This topic describes how to use the Alibaba Cloud SDK for Python to interconnect a VBR and a VPC that are located in the same region and are under the same account.

Prerequisites

Background information

Note the following when you create router interfaces:
  • Only one pair of interconnected router interfaces can be created between two routers.
  • A maximum of five router interfaces can be created for each VRouter.
  • If a router interface with an overdue payment is under your account, you cannot create router interfaces.
  • Route entries in the same route table cannot have the same destination CIDR blocks.
  • The VBR must operate as the connection initiator and be in the Activated state.
The example used in this topic includes the following steps:
  1. Create a VBR.
  2. Create the initiator router interface.
  3. Create the acceptor router interface.
  4. Modify the initiator router interface.
  5. Modify the acceptor router interface.
  6. Query the initiator router interface.
  7. Query the acceptor router interface.
  8. Query the ID of the route table in the VBR.
  9. Connect the initiator router interface to the acceptor router interface.
  10. Create a route entry whose next hop is the initiator router interface.
  11. Create a route entry whose next hop is the acceptor router interface.
  12. Delete the route entry whose next hop is the acceptor router interface.
  13. Delete the route entry whose next hop is the initiator router interface.
  14. Deactivate the initiator router interface.
  15. Deactivate the acceptor router interface.
  16. Delete the initiator router interface.
  17. Delete the acceptor router interface.
  18. Delete the VBR.

Procedure

  1. In the SDK directory, open the $aliyun-openapi-python-sdk-examples\sdk_examples\examples\ec folder.
  2. Open the ec_vbr_vpc.py file in your text editor, set the parameters as needed, and then save the settings and exit the editor.
    The sample code is as follows: 
    #encoding=utf-8
import sys
import json
from aliyunsdkcore.acs_exception.exceptions import ServerException, ClientException
from aliyunsdkvpc.request.v20160428 import CreateRouterInterfaceRequest
from aliyunsdkvpc.request.v20160428 import DeleteRouterInterfaceRequest
from aliyunsdkvpc.request.v20160428 import DescribeRouterInterfacesRequest
from aliyunsdkvpc.request.v20160428 import ConnectRouterInterfaceRequest
from aliyunsdkvpc.request.v20160428 import DeactivateRouterInterfaceRequest
from aliyunsdkvpc.request.v20160428 import ModifyRouterInterfaceAttributeRequest
from aliyunsdkvpc.request.v20160428 import CreateVirtualBorderRouterRequest
from aliyunsdkvpc.request.v20160428 import DescribeVirtualBorderRoutersRequest
from aliyunsdkvpc.request.v20160428 import DescribeRouteTablesRequest
from aliyunsdkvpc.request.v20160428 import DeleteVirtualBorderRouterRequest
from sdk_lib.sdk_route_entry import RouteEntry
from sdk_lib.exception import ExceptionHandler
from sdk_lib.common_util import CommonUtil
from sdk_lib.check_status import CheckStatus
from sdk_lib.consts import *

client = AcsClient(
            '<your-access-key-id>',     # your zone ID
            '<your-access-key-secret>', # your AccessKey ID
            '<your-region-id>')         # your AccessKey Secret

class RouterInterface(object):
    def __init__(self, client):
        self.client = client

    def create_router_interface(self, params):
        """
        create_router_interface: Create a router interface
        """
        try:
            request = CreateRouterInterfaceRequest.CreateRouterInterfaceRequest()
            # The specification of the router interface
            request.set_Spec(params['spec'])
            # The role of the router interface
            request.set_Role(params['role'])
            # The ID of the router associated with the router interface
            request.set_RouterId(params['router_id'])
            # The type of the router associated with the router interface
            request.set_RouterType(params['router_type'])
            # The ID of the region to which the connection acceptor belongs
            request.set_OppositeRegionId(params['opposite_region_id'])
            # The type of the router associated with the peer router interface
            request.set_OppositeRouterType(params['opposite_router_type'])
            # The ID of the access point to which the peer end belongs
            request.set_OppositeAccessPointId(params['opposite_access_point_id'])
            # The ID of the access point to which the VBR belongs
            #request.set_AccessPointId(params['access_point_id'])

            response = self.client.do_action_with_exception(request)
            response_json = json.loads(response)
            # Check if the router interface is in the available state
            if CheckStatus.check_status(TIME_DEFAULT_OUT, DEFAULT_TIME,
                                        self.describe_ri_status,
                                        'Idle', response_json['RouterInterfaceId']):
                return response_json
        except ServerException as e:
            ExceptionHandler.server_exception(e)
        except ClientException as e:
            ExceptionHandler.client_exception(e)

