A common library that interfaces with VMware NSX.
You can not select more than 25 topics Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
 
 
vmware-nsxlib/vmware_nsxlib/v3/core_resources.py

932 lines
33 KiB

# Copyright 2017 VMware, Inc.
# All Rights Reserved
#
# Licensed under the Apache License, Version 2.0 (the "License"); you may
# not use this file except in compliance with the License. You may obtain
# a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
# WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
# License for the specific language governing permissions and limitations
# under the License.
import collections
from oslo_log import log
from oslo_log import versionutils
from vmware_nsxlib._i18n import _
from vmware_nsxlib.v3 import exceptions
from vmware_nsxlib.v3 import nsx_constants
from vmware_nsxlib.v3 import utils
LOG = log.getLogger(__name__)
SwitchingProfileTypeId = collections.namedtuple(
'SwitchingProfileTypeId', 'profile_type, profile_id')
PacketAddressClassifier = collections.namedtuple(
'PacketAddressClassifier', 'ip_address, mac_address, vlan')
class NsxLibPortMirror(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'mirror-sessions'
@property
def resource_type(self):
return 'PortMirroringSession'
def create_session(self, source_ports, dest_ports, direction,
description, name, tags):
"""Create a PortMirror Session on the backend.
:param source_ports: List of UUIDs of the ports whose traffic is to be
mirrored.
:param dest_ports: List of UUIDs of the ports where the mirrored
traffic is to be sent.
:param direction: String representing the direction of traffic to be
mirrored. [INGRESS, EGRESS, BIDIRECTIONAL]
:param description: String representing the description of the session.
:param name: String representing the name of the session.
:param tags: nsx backend specific tags.
"""
body = {'direction': direction,
'tags': tags,
'display_name': name,
'description': description,
'mirror_sources': source_ports,
'mirror_destination': dest_ports}
return self.client.create(self.get_path(), body)
def delete_session(self, mirror_session_id):
"""Delete a PortMirror session on the backend.
:param mirror_session_id: string representing the UUID of the port
mirror session to be deleted.
"""
self.client.delete(self.get_path(mirror_session_id))
class NsxLibBridgeEndpoint(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'bridge-endpoints'
@property
def resource_type(self):
return 'BridgeEndpoint'
def create(self, device_name, seg_id, tags):
"""Create a bridge endpoint on the backend.
Create a bridge endpoint resource on a bridge cluster for the L2
gateway network connection.
:param device_name: device_name actually refers to the bridge cluster's
UUID.
:param seg_id: integer representing the VLAN segmentation ID.
:param tags: nsx backend specific tags.
"""
body = {'bridge_cluster_id': device_name,
'tags': tags,
'vlan': seg_id}
return self.client.create(self.get_path(), body)
def delete(self, bridge_endpoint_id):
"""Delete a bridge endpoint on the backend.
:param bridge_endpoint_id: string representing the UUID of the bridge
endpoint to be deleted.
"""
self.client.delete(self.get_path(bridge_endpoint_id))
class NsxLibLogicalSwitch(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'logical-switches'
@property
def resource_type(self):
return 'LogicalSwitch'
def create(self, display_name, transport_zone_id, tags,
replication_mode=nsx_constants.MTEP,
admin_state=True, vlan_id=None, ip_pool_id=None,
mac_pool_id=None, description=None,
trunk_vlan_range=None):
operation = "Create logical switch"
if display_name:
display_name = utils.escape_display_name(display_name)
# TODO(salv-orlando): Validate Replication mode and admin_state
# NOTE: These checks might be moved to the API client library if one
# that performs such checks in the client is available
body = {'transport_zone_id': transport_zone_id,
'replication_mode': replication_mode,
'display_name': display_name,
'tags': tags}
if admin_state:
body['admin_state'] = nsx_constants.ADMIN_STATE_UP
else:
body['admin_state'] = nsx_constants.ADMIN_STATE_DOWN
if trunk_vlan_range:
failed = False
if (self.nsxlib and
self.nsxlib.feature_supported(
nsx_constants.FEATURE_TRUNK_VLAN)):
if vlan_id is not None:
failed = True
LOG.error("Failed to create logical switch %(name)s with "
"trunk vlan: vlan id %(vlan)s is used.",
{'name': display_name, 'vlan': vlan_id})
elif (len(trunk_vlan_range) != 2 or
