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stellio: define the GL-AR750 / GL-AR750-5 Wi-Fi networks the radios reference

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6d06356 pointed wlan0/wlan1 at these SSIDs but wifi.networks still only
declared WhiteHouse, so hostapd evaluation failed on a null network. One
SSID per band on lan, named like the GL-AR750 being replaced; passphrases
come from the wifi-GL-AR750-passphrase / wifi-GL-AR750-5-passphrase prompts.
This commit is contained in:
kurogeek
2026-09-21 09:54:34 +00:00
parent e276428b37
commit 12f6be1239
1 changed files with 10 additions and 7 deletions
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inventories/router.nix
+10 -7
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@@ -52,16 +52,19 @@ in
}; };
stagingPort = "lan5"; stagingPort = "lan5";
# Both MT7976 radios broadcast the site SSID (same name and passphrase # Both MT7976 radios serve lan as an untagged access port, one SSID per
# as the liminix router's "WhiteHouse"/"WhiteHouse-5", merged into one # band named like the GL-AR750 it stands in for ("GL-AR750" on 2.4 GHz,
# dual-band SSID) as an untagged access port on lan. Passphrase is the # "GL-AR750-5" on 5 GHz) so clients roam over unchanged. Passphrases
# `wifi-WhiteHouse-passphrase` vars prompt. Channels as on the old # are the `wifi-GL-AR750-passphrase` / `wifi-GL-AR750-5-passphrase`
# router. Check the band mapping with `iw phy` (mt7986: phy0/wlan0 = # vars prompts. Channels as on the old router. Check the band mapping
# 2.4 GHz, phy1/wlan1 = 5 GHz). # with `iw phy` (mt7986: phy0/wlan0 = 2.4 GHz, phy1/wlan1 = 5 GHz).
wifi = { wifi = {
enable = true; enable = true;
countryCode = "TH"; countryCode = "TH";
networks.WhiteHouse.vlan = "lan"; networks = {
"GL-AR750".vlan = "lan";
"GL-AR750-5".vlan = "lan";
};
radios = { radios = {
wlan0 = { wlan0 = {
band = "2g"; band = "2g";