true if the vids are same else return false """
if expand_range:
vids1_ints = self._ranges_to_ints(vids1)
vids2_ints = self._ranges_to_ints(vids2)
else:
vids1_ints = self._ranges_to_ints(vids1)
vids2_ints = vids2
set_diff = Set(vids1_ints).symmetric_difference(vids2_ints)
if pvid and int(pvid) in set_diff:
set_diff.remove(int(pvid))
if set_diff:
return False
else:
return True
def _set_bridge_mcqv4src_compat(self, ifaceobj):
#
# Sets old style igmp querier
#
attrval = ifaceobj.get_attr_value_first('bridge-mcqv4src')
if attrval:
running_mcqv4src = {}
if not ifupdownflags.flags.PERFMODE:
running_mcqv4src = self.sysfs.bridge_get_mcqv4src(ifaceobj.name)
mcqs = {}
srclist = attrval.split()
for s in srclist:
k, v = s.split('=')
mcqs[k] = v
k_to_del = Set(running_mcqv4src.keys()).difference(mcqs.keys())
for v in k_to_del:
self.iproute2.bridge_del_mcqv4src(ifaceobj.name, v)
for v in mcqs.keys():
self.iproute2.bridge_set_mcqv4src(ifaceobj.name, v, mcqs[v])
elif not ifupdownflags.flags.PERFMODE:
running_mcqv4src = self.sysfs.bridge_get_mcqv4src(ifaceobj.name)
if running_mcqv4src:
for v in running_mcqv4src.keys():
self.iproute2.bridge_del_mcqv4src(ifaceobj.name, v)
def _set_bridge_vidinfo_compat(self, ifaceobj):
#
# Supports old style vlan vid info format
# for compatibility
#
bridge_port_pvids = ifaceobj.get_attr_value_first('bridge-port-pvids')
bridge_port_vids = ifaceobj.get_attr_value_first('bridge-port-vids')
if not bridge_port_pvids and not bridge_port_vids:
return
# Handle bridge vlan attrs
# Install pvids
if bridge_port_pvids:
portlist = self.parse_port_list(ifaceobj.name, bridge_port_pvids)
if not portlist:
self.log_warn('%s: could not parse \'%s %s\''
%(ifaceobj.name, 'bridge-port-pvids',
bridge_port_pvids))
return
for p in portlist:
try:
(port, pvid) = p.split('=')
pvid = int(pvid)
running_pvid = self.cache.get_pvid(port)
if running_pvid:
if running_pvid == pvid:
continue
else:
self.iproute2.bridge_vlan_del_pvid(port, running_pvid)
self.iproute2.bridge_vlan_add_pvid(port, pvid)
except Exception, e:
self.log_warn('%s: failed to set pvid `%s` (%s)'
%(ifaceobj.name, p, str(e)))
# install port vids
if bridge_port_vids:
portlist = self.parse_port_list(ifaceobj.name, bridge_port_vids)
if not portlist:
self.log_warn('%s: could not parse \'%s %s\'' %(ifaceobj.name,
'bridge-port-vids', bridge_port_vids))
return
for p in portlist:
try:
(port, val) = p.split('=')
vids = val.split(',')
vids_int = self._ranges_to_ints(vids)
_, running_vids = self.cache.get_pvid_and_vids(port)
if running_vids:
(vids_to_del, vids_to_add) = \
self._diff_vids(vids_int, running_vids)
if vids_to_del:
self.iproute2.bridge_vlan_del_vid_list(port,
self._compress_into_ranges(vids_to_del))
if vids_to_add:
self.iproute2.bridge_vlan_add_vid_list(port,
self._compress_into_ranges(vids_to_add))
else:
self.iproute2.bridge_vlan_add_vid_list(port, vids_int)
except Exception, e:
self.log_warn('%s: failed to set vid `%s` (%s)'
%(ifaceobj.name, p, str(e)))
def _is_running_stp_state_on(self, bridgename):
""" Returns True if running stp state is on, else False """
stp_state_file = '/sys/class/net/%s/bridge/stp_state' %bridgename
try:
running_stp_state = self.read_file_oneline(stp_state_file)
return running_stp_state and running_stp_state != '0'
except:
return False
def _is_config_stp_state_on(self, ifaceobj):
""" Returns true if user specified stp state is on, else False """
stp_attr = ifaceobj.get_attr_value_first('bridge-stp')
if not stp_attr:
return self.default_stp_on
return utils.get_boolean_from_string(stp_attr)
def get_bridge_mcsnoop_value(self, ifaceobj):
mcsnoop = ifaceobj.get_attr_value_first('bridge-mcsnoop')
if mcsnoop:
return mcsnoop
if ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_VXLAN:
if self._vxlan_bridge_default_igmp_snooping is not None:
return self._vxlan_bridge_default_igmp_snooping
return self.get_attr_default_value("bridge-mcsnoop")
def fill_ifla_info_data_with_ifla_br_attribute(self,
ifla_info_data,
link_just_created,
ifname,
nl_attr,
attr_name,
user_config,
cached_value):
try:
translate_func = self._ifla_br_attributes_translate_user_config_to_netlink_map.get(nl_attr)
if not callable(translate_func):
return
if not user_config:
user_config = policymanager.policymanager_api.get_iface_default(
module_name=self.__class__.__name__,
ifname=ifname,
attr=attr_name
)
if not link_just_created and cached_value is None:
# the link already exists but we don't have any value
# cached for this attr, it probably means that the
# capability is not available on this system (i.e old kernel)
self.logger.debug("%s: ignoring %s %s: capability probably not supported on this system"
% (ifname, attr_name, user_config))
return
if not user_config and not link_just_created and cached_value is not None:
# there is no user configuration for this attribute
# if the bridge existed before we need to check if
# this attribute needs to be reset to default value
default_value = self.get_attr_default_value(attr_name)
if default_value:
# the attribute has a default value, we need to convert it to
# netlink format to compare it with the cache value
default_value_nl = translate_func(default_value) # default_value.lower()
if default_value_nl != cached_value:
# the running value difers from the default value
# but the user didn't specify any config
# resetting attribute to default
ifla_info_data[nl_attr] = default_value_nl
self.logger.info('%s: reset %s to default: %s' % (ifname, attr_name, default_value))
elif user_config:
user_config_nl = translate_func(user_config) # user_config.lower()
if user_config_nl != cached_value:
ifla_info_data[nl_attr] = user_config_nl
if cached_value is not None:
self.logger.info('%s: set %s %s (cache %s)' % (ifname, attr_name, user_config, cached_value))
else:
self.logger.info('%s: set %s %s' % (ifname, attr_name, user_config))
except Exception as e:
self.logger.warning('%s: %s: %s' % (ifname, attr_name, str(e)))
def up_apply_bridge_settings(self, ifaceobj, link_just_created, bridge_vlan_aware):
ifla_info_data = dict()
ifname = ifaceobj.name
self.logger.info('%s: applying bridge settings' % ifname)
cached_ifla_info_data = self.cache.get_link_info_data(ifname)
try:
# we compare the user value (or policy value) with the current running state
# we need to divide the cached value by 100 to ignore small difference.
# i.e. our default value is 31 but the kernel default seems to be 3125
cached_ifla_info_data[Link.IFLA_BR_MCAST_STARTUP_QUERY_INTVL] /= 100
cached_ifla_info_data[Link.IFLA_BR_MCAST_STARTUP_QUERY_INTVL] *= 100
except:
pass
for attr_name, nl_attr in self._ifla_br_attributes_map.iteritems():
self.fill_ifla_info_data_with_ifla_br_attribute(
ifla_info_data=ifla_info_data,
link_just_created=link_just_created,
ifname=ifname,
nl_attr=nl_attr,
attr_name=attr_name,
user_config=ifaceobj.get_attr_value_first(attr_name),
cached_value=cached_ifla_info_data.get(nl_attr)
)
# bridge-mcsnoop
self.fill_ifla_info_data_with_ifla_br_attribute(
ifla_info_data=ifla_info_data,
link_just_created=link_just_created,
ifname=ifname,
nl_attr=Link.IFLA_BR_MCAST_SNOOPING,
attr_name='bridge-mcsnoop',
user_config=self.get_bridge_mcsnoop_value(ifaceobj),
cached_value=cached_ifla_info_data.get(Link.IFLA_BR_MCAST_SNOOPING)
)
# bridge-vlan-stats
if bridge_vlan_aware:
self.fill_ifla_info_data_with_ifla_br_attribute(
ifla_info_data=ifla_info_data,
link_just_created=link_just_created,
ifname=ifname,
nl_attr=Link.IFLA_BR_VLAN_STATS_ENABLED,
attr_name='bridge-vlan-stats',
user_config=ifaceobj.get_attr_value_first('bridge-vlan-stats') or self.default_vlan_stats,
cached_value=cached_ifla_info_data.get(Link.IFLA_BR_VLAN_STATS_ENABLED)
)
try:
if self._is_config_stp_state_on(ifaceobj):
if not self._is_running_stp_state_on(ifname):
ifla_info_data[Link.IFLA_BR_STP_STATE] = 1
self.logger.info('%s: stp state reset, reapplying port settings' % ifname)
ifaceobj.module_flags[ifaceobj.name] = \
ifaceobj.module_flags.setdefault(self.name, 0) | \
bridgeFlags.PORT_PROCESSED_OVERRIDE
else:
# If stp not specified and running stp state on, set it to off
if self._is_running_stp_state_on(ifname):
self.logger.info('%s: bridge-stp not specified but running: turning stp off')
ifla_info_data[Link.IFLA_BR_STP_STATE] = 0
except Exception as e:
self.logger.warning('%s: bridge stp: %s' % (ifname, str(e)))
if ifla_info_data:
self.netlink.link_set_bridge_info_data(ifname, ifla_info_data)
def _check_vids(self, ifaceobj, vids):
ret = True
for v in vids:
try:
if '-' in v:
va, vb = v.split('-')
va, vb = int(va), int(vb)
self._handle_reserved_vlan(va, ifaceobj.name, end=vb)
else:
va = int(v)
self._handle_reserved_vlan(va, ifaceobj.name)
except exceptions.ReservedVlanException as e:
raise e
except Exception:
self.logger.warn('%s: unable to parse vid \'%s\''
%(ifaceobj.name, v))
return ret
def _get_running_vids_n_pvid_str(self, ifacename):
pvid, vids = self.cache.get_pvid_and_vids(ifacename)
if vids:
ret_vids = self._compress_into_ranges(vids)
else:
ret_vids = None
if pvid:
ret_pvid = '%s' %pvid
else:
ret_pvid = None
return (ret_vids, ret_pvid)
def _apply_bridge_vids_and_pvid(self, bportifaceobj, vids, pvid,
isbridge):
""" This method is a combination of methods _apply_bridge_vids and
_apply_bridge_port_pvids above. A combined function is
found necessary to do the deletes first and the adds later
because kernel does honor vid info flags during deletes.