    def create_router_interface_vbr(self, params):
        """
        create_router_interface: Create a router interface
        """
        try:
            request = CreateRouterInterfaceRequest.CreateRouterInterfaceRequest()
            # The specification of the router interface
            request.set_Spec(params['spec'])
            # The role of the router interface
            request.set_Role(params['role'])
            # The ID of the router associated with the router interface
            request.set_RouterId(params['router_id'])
            # The type of the router associated with the router interface
            request.set_RouterType(params['router_type'])
            # The ID of the region to which the connection acceptor belongs
            request.set_OppositeRegionId(params['opposite_region_id'])
            # The type of the router associated with the peer router interface
            request.set_OppositeRouterType(params['opposite_router_type'])
            # The ID of the access point to which the VBR belongs
            request.set_AccessPointId(params['access_point_id'])

            response = self.client.do_action_with_exception(request)
            response_json = json.loads(response)
            # Check if the router interface is in the available state
            if CheckStatus.check_status(TIME_DEFAULT_OUT, DEFAULT_TIME,
                                        self.describe_ri_status,
                                        'Idle', response_json['RouterInterfaceId']):
                return response_json
        except ServerException as e:
            ExceptionHandler.server_exception(e)
        except ClientException as e:
            ExceptionHandler.client_exception(e)

    def connect_router_interface(self, params):
        """
        connect_router_interface: The initiator router interface initiates a connection to the acceptor router interface
        """
        try:
            request = ConnectRouterInterfaceRequest.ConnectRouterInterfaceRequest()
            # The ID of the initiator router interface
            request.set_RouterInterfaceId(params['router_interface_id'])
            response = self.client.do_action_with_exception(request)
            response_json = json.loads(response)
            if CheckStatus.check_status(TIME_DEFAULT_OUT * 5, DEFAULT_TIME * 5,
                                        self.describe_ri_status,
                                        'Active', params['router_interface_id']):
                return response_json
        except ServerException as e:
            ExceptionHandler.server_exception(e)
        except ClientException as e:
            ExceptionHandler.client_exception(e)

    def deactivate_router_interface(self, params):
        """
        deactivate_router_interface: Deactivate a router interface
        """
        try:
            request = DeactivateRouterInterfaceRequest.DeactivateRouterInterfaceRequest()
            # The ID of the router interface
            request.set_RouterInterfaceId(params['router_interface_id'])
            response = self.client.do_action_with_exception(request)
            response_json = json.loads(response)
            # Check if the router interface is in the available state
            if CheckStatus.check_status(TIME_DEFAULT_OUT * 5, DEFAULT_TIME * 5,
                                        self.describe_ri_status,
                                        'Inactive', params['router_interface_id']):
                return response_json
        except ServerException as e:
            ExceptionHandler.server_exception(e)
        except ClientException as e:
            ExceptionHandler.client_exception(e)

    def modify_router_interface_attribute(self, params):
        """
        modify_router_interface_attribute: Modify the configurations of a router interface
        """
        try:
            request = ModifyRouterInterfaceAttributeRequest.ModifyRouterInterfaceAttributeRequest()
            # The ID of the router interface
            request.set_RouterInterfaceId(params['router_interface_id'])
            # The ID of the peer router interface
            request.set_OppositeInterfaceId(params['opposite_interface_id'])
            # The ID of the peer router
            request.set_OppositeRouterId(params['opposite_router_id'])
            # The type of the peer router
            request.set_OppositeRouterType(params['opposite_router_type'])
            response = self.client.do_action_with_exception(request)
            response_json = json.loads(response)
            # Check if the router interface is in the available state
            if CheckStatus.check_status(TIME_DEFAULT_OUT, DEFAULT_TIME,
                                        self.describe_ri_status,
                                        'Idle', params['router_interface_id']):
                return response_json
        except ServerException as e:
            ExceptionHandler.server_exception(e)
        except ClientException as e:
            ExceptionHandler.client_exception(e)



    def describe_router_interface(self, instance_id):
        """
        describe_router_interface: Query router interfaces in a region
        """
        try:
            request = DescribeRouterInterfacesRequest.DescribeRouterInterfacesRequest()
            # The queried filter type
            request.add_query_param('Filter.1.Key', "RouterInterfaceId")
            # The ID of the queried instance
            request.add_query_param('Filter.1.Value.1', instance_id)
            response = self.client.do_action_with_exception(request)
            response_json = json.loads(response)
            return response_json
        except ServerException as e:
            ExceptionHandler.server_exception(e)
        except ClientException as e:
            ExceptionHandler.client_exception(e)

