# -*- coding: utf-8 -*- require "tempfile" require "vagrant/util/template_renderer" module VagrantPlugins module GuestArch module Cap class ConfigureNetworks include Vagrant::Util def self.configure_networks(machine, networks) networks.each do |network| entry = TemplateRenderer.render("guests/arch/network_#{network[:type]}", :options => network) temp = Tempfile.new("vagrant") temp.binmode temp.write(entry) temp.close machine.communicate.upload(temp.path, "/tmp/vagrant_network") machine.communicate.sudo("ln -sf /dev/null /etc/udev/rules.d/80-net-name-slot.rules") machine.communicate.sudo("mv /tmp/vagrant_network /etc/netctl/eth#{network[:interface]}") # Only consider nth line of sed's output below. There's always an # offset of two lines in the below sed command given the current # interface number -> 1: lo, 2: nat device, snth = network[:interface] + 2 # A hack not to rely on udev rule 80-net-name-slot.rules masking # (ln -sf /dev/null /etc/udev/80-net-name-slot.rules). # I assume this to be the most portable solution because # otherwise we would need to rely on the Virtual Machine implementation # to provide details on the configured interfaces, e.g mac address # to write a custom udev rule. Templating the netcfg files and # replacing the correct interface name within ruby seems more # complicted too (I'm far from being a ruby expert though). machine.communicate.sudo("sed -i \"s/eth#{network[:interface]}/`ip link | sed -n 's/.*:\\s\\(.*\\): <.*/\\1/p' | sed -n #{snth}p`/g\" /etc/netctl/eth#{network[:interface]}") machine.communicate.sudo("ip link set eth#{network[:interface]} down") machine.communicate.sudo("netctl start eth#{network[:interface]}") end end end end end end