trunk_vlan_range[0] > trunk_vlan_range[1]):
failed = True
LOG.error("Failed to create logical switch %(name)s with "
"trunk vlan: illegal range (%(trunk)s) is used.",
{'name': display_name,
'trunk': trunk_vlan_range})
else:
body['vlan_trunk_spec'] = {'vlan_ranges': [
{'start': trunk_vlan_range[0],
'end': trunk_vlan_range[1]}]}
else:
LOG.error("Failed to create logical switch %s with trunk "
"vlan: this feature is not supported.", display_name)
failed = True
if failed:
raise exceptions.InvalidInput(
operation=operation,
arg_val=trunk_vlan_range,
arg_name='trunk_vlan_range')
elif vlan_id:
body['vlan'] = vlan_id
if ip_pool_id:
body['ip_pool_id'] = ip_pool_id
if mac_pool_id:
body['mac_pool_id'] = mac_pool_id
if description is not None:
body['description'] = description
return self.client.create(self.get_path(), body)
def delete(self, lswitch_id):
resource = '%s?detach=true&cascade=true' % lswitch_id
self._delete_with_retry(resource)
def update(self, lswitch_id, name=None, admin_state=None, tags=None,
description=None):
body = {}
if name:
name = utils.escape_display_name(name)
body['display_name'] = name
if admin_state is not None:
if admin_state:
body['admin_state'] = nsx_constants.ADMIN_STATE_UP
else:
body['admin_state'] = nsx_constants.ADMIN_STATE_DOWN
if tags is not None:
body['tags'] = tags
if description is not None:
body['description'] = description
return self._update_with_retry(lswitch_id, body)
class SwitchingProfileTypes(object):
IP_DISCOVERY = 'IpDiscoverySwitchingProfile'
MAC_LEARNING = 'MacManagementSwitchingProfile'
PORT_MIRRORING = 'PortMirroringSwitchingProfile'
QOS = 'QosSwitchingProfile'
SPOOF_GUARD = 'SpoofGuardSwitchingProfile'
SWITCH_SECURITY = 'SwitchSecuritySwitchingProfile'
class WhiteListAddressTypes(object):
PORT = 'LPORT_BINDINGS'
SWITCH = 'LSWITCH_BINDINGS'
class NsxLibSwitchingProfile(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'switching-profiles'
def list(self):
return self.client.list(
self.get_path('?include_system_owned=True'))
def create(self, profile_type, display_name=None,
description=None, **api_args):
body = {
'resource_type': profile_type,
'display_name': display_name or '',
'description': description or ''
}
body.update(api_args)
return self.client.create(self.get_path(), body=body)
def update(self, uuid, profile_type, **api_args):
body = {
'resource_type': profile_type
}
body.update(api_args)
return self.client.update(self.get_path(uuid), body=body)
def create_spoofguard_profile(self, display_name,
description,
whitelist_ports=False,
whitelist_switches=False,
tags=None):
whitelist_providers = []
if whitelist_ports:
whitelist_providers.append(WhiteListAddressTypes.PORT)
if whitelist_switches:
whitelist_providers.append(WhiteListAddressTypes.SWITCH)
return self.create(SwitchingProfileTypes.SPOOF_GUARD,
display_name=display_name,
description=description,
white_list_providers=whitelist_providers,
tags=tags or [])
def create_dhcp_profile(self, display_name,
description, tags=None):
dhcp_filter = {
'client_block_enabled': True,
'server_block_enabled': False
}
rate_limits = {
'enabled': False,
'rx_broadcast': 0,
'tx_broadcast': 0,
'rx_multicast': 0,
'tx_multicast': 0
}
bpdu_filter = {
'enabled': True,
'white_list': []
}
return self.create(SwitchingProfileTypes.SWITCH_SECURITY,
display_name=display_name,
description=description,
tags=tags or [],
dhcp_filter=dhcp_filter,
rate_limits=rate_limits,
bpdu_filter=bpdu_filter,
block_non_ip_traffic=True)
def create_mac_learning_profile(self, display_name,
description, tags=None):
mac_learning = {
'enabled': True,
}
return self.create(SwitchingProfileTypes.MAC_LEARNING,
display_name=display_name,
description=description,
tags=tags or [],
mac_learning=mac_learning,
mac_change_allowed=True)
def create_port_mirror_profile(self, display_name, description,
direction, destinations, tags=None):
return self.create(SwitchingProfileTypes.PORT_MIRRORING,
display_name=display_name,
description=description,
tags=tags or [],
direction=direction,
destinations=destinations)
@classmethod
def build_switch_profile_ids(cls, client, *profiles):
ids = []
for profile in profiles:
if isinstance(profile, str):
profile = client.get(profile)
if not isinstance(profile, SwitchingProfileTypeId):
profile = SwitchingProfileTypeId(
profile.get('key', profile.get('resource_type')),
profile.get('value', profile.get('id')))
ids.append(profile)
return ids
class NsxLibQosSwitchingProfile(NsxLibSwitchingProfile):