"""
if not isbridge and bportifaceobj.link_kind & ifaceLinkKind.VXLAN:
if not vids or not pvid or len(vids) > 1 or vids[0] != pvid:
self._error_vxlan_in_vlan_aware_br(bportifaceobj,
bportifaceobj.upperifaces[0])
return
vids_int = self._ranges_to_ints(vids)
try:
pvid_int = int(pvid) if pvid else 0
except Exception:
self.logger.warn('%s: unable to parse pvid \'%s\''
%(bportifaceobj.name, pvid))
pvid_int = 0
pass
vids_to_del = []
vids_to_add = vids_int
pvid_to_del = None
pvid_to_add = pvid_int
try:
if not self._check_vids(bportifaceobj, vids):
return
running_pvid, running_vids = self.cache.get_pvid_and_vids(bportifaceobj.name)
if not running_vids and not running_pvid:
# There cannot be a no running pvid.
# It might just not be in our cache:
# this can happen if at the time we were
# creating the bridge vlan cache, the port
# was not part of the bridge. And we need
# to make sure both vids and pvid is not in
# the cache, to declare that our cache may
# be stale.
running_pvid = 1
running_vids = [1]
if running_vids:
(vids_to_del, vids_to_add) = \
self._diff_vids(vids_to_add, running_vids)
if running_pvid:
if running_pvid != pvid_int and running_pvid != 0:
pvid_to_del = running_pvid
if (pvid_to_del and (pvid_to_del in vids_int) and
(pvid_to_del not in vids_to_add)):
# kernel deletes dont take into account
# bridge vid flags and its possible that
# the pvid deletes we do end up deleting
# the vids. Be proactive and add the pvid
# to the vid add list if it is in the vids
# and not already part of vids_to_add.
# This helps with a small corner case:
# - running
# pvid 100
# vid 101 102
# - new change is going to move the state to
# pvid 101
# vid 100 102
vids_to_add.add(pvid_to_del)
except exceptions.ReservedVlanException as e:
raise e
except Exception, e:
self.log_error('%s: failed to process vids/pvids'
%bportifaceobj.name + ' vids = %s' %str(vids) +
'pvid = %s ' %pvid + '(%s)' %str(e),
bportifaceobj, raise_error=False)
try:
if vids_to_del:
if pvid_to_add in vids_to_del:
vids_to_del.remove(pvid_to_add)
self.iproute2.bridge_vlan_del_vid_list_self(bportifaceobj.name,
self._compress_into_ranges(
vids_to_del), isbridge)
except Exception, e:
self.log_warn('%s: failed to del vid `%s` (%s)'
%(bportifaceobj.name, str(vids_to_del), str(e)))
try:
if pvid_to_del:
self.iproute2.bridge_vlan_del_pvid(bportifaceobj.name,
pvid_to_del)
except Exception, e:
self.log_warn('%s: failed to del pvid `%s` (%s)'
%(bportifaceobj.name, pvid_to_del, str(e)))
try:
if vids_to_add:
self.iproute2.bridge_vlan_add_vid_list_self(bportifaceobj.name,
self._compress_into_ranges(
vids_to_add), isbridge)
except Exception, e:
self.log_error('%s: failed to set vid `%s` (%s)'
%(bportifaceobj.name, str(vids_to_add),
str(e)), bportifaceobj, raise_error=False)
try:
if pvid_to_add and pvid_to_add != running_pvid:
self.iproute2.bridge_vlan_add_pvid(bportifaceobj.name,
pvid_to_add)
except Exception, e:
self.log_error('%s: failed to set pvid `%s` (%s)'
%(bportifaceobj.name, pvid_to_add, str(e)),
bportifaceobj)
def _apply_bridge_vlan_aware_port_settings_all(self, bportifaceobj,
bridge_vids=None,
bridge_pvid=None):
vids = None
pvids = None
vids_final = []
pvid_final = None
bport_access = bportifaceobj.get_attr_value_first('bridge-access')
if bport_access:
vids = re.split(r'[\s\t]\s*', bport_access)
pvids = vids
allow_untagged = 'yes'
self.check_bridge_port_vid_attrs(bportifaceobj)
else:
allow_untagged = bportifaceobj.get_attr_value_first('bridge-allow-untagged') or 'yes'
bport_vids = self.get_ifaceobj_bridge_vids_value(bportifaceobj)
if bport_vids:
vids = re.split(r'[\s\t,]\s*', bport_vids)
bport_pvids = bportifaceobj.get_attr_value_first('bridge-pvid')
if bport_pvids:
pvids = re.split(r'[\s\t]\s*', bport_pvids)
if vids:
vids_final = vids
elif bridge_vids:
vids_final = bridge_vids
if allow_untagged == 'yes':
if pvids:
pvid_final = pvids[0]
elif bridge_pvid:
pvid_final = bridge_pvid
else:
pvid_final = '1'
else:
pvid_final = None
self._apply_bridge_vids_and_pvid(bportifaceobj, vids_final,
pvid_final, False)
def _apply_bridge_port_settings_all(self, ifaceobj, ifaceobj_getfunc, bridge_vlan_aware):
err = False
if (ifaceobj.get_attr_value_first('bridge-port-vids') and
ifaceobj.get_attr_value_first('bridge-port-pvids')):
# Old style bridge port vid info
# skip new style setting on ports
return
self.logger.info('%s: applying bridge configuration '
%ifaceobj.name + 'specific to ports')
bridge_vids = self.get_ifaceobj_bridge_vids_value(ifaceobj)
if bridge_vids:
bridge_vids = re.split(r'[\s\t,]\s*', bridge_vids)
else:
bridge_vids = None
bridge_pvid = ifaceobj.get_attr_value_first('bridge-pvid')
if bridge_pvid:
bridge_pvid = re.split(r'[\s\t]\s*', bridge_pvid)[0]
else:
bridge_pvid = None
if (ifaceobj.module_flags.get(self.name, 0x0) &
bridgeFlags.PORT_PROCESSED_OVERRIDE):
port_processed_override = True
else:
port_processed_override = False
bridgeports = self._get_bridge_port_list(ifaceobj)
if not bridgeports:
self.logger.debug('%s: cannot find bridgeports' %ifaceobj.name)
return
self.iproute2.batch_start()
for bport in bridgeports:
# on link_set_master we need to wait until we cache the correct
# notification and register the brport as slave
if not self.cache.bridge_port_exists(ifaceobj.name, bport):
self.logger.info('%s: skipping bridge config' %ifaceobj.name +
' for port %s (missing port)' %bport)
continue
self.logger.info('%s: processing bridge config for port %s'
%(ifaceobj.name, bport))
bportifaceobjlist = ifaceobj_getfunc(bport)
if not bportifaceobjlist:
continue
for bportifaceobj in bportifaceobjlist:
# Dont process bridge port if it already has been processed
# and there is no override on port_processed
if (not port_processed_override and
(bportifaceobj.module_flags.get(self.name,0x0) &
bridgeFlags.PORT_PROCESSED)):
continue
try:
# Add attributes specific to the vlan aware bridge
if bridge_vlan_aware:
self._apply_bridge_vlan_aware_port_settings_all(
bportifaceobj, bridge_vids, bridge_pvid)
elif self.warn_on_untagged_bridge_absence:
self._check_untagged_bridge(ifaceobj.name, bportifaceobj, ifaceobj_getfunc)
except exceptions.ReservedVlanException as e:
raise e
except Exception, e:
err = True
self.logger.warn('%s: %s' %(ifaceobj.name, str(e)))
pass
self.iproute2.batch_commit()
if err:
raise Exception('%s: errors applying port settings' %ifaceobj.name)
def _check_untagged_bridge(self, bridgename, bridgeportifaceobj, ifaceobj_getfunc):
if bridgeportifaceobj.link_kind & ifaceLinkKind.VLAN:
lower_ifaceobj_list = ifaceobj_getfunc(bridgeportifaceobj.lowerifaces[0])
if lower_ifaceobj_list and lower_ifaceobj_list[0] and \
not lower_ifaceobj_list[0].link_privflags & ifaceLinkPrivFlags.BRIDGE_PORT:
self.logger.warn('%s: untagged bridge not found. Please configure a bridge with untagged bridge ports to avoid Spanning Tree Interoperability issue.' % bridgename)
self.warn_on_untagged_bridge_absence = False
def bridge_port_get_bridge_name(self, ifaceobj):
bridgename = self.cache.get_bridge_name_from_port(ifaceobj.name)
if not bridgename:
# bridge port is not enslaved to a bridge we need to find
# the bridge in it's upper ifaces then enslave it
for u in ifaceobj.upperifaces:
if self.cache.link_is_bridge(u):
return True, u
return False, None
# return should_enslave port, bridgename
return False, bridgename
def up_bridge_port_vlan_aware_bridge(self, ifaceobj, ifaceobj_getfunc, bridge_name, should_enslave_port):
if should_enslave_port:
self.netlink.link_set_master(ifaceobj.name, bridge_name)
self.handle_ipv6([ifaceobj.name], '1')
bridge_vids = self._get_bridge_vids(bridge_name, ifaceobj_getfunc)
bridge_pvid = self._get_bridge_pvid(bridge_name, ifaceobj_getfunc)
try:
self._apply_bridge_vlan_aware_port_settings_all(ifaceobj, bridge_vids, bridge_pvid)
except Exception as e:
self.log_error('%s: %s' % (ifaceobj.name, str(e)), ifaceobj)
return
def up_bridge_port(self, ifaceobj, ifaceobj_getfunc):
should_enslave_port, bridge_name = self.bridge_port_get_bridge_name(ifaceobj)
if not bridge_name:
# bridge doesn't exist
return
vlan_aware_bridge = self.cache.bridge_is_vlan_aware(bridge_name)
if vlan_aware_bridge:
self.up_bridge_port_vlan_aware_bridge(ifaceobj,
ifaceobj_getfunc,
bridge_name,
should_enslave_port)
bridge_ifaceobj = ifaceobj_getfunc(bridge_name)[0]
self.up_apply_brports_attributes(target_ports=[ifaceobj.name],
ifaceobj=bridge_ifaceobj,
ifaceobj_getfunc=ifaceobj_getfunc,
bridge_vlan_aware=vlan_aware_bridge)
ifaceobj.module_flags[self.name] = ifaceobj.module_flags.setdefault(self.name, 0) | bridgeFlags.PORT_PROCESSED
def up_check_bridge_vlan_aware(self, ifaceobj, ifaceobj_getfunc, link_just_created):
if ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_VLAN_AWARE:
if not self.check_bridge_vlan_aware_port(ifaceobj, ifaceobj_getfunc):
return False
if not link_just_created and not self.cache.bridge_is_vlan_aware(ifaceobj.name):
# if bridge-vlan-aware was added on a existing old-bridge, we need to reprocess all ports
ifaceobj.module_flags[self.name] = ifaceobj.module_flags.setdefault(self.name, 0) | bridgeFlags.PORT_PROCESSED_OVERRIDE
return True
return False
@staticmethod
def parse_interface_list_value(user_config):
config = dict()
for entry in user_config.split():
ifname, value = entry.split('=')
config[ifname] = value
return config
def sync_bridge_learning_to_vxlan_brport(self, bridge_name, brport_ifaceobj, brport_name, brport_ifla_info_slave_data, user_config_brport_learning_nl, cached_brport_learning):
"""
brport_ifaceobj.link_kind & ifaceLinkKind.VXLAN
and
brport_ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_PORT
Checks are not performed in this function and must be verified
before. This is done this way to avoid calling this method on
non vlan & bridge port interfaces thus wasting a bit less time
"""
kind = None
ifla_info_data = {}
if user_config_brport_learning_nl is None:
user_config_brport_learning_nl = self.bridge_vxlan_port_learning
# bridge-learning is not configured by the user or by a policy
# use "bridge-vxlan-port-learning" policy to set bridge-learning (default on)
if user_config_brport_learning_nl != cached_brport_learning:
brport_ifla_info_slave_data[Link.IFLA_BRPORT_LEARNING] \
= cached_brport_learning \
= user_config_brport_learning_nl
self.logger.info(
"%s: %s: set bridge-learning %s"
% (bridge_name, brport_name, "on" if user_config_brport_learning_nl else "off")
)
else:
# in this case, the current bridge-learning value is properly configured and
# doesn't need to be reset. We need to make sure that BRPORT_LEARNING is not
# part of ifla_info_slave_data.
try:
del brport_ifla_info_slave_data[Link.IFLA_BRPORT_LEARNING]
except:
pass
#
# vxlan-learning sync:
#
brport_vxlan_learning_config = brport_ifaceobj.get_attr_value_first("vxlan-learning")
# if vxlan-learning is defined by the user or via policy file we need
# to honor his config and not sync vxlan-learning with bridge-learning
if not brport_vxlan_learning_config:
# check policy file
brport_vxlan_learning_config = policymanager.policymanager_api.get_attr_default("vxlan", "vxlan-learning")
# convert vxlan-learning string to netlink value (if None use brport-learning value instead)
brport_vxlan_learning_config_nl = utils.get_boolean_from_string(brport_vxlan_learning_config) \
if brport_vxlan_learning_config \
else cached_brport_learning
if brport_vxlan_learning_config_nl != self.cache.get_link_info_data_attribute(brport_name, Link.IFLA_VXLAN_LEARNING):
self.logger.info(
"%s: %s: vxlan learning and bridge learning out of sync: set vxlan-learning %s"
% (bridge_name, brport_name, "on" if brport_vxlan_learning_config_nl else "off")
)
ifla_info_data = {Link.IFLA_VXLAN_LEARNING: brport_vxlan_learning_config_nl}
kind = "vxlan"
# if kind and ifla_info_data are set they will be added to the
# netlink request on the VXLAN brport, to sync IFLA_VXLAN_LEARNING
return kind, ifla_info_data
def up_apply_brports_attributes(self, ifaceobj, ifaceobj_getfunc, bridge_vlan_aware, target_ports=[], newly_enslaved_ports=[]):
ifname = ifaceobj.name
try:
brports_ifla_info_slave_data = dict()
brport_ifaceobj_dict = dict()
brport_name_list = []
cache_brports_ifla_info_slave_data = {}
port_processed_override = ifaceobj.module_flags.get(self.name, 0x0) & bridgeFlags.PORT_PROCESSED_OVERRIDE
running_brports = self.cache.get_slaves(ifname)
