efa tenant vrf create

Creates a tenant VRF.

Syntax

efa tenant vrf create [ --name vrf-name | --tenant tenant-name | --rt-type { both | import | export } | --rt value | --ipv4-static-route-next-hop route | --ipv6-static-route-next-hop route | --local-asn local-asn | --ipv4-static-route-bfd route | --ipv6-static-route-bfd route | --ipv4-static-network stringArray | --ipv4-static-network-distance stringArray | --ipv6-static-network-distance stringArray | --max-path unit | --redistribute { static | connected } | --rh-max-path { 8 | 16 | 64 } | --rh-ecmp-enable { true | false } | --graceful-restart-enable { true | false } | --routing-type { distributed | centralized } | --centralized-router string | --ipv4-aggregate-address stringArray | --ipv6-aggregate-address stringArray | --ipv4-aggregate-as-set stringArray | --ipv6-aggregate-as-set stringArray | --ipv4-aggregate-summary-only stringArray | --ipv6-aggregate-summary-only stringArray | --ipv4-aggregate-advertise-map stringArray | --ipv6-aggregate-advertise-map stringArray | --ipv4-aggregate-suppress-map stringArray | --ipv6-aggregate-suppress-map stringArray | --ipv4-network network | --ipv4-network-backdoor stringArray | --ipv4-network-weight weight | --ipv4-network-route-map route-map | --ipv6-network network | --ipv6-network-backdoor stringArray | --ipv6-network-weight weight | --ipv6-network-route-map route-map | --layer3-extension-enable { true | false } ]

Parameters

--name vrf-name
Specifies the name of the VRF.
--tenant tenant-name
Specifies the name of the tenant.
--rt-type { both | import | export }
Specifies the route's target VPN community. Valid values are both, import, or export. The default is an empty string array.
--rt value
Specifies the unique number for forming the Route Target and the Route Distinguisher.
--ipv4-static-route-next-hop route
Specifies the IPv4 static route next hop. Valid values for the route distance are 1 through 254.
Format: device IP, IPv4 static route network, next hop IP, and route distance separated by commas.
Example: 10.25.25.100,20.0.0.0/24,16.0.0.2,3.
--local-asn local-asn
Specifies the local ASN for the VRF.
--ipv4-static-route-bfd route
Specifies the IPv4 static route BFD.
Format: device IP, destination IPv4 address, source IPv4 address[interval,min-rx,multiplier]
Example: 10.25.25.100,1.1.1.1,2.2.2.2,123,456,3
--ipv6-static-route-bfd route
Specifies the IPv6 static route BFD.
Format: device-ip,dest-ipv6-addr,source-ipv6-addr[interval,min-rx,multiplier].
Example: 10.25.25.100,1::1,2::2,300,300,3
--ipv6-static-route-next-hop route
Specifies the IPv4 static route next hop in the following format: device IP, IPv6 static route network, next hop IP, and route distance separated by commas. For example: 10.25.25.100,2001:1::/64,3001::2,3. Valid values for the route distance are 1 through 254.
--max-path unit
Specifies the number of load-sharing paths for the VRF. Valid values are 1 through 64.
--redistribute { static | connected }
Specifies the redistribute type for routes. Valid values are static or connected. The default is an empty string array.
--rh-max-path { 8 | 16 | 64 }
Specifies the maximum number of resilient hashing paths allowed per tenant VRF. Valid values are 8, 16, or 64. The default is 0 and unless you specify it, it is not set.
--rh-ecmp-enable { true | false }
Turns on or turns off resilient hashing for a tenant VRF. Valid values are true or false. The default value is false.
--graceful-restart-enable { true | false }
Turns on or turns off graceful restart for a tenant VRF. Valid values are true or false. The default value is false.
--routing-type { distributed | centralized }
VRF routing type. Valid values are distributed or centralized. The default value is distributed.
--centralized-router string
Comma-separated list of border-leaf IP addresses.

Example: 10.10.1.1,10.10.1.2 | 10.10.1.1-2

--ipv4-network network
Specified IPv4 network address for BGP to advertise.

Format:device-ip,network-address

Example: 10.24.80.134,10.20.30.0/30

--ipv4-network-backdoor stringArray
Increases the administrative distance of eBGP so that IGP learned routes are preferred for the specified network address. Disabled, by default.

Format: device-ip,network-address,flag

Example: 10.24.80.134,10.21.30.0/30,true

--ipv4-network-weight weight
Weight to use to set the BGP weight attribute for the given network address.