    def describe_ri_status(self, instance_id):
        """
        describe_ri_status: Query the status of router interfaces in a region
        """
        response = self.describe_router_interface(instance_id)
        if len(response['RouterInterfaceSet']['RouterInterfaceType']) == 0:
            return ''
        return response['RouterInterfaceSet']['RouterInterfaceType'][0]['Status']

    def delete_router_interface(self, params):
        """
        delete_router_interface: Delete a router interface
        """
        try:
            request = DeleteRouterInterfaceRequest.DeleteRouterInterfaceRequest()
            # The ID of the router interface
            request.set_RouterInterfaceId(params['instance_id'])
            response = self.client.do_action_with_exception(request)
            response_json = json.loads(response)
            # Check if the router interface is in the available state
            if CheckStatus.check_status(TIME_DEFAULT_OUT, DEFAULT_TIME * 5,
                                        self.describe_ri_status,
                                        '', params['instance_id']):
                return response_json
        except ServerException as e:
            ExceptionHandler.server_exception(e)
        except ClientException as e:
            ExceptionHandler.client_exception(e)

    def create_virtual_border_router(self, params):
        """
        create_virtual_border_router: Create a VBR
        """
        try:
            request = CreateVirtualBorderRouterRequest.CreateVirtualBorderRouterRequest()
            # The ID of the physical connection
            request.set_PhysicalConnectionId(params['physical_connection_id'])
            # The Alibaba Cloud-side IP address of the VBR
            request.set_LocalGatewayIp(params['local_gateway_ip'])
            # The peer IP address of the physical connection-side interface of the VBR
            request.set_PeerGatewayIp(params['peer_gateway_ip'])
            # The subnet mask for the Alibaba Cloud-side and customer-side IP addresses of the VBR
            request.set_PeeringSubnetMask(params['peering_subnet_mask'])
            # The VLAN ID of the VBR
            request.set_VlanId(params['vlan_id'])

            response = client.do_action_with_exception(request)
            response_json = json.loads(response)
            # Check if the VBR is in the available state
            if CheckStatus.check_status(TIME_DEFAULT_OUT, DEFAULT_TIME,
                                        self.describe_vbr_status,
                                        'active', response_json['VbrId']):
                return response_json
        except ServerException as e:
            ExceptionHandler.server_exception(e)
        except ClientException as e:
            ExceptionHandler.client_exception(e)

    def delete_virtual_border_router(self, params):
        """
        delete_virtual_border_router: Delete the VBR
        """
        try:
            request = DeleteVirtualBorderRouterRequest.DeleteVirtualBorderRouterRequest()
            request.set_VbrId(params['vbr_id'])
            response = self.client.do_action_with_exception(request)
            response_json = json.loads(response)
            if CheckStatus.check_status(TIME_DEFAULT_OUT, DEFAULT_TIME,
                                        self.describe_vbr_status,
                                        '', params['vbr_id']):
                return response_json
        except ServerException as e:
            ExceptionHandler.server_exception(e)
        except ClientException as e:
            ExceptionHandler.client_exception(e)

    def describe_virtual_border_router(self, instance_id):
        """
        describe_virtual_border_router: Query VBRs
        """
        try:
            request = DescribeVirtualBorderRoutersRequest.DescribeVirtualBorderRoutersRequest()
            # The queried filter type
            request.add_query_param('Filter.1.Key', "VbrId")
            # The ID of the queried instance
            request.add_query_param('Filter.1.Value.1', instance_id)
            response = self.client.do_action_with_exception(request)
            response_json = json.loads(response)
            return response_json
        except ServerException as e:
            ExceptionHandler.server_exception(e)
        except ClientException as e:
            ExceptionHandler.client_exception(e)

    def describe_vbr_status(self, instance_id):
        """
        describe_virtual_border_router: Query the status of VBRs
        """
        response = self.describe_virtual_border_router(instance_id)
        if len(response['VirtualBorderRouterSet']['VirtualBorderRouterType']) == 0:
            return ''
        return response['VirtualBorderRouterSet']['VirtualBorderRouterType'][0]['Status']

