Migrate Openvswitch devices to Aruba devices

containerlab/frinx_topo_1/README.md

@@ -6,7 +6,7 @@ It consists of MPLS core network, two regions with PE routers and connected CPE
 Device types:
 - Core, PE, and PTP GM routers: `vrnetlab/vr-sros:22.10.R7`
 - CPE routers: `vrnetlab/vr-xrv:6.0.1`
-- OLT and CMTS switches: `openvswitch`
+- OLT and CMTS switches: `vrnetlab/vr-aoscx:10.12`
 
 Configured protocols:
 - LDP
@@ -44,6 +44,8 @@ for each configurable device in the topology:
 | R2_CPE2       | 172.20.20.205 | 22        | 830           |       |
 | PTP_GM        | 172.20.20.9   | 22        | 830           | 57400 |
 | PTP_GM_BACKUP | 172.20.20.8   | 22        | 830           | 57400 |
+| R1_OLT        | 172.20.20.206 | 22        |               |       |
+| R2_CMTS       | 172.20.20.207 | 22        |               |       |
 
 ## Building required docker images
 
@@ -82,22 +84,24 @@ Requirements:
 
 1. Copy 'iosxrv-k9-6.0.1.vmdk' file to the 'xrv' directory in the vrnetlab repository.
 2. Build the docker image using `make docker-image` command. 
-   Built docker image should have 'vr-xrv:6.0.1' tag.
+   Built docker image should have 'vrnetlab/vr-xrv:6.0.1' tag.
+
+### vrnetlab/vr-aoscx:10.12
+
+Requirements:
+
+- arubaoscx-disk-image-genericx86-p4-10.12.vmdk image: Download the image from the Aruba support website.
+
+1. Copy 'arubaoscx-disk-image-genericx86-p4-10.12.vmdk' file to the 'aoscx' directory in the vrnetlab repository.
+2. Build the docker image using `make docker-image` command. 
+   Built docker image should have 'vrnetlab/vr-aoscx:10.12' tag.
 
 ## Startup process
 
-To start the topology, run the following commands:
+To start the topology, run the following command:
 
 ```bash
-# create openvswitch bridges
-sudo ./openswitch1.sh
-
-# deploy the containerlab topology
 sudo containerlab deploy
-
-# wait for the topology to start ...
-# configure openvswitch ports
-sudo ./openswitch2.sh
 ```
 
 ## Stopping the topology

containerlab/frinx_topo_1/config_r1_olt.partial.txt

@@ -0,0 +1,21 @@
+hostname R1-OLT
+vlan 10
+    name Customer1
+    description Customer1 branch business network
+vlan 20
+    name Customer2
+    description Customer2 branch business network
+interface 1/1/1
+    no shutdown
+    no routing
+    vlan trunk native 1
+    vlan trunk allowed 10,20
+interface 1/1/2
+    no shutdown
+    no routing
+    vlan access 10
+interface 1/1/3
+    no shutdown
+    no routing
+    vlan access 20
+    exit

containerlab/frinx_topo_1/config_r2_cmts.partial.txt

@@ -0,0 +1,21 @@
+hostname R2-CMTS
+vlan 10
+    name Customer1
+    description Customer1 branch business network
+vlan 20
+    name Customer2
+    description Customer2 branch business network
+interface 1/1/1
+    no shutdown
+    no routing
+    vlan trunk native 1
+    vlan trunk allowed 10,20
+interface 1/1/2
+    no shutdown
+    no routing
+    vlan access 10
+interface 1/1/3
+    no shutdown
+    no routing
+    vlan access 20
+    exit

containerlab/frinx_topo_1/frinx_topo_1.clab.yml

@@ -78,15 +78,23 @@ topology:
       env:
         RAM: 4096
 
-    # openvswitch for Region 1
+    # switch for Region 1
     R1_OLT:
-      kind: ovs-bridge
+      kind: aruba_aoscx
+      image: vrnetlab/vr-aoscx:10.12
       mgmt-ipv4: 172.20.20.206
-
-    # openvswitch for Region 2
+      startup-config: config_r1_olt.partial.txt
+      env:
+        RAM: 4096
+
+    # switch for Region 2
     R2_CMTS:
-      kind: ovs-bridge
+      kind: aruba_aoscx
+      image: vrnetlab/vr-aoscx:10.12
       mgmt-ipv4: 172.20.20.207
+      startup-config: config_r2_cmts.partial.txt
+      env:
+        RAM: 4096
 
   links:
     # Data center 1
@@ -96,20 +104,20 @@ topology:
     - endpoints: [R1_PE1:eth2, C1:eth3]
     - endpoints: [R1_PE2:eth2, C2:eth3]
     - endpoints: [R1_PE1:eth1, R1_PE2:eth1]
-    - endpoints: [R1_PE2:eth3, R1_OLT:ovsp3]
+    - endpoints: [R1_PE2:eth3, R1_OLT:eth1]
     # Region 2
     - endpoints: [R2_PE1:eth2, C1:eth4]
     - endpoints: [R2_PE2:eth2, C2:eth4]
     - endpoints: [R2_PE1:eth1, R2_PE2:eth1]
-    - endpoints: [R2_PE1:eth3, R2_CMTS:ovsp6]
+    - endpoints: [R2_PE1:eth3, R2_CMTS:eth1]
     # core routers
     - endpoints: [C1:eth1, C2:eth1]
     # PTP grandmaster to core routers
     - endpoints: [PTP_GM:eth1, C1:eth5]
     - endpoints: [PTP_GM_BACKUP:eth1, C2:eth5]
 
-    # openvswitch to Region 1 and 2
-    - endpoints: [R1_OLT:ovsp1, R1_CPE1:eth1]
-    - endpoints: [R1_OLT:ovsp2, R1_CPE2:eth1]
-    - endpoints: [R2_CMTS:ovsp4, R2_CPE1:eth1]
-    - endpoints: [R2_CMTS:ovsp5, R2_CPE2:eth1]
+    # switch to Region 1 and 2
+    - endpoints: [R1_OLT:eth2, R1_CPE1:eth1]
+    - endpoints: [R1_OLT:eth3, R1_CPE2:eth1]
+    - endpoints: [R2_CMTS:eth2, R2_CPE1:eth1]
+    - endpoints: [R2_CMTS:eth3, R2_CPE2:eth1]