halow: add HaLow (802.11ah / S1G) support USB HaLow dongles - #122
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commit title needs to be fixed. follow rule
@tanyasingh-ec I am not an expert with Halow. Please request other experts to review this. |
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…dongles - renderer/halow_channels.uc: new per-country S1G channel map (AU, CA, EU, JP, US) with lookup helpers for valid channels, operating class and centre frequency. S1G channel/op_class/frequency are per-country table values and cannot be derived with the generic 5 GHz algorithm. - radio.uc: resolve the HaLow country (follow the 2.4/5G peer radio when HaLow has none, normalize European codes to EU, fall back to US when a country is outside the supported set) and render channel, operating class and centre frequency from the map. - phy.uc: scan for Morse PHYs even when board.json declares a wlan section. A USB HaLow dongle is not in board.json, so it was never enumerated and the radio did not appear in the capabilities. - survey.uc / state/wifi.uc: tag each survey entry with its interface and scope a radio's survey to its own interfaces. The HaLow PHY operates on borrowed 5 GHz shim frequencies that collide with the real 5 GHz radio, so a frequency-only match cross-contaminated both radios' telemetry. - ssid.uc: stop hardcoding the mesh interface name so it follows the standard naming convention (<phy>-mesh<idx>) like the 2.4/5G radios. Fixes: WIFI-15595 Signed-off-by: Ian Chen <ian77_chen@accton.com>
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halow: add HaLow (802.11ah / S1G) support USB HaLow dongles
renderer/halow_channels.uc: new per-country S1G channel map (AU, CA, EU, JP, US) with lookup helpers for valid channels, operating class and centre frequency. S1G channel/op_class/frequency are per-country table values and cannot be derived with the generic 5 GHz algorithm.
radio.uc: resolve the HaLow country (follow the 2.4/5G peer radio when HaLow has none, normalize European codes to EU, fall back to US when a country is outside the supported set) and render channel, operating class and centre frequency from the map.
phy.uc: scan for Morse PHYs even when board.json declares a wlan section. A USB HaLow dongle is not in board.json, so it was never enumerated and the radio did not appear in the capabilities.
survey.uc / state/wifi.uc: tag each survey entry with its interface and scope a radio's survey to its own interfaces. The HaLow PHY operates on borrowed 5 GHz shim frequencies that collide with the real 5 GHz radio, so a frequency-only match cross-contaminated both radios' telemetry.
ssid.uc: stop hardcoding the mesh interface name so it follows the standard naming convention (-mesh) like the 2.4/5G radios.
Fixes: WIFI-15595