Format: device-ip,network-address,weight

Example: 10.24.80.134,10.22.30.0/30,144

--ipv4-network-route-map route-map
Route map to use to set the BGP attributes for the given network address, such as MED.

Format: device-ip,network-address,rm

Example: 10.24.80.134,10.23.30.0/30,rmap1

--ipv6-network stringArray
BGP advertises given network address.

Format: device-ip,network-address

Example: --ipv6-network 10.24.80.134,11::/128

--ipv6-network-backdoor stringArray
Increases the administrative distance of eBGP with the goal of making IGP learned routes preferred for the given network address.

Format: device-ip,network-address

Example: --ipv6-network 10.24.80.134,11::/128

--ipv6-network-weight stringArray
Given weight is used to set the BGP weight attribute for the given network address.

Format: device-ip,network-address,weight.

Example: --ipv6-network-weight 10.24.80.134,11::/128,144

--ipv6-network-route-map stringArray
Given route map is used to set the BGP attributes for the given network address like MED.

Format: device-ip,network-address,rm.

Example: --ipv6-network-route-map 10.24.80.134,11::/128,rmap1.

--ipv4-static-network stringArray

IPv4 Static Network to be configured on the device.

Format: Device IP, IPv4 Static Network

Example: 10.24.80.134,11.10.30.40/30

--ipv4-static-network-distance stringArray

IPv4 Static Network with distance to be configured on the device. Valid values are 1 through 255.

Format: Device IP, IPv4 Static Network, Distance

Example: 10.24.80.134,11.10.30.40/30,169

--ipv4-aggregate-advertise-map stringArray

Route map name used to filter the BGP attributes to be advertised as part of aggregate-address.

Format: device-ip,ipv4-aggregate-address,ipv4-aggregate-advertise-map

Example: 10.25.25.100,10.20.21.40/30,routeMap1

--ipv6-aggregate-advertise-map stringArray
Route map name used to filter the BGP attributes to be advertised as part of aggregate-address.

Format: device-ip,ipv6-aggregate-address,ipv6-aggregate-advertise-map.

Example: 10.25.25.100,10::20/126,routeMap1.

--ipv4-aggregate-suppress-map stringArray

Route map name used to suppress the specific routes to be advertised along with the aggregate-address advertisement.

Format: device-ip,ipv4-aggregate-address,ipv4-aggregate-suppress-map

Example: 10.25.25.100,10.20.21.40/30,routeMap1

--ipv4-aggregate-as-set stringArray

Enable to set autonomous system set path information as part of aggregate-address advertisement.

Format: device-ip,ipv4-aggregate-address,ipv4-aggregate-as-set

Example: 10.25.25.100,10.20.21.40/30,true

--ipv6-aggregate-as-set stringArray
Enable to set AS set path information as part of aggregate-address advertisement.

Format: device-ip,ipv6-aggregate-address,ipv6-aggregate-as-set.

Example: 10.25.25.100,10::20/126,true.

--ipv4-aggregate-summary-only stringArray

Enable to advertise only aggregated-address.

Format: device-ip,ipv4-aggregate-address,ipv4-aggregate-summary-only

Example: 10.25.25.100,10.20.21.40/30,true

--ipv6-aggregate-summary-only stringArray
Enable to advertise only aggregated-address.

Format: device-ip,ipv6-aggregate-address,ipv6-aggregate-summary-only.

Example: 10.25.25.100,10::20/126,true.

--ipv4-aggregate-address stringArray

IPv4 aggregate address.

Format: device-ip,ipv4-aggregate-address

Example: 10.25.25.100,10.20.21.40/30

--ipv6-aggregate-address stringArray

IPv6 aggregate address.

Format: device-ip,ipv6-aggregate-address

Example: 10.25.25.100,10::20/126

--ipv6-aggregate-suppress-map stringArray

Route map name used to suppress the specific routes to be advertised along with the aggregate-address advertisement.

Format: device-ip,ipv6-aggregate-address,ipv6-aggregate-suppress-map.

Example: 10.25.25.100,10::20/126,routeMap1

--layer3-extension-enable { true | false }

Usage Guidelines

The max-path and rh-max-path parameters can co-exist.

You cannot choose the specific devices on which to configure resilient hashing. Configuration applies to all SLX devices in the tenant VRF.

