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4f0dadbf38
After final improvements to the official formatter implementation,
this commit now performs the first treewide reformat of Nix files using it.
This is part of the implementation of RFC 166.
Only "inactive" files are reformatted, meaning only files that
aren't being touched by any PR with activity in the past 2 months.
This is to avoid conflicts for PRs that might soon be merged.
Later we can do a full treewide reformat to get the rest,
which should not cause as many conflicts.
A CI check has already been running for some time to ensure that new and
already-formatted files are formatted, so the files being reformatted here
should also stay formatted.
This commit was automatically created and can be verified using
nix-build a08b3a4d19.tar.gz \
--argstr baseRev b32a094368
result/bin/apply-formatting $NIXPKGS_PATH
414 lines
15 KiB
Nix
414 lines
15 KiB
Nix
import ./make-test-python.nix (
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{ pkgs, lib, ... }:
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let
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# We'll need to be able to trade cert files between nodes via scp.
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inherit (import ./ssh-keys.nix pkgs)
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snakeOilPrivateKey
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snakeOilPublicKey
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;
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makeNebulaNode =
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{ config, ... }:
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name: extraConfig:
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lib.mkMerge [
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{
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# Expose nebula for doing cert signing.
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environment.systemPackages = [ pkgs.nebula ];
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users.users.root.openssh.authorizedKeys.keys = [ snakeOilPublicKey ];
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services.openssh.enable = true;
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networking.firewall.enable = true; # Implicitly true, but let's make sure.
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networking.interfaces.eth1.useDHCP = false;
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services.nebula.networks.smoke = {
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# Note that these paths won't exist when the machine is first booted.
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ca = "/etc/nebula/ca.crt";
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cert = "/etc/nebula/${name}.crt";
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key = "/etc/nebula/${name}.key";
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listen = {
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host = "0.0.0.0";
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port =
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if
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(
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config.services.nebula.networks.smoke.isLighthouse || config.services.nebula.networks.smoke.isRelay
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)
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then
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4242
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else
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0;
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};
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};
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}
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extraConfig
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];
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in
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{
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name = "nebula";
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nodes = {
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lighthouse =
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{ ... }@args:
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makeNebulaNode args "lighthouse" {
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networking.interfaces.eth1.ipv4.addresses = lib.mkForce [
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{
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address = "192.168.1.1";
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prefixLength = 24;
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}
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];
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services.nebula.networks.smoke = {
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isLighthouse = true;
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isRelay = true;
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firewall = {
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outbound = [
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{
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port = "any";
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proto = "any";
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host = "any";
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}
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];
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inbound = [
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{
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port = "any";
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proto = "any";
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host = "any";
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}
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];
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};
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};
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};
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allowAny =
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{ ... }@args:
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makeNebulaNode args "allowAny" {
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networking.interfaces.eth1.ipv4.addresses = lib.mkForce [
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{
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address = "192.168.1.2";
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prefixLength = 24;
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}
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];
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services.nebula.networks.smoke = {
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staticHostMap = {
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"10.0.100.1" = [ "192.168.1.1:4242" ];
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};
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isLighthouse = false;
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lighthouses = [ "10.0.100.1" ];
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relays = [ "10.0.100.1" ];
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firewall = {
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outbound = [
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{
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port = "any";
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proto = "any";
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host = "any";
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}
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];
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inbound = [
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{
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port = "any";
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proto = "any";
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host = "any";
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}
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];
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};
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};
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};
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allowFromLighthouse =
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{ ... }@args:
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makeNebulaNode args "allowFromLighthouse" {
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networking.interfaces.eth1.ipv4.addresses = lib.mkForce [
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{
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address = "192.168.1.3";
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prefixLength = 24;
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}
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];
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services.nebula.networks.smoke = {
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staticHostMap = {
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"10.0.100.1" = [ "192.168.1.1:4242" ];
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};
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isLighthouse = false;
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lighthouses = [ "10.0.100.1" ];
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relays = [ "10.0.100.1" ];
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firewall = {