@property
def resource_type(self):
return 'QosSwitchingProfile'
def _build_args(self, tags, name=None, description=None):
body = {"resource_type": "QosSwitchingProfile",
"tags": tags}
return self._update_args(
body, name=name, description=description)
def _update_args(self, body, name=None, description=None):
if name:
body["display_name"] = name
if description:
body["description"] = description
return body
def _get_resource_type(self, direction):
if direction == nsx_constants.EGRESS:
return nsx_constants.EGRESS_SHAPING
return nsx_constants.INGRESS_SHAPING
def _enable_shaping_in_args(self, body, burst_size=None,
peak_bandwidth=None, average_bandwidth=None,
direction=None):
resource_type = self._get_resource_type(direction)
for shaper in body["shaper_configuration"]:
if shaper["resource_type"] == resource_type:
shaper["enabled"] = True
if burst_size is not None:
shaper["burst_size_bytes"] = burst_size
if peak_bandwidth is not None:
shaper["peak_bandwidth_mbps"] = peak_bandwidth
if average_bandwidth is not None:
shaper["average_bandwidth_mbps"] = average_bandwidth
break
return body
def _disable_shaping_in_args(self, body, direction=None):
resource_type = self._get_resource_type(direction)
for shaper in body["shaper_configuration"]:
if shaper["resource_type"] == resource_type:
shaper["enabled"] = False
shaper["burst_size_bytes"] = 0
shaper["peak_bandwidth_mbps"] = 0
shaper["average_bandwidth_mbps"] = 0
break
return body
def _update_dscp_in_args(self, body, qos_marking, dscp):
body["dscp"] = {}
body["dscp"]["mode"] = qos_marking.upper()
if dscp:
body["dscp"]["priority"] = dscp
return body
def create(self, tags, name=None, description=None):
body = self._build_args(tags, name, description)
return self.client.create(self.get_path(), body)
def update(self, profile_id, tags, name=None, description=None):
# update the relevant fields
body = {}
body = self._update_args(body, name, description)
if tags is not None:
body['tags'] = tags
return self._update_with_retry(profile_id, body)
def update_shaping(self, profile_id,
shaping_enabled=False,
burst_size=None,
peak_bandwidth=None,
average_bandwidth=None,
qos_marking=None, dscp=None,
direction=nsx_constants.INGRESS):
versionutils.report_deprecated_feature(
LOG,
'NsxLibQosSwitchingProfile.update_shaping is deprecated. '
'Please use set_profile_shaping instead.')
# get the current configuration
body = self.get(profile_id)
# update the relevant fields
if shaping_enabled:
body = self._enable_shaping_in_args(
body, burst_size=burst_size,
peak_bandwidth=peak_bandwidth,
average_bandwidth=average_bandwidth,
direction=direction)
else:
body = self._disable_shaping_in_args(body, direction=direction)
body = self._update_dscp_in_args(body, qos_marking, dscp)
return self._update_with_retry(profile_id, body)
def set_profile_shaping(self, profile_id,
ingress_bw_enabled=False,
ingress_burst_size=None,
ingress_peak_bandwidth=None,
ingress_average_bandwidth=None,
egress_bw_enabled=False,
egress_burst_size=None,
egress_peak_bandwidth=None,
egress_average_bandwidth=None,
qos_marking='trusted', dscp=None):
"""Set all shaping parameters in the QoS switch profile"""
# get the current configuration
body = self.get(profile_id)
# update the ingress shaping
if ingress_bw_enabled:
body = self._enable_shaping_in_args(
body, burst_size=ingress_burst_size,
peak_bandwidth=ingress_peak_bandwidth,
average_bandwidth=ingress_average_bandwidth,
direction=nsx_constants.INGRESS)
else:
body = self._disable_shaping_in_args(
body, direction=nsx_constants.INGRESS)
# update the egress shaping
if egress_bw_enabled:
body = self._enable_shaping_in_args(
body, burst_size=egress_burst_size,
peak_bandwidth=egress_peak_bandwidth,
average_bandwidth=egress_average_bandwidth,
direction=nsx_constants.EGRESS)
else:
body = self._disable_shaping_in_args(
body, direction=nsx_constants.EGRESS)
# update dscp marking
body = self._update_dscp_in_args(body, qos_marking, dscp)
# update the profile in the backend
return self._update_with_retry(profile_id, body)
class NsxLibLogicalRouter(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'logical-routers'
@property
def resource_type(self):
return 'LogicalRouter'
def _delete_resource_by_values(self, resource,
skip_not_found=True,
strict_mode=True,
**kwargs):
"""Delete resource objects matching the values in kwargs
If skip_not_found is True - do not raise an exception if no object was
found.