# If target_ports is specified we want to configure only this
# sub-list of port, we need to check if these ports are already
# enslaved, if not they will be ignored.
# If target_ports is not populated we will apply the brport
# attributes on all running brport.
if target_ports:
new_targets = []
for brport_name in target_ports:
if brport_name not in running_brports:
self.logger.info('%s: not enslaved to bridge %s: ignored for now' % (brport_name, ifname))
else:
new_targets.append(brport_name)
running_brports = new_targets
for port in running_brports:
brport_list = ifaceobj_getfunc(port)
if brport_list:
port_already_processed = False
# ports just added to the bridge have to be processed
if port not in newly_enslaved_ports:
# check if brport was already processed
for brportifaceobj in brport_list:
if not port_processed_override and brportifaceobj.module_flags.get(self.name, 0x0) & bridgeFlags.PORT_PROCESSED:
# skip port if already processed (probably by `up_bridge_port`)
port_already_processed = True
self.logger.info("%s: port %s: already processed" % (ifname, port))
break
if not port_already_processed:
brport_name_list.append(port)
brport_ifaceobj_dict[port] = brport_list[0]
brports_ifla_info_slave_data[port] = dict()
if not ifupdownflags.flags.PERFMODE and port not in newly_enslaved_ports:
# if the port has just been enslaved, info_slave_data is not cached yet
cache_brports_ifla_info_slave_data[port] = self.cache.get_link_info_slave_data(port)
else:
cache_brports_ifla_info_slave_data[port] = {}
if not brport_name_list:
self.bridge_process_vidinfo_mcqv4src_maxwait(ifaceobj)
return
self.logger.info('%s: applying bridge port configuration: %s' % (ifname, brport_name_list))
cached_bridge_mcsnoop = self.cache.get_bridge_multicast_snooping(ifname)
bridge_ports_learning = {}
bridge_ports_vxlan_arp_suppress = {}
cached_bridge_ports_learning = {}
# we iterate through all IFLA_BRPORT supported attributes
for attr_name, nl_attr in self._ifla_brport_attributes_map.iteritems():
br_config = ifaceobj.get_attr_value_first(attr_name)
translate_func = self._ifla_brport_attributes_translate_user_config_to_netlink_map.get(nl_attr)
if not translate_func:
# if no translation function is found,
# we ignore this attribute and continue
continue
if not br_config:
# user didn't specify any value for this attribute
# looking at policy overrides
br_config = policymanager.policymanager_api.get_iface_default(
module_name=self.__class__.__name__,
ifname=ifname,
attr=attr_name
)
if br_config:
#if bridge_vlan_aware:
# self.logger.info('%s: is a vlan-aware bridge, "%s %s" '
# 'should be configured under the ports'
# % (ifname, attr_name, br_config))
# convert the <interface-yes-no-0-1-list> and <interface-range-list> value to subdict
# brport_name: { attr: value }
# example:
# bridge-portprios swp1=5 swp2=32
# swp1: { bridge-portprios: 5 } swp2: { bridge-portprios: 32}
if '=' in br_config:
try:
br_config = self.parse_interface_list_value(br_config)
except:
self.log_error('error while parsing \'%s %s\'' % (attr_name, br_config))
continue
for brport_ifaceobj in brport_ifaceobj_dict.values():
brport_config = brport_ifaceobj.get_attr_value_first(attr_name)
brport_name = brport_ifaceobj.name
if not ifupdownflags.flags.PERFMODE:
cached_value = cache_brports_ifla_info_slave_data.get(brport_name, {}).get(nl_attr, None)
else:
cached_value = None
if not brport_config:
# if a brport attribute was specified under the bridge and not under the port
# we assign the bridge value to the port. If an attribute is both defined under
# the bridge and the brport we keep the value of the port and ignore the br val.
if type(br_config) == dict:
# if the attribute value was in the format interface-list-value swp1=XX swp2=YY
# br_config is a dictionary, example:
# bridge-portprios swp1=5 swp2=32 = {swp1: 5, swp2: 32}
brport_config = br_config.get(brport_name)
else:
brport_config = br_config
if not brport_config:
brport_config = policymanager.policymanager_api.get_iface_default(
module_name=self.__class__.__name__,
ifname=brport_name,
attr=attr_name
)
user_config = brport_config
# attribute specific work
# This shouldn't be here but we don't really have a choice otherwise this
# will require too much code duplication and will make the code very complex
if nl_attr == Link.IFLA_BRPORT_NEIGH_SUPPRESS:
bridge_ports_vxlan_arp_suppress[brport_name] = user_config
try:
if user_config:
if self.arp_nd_suppress_only_on_vxlan and not brport_ifaceobj.link_kind & ifaceLinkKind.VXLAN:
self.logger.warning('%s: %s: \'bridge-arp-nd-suppress\' '
'is not supported on a non-vxlan port'
% (ifaceobj.name, brport_name))
continue
elif bridge_vlan_aware:
if not self.arp_nd_suppress_only_on_vxlan:
user_config = self.get_mod_subattr('bridge-arp-nd-suppress', 'default')
elif self.arp_nd_suppress_only_on_vxlan and brport_ifaceobj.link_kind & ifaceLinkKind.VXLAN:
# ignore the case of VXLAN brport - handled later in the code
continue
except:
continue
elif nl_attr == Link.IFLA_BRPORT_GROUP_FWD_MASK:
# special handking for group_fwd_mask because Cisco proprietary
# protocol needs to be set via a private netlink attribute
self.ifla_brport_group_fwd_mask(ifname, brport_name,
brports_ifla_info_slave_data,
user_config, cached_value)
continue
#if brport_config:
# if not bridge_vlan_aware:
# self.logger.info('%s: %s: is not a vlan-aware bridge, "%s %s" '
# 'should be configured under the bridge'
# % (ifname, brport_name,
# attr_name, brport_config))
if user_config:
user_config_nl = translate_func(user_config)
# check config value against running value
if user_config_nl != cached_value:
brports_ifla_info_slave_data[brport_name][nl_attr] = user_config_nl
self.logger.info('%s: %s: set %s %s' % (ifname, brport_name, attr_name, user_config))
self.logger.debug('(cache %s)' % cached_value)
if nl_attr == Link.IFLA_BRPORT_LEARNING:
# for vxlan-learning sync purposes we need to save the user config for each brports.
# The dictionary 'brports_ifla_info_slave_data' might not contain any value for
# IFLA_BRPORT_LEARNING if the user value is already configured and running
# nevertheless we still need to check if the vxlan-learning is rightly synced with
# the brport since it might go out of sync for X and Y reasons.
# we also store the cached value to avoid an extra cache lookup.
bridge_ports_learning[brport_name] = user_config_nl
cached_bridge_ports_learning[brport_name] = cached_value
elif cached_value is not None:
# no config found, do we need to reset to default?
default = self.get_attr_default_value(attr_name)
if default:
default_netlink = translate_func(default)
if nl_attr == Link.IFLA_BRPORT_LEARNING:
# for vxlan-learning sync purposes we need to save the user config for each brports.
# The dictionary 'brports_ifla_info_slave_data' might not contain any value for
# IFLA_BRPORT_LEARNING if the user value is already configured and running
# nevertheless we still need to check if the vxlan-learning is rightly synced with
# the brport since it might go out of sync for X and Y reasons.
# we also store the cached value to avoid an extra cache lookup.
cached_bridge_ports_learning[brport_name] = cached_value
bridge_ports_learning[brport_name] = self.bridge_vxlan_port_learning
if brport_ifaceobj.link_kind & ifaceLinkKind.VXLAN:
# bridge-learning for vxlan device is handled separatly in sync_bridge_learning_to_vxlan_brport
continue
if not ifupdownflags.flags.PERFMODE and brport_name not in newly_enslaved_ports:
# We don't query new slaves and not during boot
try:
if self.cache.get_link_info_slave_data_attribute(brport_name, Link.IFLA_BRPORT_PEER_LINK):
if default_netlink != cached_value:
self.logger.debug('%s: %s: bridge port peerlink: ignoring bridge-learning'
% (ifname, brport_name))
continue
except Exception as e:
self.logger.debug('%s: %s: peerlink check: %s' % (ifname, brport_name, str(e)))
if default_netlink != cached_value:
self.logger.info('%s: %s: %s: no configuration detected, resetting to default %s'
% (ifname, brport_name, attr_name, default))
self.logger.debug('(cache %s)' % cached_value)
brports_ifla_info_slave_data[brport_name][nl_attr] = default_netlink
# is the current bridge (ifaceobj) a QinQ bridge?
# This variable is initialized to None and will be
# change to True/False, so that the check is only
# performed once
qinq_bridge = None
# applying bridge port configuration via netlink
for brport_name, brport_ifla_info_slave_data in brports_ifla_info_slave_data.items():
brport_ifaceobj = brport_ifaceobj_dict.get(brport_name)
if (brport_ifaceobj
and brport_ifaceobj.link_kind & ifaceLinkKind.VXLAN
and brport_ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_PORT):
# if the brport is a VXLAN, we might need to sync the VXLAN learning with the brport_learning val
# we use the same netlink request, by specfying kind=vxlan and ifla_info_data={vxlan_learning=0/1}
kind, ifla_info_data = self.sync_bridge_learning_to_vxlan_brport(ifaceobj.name,
brport_ifaceobj,
brport_name,
brport_ifla_info_slave_data,
bridge_ports_learning.get(brport_name),
cached_bridge_ports_learning.get(brport_name))
if (self.vxlan_bridge_igmp_snooping_enable_port_mcrouter and utils.get_boolean_from_string(
self.get_bridge_mcsnoop_value(ifaceobj)
)) or cached_bridge_mcsnoop:
# if policy "vxlan_bridge_igmp_snooping_enable_port_mcrouter"
# is on and mcsnoop is on (or mcsnoop is already enabled on the
# bridge, set 'bridge-portmcrouter 2' on vxlan ports (if not set by the user)
if not brport_ifla_info_slave_data.get(Link.IFLA_BRPORT_MULTICAST_ROUTER) \
and self.cache.get_bridge_port_multicast_router(brport_name) != 2:
brport_ifla_info_slave_data[Link.IFLA_BRPORT_MULTICAST_ROUTER] = 2
self.logger.info("%s: %s: vxlan bridge igmp snooping: enable port multicast router" % (ifname, brport_name))
#
# handling attribute: bridge-arp-nd-suppress
# defaults to bridge-vxlan-arp-nd-suppress policy (default False)
#
user_config_neigh_suppress = bridge_ports_vxlan_arp_suppress.get(brport_name)
if user_config_neigh_suppress is None:
if qinq_bridge is None:
# QinQ bridge hasn't been checked yet
qinq_bridge = self.is_qinq_bridge(
ifaceobj,
brport_name,
running_brports,
brport_ifaceobj_dict,
ifaceobj_getfunc
)
if qinq_bridge:
# exclude QinQ bridge from arp-nd-suppress default policy on
config_neigh_suppress = 0
self.logger.info("%s: QinQ bridge detected: %s: set bridge-arp-nd-suppress off" % (ifname, brport_name))
else:
config_neigh_suppress = self.bridge_vxlan_arp_nd_suppress_int
else:
config_neigh_suppress = int(utils.get_boolean_from_string(user_config_neigh_suppress))
brport_neigh_suppress_cached_value = self.cache.get_link_info_slave_data_attribute(
brport_name,
Link.IFLA_BRPORT_NEIGH_SUPPRESS
)
if config_neigh_suppress != brport_neigh_suppress_cached_value:
brport_ifla_info_slave_data[Link.IFLA_BRPORT_NEIGH_SUPPRESS] = config_neigh_suppress
if not user_config_neigh_suppress:
# if the configuration is not explicitely defined by the user
# we need report that the default behavior is enabled by policy
self.logger.info(
"%s: set bridge-arp-nd-suppress %s by default on vxlan port (%s)"
% (ifname, "on" if self.bridge_vxlan_arp_nd_suppress else "off", brport_name)
)
else:
# the user configuration (or policy) is already configured and running
# we need to remove this attribute from the request dictionary
try:
del brport_ifla_info_slave_data[Link.IFLA_BRPORT_NEIGH_SUPPRESS]
except:
pass
#
#
#
else:
kind = None
ifla_info_data = {}
if brport_ifla_info_slave_data or ifla_info_data:
try:
self.netlink.link_set_brport_with_info_slave_data(
ifname=brport_name,
kind=kind,
ifla_info_data=ifla_info_data,
ifla_info_slave_data=brport_ifla_info_slave_data
)
except Exception as e:
self.logger.warning('%s: %s: %s' % (ifname, brport_name, str(e)))
self.bridge_process_vidinfo_mcqv4src_maxwait(ifaceobj)
except Exception as e:
self.log_error(str(e), ifaceobj)
def is_qinq_bridge(self, ifaceobj, brport_name, running_brports, brport_ifaceobj_dict, ifaceobj_getfunc):
""" Detect QinQ bridge
Potential improvement: We could add a ifaceobj.link_privflags called
BRIDGE_QINQ but for now it is not necessary.