    def describe_route_table(self, params):
        """
        describe_route_table: Query route tables
        """
        try:
            request = DescribeRouteTablesRequest.DescribeRouteTablesRequest()
            # The ID of the VRouter or VBR to which the route table belongs
            request.set_RouterId(params['router_id'])
            # The type of the router to which the route table belongs
            request.set_RouterType(params['router_type'])
            response = self.client.do_action_with_exception(request)
            response_json = json.loads(response)
            return response_json
        except ServerException as e:
            ExceptionHandler.server_exception(e)
        except ClientException as e:
            ExceptionHandler.client_exception(e)


def main():
    router_interface = RouterInterface(client)
    route_entry = RouteEntry(client)

    params = {}
    params['spec'] = "Large.2"
    params['role'] = "InitiatingSide"
    params['router_type'] = "VBR"
    params['opposite_region_id'] = "cn-hangzhou"
    params['opposite_router_type'] = "VRouter"
    params['access_point_id'] = "ap-cn-hangzhou-xx-x"

    # Create a VBR
    params['physical_connection_id'] = PC_ID
    params['local_gateway_ip'] = "116.xx.xx.254"
    params['peer_gateway_ip'] = "116.xx.xx.254"
    params['peering_subnet_mask'] = "255.255.255.252"
    params['vlan_id'] = 30
    vbr_json = router_interface.create_virtual_border_router(params)
    CommonUtil.log("create_virtual_border_router", vbr_json)

    # Create an initiator router interface
    params['router_id'] = vbr_json['VbrId']
    router_interface_json = router_interface.create_router_interface_vbr(params)
    CommonUtil.log("create_router_interface", router_interface_json)

    # Create an acceptor router interface
    params['router_type'] = "VRouter"
    params['spec'] = "Negative"
    params['role'] = "AcceptingSide"
    params['router_id'] = ROUTER_ID2
    params['opposite_router_type'] = 'VBR'
    params['opposite_access_point_id'] = params['access_point_id']
    router_interface_json2 = router_interface.create_router_interface(params)
    CommonUtil.log("create_router_interface", router_interface_json2)

    # Modify the initiator router interface
    params['router_interface_id'] = router_interface_json['RouterInterfaceId']
    params['opposite_interface_id'] = router_interface_json2['RouterInterfaceId']
    params['opposite_router_id'] = ROUTER_ID2
    params['opposite_router_type'] = "VRouter"
    modify_ri_json = router_interface.modify_router_interface_attribute(params)
    CommonUtil.log("modify_router_interface_attribute", modify_ri_json)

    # Modify the acceptor router interface
    params['router_interface_id'] = router_interface_json2['RouterInterfaceId']
    params['opposite_interface_id'] = router_interface_json['RouterInterfaceId']
    params['opposite_router_id'] = vbr_json['VbrId']
    params['opposite_router_type'] = "VBR"
    modify_ri_json2 = router_interface.modify_router_interface_attribute(params)
    CommonUtil.log("modify_router_interface_attribute", modify_ri_json2)

    # Query the initiator router interface
    describe_ri_json = router_interface.describe_router_interface(router_interface_json['RouterInterfaceId'])
    CommonUtil.log("describe_router_interface", describe_ri_json)

    # Query the acceptor router interface
    describe_ri_json2 = router_interface.describe_router_interface(router_interface_json2['RouterInterfaceId'])
    CommonUtil.log("describe_router_interface", describe_ri_json2)

    # Query the ID of the route table of the VBR
    params['router_id'] = vbr_json['VbrId']
    params['router_type'] = 'VBR'
    route_table_json = router_interface.describe_route_table(params)
    CommonUtil.log("describe_route_table", route_table_json)

    # Initiate a connection
    params['router_interface_id'] = router_interface_json['RouterInterfaceId']
    connect_ri_json = router_interface.connect_router_interface(params)
    CommonUtil.log("connect_router_interface", connect_ri_json)

    # Create a route entry whose next hop is the initiator router interface
    params['route_table_id'] = route_table_json["RouteTables"]["RouteTable"][0]["RouteTableId"]
    params['destination_cidr_block'] = "0.0.0.0/0"
    params['nexthop_type'] = 'RouterInterface'
    params['nexthop_id'] = router_interface_json['RouterInterfaceId']
    route_entry_json = route_entry.create_route_entry(params)
    CommonUtil.log("create_route_entry", route_entry_json)