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outbound = [
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{
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port = "any";
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proto = "any";
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host = "any";
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}
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];
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inbound = [
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{
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port = "any";
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proto = "any";
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host = "lighthouse";
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}
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];
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};
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};
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};
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allowToLighthouse =
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{ ... }@args:
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makeNebulaNode args "allowToLighthouse" {
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networking.interfaces.eth1.ipv4.addresses = lib.mkForce [
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{
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address = "192.168.1.4";
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prefixLength = 24;
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}
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];
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services.nebula.networks.smoke = {
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enable = true;
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staticHostMap = {
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"10.0.100.1" = [ "192.168.1.1:4242" ];
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};
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isLighthouse = false;
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lighthouses = [ "10.0.100.1" ];
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relays = [ "10.0.100.1" ];
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firewall = {
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outbound = [
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{
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port = "any";
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proto = "any";
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host = "lighthouse";
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}
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];
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inbound = [
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{
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port = "any";
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proto = "any";
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host = "any";
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}
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];
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};
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};
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};
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disabled =
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{ ... }@args:
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makeNebulaNode args "disabled" {
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networking.interfaces.eth1.ipv4.addresses = lib.mkForce [
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{
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address = "192.168.1.5";
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prefixLength = 24;
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}
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];
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services.nebula.networks.smoke = {
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enable = false;
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staticHostMap = {
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"10.0.100.1" = [ "192.168.1.1:4242" ];
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};
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isLighthouse = false;
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lighthouses = [ "10.0.100.1" ];
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relays = [ "10.0.100.1" ];
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firewall = {
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outbound = [
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{
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port = "any";
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proto = "any";
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host = "lighthouse";
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}
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];
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inbound = [
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{
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port = "any";
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proto = "any";
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host = "any";
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}
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];
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};
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};
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};
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};
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testScript =
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let
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setUpPrivateKey = name: ''
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${name}.start()
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${name}.succeed(
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"mkdir -p /root/.ssh",
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"chmod 700 /root/.ssh",
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"cat '${snakeOilPrivateKey}' > /root/.ssh/id_snakeoil",
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"chmod 600 /root/.ssh/id_snakeoil",
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"mkdir -p /root"
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)
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'';
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# From what I can tell, StrictHostKeyChecking=no is necessary for ssh to work between machines.
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sshOpts = "-oStrictHostKeyChecking=no -oUserKnownHostsFile=/dev/null -oIdentityFile=/root/.ssh/id_snakeoil";
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restartAndCheckNebula = name: ip: ''
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${name}.systemctl("restart nebula@smoke.service")
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${name}.succeed("ping -c5 ${ip}")
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'';
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# Create a keypair on the client node, then use the public key to sign a cert on the lighthouse.
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signKeysFor = name: ip: ''
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lighthouse.wait_for_unit("sshd.service")
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${name}.wait_for_unit("sshd.service")
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${name}.succeed(
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"mkdir -p /etc/nebula",
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"nebula-cert keygen -out-key /etc/nebula/${name}.key -out-pub /etc/nebula/${name}.pub",
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"scp ${sshOpts} /etc/nebula/${name}.pub root@192.168.1.1:/root/${name}.pub",
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)
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lighthouse.succeed(
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'nebula-cert sign -ca-crt /etc/nebula/ca.crt -ca-key /etc/nebula/ca.key -name "${name}" -groups "${name}" -ip "${ip}" -in-pub /root/${name}.pub -out-crt /root/${name}.crt'
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)
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${name}.succeed(
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"scp ${sshOpts} root@192.168.1.1:/root/${name}.crt /etc/nebula/${name}.crt",
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"scp ${sshOpts} root@192.168.1.1:/etc/nebula/ca.crt /etc/nebula/ca.crt",
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'(id nebula-smoke >/dev/null && chown -R nebula-smoke:nebula-smoke /etc/nebula) || true'
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)
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'';
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getPublicIp = node: ''
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${node}.succeed("ip --brief addr show eth1 | awk '{print $3}' | tail -n1 | cut -d/ -f1").strip()
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'';
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# Never do this for anything security critical! (Thankfully it's just a test.)
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# Restart Nebula right after the mutual block and/or restore so the state is fresh.
