In part 3, I’ll be setting up the multisite between site 1 and 2 (Site 2 has been pre-configured) using a route server (9K-9) seen in the diagram below.
For part 2, I will be setting up a L3 VNI to allow PC2 (Vlan 100) to communicate with PC3 (Vlan 200) within site 1. Using the same diagram as part 1 below:
Below is the diagram I’ll be working with. For this part, I’ll be setting up site 1 with a simple L2 vxlan allowing PC2 and 3 to communicate.
Disclaimer: This is by no means a complete guide to this setup, but serves only to remind myself of the steps needed for my purposes. If this helps you, great.
Here’s a no-nonsese install guide for installing PlexPy Tautulli on Ubuntu 16.04 LTS. I’m assuming you’re root (sudo up!)
First I will bring up a couple simple ubuntu docker containers. I have already setup vlans 10 and 20 in my network within docker using macvlan, so here i’m just assigning them specific IP addresses to use. You’ll also have to use privileged mode on these or else you won’t be able to bring up the tunnels. You will not need to worry about this unless you are using docker containers like I am.
BRIDGE
The bridge network driver will allow containers using the bridge to communicate with each other and provide external connectivity using NAT. Below i create a local bridge, and then run 2 new containers using that bridge
My goal here was to make updating an ACL that is applied on multiple devices as easy as possible. Below is a portion of my vars.yml file just to give an idea of how updates are done:
Going with the same diagram i’ve been using. I’m going to configure an ansible playbook to push out new VNIs to my VXLAN lab