tplink-safeloader.nix (2036B)
1 { 2 config 3 , pkgs 4 , lib 5 , ... 6 }: 7 let 8 inherit (lib) mkOption types concatStringsSep; 9 o = config.system.outputs; 10 cfg = config.tplink-safeloader; 11 in { 12 options.tplink-safeloader = { 13 board = mkOption { 14 type = types.str; 15 }; 16 }; 17 options.system.outputs = { 18 tplink-safeloader = mkOption { 19 type = types.package; 20 description = '' 21 tplink-safeloader 22 ***************** 23 24 For creating 'safeloader' images for tp-link devices. 25 26 These can be flashed to the device using the firmware update feature 27 in the TP-link web UI or the OEM bootloader recovery: Use something 28 sharp to hold the 'reset' button while turning on the router until 29 only the orange LED remains lit. The router will assume IP address 30 192.168.0.1 and expect you to take 192.168.0.5 on one of the LAN ports. 31 On NixOS, use something like:: 32 33 networking.interfaces.enp0s20f0u1c2 = { 34 ipv4.addresses = [ { 35 address = "192.168.0.5"; 36 prefixLength = 24; 37 } ]; 38 }; 39 networking.networkmanager = { 40 unmanaged = [ "enp0s20f0u1c2" ]; 41 }; 42 43 This connection is rather somewhat temperamental, it may take a couple 44 of attempts, possibly re-attaching the USB dongle and running 45 ``systemctl restart network-start.service``. The web interface does not 46 give accurate feedback (the progress bar is a lie), so you may want 47 to upload the firmware using ``curl -F firmware=@result http://192.168.0.1/f2.htm``. 48 After this shows a 'success' JSON, the image still needs to be 49 transferred from memory to flash, so be patient. 50 ''; 51 }; 52 }; 53 config = { 54 system.outputs = rec { 55 tplink-safeloader = 56 pkgs.runCommand "tplink" { nativeBuildInputs = with pkgs.pkgsBuildBuild; [ firmware-utils ]; } '' 57 tplink-safeloader -B "${cfg.board}" -k "${o.uimage}" -r "${o.rootfs}" -o $out 58 ''; 59 }; 60 }; 61 }