mirror of
https://github.com/ilyakooo0/nixpkgs.git
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4dac9e5814
machine can now declare an option `virtualisation.vlans' that causes
it to have network interfaces connected to each listed virtual
network. For instance,
virtualisation.vlans = [ 1 2 ];
causes the machine to have two interfaces (in addition to eth0, used
by the test driver to control the machine): eth1 connected to
network 1 with IP address 192.168.1.<i>, and eth2 connected to
network 2 with address 192.168.2.<i> (where <i> is the index of the
machine in the `nodes' attribute set). On the other hand,
virtualisation.vlans = [ 2 ];
causes the machine to only have an eth1 connected to network 2 with
address 192.168.2.<i>. So each virtual network <n> is assigned the
IP range 192.168.<n>.0/24.
Each virtual network is implemented using a separate multicast
address on the host, so guests really cannot talk to networks to
which they are not connected.
* Added a simple NAT test to demonstrate this.
* Added an option `virtualisation.qemu.options' to specify QEMU
command-line options. Used to factor out some commonality between
the test driver script and the interactive test script.
svn path=/nixos/trunk/; revision=21928
22 lines
692 B
Nix
22 lines
692 B
Nix
{ nixpkgs ? ../../nixpkgs
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, services ? ../../services
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, system ? builtins.currentSystem
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}:
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with import ../lib/testing.nix { inherit nixpkgs services system; };
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{
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bittorrent = apply (import ./bittorrent.nix);
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firefox = apply (import ./firefox.nix);
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installer = pkgs.lib.mapAttrs (name: complete) (call (import ./installer.nix));
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kde4 = apply (import ./kde4.nix);
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login = apply (import ./login.nix);
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nat = apply (import ./nat.nix);
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openssh = apply (import ./openssh.nix);
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portmap = apply (import ./portmap.nix);
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proxy = apply (import ./proxy.nix);
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quake3 = apply (import ./quake3.nix);
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subversion = apply (import ./subversion.nix);
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trac = apply (import ./trac.nix);
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}
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