Examples

This example creates a distributed VRF.
$ efa tenant vrf create --tenant tenant11 
--name blue11 --local-asn 65001 --rt-type import --rt 100:100 --rt-type export 
--rt 100:100 --rt-type import --rt 200:200 --rt-type export --rt 200:200 --rt-type import 
--rt 300:300 --rt-type export --rt 400:400 --max-path 50 --redistribute connected 
--redistribute static --ipv4-static-route-next-hop 10.20.216.16,192.168.0.0/24,10.10.10.1,5 
--ipv4-static-route-next-hop 10.20.216.15,192.168.10.0/24,10.10.10.5,5  
--ipv6-static-route-next-hop  10.20.216.16,2020:20::1/128,3001::2,6 
--ipv6-static-route-next-hop 10.20.216.15,2020:30::1/128,3001::3,5  
--ipv6-static-route-bfd 10.20.216.16,3001::3,3001::1,100,200,5 
--ipv6-static-route-bfd 10.20.216.16,3001::2,3001::1 
--ipv6-static-route-bfd 10.20.216.16,3001::4,3001::1,100,300,6 
--ipv4-static-route-bfd 10.20.216.15,10.10.10.1,10.10.10.254,200,300,6 
--ipv4-static-route-bfd 10.20.216.16,10.10.10.5,10.10.10.252 --rh-ecmp-enable 
--rh-max-path 16 --graceful-restart-enable --routing-type distributed

Vrf created successfully.
This example creates a centralized VRF.
$ efa tenant vrf create --name red13 
--tenant tenant21 --max-path 50 --redistribute connected --redistribute static 
--local-asn 65002 --ipv4-static-route-next-hop 10.20.216.104,192.168.0.0/24,10.10.10.1,5 
--ipv4-static-route-next-hop 10.20.216.104,192.168.10.0/24,10.10.10.5,5  
--ipv6-static-route-next-hop  10.20.216.104,2020:20::1/128,3001::2,6 
--ipv6-static-route-next-hop 10.20.216.104,2020:30::1/128,3001::3,5  
--ipv6-static-route-bfd 10.20.216.104,3001::3,3001::1,100,200,5 
--ipv6-static-route-bfd 10.20.216.104,3001::2,3001::1 
--ipv6-static-route-bfd 10.20.216.104,3001::4,3001::1,100,300,6 
--ipv4-static-route-bfd 10.20.216.104,10.10.10.1,10.10.10.254,200,300,6 
--ipv4-static-route-bfd 10.20.216.104,10.10.10.5,10.10.10.252 --rh-max-path 64 
--routing-type centralized --centralized-router 10.20.216.103,10.20.216.104

Vrf created successfully.

$ efa tenant vrf create --name vrf1 --tenant tenant1

           --ipv4-aggregate-address 10.24.80.134,10.20.21.40/30
           --ipv4-aggregate-summary-only 10.24.80.134,10.20.21.40/30,true
           --ipv4-aggregate-as-set 10.24.80.134,10.20.21.40/30,true 
           --ipv4-aggregate-advertise-map 10.24.80.134,10.20.21.40/30,some
           --ipv4-aggregate-suppress-map 10.24.80.134,10.20.21.40/30,some

           --ipv6-aggregate-address 10.24.80.135,10::20/126
           --ipv6-aggregate-summary-only 10.24.80.135,10::20/126,true
           --ipv6-aggregate-as-set 10.24.80.135,10::20/126,true 
           --ipv6-aggregate-advertise-map 10.24.80.135,10::20/126,some
           --ipv6-aggregate-suppress-map 10.24.80.135,10::20/126,some

$ efa tenant vrf create --name vrf1 --tenant tenant1
           --ipv4-network 10.24.80.134,10.20.30.40/30 
           --ipv4-network 10.24.80.134,10.21.30.40/30 
           --ipv4-network-backdoor 10.24.80.134,10.21.30.40/30,true

           --ipv4-static-network 10.24.80.134,11.10.30.40/30 
           --ipv4-static-network 10.24.80.134,11.20.30.40/30 
           --ipv4-static-network-distance 10.24.80.134,11.20.30.40/30,169

           --ipv6-network 10.24.80.135,11::22/128 
           --ipv6-network 10.24.80.135,11::23/128 
           --ipv6-network-backdoor 10.24.80.134,11::23/128,true 
           --ipv6-network 10.24.80.135,11::24/128 
           --ipv6-network-weight 10.24.80.134,11::24/128,144 
           --ipv6-network 10.24.80.135,11::25/128 
           --ipv6-network-route-map 10.24.80.134,11::25/128,rmap1
9037626-00 Rev AA