"""
# bridge-vlan-aware case
if ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_VLAN_AWARE:
return (ifaceobj.get_attr_value_first("bridge-vlan-protocol") or "").lower() == "802.1ad"
# old-bridge
else:
for qinq_running_brport in running_brports:
if qinq_running_brport == brport_name:
continue
qinq_running_brport_ifaceobj = brport_ifaceobj_dict.get(qinq_running_brport)
if not qinq_running_brport_ifaceobj:
continue
if qinq_running_brport_ifaceobj.link_kind & ifaceLinkKind.VLAN:
for lower_iface in qinq_running_brport_ifaceobj.lowerifaces or []:
for lower_ifaceobj in ifaceobj_getfunc(lower_iface) or []:
if (lower_ifaceobj.get_attr_value_first("vlan-protocol") or "").lower() == "802.1ad":
return True
return False
def bridge_process_vidinfo_mcqv4src_maxwait(self, ifaceobj):
self._set_bridge_vidinfo_compat(ifaceobj)
self._set_bridge_mcqv4src_compat(ifaceobj)
self._process_bridge_maxwait(ifaceobj, self._get_bridge_port_list(ifaceobj))
def ifla_brport_group_fwd_mask(self, ifname, brport_name, brports_ifla_info_slave_data, user_config, cached_ifla_brport_group_fwd_mask):
"""
Support for IFLA_BRPORT_GROUP_FWD_MASK and IFLA_BRPORT_GROUP_FWD_MASKHI
Since this is the only ifupdown2 attribute dealing with more than 1 netlink
field we need to have special handling for that.
"""
ifla_brport_group_fwd_mask = 0
ifla_brport_group_fwd_maskhi = 0
if user_config:
for group in re.split(',|\s*', user_config):
if not group:
continue
callback = self.l2protocol_tunnel_callback.get(group)
if not callable(callback):
self.logger.warning('%s: %s: bridge-l2protocol-tunnel ignoring invalid parameter \'%s\'' % (ifname, brport_name, group))
else:
ifla_brport_group_fwd_mask, ifla_brport_group_fwd_maskhi = callback(ifla_brport_group_fwd_mask, ifla_brport_group_fwd_maskhi)
# cached_ifla_brport_group_fwd_mask is given as parameter because it was already pulled out from the cache in the functio above
cached_ifla_brport_group_fwd_maskhi = self.cache.get_link_info_slave_data_attribute(brport_name, Link.IFLA_BRPORT_GROUP_FWD_MASKHI)
log_mask_change = True
# if user specify bridge-l2protocol-tunnel stp cdp
# we need to set both MASK and MASKHI but we only want to log once
if cached_ifla_brport_group_fwd_mask is None:
cached_ifla_brport_group_fwd_mask = 0
if cached_ifla_brport_group_fwd_maskhi is None:
cached_ifla_brport_group_fwd_maskhi = 0
# if the cache value is None it means that the kernel doesn't support this attribute
# or that the cache is stale, we dumped this intf before it was enslaved in the bridge
if ifla_brport_group_fwd_mask != cached_ifla_brport_group_fwd_mask:
if log_mask_change:
self.logger.info('%s: %s: set bridge-l2protocol-tunnel %s' % (ifname, brport_name, user_config))
self.logger.debug('(cache %s)' % cached_ifla_brport_group_fwd_mask)
log_mask_change = False
brports_ifla_info_slave_data[brport_name][Link.IFLA_BRPORT_GROUP_FWD_MASK] = ifla_brport_group_fwd_mask
if ifla_brport_group_fwd_maskhi != cached_ifla_brport_group_fwd_maskhi:
if log_mask_change:
self.logger.info('%s: %s: set bridge-l2protocol-tunnel %s' % (ifname, brport_name, user_config))
self.logger.debug('(cache %s)' % cached_ifla_brport_group_fwd_maskhi)
brports_ifla_info_slave_data[brport_name][Link.IFLA_BRPORT_GROUP_FWD_MASKHI] = ifla_brport_group_fwd_maskhi
def get_bridge_mtu(self, ifaceobj):
user_config_mtu = ifaceobj.get_attr_value_first("mtu")
if not user_config_mtu:
user_config_mtu = policymanager.policymanager_api.get_attr_default(
module_name=self.__class__.__name__,
attr="mtu"
)
try:
if user_config_mtu:
mtu = int(user_config_mtu)
self.logger.info("%s: set bridge mtu %s" % (ifaceobj.name, mtu))
return mtu
except Exception as e:
self.logger.warning("%s: invalid bridge mtu %s: %s" % (ifaceobj.name, user_config_mtu, str(e)))
return 0
def up_bridge(self, ifaceobj, ifaceobj_getfunc):
ifname = ifaceobj.name
if ifupdownflags.flags.PERFMODE:
link_exists = False
else:
link_exists = self.cache.link_exists(ifaceobj.name)
if not link_exists:
self.netlink.link_add_bridge(ifname, mtu=self.get_bridge_mtu(ifaceobj))
link_just_created = True
else:
link_just_created = False
self.logger.info('%s: bridge already exists' % ifname)
bridge_vlan_aware = self.up_check_bridge_vlan_aware(ifaceobj, ifaceobj_getfunc, link_just_created)
self.up_apply_bridge_settings(ifaceobj, link_just_created, bridge_vlan_aware)
try:
newly_enslaved_ports = self._add_ports(ifaceobj, ifaceobj_getfunc)
self.up_apply_brports_attributes(ifaceobj, ifaceobj_getfunc, bridge_vlan_aware,
newly_enslaved_ports=newly_enslaved_ports)
except Exception as e:
self.logger.warning('%s: apply bridge ports settings: %s' % (ifname, str(e)))
running_ports = ''
try:
running_ports = self.cache.get_slaves(ifaceobj.name)
if not running_ports:
return
self._apply_bridge_port_settings_all(ifaceobj,
ifaceobj_getfunc=ifaceobj_getfunc,
bridge_vlan_aware=bridge_vlan_aware)
except exceptions.ReservedVlanException as e:
raise e
except Exception as e:
self.logger.warning('%s: apply bridge settings: %s' % (ifname, str(e)))
finally:
if ifaceobj.link_type != ifaceLinkType.LINK_NA:
self.iproute2.batch_start()
for p in running_ports:
ifaceobj_list = ifaceobj_getfunc(p)
if (ifaceobj_list and ifaceobj_list[0].link_privflags & ifaceLinkPrivFlags.KEEP_LINK_DOWN):
self.iproute2.link_down(p)
continue
self.iproute2.link_up(p)
try:
self.iproute2.batch_commit()
except Exception as e:
# link set up on bridge ports failed - ignore and log debug
self.logger.debug("%s: %s" % (ifname, str(e)))
try:
self._up_bridge_mac(ifaceobj, ifaceobj_getfunc)
except Exception as e:
self.logger.warning('%s: setting bridge mac address: %s' % (ifaceobj.name, str(e)))
def _get_bridge_mac(self, ifaceobj, ifname, ifaceobj_getfunc):
if self.bridge_mac_iface and self.bridge_mac_iface[0] and self.bridge_mac_iface[1]:
return self.bridge_mac_iface
if self.bridge_mac_iface_list:
self.logger.debug('bridge mac iface list: %s' % self.bridge_mac_iface_list)
for bridge_mac_intf in self.bridge_mac_iface_list:
ifaceobj_list = ifaceobj_getfunc(bridge_mac_intf)
iface_mac = None
if ifaceobj_list:
for obj in ifaceobj_list:
iface_user_configured_hwaddress = utils.strip_hwaddress(obj.get_attr_value_first('hwaddress'))
# if user did configured 'hwaddress' we need to use this value instead of the cached value.
if iface_user_configured_hwaddress:
iface_mac = iface_user_configured_hwaddress
if not iface_mac and not self.cache.link_exists(bridge_mac_intf):
continue
if not iface_mac:
iface_mac = self.cache.get_link_address(bridge_mac_intf)
# if hwaddress attribute is not configured we use the running mac addr
self.bridge_mac_iface = (bridge_mac_intf, iface_mac)
return self.bridge_mac_iface
elif self.bridge_set_static_mac_from_port:
# no policy was provided, we need to get the first physdev or bond ports
# and use its hwaddress to set the bridge mac
for port in self._get_bridge_port_list_user_ordered(ifaceobj) or []:
# iterate through the bridge-port list
for port_obj in ifaceobj_getfunc(port) or []:
# check if the port is a physdev (link_kind is null) or a bon
if port_obj.link_kind != ifaceLinkKind.VXLAN:
iface_user_configured_hwaddress = utils.strip_hwaddress(port_obj.get_attr_value_first('hwaddress'))
# if user did configured 'hwaddress' we need to use this value instead of the cached value.
if iface_user_configured_hwaddress:
iface_mac = iface_user_configured_hwaddress.lower()
# we need to "normalize" the user provided MAC so it can match with
# what we have in the cache (data retrieved via a netlink dump by
# nlmanager). nlmanager return all macs in lower-case
else:
iface_mac = self.cache.get_link_address(port)
if iface_mac:
self.bridge_mac_iface = (port, iface_mac)
return self.bridge_mac_iface
return None, None
def _add_bridge_mac_to_fdb(self, ifaceobj, bridge_mac):
if not ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_VLAN_AWARE and bridge_mac and ifaceobj.get_attr_value('address'):
self.iproute2.bridge_fdb_add(ifaceobj.name, bridge_mac, vlan=None, bridge=True, remote=None)
def _up_bridge_mac(self, ifaceobj, ifaceobj_getfunc):
"""
We have a day one bridge mac changing problem with changing ports
(basically bridge mac changes when the port it inherited the mac from
gets de-enslaved).
We have discussed this problem many times before and tabled it.
The issue has aggravated with vxlan bridge ports having auto-generated
random macs...which change on every reboot.
ifupdown2 extract from policy files an iface to select a mac from and
configure it automatically.
