wiki:JoeSandbox/OpenFlowOVS/DesignSetup

Version 2 (modified by zwang@bbn.com, 5 years ago) (diff)

--

Intro to OpenFlow using OVS

Image Map

Step 1. Obtain resources

This tutorial can use compute resources from any InstaGENI rack. Users that want to use the iMinds wall testbed please read here. This tutorial cannot be run on the Utah DDC rack because it does not have OpenVZ resources available. For a list of available InstaGENI racks see the GENI Production Resources page. The experiment will need:

  • 1 Xen VM with a public IP to be an OpenFlow controller
  • 1 Xen VM to be the OpenFlow switch
  • 3 OpenVZ containers VMs as hosts

If you are attending a Tutorial, the resources might have been reserved for you, check with your instructor and skip this step. You can use any reservation tool you want to reserve this topology. We will need two slices for this tutorial:

  • A slice with a single VM that runs your OpenFlow controller
  • An slice the reserves your compute resources including a VM with OVS installed.

To reserve resources use your favorite resource reservation tool (Omni, Portal, jFed):

  1. In your slice that will run the OpenFlow controller: Reserve a VM running the controller using the request RSpec http://www.research.rutgers.edu/~zhewang/of/ryu-controller.rspec. This RSpec is available at the Portal and is called "XEN VM POX Ctrl"
  2. In the slice that will run your hosts: Reserve the topology using the request rspec http://www.research.rutgers.edu/~zhewang/of/openflowovs-xen-vz-kernel.rspec. This RSpec is available at the Portal and is called "OF OVS Tutorial with Xen & OpenVZ"

iMinds Testbed

The topology for the iMinds testbed is very similar but it uses

  • 1 raw PC as an OVS switch
  • 3 raw PCs as hosts

You can use any reservation tool you want to reserve this on iwall2 using this rspec: http://www.gpolab.bbn.com/exp/OpenFlowOVS/openflowovs-pcs-iwall2.rspec


Introduction

Next: Execute