    # Create a route entry whose next hop is the acceptor router interface
    params['route_table_id'] = TABLE_ID2
    params['destination_cidr_block'] = "0.0.0.0/0"
    params['nexthop_type'] = 'RouterInterface'
    params['nexthop_id'] = router_interface_json2['RouterInterfaceId']
    route_entry_json2 = route_entry.create_route_entry(params)
    CommonUtil.log("create_route_entry", route_entry_json2)

    # Delete the route entry whose next hop is the acceptor router interface
    route_entry_json = route_entry.delete_route_entry(params)
    CommonUtil.log("delete_route_entry", route_entry_json)

    # Delete the route entry whose next hop is the initiator router interface
    params['route_table_id'] = route_table_json["RouteTables"]["RouteTable"][0]["RouteTableId"]
    params['nexthop_id'] = router_interface_json['RouterInterfaceId']
    route_entry_json = route_entry.delete_route_entry(params)
    CommonUtil.log("delete_route_entry", route_entry_json)

    # Deactivate the initiator router interface
    params['router_interface_id'] = router_interface_json['RouterInterfaceId']
    deactivate_ri_json = router_interface.deactivate_router_interface(params)
    CommonUtil.log("deactivate_router_interface", deactivate_ri_json)

    # Deactivate the acceptor router interface
    params['router_interface_id'] = router_interface_json2['RouterInterfaceId']
    deactivate_ri_json2 = router_interface.deactivate_router_interface(params)
    CommonUtil.log("deactivate_router_interface", deactivate_ri_json2)

    # Delete the initiator router interface
    params['instance_id'] = router_interface_json['RouterInterfaceId']
    router_interface_json = router_interface.delete_router_interface(params)
    CommonUtil.log("delete_router_interface", router_interface_json)

    # Delete the acceptor router interface
    params['instance_id'] = router_interface_json2['RouterInterfaceId']
    router_interface_json2 = router_interface.delete_router_interface(params)
    CommonUtil.log("delete_router_interface", router_interface_json2)

    # Delete the VBR
    params['vbr_id'] = vbr_json['VbrId']
    vbr_json = router_interface.delete_virtual_border_router(params)
    CommonUtil.log("delete_virtual_border_router", vbr_json)

if __name__ == '__main__':
    sys.exit(main())
  3. Enter the directory where the ec_vbr_vpc.py file is stored, and then run the following command to interconnect a VBR and a VPC that are located in the same region and are under the same account. 
    python ec_vbr_vpc.py