"""
if ifaceobj.get_attr_value('hwaddress'):
# if the user configured a static hwaddress
# there is no need to assign one
return
ifname = ifaceobj.name
mac_intf, bridge_mac = self._get_bridge_mac(ifaceobj, ifname, ifaceobj_getfunc)
self.logger.debug("%s: _get_bridge_mac returned (%s, %s)"
%(ifname, mac_intf, bridge_mac))
if bridge_mac:
# if an interface is configured with the following attribute:
# hwaddress 08:00:27:42:42:4
# the cache_check won't match because nlmanager return "08:00:27:42:42:04"
# from the kernel. The only way to counter that is to convert all mac to int
# and compare the ints, it will increase perfs and be safer.
cached_value = self.cache.get_link_address(ifname)
self.logger.debug('%s: cached hwaddress value: %s' % (ifname, cached_value))
if cached_value and utils.mac_str_to_int(cached_value) == utils.mac_str_to_int(bridge_mac):
# the bridge mac is already set to the bridge_mac_intf's mac
return
self.logger.info('%s: setting bridge mac to port %s mac' % (ifname, mac_intf))
try:
self.netlink.link_set_address(ifname, bridge_mac) # force=True
except Exception as e:
self.logger.info('%s: %s' % (ifname, str(e)))
# log info this error because the user didn't explicitly configured this
else:
self._add_bridge_mac_to_fdb(ifaceobj, self.cache.get_link_address(ifname))
def _up(self, ifaceobj, ifaceobj_getfunc=None):
if ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_PORT:
self.up_bridge_port(ifaceobj, ifaceobj_getfunc)
elif ifaceobj.link_kind & ifaceLinkKind.BRIDGE:
self.up_bridge(ifaceobj, ifaceobj_getfunc)
else:
bridge_attributes = self._modinfo.get('attrs', {}).keys()
for ifaceobj_config_attr in ifaceobj.config.keys():
if ifaceobj_config_attr in bridge_attributes:
self.logger.warning('%s: invalid use of bridge attribute (%s) on non-bridge stanza'
% (ifaceobj.name, ifaceobj_config_attr))
def _down(self, ifaceobj, ifaceobj_getfunc=None):
if not self._is_bridge(ifaceobj):
return
ifname = ifaceobj.name
if not self.cache.link_exists(ifname):
return
try:
running_ports = self.cache.get_slaves(ifname)
if running_ports:
self.handle_ipv6(running_ports, '0')
if ifaceobj.link_type != ifaceLinkType.LINK_NA:
map(lambda p: self.netlink.link_down(p), running_ports)
except Exception as e:
self.log_error('%s: %s' % (ifaceobj.name, str(e)), ifaceobj)
try:
self.netlink.link_del(ifname)
except Exception as e:
ifaceobj.set_status(ifaceStatus.ERROR)
self.logger.error(str(e))
# netlink exception already contains the ifname
def _query_running_vidinfo_compat(self, ifaceobjrunning, ports):
running_attrs = {}
if ports:
running_bridge_port_vids = ''
for p in ports:
try:
_, running_vids = self.cache.get_pvid_and_vids(p)
if running_vids:
running_bridge_port_vids += ' %s=%s' %(p,
','.join(running_vids))
except Exception:
pass
running_attrs['bridge-port-vids'] = running_bridge_port_vids
running_bridge_port_pvid = ''
for p in ports:
try:
running_pvid = self.cache.get_pvid(p)
if running_pvid:
running_bridge_port_pvid += ' %s=%s' %(p,
running_pvid)
except Exception:
pass
running_attrs['bridge-port-pvids'] = running_bridge_port_pvid
_, running_bridge_vids = self.cache.get_pvid_and_vids(ifaceobjrunning.name)
if running_bridge_vids:
running_attrs['bridge-vids'] = ','.join(self._compress_into_ranges(running_bridge_vids))
return running_attrs
def _query_running_vidinfo(self, ifaceobjrunning, ifaceobj_getfunc,
bridgeports=None):
running_attrs = {}
# 'bridge-vids' under the bridge is all about 'vids' on the port.
# so query the ports
running_bridgeport_vids = []
running_bridgeport_pvids = []
for bport in bridgeports:
(vids, pvid) = self._get_running_vids_n_pvid_str(bport)
if vids:
running_bridgeport_vids.append(' '.join(vids))
if pvid:
running_bridgeport_pvids.append(pvid)
bridge_vids = None
if running_bridgeport_vids:
(vidval, freq) = Counter(running_bridgeport_vids).most_common()[0]
if freq == len(bridgeports):
running_attrs['bridge-vids'] = vidval
bridge_vids = vidval.split()
bridge_pvid = None
if running_bridgeport_pvids:
(vidval, freq) = Counter(running_bridgeport_pvids).most_common()[0]
if freq == len(bridgeports) and vidval != '1':
running_attrs['bridge-pvid'] = vidval
bridge_pvid = vidval.split()[0]
# Go through all bridge ports and find their vids
for bport in bridgeports:
bportifaceobj = ifaceobj_getfunc(bport)
if not bportifaceobj:
continue
bport_vids = []
bport_pvid = None
(vids, pvid) = self._get_running_vids_n_pvid_str(bport)
if vids and vids != bridge_vids:
bport_vids = vids
if pvid and pvid != bridge_pvid:
bport_pvid = pvid
if bport_vids and bport_pvid in bport_vids:
bport_vids.remove(bport_pvid)
if (not bport_vids and bport_pvid and bport_pvid != '1'):
bportifaceobj[0].replace_config('bridge-access', bport_pvid)
bportifaceobj[0].delete_config('bridge-pvid')
bportifaceobj[0].delete_config('bridge-vids')
else:
if bport_pvid and bport_pvid != '1':
bportifaceobj[0].replace_config('bridge-pvid', bport_pvid)
else:
# delete any stale bridge-vids under ports
bportifaceobj[0].delete_config('bridge-pvid')
if bport_vids:
bportifaceobj[0].replace_config('bridge-vids',
' '.join(bport_vids))
else:
# delete any stale bridge-vids under ports
bportifaceobj[0].delete_config('bridge-vids')
return running_attrs
def _query_running_mcqv4src(self, ifaceobjrunning):
running_mcqv4src = self.sysfs.bridge_get_mcqv4src(ifaceobjrunning.name)
mcqs = ['%s=%s' %(v, i) for v, i in running_mcqv4src.items()]
mcqs.sort()
mcq = ' '.join(mcqs)
return mcq
def _query_running_attrs(self, ifaceobjrunning, ifaceobj_getfunc,
bridge_vlan_aware=False):
ifname = ifaceobjrunning.name
bridgeattrdict = {}
userspace_stp = 0
ports = None
try:
if self.systcl_get_net_bridge_stp_user_space() == '1':
userspace_stp = 1
except Exception as e:
self.logger.info('%s: %s' % (ifaceobjrunning.name, str(e)))
bridge_ifla_info_data = self.cache.get_link_info_data(ifname)
# Fill bridge_ports and bridge stp attributes first
#
# bridge-ports
#
bridgeattrdict["bridge-ports"] = [" ".join(self.cache.get_slaves(ifname))]
#
# bridge-stp
#
cached_stp = bool(bridge_ifla_info_data.get(Link.IFLA_BR_STP_STATE))
if cached_stp != utils.get_boolean_from_string(
self.get_mod_subattr("bridge-stp", "default")
):
bridgeattrdict['bridge-stp'] = ["yes" if cached_stp else "no"]
skip_kernel_stp_attrs = cached_stp and userspace_stp
if skip_kernel_stp_attrs:
bridge_attributes_map = {
"bridge-mcqifaddr": Link.IFLA_BR_MCAST_QUERY_USE_IFADDR,
"bridge-mcquerier": Link.IFLA_BR_MCAST_QUERIER,
"bridge-mcrouter": Link.IFLA_BR_MCAST_ROUTER,
"bridge-mcstats": Link.IFLA_BR_MCAST_STATS_ENABLED,
"bridge-mcsnoop": Link.IFLA_BR_MCAST_SNOOPING,
"bridge-mclmc": Link.IFLA_BR_MCAST_LAST_MEMBER_CNT,
"bridge-mclmi": Link.IFLA_BR_MCAST_LAST_MEMBER_INTVL,
"bridge-mcqri": Link.IFLA_BR_MCAST_QUERY_RESPONSE_INTVL,
"bridge-mcqpi": Link.IFLA_BR_MCAST_QUERIER_INTVL,
"bridge-mcsqc": Link.IFLA_BR_MCAST_STARTUP_QUERY_CNT,
"bridge-mcsqi": Link.IFLA_BR_MCAST_STARTUP_QUERY_INTVL,
"bridge-mcmi": Link.IFLA_BR_MCAST_MEMBERSHIP_INTVL,
"bridge-mcqi": Link.IFLA_BR_MCAST_QUERY_INTVL,
}
else:
bridge_attributes_map = dict(self._ifla_br_attributes_map)
try:
del bridge_attributes_map[Link.IFLA_BR_STP_STATE]
except:
pass
#
# bridge-vlan-stats
#
cached_vlan_stats = bridge_ifla_info_data.get(Link.IFLA_BR_VLAN_STATS_ENABLED)
if cached_vlan_stats != utils.get_boolean_from_string(
self.get_mod_subattr("bridge-vlan-stats", "default")
):
bridgeattrdict['bridge-vlan-stats'] = ["on" if cached_vlan_stats else "off"]
try:
del bridge_attributes_map[Link.IFLA_BR_VLAN_STATS_ENABLED]
except:
pass
lambda_nl_value_int_divide100 = lambda x: str(x / 100)
lambda_nl_value_to_yes_no_boolean = lambda x: "yes" if x else "no"
bridge_attr_value_netlink_to_string_dict = {
Link.IFLA_BR_VLAN_PROTOCOL: lambda x: x.lower(), # return lower case vlan protocol
Link.IFLA_BR_AGEING_TIME: lambda_nl_value_int_divide100,
Link.IFLA_BR_MAX_AGE: lambda_nl_value_int_divide100,
Link.IFLA_BR_FORWARD_DELAY: lambda_nl_value_int_divide100,
Link.IFLA_BR_HELLO_TIME: lambda_nl_value_int_divide100,
Link.IFLA_BR_MCAST_MEMBERSHIP_INTVL: lambda_nl_value_int_divide100,
Link.IFLA_BR_MCAST_STARTUP_QUERY_INTVL: lambda_nl_value_int_divide100,
Link.IFLA_BR_MCAST_LAST_MEMBER_INTVL: lambda_nl_value_int_divide100,
Link.IFLA_BR_MCAST_QUERY_RESPONSE_INTVL: lambda_nl_value_int_divide100,
Link.IFLA_BR_MCAST_QUERIER_INTVL: lambda_nl_value_int_divide100,
Link.IFLA_BR_MCAST_QUERY_INTVL: lambda_nl_value_int_divide100,
Link.IFLA_BR_VLAN_FILTERING: lambda_nl_value_to_yes_no_boolean,
Link.IFLA_BR_MCAST_QUERY_USE_IFADDR: lambda_nl_value_to_yes_no_boolean,
Link.IFLA_BR_MCAST_SNOOPING: lambda_nl_value_to_yes_no_boolean,
Link.IFLA_BR_MCAST_QUERIER: lambda_nl_value_to_yes_no_boolean,
Link.IFLA_BR_MCAST_ROUTER: lambda_nl_value_to_yes_no_boolean,
}
for attr_name, attr_nl in bridge_attributes_map.iteritems():
default_value = self.get_mod_subattr(attr_name, "default")
cached_value = bridge_ifla_info_data.get(attr_nl)
if cached_value is None:
continue
cached_value_string = bridge_attr_value_netlink_to_string_dict.get(attr_nl, str)(cached_value)
if default_value != cached_value_string:
bridgeattrdict[attr_name] = [cached_value_string]
if bridge_vlan_aware:
if not ports:
ports = {}
bridgevidinfo = self._query_running_vidinfo(ifaceobjrunning,
ifaceobj_getfunc,
ports.keys())
else:
bridgevidinfo = self._query_running_vidinfo_compat(ifaceobjrunning,
ports)
if bridgevidinfo:
bridgeattrdict.update({k : [v] for k, v in bridgevidinfo.items()
if v})
mcq = self._query_running_mcqv4src(ifaceobjrunning)
if mcq:
bridgeattrdict['bridge-mcqv4src'] = [mcq]
if skip_kernel_stp_attrs:
return bridgeattrdict
# Do this only for vlan-UNAWARE-bridge
if ports and not bridge_vlan_aware:
portconfig = {'bridge-pathcosts' : '',
'bridge-portprios' : '',
'bridge-learning' : '',
'bridge-unicast-flood' : '',
'bridge-multicast-flood' : '',
'bridge-broadcast-flood' : '',
'bridge-arp-nd-suppress' : '',
}
for p, v in ports.items():
v = str(self.cache.get_brport_cost(p))
if v and v != self.get_mod_subattr('bridge-pathcosts',
'default'):
portconfig['bridge-pathcosts'] += ' %s=%s' %(p, v)
v = str(self.cache.get_brport_priority(p))
if v and v != self.get_mod_subattr('bridge-portprios',
'default'):
portconfig['bridge-portprios'] += ' %s=%s' %(p, v)
