The installer ISO no longer needs a prebuilt system: `router-setup` asks for the disk, the WAN and LAN interfaces, DHCP or PPPoE (optionally on a VLAN), host name, LAN address and a password, writes settings.json and the secrets, builds that router offline (the ISO carries a reference router system whose closure has everything the build needs) and installs it with `router-install --system`. The password is used for the web UI and, hashed, as root's console password (routerSettings sets root's hashedPasswordFile; it applies when the account is created at installation). checks.setup answers router-setup on the console and checks the installed box: its settings, the web UI and console login with that password, and a rebuild that reproduces the installed system. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01AeFqV9dZrK6nipHkPfyM4F
20 lines
760 B
Nix
20 lines
760 B
Nix
{ self, pkgs }:
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{
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basic = import ./basic.nix { inherit self pkgs; };
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pppoe = import ./basic.nix {
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inherit self pkgs;
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wan4 = "pppoe";
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};
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vlans = import ./vlans.nix { inherit self pkgs; };
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onestick = import ./onestick.nix { inherit self pkgs; };
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rollback = import ./rollback.nix { inherit self pkgs; };
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dns = import ./dns.nix { inherit self pkgs; };
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installer = import ./installer.nix { inherit self pkgs; };
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apply = import ./apply.nix { inherit self pkgs; };
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setup = import ./setup.nix { inherit self pkgs; };
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image = import ./image.nix { inherit self pkgs; };
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wireguard = import ./wireguard.nix { inherit self pkgs; };
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lib = import ./lib.nix { inherit pkgs; };
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assertions = import ./assertions.nix { inherit self pkgs; };
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}
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