The switch will also connect to the OpenDaylight controller running on the virtual machine. This will create a simple three node connected via an OpenFlow switch in Mininet. Sudo mn -topo single,3 -mac -switch ovsk -controller remote,ip=127.0.0.1,port=6653 After the last step ( vagrant ssh) you will get inside the virtual machine and can compile your code there.Äownload and install your favourite virtualization engine, e.g., VirtualBoxÄownload and install Vagrant tools for your platform Note that all example commands are executed on the host machine (your laptop), e.g., in Terminal.app (or iTerm2.app) on macOS, cmd in Windows, and console or xterm on Linux. You can easily create an image in your favourite virtualization engine (VirtualBox, VMware) using the Vagrant platform and steps outlined below. The best way to guarantee full credit for the project is to do project development using a Ubuntu 16.04-based virtual machine. This document may be updated as needed to update version numbers and other important information. The environment includes (i) a Mininet Virtual Machine, for simulating a network with switches and hosts and (ii) a FloodLight controller, running on the host machine. The goal of this project is to build a simulation environment for experimenting with software-defined networks (SDN).
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