If strict_mode is True - warnings will be issued if 0 or >1 objects
where deleted.
"""
resources_list = self.client.list(resource)
matched_num = 0
for res in resources_list['results']:
if utils.dict_match(kwargs, res):
LOG.debug("Deleting %s from resource %s", res, resource)
delete_resource = resource + "/" + str(res['id'])
self.client.delete(delete_resource)
matched_num = matched_num + 1
if matched_num == 0:
if skip_not_found:
if strict_mode:
LOG.warning("No resource in %(res)s matched for values: "
"%(values)s", {'res': resource,
'values': kwargs})
else:
err_msg = (_("No resource in %(res)s matched for values: "
"%(values)s") % {'res': resource,
'values': kwargs})
raise exceptions.ResourceNotFound(
manager=self.client.nsx_api_managers,
operation=err_msg)
elif matched_num > 1 and strict_mode:
LOG.warning("%(num)s resources in %(res)s matched for values: "
"%(values)s", {'num': matched_num,
'res': resource,
'values': kwargs})
def _validate_nat_rule_action(self, action):
if not action:
return
if action in ['SNAT', 'DNAT', 'NO_NAT', 'REFLEXIVE']:
# legal values for all NSX versions
return
if (action not in ['NO_SNAT', 'NO_DNAT'] or (
self.nsxlib and not self.nsxlib.feature_supported(
nsx_constants.FEATURE_NO_DNAT_NO_SNAT))):
raise exceptions.InvalidInput(
operation="Create/Update NAT rule",
arg_val=action,
arg_name='action')
def add_nat_rule(self, logical_router_id, action, translated_network,
source_net=None, dest_net=None,
enabled=True, rule_priority=None,
match_ports=None, match_protocol=None,
match_resource_type=None,
bypass_firewall=True,
tags=None,
display_name=None):
self._validate_nat_rule_action(action)
resource = 'logical-routers/%s/nat/rules' % logical_router_id
body = {'action': action,
'enabled': enabled,
'translated_network': translated_network}
if source_net:
body['match_source_network'] = source_net
if dest_net:
body['match_destination_network'] = dest_net
if rule_priority:
body['rule_priority'] = rule_priority
if match_ports:
body['match_service'] = {
'resource_type': (match_resource_type or
nsx_constants.L4_PORT_SET_NSSERVICE),
'destination_ports': match_ports,
'l4_protocol': match_protocol or nsx_constants.TCP}
# nat_pass parameter is supported with the router firewall feature
if (self.nsxlib and
self.nsxlib.feature_supported(
nsx_constants.FEATURE_ROUTER_FIREWALL)):
body['nat_pass'] = bypass_firewall
elif not bypass_firewall:
LOG.error("Ignoring bypass_firewall for router %s nat rule: "
"this feature is not supported.", logical_router_id)
if tags is not None:
body['tags'] = tags
if display_name:
body['display_name'] = display_name
return self.client.create(resource, body)
def add_static_route(self, logical_router_id, dest_cidr, nexthop):
resource = ('logical-routers/%s/routing/static-routes' %
logical_router_id)
body = {}
if dest_cidr:
body['network'] = dest_cidr
if nexthop:
body['next_hops'] = [{"ip_address": nexthop}]
return self.client.create(resource, body)
def delete_static_route(self, logical_router_id, static_route_id):
resource = 'logical-routers/%s/routing/static-routes/%s' % (
logical_router_id, static_route_id)
self.client.delete(resource)
def delete_static_route_by_values(self, logical_router_id,
dest_cidr=None, nexthop=None):
resource = ('logical-routers/%s/routing/static-routes' %
logical_router_id)
kwargs = {}
if dest_cidr:
