Difference between revisions of "Vnx-tutorial-vagrant"
| Line 9: | Line 9: | ||
vagrant init vnx | vagrant init vnx | ||
vagrant up | vagrant up | ||
| + | Once the VM has started, you can access it using: | ||
| + | vagrant ssh | ||
| + | And test, for example, the VNX tutorial scenario:</li> | ||
| + | cd /usr/share/vnx/examples/ | ||
| + | sudo vnx -f tutorial_lxc_ubuntu.xml -v -t | ||
| + | |||
| + | |||
Optionally, you can customize the VM (memory assigned or the number of cpus) by editing Vagrantfile. For example, to increase memory to 2Gb and the number of CPUs to 4, add the following lines: | Optionally, you can customize the VM (memory assigned or the number of cpus) by editing Vagrantfile. For example, to increase memory to 2Gb and the number of CPUs to 4, add the following lines: | ||
<pre> | <pre> | ||
Revision as of 18:38, 14 June 2014
Testing VNX using a Vagrant virtual machine
The easiest way to test VNX over a system with Linux, Mac OSX or Windows is to install Vagrant and clone the virtual machine we have prepared with VNX software and examples installed.
To do that, follow this procedure:
vagrant box add vnx http://idefix.dit.upm.es/vnx/vagrant-vnx/vnx-ubuntu-14.04-v01.box mkdir vnx cd vnx vagrant init vnx vagrant up
Once the VM has started, you can access it using:
vagrant ssh
And test, for example, the VNX tutorial scenario:</li>
cd /usr/share/vnx/examples/ sudo vnx -f tutorial_lxc_ubuntu.xml -v -t
Optionally, you can customize the VM (memory assigned or the number of cpus) by editing Vagrantfile. For example, to increase memory to 2Gb and the number of CPUs to 4, add the following lines:
config.vm.provider :virtualbox do |vb|
vb.customize ["modifyvm", :id,
"--memory", "2048",
"--cpus", "4"]
end