v = utils.get_onff_from_onezero(self.cache.get_brport_learning(p))
if (v and
v != self.get_mod_subattr('bridge-learning', 'default')):
portconfig['bridge-learning'] += ' %s=%s' %(p, v)
v = utils.get_onff_from_onezero(self.cache.get_brport_unicast_flood(p))
if (v and
v != self.get_mod_subattr('bridge-unicast-flood',
'default')):
portconfig['bridge-unicast-flood'] += ' %s=%s' %(p, v)
v = utils.get_onff_from_onezero(self.cache.get_brport_multicast_flood(p))
if (v and
v != self.get_mod_subattr('bridge-multicast-flood',
'default')):
portconfig['bridge-multicast-flood'] += ' %s=%s' %(p, v)
v = utils.get_onff_from_onezero(self.cache.get_brport_broadcast_flood(p))
if (v and
v != self.get_mod_subattr('bridge-broadcast-flood',
'default')):
portconfig['bridge-broadcast-flood'] += ' %s=%s' %(p, v)
v = utils.get_onff_from_onezero(self.cache.get_brport_neigh_suppress(p))
if (v and
v != self.get_mod_subattr('bridge-arp-nd-suppress',
'default')):
portconfig['bridge-arp-nd-suppress'] += ' %s=%s' %(p, v)
bridgeattrdict.update({k : [v] for k, v in portconfig.items()
if v})
return bridgeattrdict
def _query_check_mcqv4src(self, ifaceobj, ifaceobjcurr):
running_mcqs = self._query_running_mcqv4src(ifaceobj)
attrval = ifaceobj.get_attr_value_first('bridge-mcqv4src')
if attrval:
mcqs = attrval.split()
mcqs.sort()
mcqsout = ' '.join(mcqs)
ifaceobjcurr.update_config_with_status('bridge-mcqv4src',
running_mcqs, 1 if running_mcqs != mcqsout else 0)
def _query_check_bridge_vidinfo(self, ifname, ifaceobj, ifaceobjcurr):
#
# bridge-port-vids
#
bridge_port_vids_user_config = ifaceobj.get_attr_value_first("bridge-port-vids")
if bridge_port_vids_user_config:
port_list = self.parse_port_list(ifname, bridge_port_vids_user_config)
if not port_list:
self.log_warn("%s: could not parse 'bridge-port-vids %s'"
% (ifname, bridge_port_vids_user_config))
ifaceobjcurr.update_config_with_status("bridge-port-vids", "ERROR", 1)
return
error = False
for port_config in port_list:
try:
port, vids_raw = port_config.split("=")
packed_vids = vids_raw.split(",")
running_pvid, running_vids = self.cache.get_pvid_and_vids(port)
if not self._compare_vids(packed_vids, running_vids, pvid=running_pvid, expand_range=False):
error = True
except Exception as e:
self.log_warn("%s: failure checking vid %s (%s)" % (ifname, port_config, str(e)))
ifaceobjcurr.update_config_with_status("bridge-port-vids", bridge_port_vids_user_config, error)
#
# bridge-port-pvids
#
attrval = ifaceobj.get_attr_value_first('bridge-port-pvids')
if attrval:
portlist = self.parse_port_list(ifaceobj.name, attrval)
if not portlist:
self.log_warn('%s: could not parse \'bridge-port-pvids %s\''
% (ifname, attrval))
return
error = False
running_pvid_config = []
for p in portlist:
(port, pvid) = p.split('=')
running_pvid, _ = self.cache.get_pvid_and_vids(port)
running_pvid_config.append("%s=%s" % (port, running_pvid))
if running_pvid != int(pvid):
error = True
ifaceobjcurr.update_config_with_status(
"bridge-port-pvids",
" ".join(running_pvid_config),
int(error)
)
vids = self.get_ifaceobj_bridge_vids(ifaceobj)
if vids[1]:
ifaceobjcurr.update_config_with_status(vids[0], vids[1], -1)
def _query_check_snooping_wdefault(self, ifaceobj):
if (ifupdownflags.flags.WITHDEFAULTS
and not self._vxlan_bridge_default_igmp_snooping
and ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_VXLAN):
ifaceobj.replace_config('bridge-mcsnoop', 'no')
def _query_check_bridge(self, ifaceobj, ifaceobjcurr, ifaceobj_getfunc=None):
if not self._is_bridge(ifaceobj):
return
ifname = ifaceobj.name
if not self.cache.bridge_exists(ifname):
self.logger.info("%s: bridge: does not exist" % (ifname))
return
self._query_check_snooping_wdefault(ifaceobj)
user_config_attributes = self.dict_key_subset(ifaceobj.config, self.get_mod_attrs())
# add default attributes if --with-defaults is set
if ifupdownflags.flags.WITHDEFAULTS and 'bridge-stp' not in user_config_attributes:
user_config_attributes.append('bridge-stp')
if not user_config_attributes:
return
if "bridge-ports" in user_config_attributes:
self.query_check_bridge_ports(ifaceobj, ifaceobjcurr, self.cache.get_slaves(ifname), ifaceobj_getfunc)
if "bridge-ports-condone-regex" in user_config_attributes:
ifaceobjcurr.update_config_with_status(
"bridge-ports-condone-regex",
self._get_bridge_port_condone_regex(ifaceobj, True),
0
)
# Those attributes require separate handling
filter_attributes = [
"bridge-trunk",
"bridge-ports",
"bridge-vids",
"bridge-trunk",
"bridge-mcqv4src",
"bridge-port-vids",
"bridge-port-pvids",
"bridge-l2protocol-tunnel",
"bridge-ports-condone-regex"
]
ignore_attributes = (
# bridge-pvid and bridge-vids on a bridge does not correspond
# directly to a running config on the bridge. They correspond to
# default values for the bridge ports. And they are already checked
# against running config of the bridge port and reported against a
# bridge port. So, ignore these attributes under the bridge. Use '2'
# for ignore today. XXX: '2' will be mapped to a defined value in
# subsequent patches.
"bridge-pvid",
"bridge-allow-untagged",
)
for attr in ignore_attributes:
if attr in user_config_attributes:
ifaceobjcurr.update_config_with_status(attr, ifaceobj.get_attr_value_first(attr), 2)
filter_attributes.append(attr)
bridge_config = Set(user_config_attributes).difference(filter_attributes)
cached_ifla_info_data = self.cache.get_link_info_data(ifname)
self._query_check_bridge_attributes(ifaceobj, ifaceobjcurr, bridge_config, cached_ifla_info_data)
self._query_check_brport_attributes_on_bridge(ifname, ifaceobj, ifaceobjcurr, bridge_config)
self._query_check_bridge_vidinfo(ifname, ifaceobj, ifaceobjcurr)
self._query_check_mcqv4src(ifaceobj, ifaceobjcurr)
self._query_check_l2protocol_tunnel_on_bridge(ifname, ifaceobj, ifaceobjcurr)
def _query_check_bridge_attributes(self, ifaceobj, ifaceobjcurr, bridge_config, cached_ifla_info_data):
for attr in list(bridge_config):
query_check_handler, netlink_attr = self._bridge_attribute_query_check_handler.get(attr, (None, None))
if callable(query_check_handler):
query_check_handler(attr, ifaceobj.get_attr_value_first(attr), ifaceobjcurr, cached_ifla_info_data.get(netlink_attr))
bridge_config.remove(attr)
def _query_check_brport_attributes_on_bridge(self, ifname, ifaceobj, ifaceobjcurr, bridge_config):
brports_info_slave_data = {}
# bridge_config should only have bridge-port-list attributes
for attr in bridge_config:
attr_nl = self._ifla_brport_attributes_map.get(attr)
brport_query_check_handler = self._brport_attribute_query_check_handler.get(attr)
if not attr_nl or not brport_query_check_handler:
self.logger.warning("%s: query-check: missing handler for attribute: %s (%s)" % (ifname, attr, attr_nl))
continue
running_config = []
status = 0
for port_config in self.parse_port_list(ifname, ifaceobj.get_attr_value_first(attr)) or []:
port, config = port_config.split("=")
if not port in brports_info_slave_data:
info_slave_data = brports_info_slave_data[port] = self.cache.get_link_info_slave_data(port)
else:
info_slave_data = brports_info_slave_data[port]
port_config, port_status = brport_query_check_handler(port, config, info_slave_data.get(attr_nl))
running_config.append(port_config)
if port_status:
status = 1
ifaceobjcurr.update_config_with_status(
attr,
" ".join(running_config),
status
)
@staticmethod
def _query_check_br_attr_wait(attr, wait_value, ifaceobjcurr, __):
ifaceobjcurr.update_config_with_status(attr, wait_value, 0)
def _query_check_br_attr_stp(self, attr, stp_value, ifaceobjcurr, cached_value):
if not stp_value:
if ifupdownflags.flags.WITHDEFAULTS:
stp_value = "on" if self.default_stp_on else "off"
else:
return
user_config_to_nl = utils.get_boolean_from_string(stp_value)
ifaceobjcurr.update_config_with_status(
attr,
"yes" if cached_value else "no",
user_config_to_nl != bool(cached_value)
)
@staticmethod
def _query_check_br_attr_int(attr, user_config, ifaceobjcurr, cached_value):
ifaceobjcurr.update_config_with_status(
attr,
str(cached_value),
int(user_config) != cached_value
)
@staticmethod
def _query_check_br_attr_int_divided100(attr, user_config, ifaceobjcurr, cached_value):
value = cached_value / 100
ifaceobjcurr.update_config_with_status(
attr,
str(value),
int(user_config) != value
)
@staticmethod
def _query_check_br_attr_boolean(attr, user_config, ifaceobjcurr, cached_value):
ifaceobjcurr.update_config_with_status(
attr,
"yes" if cached_value else "no",
utils.get_boolean_from_string(user_config) != cached_value
)
@staticmethod
def _query_check_br_attr_boolean_on_off(attr, user_config, ifaceobjcurr, cached_value):
ifaceobjcurr.update_config_with_status(
attr,
"on" if cached_value else "off",
utils.get_boolean_from_string(user_config) != cached_value
)
@staticmethod
def _query_check_br_attr_string(attr, user_config, ifaceobjcurr, cached_value):
ifaceobjcurr.update_config_with_status(
attr,
cached_value,
user_config.lower() != cached_value
)
@staticmethod
def _query_check_brport_attr_boolean_on_off(port, user_config, cached_value):
return "%s=%s" % (port, "on" if cached_value else "off"), utils.get_boolean_from_string(user_config) != cached_value
@staticmethod
def _query_check_brport_attr_boolean_yes_no(port, user_config, cached_value):
return "%s=%s" % (port, "yes" if cached_value else "no"), utils.get_boolean_from_string(user_config) != cached_value
@staticmethod
def _query_check_brport_attr_int(port, user_config, cached_value):
return "%s=%s" % (port, cached_value), int(user_config) != cached_value
@classmethod
def _query_check_brport_attr_portmcrouter(cls, port, user_config, cached_value):
return (
"%s=%s" % (port, cls._ifla_brport_multicast_router_dict_int_to_str.get(cached_value)),
cls._ifla_brport_multicast_router_dict_to_int.get(user_config) != cached_value
)
####################################################################################################################
def query_check_bridge_ports(self, ifaceobj, ifaceobjcurr, running_port_list, ifaceobj_getfunc):
bridge_all_ports = []
for obj in ifaceobj_getfunc(ifaceobj.name) or []:
bridge_all_ports.extend(self._get_bridge_port_list(obj) or [])
if not running_port_list and not bridge_all_ports:
return
try:
port_list = self._get_ifaceobj_bridge_ports(ifaceobj).split()