kwargs['network'] = dest_cidr
if nexthop:
kwargs['next_hops'] = [{"ip_address": nexthop}]
return self._delete_resource_by_values(resource, **kwargs)
def delete_nat_rule(self, logical_router_id, nat_rule_id):
resource = 'logical-routers/%s/nat/rules/%s' % (logical_router_id,
nat_rule_id)
self.client.delete(resource)
def delete_nat_rule_by_values(self, logical_router_id,
strict_mode=True,
skip_not_found=True,
**kwargs):
resource = 'logical-routers/%s/nat/rules' % logical_router_id
return self._delete_resource_by_values(
resource,
skip_not_found=skip_not_found,
strict_mode=strict_mode,
**kwargs)
def list_nat_rules(self, logical_router_id):
resource = 'logical-routers/%s/nat/rules' % logical_router_id
return self.client.list(resource)
def update_nat_rule(self, logical_router_id, nat_rule_id, **kwargs):
if 'action' in kwargs:
self._validate_nat_rule_action(kwargs['action'])
resource = 'logical-routers/%s/nat/rules/%s' % (
logical_router_id, nat_rule_id)
return self._update_resource(resource, kwargs, retry=True)
def update_advertisement(self, logical_router_id, **kwargs):
resource = ('logical-routers/%s/routing/advertisement' %
logical_router_id)
# ignore load balancing flags if lb is the not supported
if (self.nsxlib and
not self.nsxlib.feature_supported(
nsx_constants.FEATURE_LOAD_BALANCER)):
for arg in ('advertise_lb_vip', 'advertise_lb_snat_ip'):
if kwargs[arg]:
LOG.error("Ignoring %(arg)s for router %(rtr)s "
"update_advertisement: This feature is not "
"supported.",
{'arg': arg, 'rtr': logical_router_id})
del kwargs[arg]
return self._update_resource(resource, kwargs, retry=True)
def update_advertisement_rules(self, logical_router_id, rules):
resource = ('logical-routers/%s/routing/advertisement/rules' %
logical_router_id)
return self._update_resource(resource, {'rules': rules}, retry=True)
def get_advertisement_rules(self, logical_router_id):
resource = ('logical-routers/%s/routing/advertisement/rules' %
logical_router_id)
return self.client.get(resource)
def create(self, display_name, tags, edge_cluster_uuid=None, tier_0=False,
description=None, transport_zone_id=None):
# TODO(salv-orlando): If possible do not manage edge clusters
# in the main plugin logic.
router_type = (nsx_constants.ROUTER_TYPE_TIER0 if tier_0 else
nsx_constants.ROUTER_TYPE_TIER1)
body = {'display_name': display_name,
'router_type': router_type,
'tags': tags}
if edge_cluster_uuid:
body['edge_cluster_id'] = edge_cluster_uuid
if description:
body['description'] = description
if transport_zone_id:
body['advanced_config'] = {
'transport_zone_id': transport_zone_id}
return self.client.create(self.get_path(), body=body)
def delete(self, lrouter_id, force=False):
url = lrouter_id
if force:
url += '?force=%s' % force
return self.client.delete(self.get_path(url))
def update(self, lrouter_id, *args, **kwargs):
body = {}
for arg in kwargs:
# special care for transport_zone_id
if arg == 'transport_zone_id':
body['advanced_config'] = {
'transport_zone_id': kwargs['transport_zone_id']}
else:
body[arg] = kwargs[arg]
return self._update_with_retry(lrouter_id, body)
def get_firewall_section_id(self, lrouter_id, router_body=None):
"""Return the id of the auto created firewall section of the router
If the router was already retrieved from the backend it is possible
to give it as an input to avoid another backend call.