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blockTrafficBetween = nodeA: nodeB: ''
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node_a = ${getPublicIp nodeA}
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node_b = ${getPublicIp nodeB}
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${nodeA}.succeed("iptables -I INPUT -s " + node_b + " -j DROP")
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${nodeB}.succeed("iptables -I INPUT -s " + node_a + " -j DROP")
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${nodeA}.systemctl("restart nebula@smoke.service")
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${nodeB}.systemctl("restart nebula@smoke.service")
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'';
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allowTrafficBetween = nodeA: nodeB: ''
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node_a = ${getPublicIp nodeA}
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node_b = ${getPublicIp nodeB}
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${nodeA}.succeed("iptables -D INPUT -s " + node_b + " -j DROP")
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${nodeB}.succeed("iptables -D INPUT -s " + node_a + " -j DROP")
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${nodeA}.systemctl("restart nebula@smoke.service")
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${nodeB}.systemctl("restart nebula@smoke.service")
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'';
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in
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''
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# Create the certificate and sign the lighthouse's keys.
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${setUpPrivateKey "lighthouse"}
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lighthouse.succeed(
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"mkdir -p /etc/nebula",
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'nebula-cert ca -name "Smoke Test" -out-crt /etc/nebula/ca.crt -out-key /etc/nebula/ca.key',
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'nebula-cert sign -ca-crt /etc/nebula/ca.crt -ca-key /etc/nebula/ca.key -name "lighthouse" -groups "lighthouse" -ip "10.0.100.1/24" -out-crt /etc/nebula/lighthouse.crt -out-key /etc/nebula/lighthouse.key',
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'chown -R nebula-smoke:nebula-smoke /etc/nebula'
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)
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# Reboot the lighthouse and verify that the nebula service comes up on boot.
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# Since rebooting takes a while, we'll just restart the service on the other nodes.
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lighthouse.shutdown()
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lighthouse.start()
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lighthouse.wait_for_unit("nebula@smoke.service")
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lighthouse.succeed("ping -c5 10.0.100.1")
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# Create keys for allowAny's nebula service and test that it comes up.
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${setUpPrivateKey "allowAny"}
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${signKeysFor "allowAny" "10.0.100.2/24"}
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${restartAndCheckNebula "allowAny" "10.0.100.2"}
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# Create keys for allowFromLighthouse's nebula service and test that it comes up.
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${setUpPrivateKey "allowFromLighthouse"}
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${signKeysFor "allowFromLighthouse" "10.0.100.3/24"}
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${restartAndCheckNebula "allowFromLighthouse" "10.0.100.3"}
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# Create keys for allowToLighthouse's nebula service and test that it comes up.
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${setUpPrivateKey "allowToLighthouse"}
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${signKeysFor "allowToLighthouse" "10.0.100.4/24"}
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${restartAndCheckNebula "allowToLighthouse" "10.0.100.4"}
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# Create keys for disabled's nebula service and test that it does not come up.
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${setUpPrivateKey "disabled"}
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${signKeysFor "disabled" "10.0.100.5/24"}
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disabled.fail("systemctl status nebula@smoke.service")
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disabled.fail("ping -c5 10.0.100.5")
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# The lighthouse can ping allowAny and allowFromLighthouse but not disabled
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lighthouse.succeed("ping -c3 10.0.100.2")
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lighthouse.succeed("ping -c3 10.0.100.3")
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lighthouse.fail("ping -c3 10.0.100.5")
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# allowAny can ping the lighthouse, but not allowFromLighthouse because of its inbound firewall
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allowAny.succeed("ping -c3 10.0.100.1")
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allowAny.fail("ping -c3 10.0.100.3")
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# allowFromLighthouse can ping the lighthouse and allowAny
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allowFromLighthouse.succeed("ping -c3 10.0.100.1")
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allowFromLighthouse.succeed("ping -c3 10.0.100.2")
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# block allowFromLighthouse <-> allowAny, and allowFromLighthouse -> allowAny should still work.