# we want to display the same bridge-ports list as provided
# in the interfaces file but if this list contains regexes or
# globs, for now, we won't try to change it.
if 'regex' in port_list or 'glob' in port_list:
port_list = running_port_list
else:
ordered = []
for i in range(0, len(port_list)):
if port_list[i] in running_port_list:
ordered.append(port_list[i])
port_list = ordered
except:
port_list = running_port_list
difference = set(running_port_list).symmetric_difference(bridge_all_ports)
bridge_port_condone_regex = self._get_bridge_port_condone_regex(ifaceobj)
if bridge_port_condone_regex:
# Drop any condoned port from the difference set
condone_ports = [port for port in difference if bridge_port_condone_regex.match(port)]
for port in condone_ports:
try:
difference.remove(port)
except ValueError:
pass
# Tag all condoned ports in brackets in output
if port not in bridge_all_ports:
port_list.append("(%s)" % port)
ifaceobjcurr.update_config_with_status(
"bridge-ports",
" ".join(port_list) if port_list else "",
0 if not difference else 1
)
def get_ifaceobj_bridge_vids(self, ifaceobj):
vids = ('bridge-vids', ifaceobj.get_attr_value_first('bridge-vids'))
if not vids[1]:
vids = ('bridge-trunk', ifaceobj.get_attr_value_first('bridge-trunk'))
return vids
def get_ifaceobj_bridge_vids_value(self, ifaceobj):
return self.get_ifaceobj_bridge_vids(ifaceobj)[1]
def _get_bridge_vids(self, bridgename, ifaceobj_getfunc):
ifaceobjs = ifaceobj_getfunc(bridgename)
for ifaceobj in ifaceobjs:
vids = self.get_ifaceobj_bridge_vids_value(ifaceobj)
if vids: return re.split(r'[\s\t,]\s*', vids)
return None
def _get_bridge_pvid(self, bridgename, ifaceobj_getfunc):
ifaceobjs = ifaceobj_getfunc(bridgename)
pvid = None
for ifaceobj in ifaceobjs:
pvid = ifaceobj.get_attr_value_first('bridge-pvid')
if pvid:
break
return pvid
def _query_check_bridge_port_vidinfo(self, ifname, bridge_name, ifaceobj, ifaceobjcurr, ifaceobj_getfunc):
running_pvid, running_vids = self.cache.get_pvid_and_vids(ifname)
#
# bridge-access
#
brport_vid_access_user_config = ifaceobj.get_attr_value_first("bridge-access")
if brport_vid_access_user_config:
try:
vid_int = int(brport_vid_access_user_config)
except ValueError as e:
ifaceobjcurr.update_config_with_status("bridge-access", brport_vid_access_user_config, 1)
raise Exception("%s: bridge-access invalid value: %s" % (ifname, str(e)))
ifaceobjcurr.update_config_with_status(
"bridge-access",
str(running_pvid),
running_pvid != vid_int or running_vids[0] != vid_int
)
return
#
# bridge-pvid
#
brport_pvid_user_config = ifaceobj.get_attr_value_first("bridge-pvid")
if brport_pvid_user_config:
try:
pvid = int(brport_pvid_user_config)
except ValueError as e:
ifaceobjcurr.update_config_with_status("bridge-pvid", brport_pvid_user_config, 1)
raise Exception("%s: bridge-pvid invalid value: %s" % (ifname, str(e)))
ifaceobjcurr.update_config_with_status(
"bridge-pvid",
str(running_pvid),
running_pvid != pvid
)
elif (not (ifaceobj.flags & iface.HAS_SIBLINGS) or
((ifaceobj.flags & iface.HAS_SIBLINGS) and
(ifaceobj.flags & iface.OLDEST_SIBLING))):
# if the interface has multiple iface sections,
# we check the below only for the oldest sibling
# or the last iface section
try:
pvid = int(self._get_bridge_pvid(bridge_name, ifaceobj_getfunc))
except (TypeError, ValueError):
pvid = 0
if pvid:
if not running_pvid or running_pvid != pvid:
ifaceobjcurr.status = ifaceStatus.ERROR
ifaceobjcurr.status_str = 'bridge pvid error'
elif not running_pvid or running_pvid != 1:
ifaceobjcurr.status = ifaceStatus.ERROR
ifaceobjcurr.status_str = 'bridge pvid error'
attr_name, vids = self.get_ifaceobj_bridge_vids(ifaceobj)
if vids:
vids = re.split(r'[\s\t]\s*', vids)
if not running_vids or not self._compare_vids(vids, running_vids, running_pvid, expand_range=False):
ifaceobjcurr.update_config_with_status(attr_name,
' '.join(running_vids), 1)
else:
ifaceobjcurr.update_config_with_status(attr_name,
' '.join(vids), 0)
elif (not (ifaceobj.flags & iface.HAS_SIBLINGS) or
((ifaceobj.flags & iface.HAS_SIBLINGS) and
(ifaceobj.flags & iface.OLDEST_SIBLING))):
# if the interface has multiple iface sections,
# we check the below only for the oldest sibling
# or the last iface section
# check if it matches the bridge vids
bridge_vids = self._get_bridge_vids(bridge_name, ifaceobj_getfunc)
if (bridge_vids and (not running_vids or
not self._compare_vids(bridge_vids, running_vids, running_pvid, expand_range=False))):
ifaceobjcurr.status = ifaceStatus.ERROR
ifaceobjcurr.status_str = 'bridge vid error'
_query_check_brport_attributes = (
"bridge-pvid",
"bridge-vids",
"bridge-trunk",
"bridge-access",
"bridge-pathcosts",
"bridge-portprios",
"bridge-portmcrouter",
"bridge-learning",
"bridge-portmcfl",
"bridge-unicast-flood",
"bridge-multicast-flood",
"bridge-broadcast-flood",
"bridge-arp-nd-suppress",
"bridge-l2protocol-tunnel"
)
def _query_check_bridge_port(self, ifaceobj, ifaceobjcurr,
ifaceobj_getfunc):
ifname = ifaceobj.name
if not self.cache.link_is_bridge_port(ifname):
# Mark all bridge brport attributes as failed
ifaceobjcurr.check_n_update_config_with_status_many(
ifaceobj, self._query_check_brport_attributes, 1
)
return
bridge_name = self.cache.get_bridge_name_from_port(ifname)
if not bridge_name:
self.logger.warn("%s: unable to determine bridge name" % ifname)
return
if self.cache.bridge_is_vlan_aware(bridge_name):
self._query_check_bridge_port_vidinfo(ifname, bridge_name, ifaceobj, ifaceobjcurr, ifaceobj_getfunc)
brport_info_slave_data = self.cache.get_link_info_slave_data(ifname)
#
# bridge-portmcfl
#
portmcfl = ifaceobj.get_attr_value_first("bridge-portmcfl")
if portmcfl:
cached_value = brport_info_slave_data.get(Link.IFLA_BRPORT_FAST_LEAVE)
ifaceobjcurr.update_config_with_status(
"bridge-portmcfl",
"yes" if cached_value else "no",
utils.get_boolean_from_string(portmcfl) != cached_value
)
#
# bridge-portmcrouter
#
portmcrouter = ifaceobj.get_attr_value_first("bridge-portmcrouter")
if portmcrouter:
cached_value = brport_info_slave_data.get(Link.IFLA_BRPORT_MULTICAST_ROUTER)
ifaceobjcurr.update_config_with_status(
"bridge-portmcrouter",
self._ifla_brport_multicast_router_dict_int_to_str.get(cached_value),
self._ifla_brport_multicast_router_dict_to_int.get(portmcrouter) != cached_value
)
#
# bridge-learning
# bridge-unicast-flood
# bridge-multicast-flood
# bridge-broadcast-flood
# bridge-arp-nd-suppress
#
for attr_name, attr_nl in (
("bridge-learning", Link.IFLA_BRPORT_LEARNING),
("bridge-unicast-flood", Link.IFLA_BRPORT_UNICAST_FLOOD),
("bridge-multicast-flood", Link.IFLA_BRPORT_MCAST_FLOOD),
("bridge-broadcast-flood", Link.IFLA_BRPORT_BCAST_FLOOD),
("bridge-arp-nd-suppress", Link.IFLA_BRPORT_NEIGH_SUPPRESS),
):
attribute_value = ifaceobj.get_attr_value_first(attr_name)
if not attribute_value:
continue
cached_value = brport_info_slave_data.get(attr_nl)
ifaceobjcurr.update_config_with_status(
attr_name,
"on" if cached_value else "off",
utils.get_boolean_from_string(attribute_value) != cached_value
)
#
# bridge-pathcosts
# bridge-portprios
#
for attr_name, attr_nl in (
("bridge-pathcosts", Link.IFLA_BRPORT_COST),
("bridge-portprios", Link.IFLA_BRPORT_PRIORITY),
):
attribute_value = ifaceobj.get_attr_value_first(attr_name)
if not attribute_value:
continue
cached_value = brport_info_slave_data.get(attr_nl)
try:
ifaceobjcurr.update_config_with_status(
attr_name,
str(cached_value),
int(attribute_value) != cached_value
)
except ValueError as e:
ifaceobjcurr.update_config_with_status(attr_name, str(cached_value), 1)
raise Exception("%s: %s invalid value: %s" % (ifname, attr_name, str(e)))
self._query_check_l2protocol_tunnel_on_port(ifaceobj, ifaceobjcurr)
def _query_check_l2protocol_tunnel_on_port(self, ifaceobj, ifaceobjcurr):
user_config_l2protocol_tunnel = ifaceobj.get_attr_value_first('bridge-l2protocol-tunnel')
if user_config_l2protocol_tunnel:
result = 0
try:
self._query_check_l2protocol_tunnel(ifaceobj.name, user_config_l2protocol_tunnel)
except Exception as e:
self.logger.debug('query: %s: %s' % (ifaceobj.name, str(e)))
result = 1
ifaceobjcurr.update_config_with_status('bridge-l2protocol-tunnel', user_config_l2protocol_tunnel, result)
def _query_check_l2protocol_tunnel_on_bridge(self, ifname, ifaceobj, ifaceobjcurr):
"""
In case the bridge-l2protocol-tunnel is specified under the bridge and not the brport
We need to make sure that all ports comply with the mask given under the bridge
"""
user_config_l2protocol_tunnel = ifaceobj.get_attr_value_first('bridge-l2protocol-tunnel')
if user_config_l2protocol_tunnel:
if '=' in user_config_l2protocol_tunnel:
try:
config_per_port_dict = self.parse_interface_list_value(user_config_l2protocol_tunnel)
brport_list = config_per_port_dict.keys()
except:
ifaceobjcurr.update_config_with_status('bridge-l2protocol-tunnel', user_config_l2protocol_tunnel, 1)
return
else:
config_per_port_dict = {}
brport_list = self.cache.get_slaves(ifname)
try:
for brport_name in brport_list:
self._query_check_l2protocol_tunnel(
brport_name,
config_per_port_dict.get(brport_name) if config_per_port_dict else user_config_l2protocol_tunnel
)
result = 0
except Exception as e:
self.logger.debug('query: %s: %s' % (ifaceobj.name, str(e)))
result = 1
ifaceobjcurr.update_config_with_status('bridge-l2protocol-tunnel', user_config_l2protocol_tunnel, result)
def _query_check_l2protocol_tunnel(self, brport_name, user_config_l2protocol_tunnel):
cached_ifla_brport_group_maskhi = self.cache.get_link_info_slave_data_attribute(brport_name, Link.IFLA_BRPORT_GROUP_FWD_MASKHI)
cached_ifla_brport_group_mask = self.cache.get_link_info_slave_data_attribute(brport_name, Link.IFLA_BRPORT_GROUP_FWD_MASK)
for protocol in re.split(',|\s*', user_config_l2protocol_tunnel):
callback = self.query_check_l2protocol_tunnel_callback.get(protocol)
if callable(callback):
if not callback(cached_ifla_brport_group_mask, cached_ifla_brport_group_maskhi):
raise Exception('%s: bridge-l2protocol-tunnel: protocol \'%s\' not present (cached value: %d | %d)'
