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net/vpn.nix: cleanup dead code

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Colin 2024-01-19 09:58:13 +00:00
parent f43d6bff92
commit c03cea2d4e
1 changed files with 1 additions and 40 deletions
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41
hosts/common/net/vpn.nix
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@ -6,7 +6,6 @@
# - upload pubkey to OVPN.com (`cat wg.priv | wg pubkey`)
# - generate config @ OVPN.com
# - copy the Address, PublicKey, Endpoint from OVPN's config
# N.B.: maximum interface name in Linux is 15 characters.
#
# debugging:
# - `journalctl -u systemd-networkd`
@ -44,31 +43,12 @@ let
matchConfig.Name = name;
networkConfig.Address = [ addrV4 ];
networkConfig.DNS = dns;
# TODO: `sane-vpn up <vpn>` should configure DNS to be sent over the VPN
# DNSDefaultRoute: system DNS queries are sent to this link's DNS server
# networkConfig.DNSDefaultRoute = true;
# Domains = ~.: system DNS queries are sent to this link's DNS server
# networkConfig.Domains = "~.";
# XXX: this commented-out bit would make all system traffic flow over the VPN.
routingPolicyRules = [
# {
# routingPolicyRuleConfig = {
# # allow all non-default-route rules in the main table to take precedence over our wireguard rules.
# # this allows reaching LAN machines (and the LAN's gateway!) without traversing the VPN.
# Priority = 10000;
# SuppressPrefixLength = 0;
# Table = "main";
# };
# }
# {
# routingPolicyRuleConfig = {
# # send traffic *from* my VPN address out over the VPN.
# # this allows me to signal that traffic should be sent over the VPN by source-NATing it.
# # yes, the only way to do source-based routing is to use a whole new table, wtf.
# Priority = id;
# From = addrV4;
# Table = id;
# };
# }
{
routingPolicyRuleConfig = {
# send traffic from the the container bridge out over the VPN.
@ -80,25 +60,8 @@ let
Table = id;
};
}
# {
# routingPolicyRuleConfig = {
# # redirect any outbound packet not yet marked over to the wireguard table, through which it will enter the wg device.
# # the wg device will then route it over the tunnel, using the LAN gateway to reach the tunnel endpoint
# # -- which it can route directly, thanks to the higher-precedent rule above which allows reaching the LAN (and therefore gateway) without tunneling.
# # this defines an ip rule: show it with `ip rule`.
# FirewallMark = 51820;
# InvertRule = true;
# Table = 51820;
# Priority = 10001;
# };
# }
];
routes = [{
# ovpn.com tunnels don't use a gateway. it's as if this link peers with the entire internet.
# routeConfig.Gateway = addrV4;
# routeConfig.GatewayOnLink = true;
# view this table with: `ip route list table <name>`
# routeConfig.Table = 51820; #< TODO: use name-based table, per VPN
routeConfig.Table = id;
routeConfig.Scope = "link";
routeConfig.Destination = "0.0.0.0/0";
@ -106,8 +69,6 @@ let
}];
# RequiredForOnline => should `systemd-networkd-wait-online` fail if this network can't come up?
linkConfig.RequiredForOnline = false;
# ActivationPolicy = "manual" means don't auto-up this interface (default is "up")
# linkConfig.ActivationPolicy = "manual";
};
systemd.network.netdevs."99-br-${name}" = {