"""
if not router_body:
router_body = self.get(lrouter_id)
if 'firewall_sections' in router_body:
firewall_sections = router_body['firewall_sections']
for sec in firewall_sections:
if (sec.get('is_valid') and
sec.get('target_type') == "FirewallSection"):
return firewall_sections[0].get('target_id')
def list(self, router_type=None):
"""List all/by type logical routers."""
if router_type:
resource = '%s?router_type=%s' % (self.get_path(), router_type)
else:
resource = self.get_path()
return self.client.list(resource)
class NsxLibEdgeCluster(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'edge-clusters'
@property
def resource_type(self):
return 'EdgeCluster'
def get_transport_nodes(self, uuid):
ec = self.get(uuid)
members = []
for member in ec.get('members', []):
members.append(member.get('transport_node_id'))
return members
class NsxLibTransportZone(utils.NsxLibApiBase):
TRANSPORT_TYPE_VLAN = 'VLAN'
TRANSPORT_TYPE_OVERLAY = 'OVERLAY'
HOST_SWITCH_MODE_ENS = 'ENS'
HOST_SWITCH_MODE_STANDARD = 'STANDARD'
@property
def uri_segment(self):
return 'transport-zones'
@property
def resource_type(self):
return 'TransportZone'
@property
def use_cache_for_get(self):
return True
def get_transport_type(self, uuid):
tz = self.get(uuid)
return tz['transport_type']
def get_host_switch_mode(self, uuid):
tz = self.get(uuid)
return tz.get('host_switch_mode', self.HOST_SWITCH_MODE_STANDARD)
class NsxLibTransportNode(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'transport-nodes'
@property
def resource_type(self):
return 'TransportNode'
@property
def use_cache_for_get(self):
return True
def get_transport_zones(self, uuid):
tz = self.get(uuid)
return [ep.get('transport_zone_id') for ep in
tz.get('transport_zone_endpoints', [])]
class NsxLibDhcpProfile(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'dhcp/server-profiles'
@property
def resource_type(self):
return 'DhcpProfile'
class NsxLibDhcpRelayService(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'dhcp/relays'
@property
def resource_type(self):
return 'DhcpRelayService'
@property
def use_cache_for_get(self):
return True
def get_server_ips(self, uuid):
# Return the server ips of the relay profile attached to this service
service = self.get(uuid)
profile_id = service.get('dhcp_relay_profile_id')
if profile_id and self.nsxlib:
return self.nsxlib.relay_profile.get_server_ips(profile_id)
class NsxLibDhcpRelayProfile(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'dhcp/relay-profiles'
@property
def resource_type(self):
return 'DhcpRelayProfile'
@property
def use_cache_for_get(self):
return True
def get_server_ips(self, uuid):
profile = self.get(uuid)
return profile.get('server_addresses')
class NsxLibMetadataProxy(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'md-proxies'
@property
def resource_type(self):
return 'MetadataProxy'
def update(self, uuid, server_url=None, secret=None, edge_cluster_id=None):
body = {}
# update the relevant fields
if server_url is not None:
body['metadata_server_url'] = server_url
if secret is not None:
body['secret'] = secret
if edge_cluster_id is not None:
body['edge_cluster_id'] = edge_cluster_id
return self._update_with_retry(uuid, body)
def get_md_proxy_status(self, attachment_id, logical_switch_id):
"""Return all matching logical port statuses"""
url_suffix = ('/%s/%s/status' %
(attachment_id, logical_switch_id))
return self.client.get(self.get_path(url_suffix))
class NsxLibBridgeCluster(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'bridge-clusters'
@property
def resource_type(self):
return 'BridgeCluster'
class NsxLibIpBlockSubnet(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'pools/ip-subnets'
@property
def resource_type(self):
return 'IpBlockSubnet'
def create(self, ip_block_id, subnet_size):
"""Create a IP block subnet on the backend."""
body = {'size': subnet_size,
'block_id': ip_block_id}
return self.client.create(self.get_path(), body)
def delete(self, subnet_id):
"""Delete a IP block subnet on the backend."""
self.client.delete(self.get_path(subnet_id))
def list(self, ip_block_id):
resource = '%s?block_id=%s' % (self.get_path(), ip_block_id)
return self.client.get(resource)
class NsxLibIpBlock(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'pools/ip-blocks'
@property
def resource_type(self):
return 'IpBlock'
class NsxLibFabricVirtualMachine(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'fabric/virtual-machines'
@property
def resource_type(self):
return 'VirtualMachine'
def get_by_display_name(self, display_name):
url = '%s?display_name=%s' % (self.get_path(), display_name)
return self.client.get(url)
class NsxLibFabricVirtualInterface(utils.NsxLibApiBase):
@property
def uri_segment(self):
return 'fabric/vifs'
@property
def resource_type(self):
return 'VirtualNetworkInterface'
def get_by_owner_vm_id(self, owner_vm_id):
url = '%s?owner_vm_id=%s' % (self.get_path(), owner_vm_id)
return self.client.get(url)