% (brport_name, protocol, cached_ifla_brport_group_mask, cached_ifla_brport_group_maskhi))
def _query_running_bridge_l2protocol_tunnel(self, brport_name, brport_ifaceobj=None, bridge_ifaceobj=None):
cached_ifla_brport_group_maskhi = self.cache.get_link_info_slave_data_attribute(brport_name, Link.IFLA_BRPORT_GROUP_FWD_MASKHI)
cached_ifla_brport_group_mask = self.cache.get_link_info_slave_data_attribute(brport_name, Link.IFLA_BRPORT_GROUP_FWD_MASK)
running_protocols = []
for protocol_name, callback in self.query_check_l2protocol_tunnel_callback.items():
if protocol_name == 'all' and callback(cached_ifla_brport_group_mask, cached_ifla_brport_group_maskhi):
running_protocols = self.query_check_l2protocol_tunnel_callback.keys()
running_protocols.remove('all')
break
elif callback(cached_ifla_brport_group_mask, cached_ifla_brport_group_maskhi):
running_protocols.append(protocol_name)
if running_protocols:
if brport_ifaceobj:
brport_ifaceobj.update_config('bridge-l2protocol-tunnel', ' '.join(running_protocols))
elif bridge_ifaceobj:
current_config = bridge_ifaceobj.get_attr_value_first('bridge-l2protocol-tunnel')
if current_config:
bridge_ifaceobj.replace_config('bridge-l2protocol-tunnel', '%s %s=%s' % (current_config, brport_name, ','.join(running_protocols)))
else:
bridge_ifaceobj.replace_config('bridge-l2protocol-tunnel', '%s=%s' % (brport_name, ','.join(running_protocols)))
def _query_check(self, ifaceobj, ifaceobjcurr, ifaceobj_getfunc=None):
if self._is_bridge(ifaceobj):
self._query_check_bridge(ifaceobj, ifaceobjcurr, ifaceobj_getfunc)
else:
self._query_check_bridge_port(ifaceobj, ifaceobjcurr,
ifaceobj_getfunc)
def _query_running_bridge(self, ifaceobjrunning, ifaceobj_getfunc):
if self.cache.bridge_is_vlan_aware(ifaceobjrunning.name):
ifaceobjrunning.update_config('bridge-vlan-aware', 'yes')
ifaceobjrunning.update_config_dict(self._query_running_attrs(
ifaceobjrunning,
ifaceobj_getfunc,
bridge_vlan_aware=True))
else:
ifaceobjrunning.update_config_dict(self._query_running_attrs(
ifaceobjrunning, None))
def _query_running_bridge_port_attrs(self, ifaceobjrunning, bridgename):
if self.systcl_get_net_bridge_stp_user_space() == '1':
return
v = str(self.cache.get_brport_cost(ifaceobjrunning.name))
if v and v != self.get_mod_subattr('bridge-pathcosts', 'default'):
ifaceobjrunning.update_config('bridge-pathcosts', v)
v = str(self.cache.get_brport_priority(ifaceobjrunning.name))
if v and v != self.get_mod_subattr('bridge-portprios', 'default'):
ifaceobjrunning.update_config('bridge-portprios', v)
def _query_running_bridge_port(self, ifaceobjrunning,
ifaceobj_getfunc=None):
bridgename = self.cache.get_bridge_name_from_port(
ifaceobjrunning.name)
bridge_vids = None
bridge_pvid = None
if not bridgename:
self.logger.warn('%s: unable to find bridgename'
%ifaceobjrunning.name)
return
if not self.cache.bridge_is_vlan_aware(bridgename):
try:
self._query_running_bridge_l2protocol_tunnel(ifaceobjrunning.name, bridge_ifaceobj=ifaceobj_getfunc(bridgename)[0])
except Exception as e:
self.logger.debug('%s: q_query_running_bridge_l2protocol_tunnel: %s' % (ifaceobjrunning.name, str(e)))
return
self._query_running_bridge_l2protocol_tunnel(ifaceobjrunning.name, brport_ifaceobj=ifaceobjrunning)
(bridge_port_vids, bridge_port_pvid) = self._get_running_vids_n_pvid_str(
ifaceobjrunning.name)
if bridge_port_vids and bridge_port_pvid in bridge_port_vids:
bridge_port_vids.remove(bridge_port_pvid)
bridgeifaceobjlist = ifaceobj_getfunc(bridgename)
if bridgeifaceobjlist:
bridge_vids = bridgeifaceobjlist[0].get_attr_value('bridge-vids')
bridge_pvid = bridgeifaceobjlist[0].get_attr_value_first('bridge-pvid')
if not bridge_port_vids and bridge_port_pvid:
# must be an access port
if bridge_port_pvid != '1':
ifaceobjrunning.update_config('bridge-access',
bridge_port_pvid)
else:
if bridge_port_vids:
if (not bridge_vids or bridge_port_vids != bridge_vids):
ifaceobjrunning.update_config('bridge-vids',
' '.join(bridge_port_vids))
if bridge_port_pvid and bridge_port_pvid != '1':
if (not bridge_pvid or (bridge_port_pvid != bridge_pvid)):
ifaceobjrunning.update_config('bridge-pvid',
bridge_port_pvid)
v = utils.get_onff_from_onezero(self.cache.get_brport_learning(ifaceobjrunning.name))
if v and v != self.get_mod_subattr('bridge-learning', 'default'):
ifaceobjrunning.update_config('bridge-learning', v)
v = utils.get_onff_from_onezero(self.cache.get_brport_unicast_flood(ifaceobjrunning.name))
if v and v != self.get_mod_subattr('bridge-unicast-flood', 'default'):
ifaceobjrunning.update_config('bridge-unicast-flood', v)
v = utils.get_onff_from_onezero(self.cache.get_brport_multicast_flood(ifaceobjrunning.name))
if v and v != self.get_mod_subattr('bridge-multicast-flood', 'default'):
ifaceobjrunning.update_config('bridge-multicast-flood', v)
v = utils.get_onff_from_onezero(self.cache.get_brport_broadcast_flood(ifaceobjrunning.name))
if v and v != self.get_mod_subattr('bridge-broadcast-flood', 'default'):
ifaceobjrunning.update_config('bridge-broadcast-flood', v)
v = utils.get_onff_from_onezero(self.cache.get_brport_neigh_suppress(ifaceobjrunning.name))
# Display running 'arp-nd-suppress' only on vxlan ports
# if 'allow_arp_nd_suppress_only_on_vxlan' is set to 'yes'
# otherwise, display on all bridge-ports
bportifaceobj = ifaceobj_getfunc(ifaceobjrunning.name)[0]
if (v and
v != self.get_mod_subattr('bridge-arp-nd-suppress', 'default') and
(not self.arp_nd_suppress_only_on_vxlan or
(self.arp_nd_suppress_only_on_vxlan and
bportifaceobj.link_kind & ifaceLinkKind.VXLAN))):
ifaceobjrunning.update_config('bridge-arp-nd-suppress', v)
self._query_running_bridge_port_attrs(ifaceobjrunning, bridgename)
def _query_running(self, ifaceobjrunning, ifaceobj_getfunc=None):
try:
if self.cache.bridge_exists(ifaceobjrunning.name):
self._query_running_bridge(ifaceobjrunning, ifaceobj_getfunc)
elif self.cache.link_is_bridge_port(ifaceobjrunning.name):
self._query_running_bridge_port(ifaceobjrunning, ifaceobj_getfunc)
except Exception as e:
raise Exception('%s: %s' % (ifaceobjrunning.name, str(e)))
def _query(self, ifaceobj, **kwargs):
""" add default policy attributes supported by the module """
if (not (ifaceobj.link_kind & ifaceLinkKind.BRIDGE) or
ifaceobj.get_attr_value_first('bridge-stp')):
return
if self.default_stp_on:
ifaceobj.update_config('bridge-stp', 'yes')
def __re_evaluate_bridge_vxlan(self, ifaceobj, ifaceobj_getfunc=None):
"""
Quick fix for BRIDGE_VXLAN
BRIDGE_VXLAN is not set on the bridge because the VXLAN hasn't been processed yet
(because its defined after the bridge in /e/n/i), here is what happens:
- ifupdownmain:populate_dependency_info()
- loops over all the intf from /e/n/i (with the example config:
['lo', 'eth0', 'swp1', 'swp2', 'bridge', 'vni-10', 'bridge.100', 'vlan100'])
----> bridge is first in the list of interface (that we care about)
- ifupdownmain:query_lowerifaces()
- bridge:get_dependent is called (debug: bridge: evaluating port expr '['swp1', 'swp2', 'vni-10']')
- ifupdownmain:preprocess_dependency_list()
- calls ifupdownmain:_set_iface_role_n_kind() on all the brports:
in _set_iface_role_n_kind:
ifaceobj is the brport
upperifaceobj is the bridge
it tries to see if the bridge has a VXLAN:
if (ifaceobj.link_kind & ifaceLinkKind.VXLAN) \
and (upperifaceobj.link_kind & ifaceLinkKind.BRIDGE):
upperifaceobj.link_privflags |= ifaceLinkPrivFlags.BRIDGE_VXLAN
but because the bridge is first in the /e/n/i ifupdown2 didn't
call vxlan:get_dependent_ifacenames so VXLAN is not set on ifaceobj
:return:
"""
if not ifaceobj_getfunc:
return
if ifaceobj.link_kind & ifaceLinkKind.BRIDGE and not ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_VXLAN:
for port in self._get_bridge_port_list(ifaceobj) or []:
for brport_ifaceobj in ifaceobj_getfunc(port):
if brport_ifaceobj.link_kind & ifaceLinkKind.VXLAN:
ifaceobj.link_privflags |= ifaceLinkPrivFlags.BRIDGE_VXLAN
return
elif ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_PORT and ifaceobj.link_kind & ifaceLinkKind.VXLAN:
for iface in ifaceobj.upperifaces if ifaceobj.upperifaces else []:
for bridge_ifaceobj in ifaceobj_getfunc(iface) or []:
bridge_ifaceobj.link_privflags |= ifaceLinkPrivFlags.BRIDGE_VXLAN
_run_ops = {
'pre-up': _up,
'post-down': _down,
'query-checkcurr': _query_check,
'query-running': _query_running,
'query': _query
}
def get_ops(self):
""" returns list of ops supported by this module """
return self._run_ops.keys()
def run(self, ifaceobj, operation, query_ifaceobj=None, ifaceobj_getfunc=None):
""" run bridge configuration on the interface object passed as
argument. Can create bridge interfaces if they dont exist already
Args:
**ifaceobj** (object): iface object
**operation** (str): any of 'pre-up', 'post-down', 'query-checkcurr',
'query-running'
Kwargs:
**query_ifaceobj** (object): query check ifaceobject. This is only
valid when op is 'query-checkcurr'. It is an object same as
ifaceobj, but contains running attribute values and its config
status. The modules can use it to return queried running state
of interfaces. status is success if the running state is same
as user required state in ifaceobj. error otherwise.
"""
op_handler = self._run_ops.get(operation)
if not op_handler:
return
if (not self.requirements.bridge_utils_is_installed
and (ifaceobj.link_privflags & ifaceLinkPrivFlags.BRIDGE_PORT or ifaceobj.link_kind & ifaceLinkKind.BRIDGE)
and self.bridge_utils_missing_warning):
self.logger.warning('%s: missing - bridge operation may not work as expected. '
'Please check if \'bridge-utils\' package is installed' % utils.brctl_cmd)
self.bridge_utils_missing_warning = False
# make sure BRIDGE_VXLAN is set if we have a vxlan port
self.__re_evaluate_bridge_vxlan(ifaceobj, ifaceobj_getfunc)
if operation == 'query-checkcurr':
op_handler(self, ifaceobj, query_ifaceobj,
ifaceobj_getfunc=ifaceobj_getfunc)
else:
op_handler(self, ifaceobj, ifaceobj_getfunc=ifaceobj_getfunc)
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