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${blockTrafficBetween "allowFromLighthouse" "allowAny"}
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allowFromLighthouse.succeed("ping -c10 10.0.100.2")
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${allowTrafficBetween "allowFromLighthouse" "allowAny"}
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allowFromLighthouse.succeed("ping -c10 10.0.100.2")
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# allowToLighthouse can ping the lighthouse but not allowAny or allowFromLighthouse
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allowToLighthouse.succeed("ping -c3 10.0.100.1")
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allowToLighthouse.fail("ping -c3 10.0.100.2")
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allowToLighthouse.fail("ping -c3 10.0.100.3")
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# allowAny can ping allowFromLighthouse now that allowFromLighthouse pinged it first
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allowAny.succeed("ping -c3 10.0.100.3")
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# block allowAny <-> allowFromLighthouse, and allowAny -> allowFromLighthouse should still work.
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${blockTrafficBetween "allowAny" "allowFromLighthouse"}
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allowFromLighthouse.succeed("ping -c10 10.0.100.2")
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allowAny.succeed("ping -c10 10.0.100.3")
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${allowTrafficBetween "allowAny" "allowFromLighthouse"}
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allowFromLighthouse.succeed("ping -c10 10.0.100.2")
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allowAny.succeed("ping -c10 10.0.100.3")
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# allowToLighthouse can ping allowAny if allowAny pings it first
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allowAny.succeed("ping -c3 10.0.100.4")
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allowToLighthouse.succeed("ping -c3 10.0.100.2")
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# block allowToLighthouse <-> allowAny, and allowAny <-> allowToLighthouse should still work.
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${blockTrafficBetween "allowAny" "allowToLighthouse"}
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allowAny.succeed("ping -c10 10.0.100.4")
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allowToLighthouse.succeed("ping -c10 10.0.100.2")
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${allowTrafficBetween "allowAny" "allowToLighthouse"}
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allowAny.succeed("ping -c10 10.0.100.4")
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allowToLighthouse.succeed("ping -c10 10.0.100.2")
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# block lighthouse <-> allowFromLighthouse and allowAny <-> allowFromLighthouse; allowFromLighthouse won't get to allowAny
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${blockTrafficBetween "allowFromLighthouse" "lighthouse"}
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${blockTrafficBetween "allowFromLighthouse" "allowAny"}
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allowFromLighthouse.fail("ping -c3 10.0.100.2")
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${allowTrafficBetween "allowFromLighthouse" "lighthouse"}
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${allowTrafficBetween "allowFromLighthouse" "allowAny"}
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allowFromLighthouse.succeed("ping -c3 10.0.100.2")
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# block lighthouse <-> allowAny, allowAny <-> allowFromLighthouse, and allowAny <-> allowToLighthouse; it won't get to allowFromLighthouse or allowToLighthouse
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${blockTrafficBetween "allowAny" "lighthouse"}
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${blockTrafficBetween "allowAny" "allowFromLighthouse"}
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${blockTrafficBetween "allowAny" "allowToLighthouse"}
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allowFromLighthouse.fail("ping -c3 10.0.100.2")
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allowAny.fail("ping -c3 10.0.100.3")
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allowAny.fail("ping -c3 10.0.100.4")
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${allowTrafficBetween "allowAny" "lighthouse"}
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${allowTrafficBetween "allowAny" "allowFromLighthouse"}
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${allowTrafficBetween "allowAny" "allowToLighthouse"}
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allowFromLighthouse.succeed("ping -c3 10.0.100.2")
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allowAny.succeed("ping -c3 10.0.100.3")
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allowAny.succeed("ping -c3 10.0.100.4")
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# block lighthouse <-> allowToLighthouse and allowToLighthouse <-> allowAny; it won't get to allowAny
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${blockTrafficBetween "allowToLighthouse" "lighthouse"}
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${blockTrafficBetween "allowToLighthouse" "allowAny"}
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allowAny.fail("ping -c3 10.0.100.4")
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allowToLighthouse.fail("ping -c3 10.0.100.2")
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${allowTrafficBetween "allowToLighthouse" "lighthouse"}
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${allowTrafficBetween "allowToLighthouse" "allowAny"}
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allowAny.succeed("ping -c3 10.0.100.4")
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allowToLighthouse.succeed("ping -c3 10.0.100.2")
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'';
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}
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)
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