Result

The system output is displayed as follows: 
---------------------------create_virtual_border_router---------------------------
{
  "VbrId": "vbr-bp1vudncgk9jtxxxxxxxx", 
  "RequestId": "0C4FABDB-FF18-4E70-9E43-6DC03197F0EA"
}
---------------------------create_router_interface---------------------------
{
  "RequestId": "11F14FA2-ECFA-4B27-A75D-7C6D5FECACDF", 
  "RouterInterfaceId": "ri-bp1vabte8nbdexxxxxxxx"
}
---------------------------create_router_interface---------------------------
{
  "RequestId": "72FAB86D-470B-40E4-8476-F9223A911486", 
  "RouterInterfaceId": "ri-bp1mxkc61ly0nxxxxxxxx"
}
---------------------------modify_router_interface_attribute---------------------------
{
  "RequestId": "93D5FFF7-6C05-41B1-92F0-AC8F1809BC98"
}
---------------------------modify_router_interface_attribute---------------------------
{
  "RequestId": "1C461452-42BD-4649-B318-2214222B4FCA"
}
---------------------------describe_router_interface---------------------------
{
  "TotalCount": 1, 
  "RouterInterfaceSet": {
    "RouterInterfaceType": [
      {
        "BusinessStatus": "Normal", 
        "CreationTime": "2019-04-30T02:54:22Z", 
        "AccessPointId": "ap-cn-hangzhou-xx-x", 
        "Role": "InitiatingSide", 
        "OppositeRouterId": "vrt-bp141no9pds2bxxxxxxxx", 
        "Spec": "Large.2", 
        "Status": "Idle", 
        "EndTime": "2999-09-08T16:00:00Z", 
        "OppositeInterfaceSpec": "Negative", 
        "RouterInterfaceId": "ri-bp1vabte8nbdexxxxxxxx", 
        "RouterType": "VBR", 
        "OppositeBandwidth": 0, 
        "OppositeVpcInstanceId": "vpc-bp1v31by9jix2xxxxxxxx", 
        "HasReservationData": false, 
        "OppositeInterfaceBusinessStatus": "Normal", 
        "OppositeRouterType": "VRouter", 
        "OppositeRegionId": "cn-hangzhou", 
        "RouterId": "vbr-bp1vudncgk9jtxxxxxxxx", 
        "CrossBorder": false, 
        "OppositeInterfaceOwnerId": "", 
        "Bandwidth": 2048, 
        "OppositeInterfaceId": "ri-bp1mxkc61ly0nxxxxxxxx", 
        "ChargeType": "AfterPay"
      }
    ]
  }, 
  "PageNumber": 1, 
  "RequestId": "3553DB38-A4A0-4453-976C-542E96B1B5A9", 
  "PageSize": 10
}
---------------------------describe_router_interface---------------------------
{
  "TotalCount": 1, 
  "RouterInterfaceSet": {
    "RouterInterfaceType": [
      {
        "Status": "Idle", 
        "OppositeRegionId": "cn-hangzhou", 
        "BusinessStatus": "Normal", 
        "OppositeRouterId": "vbr-bp1vudncgk9jtxxxxxxxx", 
        "VpcInstanceId": "vpc-bp1v31by9jix2xxxxxxxx", 
        "RouterInterfaceId": "ri-bp1mxkc61ly0nxxxxxxxx", 
        "CreationTime": "2019-04-30T02:54:24Z", 
        "RouterType": "VRouter", 
        "OppositeInterfaceOwnerId": "", 
        "RouterId": "vrt-bp141no9pds2bxxxxxxxx", 
        "Bandwidth": 0, 
        "OppositeInterfaceId": "ri-bp1vabte8nbdexxxxxxxx", 
        "EndTime": "2999-09-08T16:00:00Z", 
        "ChargeType": "AfterPay", 
        "OppositeAccessPointId": "ap-cn-hangzhou-xx-x", 
        "HasReservationData": false, 
        "CrossBorder": false, 
        "OppositeInterfaceBusinessStatus": "Normal", 
        "Spec": "Negative", 
        "OppositeRouterType": "VBR", 
        "Role": "AcceptingSide"
      }
    ]
  }, 
  "PageNumber": 1, 
  "RequestId": "217D8D94-C508-4285-8101-7DE3B53A88A5", 
  "PageSize": 10
}
---------------------------describe_route_table---------------------------
{
  "TotalCount": 1, 
  "PageNumber": 1, 
  "RequestId": "CA6BBE52-DF5E-496A-93CF-9857AF22D2AC", 
  "PageSize": 10, 
  "RouteTables": {
    "RouteTable": [
      {
        "RouteTableId": "vtb-bp1s126yz0swpxxxxxxxx", 
        "RouteEntrys": {
          "RouteEntry": []
        }, 
        "CreationTime": "2019-04-30T02:54:19Z", 
        "VSwitchIds": {
          "VSwitchId": []
        }, 
        "ResourceGroupId": "", 
        "VRouterId": "vbr-bp1vudncgk9jtxxxxxxxx", 
        "RouteTableType": "System"
      }
    ]
  }
}
---------------------------connect_router_interface---------------------------
{
  "RequestId": "93476D4E-6C08-44B8-83E4-5759E1A08F29"
}
---------------------------create_route_entry---------------------------
{
  "RequestId": "66D4F46B-5E0F-4565-8740-845EC26EBE00"
}
---------------------------create_route_entry---------------------------
{
  "RequestId": "E1F99FEF-2499-40A7-84ED-6F9D440D4FF8"
}
---------------------------delete_route_entry---------------------------
{
  "RequestId": "8C983886-F058-4234-A6D7-ECDEE2C2D945"
}
---------------------------delete_route_entry---------------------------
{
  "RequestId": "DDEC56B9-CDD4-4D0A-B460-040B85B97FE9"
}
---------------------------deactivate_router_interface---------------------------
{
  "RequestId": "04069B7C-6A42-43F2-A086-50F802940045"
}
---------------------------deactivate_router_interface---------------------------
{
  "RequestId": "B2EBF829-E1C0-43E5-9BAD-DFFCBFA301F7"
}
---------------------------delete_router_interface---------------------------
{
  "RequestId": "20EEC4A6-E468-4F3C-A743-89193F7504E1"
}
---------------------------delete_router_interface---------------------------
{
  "RequestId": "59DCE168-B9CC-43A3-A54F-0D8C194BABE0"
}
---------------------------delete_virtual_border_router---------------------------
{
  "RequestId": "E1D71EEC-FE9F-4834-8780-19EBBD91A638"
}