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"""WLAN module."""
from __future__ import annotations
from collections.abc import Awaitable, Callable
from enum import Enum, IntEnum
from typing import Any
from asusrouter.modules.const import MapValueType
from asusrouter.tools.converters import (
get_arguments,
safe_bool,
safe_int,
safe_unpack_key,
)
from asusrouter.tools.writers import nvram
class Wlan(str, Enum):
"""WLAN type class."""
FREQ_2G = "2ghz"
FREQ_5G = "5ghz"
FREQ_5G2 = "5ghz2"
FREQ_6G = "6ghz"
UNKNOWN = "unknown"
# A map to correspond possible values to the WlanType
# E.g. `wlc_0` -> FREQ_2G, `wlc_1` -> FREQ_5G, etc.
# But also `wl0` -> FREQ_2G, `wl1` -> FREQ_5G, etc.
WLAN_TYPE: dict[str | int, Wlan] = {
0: Wlan.FREQ_2G,
1: Wlan.FREQ_5G,
2: Wlan.FREQ_5G2,
3: Wlan.FREQ_6G,
"2.4G": Wlan.FREQ_2G,
"5G": Wlan.FREQ_5G,
"5G-2": Wlan.FREQ_5G2,
"wifi6e": Wlan.FREQ_6G,
"wlc_0": Wlan.FREQ_2G,
"wlc_1": Wlan.FREQ_5G,
"wlc_2": Wlan.FREQ_5G2,
"wlc_3": Wlan.FREQ_6G,
"wl0": Wlan.FREQ_2G,
"wl1": Wlan.FREQ_5G,
"wl2": Wlan.FREQ_5G2,
"wl3": Wlan.FREQ_6G,
}
# A map of NVRAM values for a GWLAN
MAP_GWLAN: list[MapValueType] = [
("wl{}_akm"),
("wl{}_ap_isolate"),
("wl{}_auth"),
("wl{}_auth_mode"),
("wl{}_auth_mode_x"),
("wl{}_bridge"),
("wl{}_bss_enabled", safe_bool),
("wl{}_bss_maxassoc", safe_int),
("wl{}_bw_dl", safe_int), # Bandwidth limit download
("wl{}_bw_enabled", safe_bool), # Bandwidth limit switch
("wl{}_bw_ul", safe_int), # Bandwidth limit upload
("wl{}_closed", safe_bool),
("wl{}_crypto"),
("wl{}_expire", safe_int), # Expire time in s
("wl{}_expire_tmp", safe_int), # Expire time left in s
("wl{}_gn_wbl_enable"),
("wl{}_gn_wbl_rule"),
("wl{}_gn_wbl_type"),
("wl{}_hwaddr"), # MAC address
("wl{}_ifname"), # Interface name
("wl{}_infra"),
("wl{}_key"),
("wl{}_key1"),
("wl{}_key2"),
("wl{}_key3"),
("wl{}_key4"),
("wl{}_lanaccess", safe_bool), # LAN access
("wl{}_maclist"),
("wl{}_macmode"),
("wl{}_maxassoc", safe_int),
("wl{}_mbss"),
("wl{}_mfp"),
("wl{}_mode"),
("wl{}_net_reauth", safe_int),
("wl{}_preauth"),
("wl{}_radio", safe_bool),
("wl{}_radius_ipaddr"),
("wl{}_radius_key"),
("wl{}_radius_port", safe_int),
("wl{}_sae_anti_clog_threshold"),
("wl{}_sae_groups"),
("wl{}_sae_sync"),
("wl{}_ssid"), # SSID
("wl{}_sta_retry_time"),
("wl{}_sync_node", safe_bool), # Sync AiMesh nodes
("wl{}_unit"), # GWLAN unit id
("wl{}_wep", safe_bool),
("wl{}_wep_x", safe_bool),
("wl{}_wfi_enable", safe_bool),
("wl{}_wfi_pinmode"),
("wl{}_wme"),
("wl{}_wme_bss_disable", safe_bool),
("wl{}_wpa_gtk_rekey"),
("wl{}_wpa_psk"), # Password
("wl{}_wps_mode"),
]
# A map of NVRAM values for a WLAN
MAP_WLAN: list[MapValueType] = [
("wl{}_auth_mode_x"),
("wl{}_bw"),
("wl{}_channel"),
("wl{}_chanspec"),
("wl{}_closed", safe_bool),
("wl{}_country_code"),
("wl{}_crypto"),
("wl{}_gmode_check"),
("wl{}_maclist_x"),
("wl{}_macmode"),
("wl{}_mbo_enable"),
("wl{}_mfp"),
("wl{}_nmode_x"),
("wl{}_optimizexbox_ckb"),
("wl{}_radio", safe_bool),
("wl{}_radius_ipaddr"),
("wl{}_radius_key"),
("wl{}_radius_port", safe_int),
("wl{}_ssid"),
("wl{}_wpa_gtk_rekey"),
("wl{}_wpa_psk"),
]
class AsusWLAN(IntEnum):
"""Asus WLAN state."""
UNKNOWN = -999
OFF = 0
ON = 1
def _nvram_request(
wlan: list[Wlan] | None, mapping: list[MapValueType], guest: bool = False
) -> str | None:
"""Create an NVRAM request."""
if not wlan:
return None
request = []
for interface in wlan:
for pair in mapping:
key, _ = safe_unpack_key(pair)
index = list(Wlan).index(interface)
if guest:
request.extend(
[key.format(f"{index}.{gid}") for gid in range(1, 4)]
)
else:
request.append(key.format(index))
return nvram(request)
def wlan_nvram_request(wlan: list[Wlan] | None) -> str | None:
"""Create an NVRAM request for WLAN."""
return _nvram_request(wlan, MAP_WLAN)
def gwlan_nvram_request(wlan: list[Wlan] | None) -> str | None:
"""Create an NVRAM request for GWLAN."""
return _nvram_request(wlan, MAP_GWLAN, guest=True)
async def set_state(
callback: Callable[..., Awaitable[bool]],
state: AsusWLAN,
**kwargs: Any,
) -> bool:
"""Set the parental control state."""
# Get the arguments
api_type, api_id = get_arguments(("api_type", "api_id"), **kwargs)
# Check if the api_type and api_id are available
if api_type is None or api_id is None:
return False
# Define the service and callback arguments for each api_type
api_values = {
"wlan": {
"service": "restart_wireless",
"callback_arguments": {
f"wl{api_id}_radio": 1 if state == AsusWLAN.ON else 0
},
},
"gwlan": {
"service": "restart_wireless;restart_firewall",
"callback_arguments": {
f"wl{api_id}_bss_enabled": 1 if state == AsusWLAN.ON else 0,
**({f"wl{api_id}_expire": 0} if state == AsusWLAN.ON else {}),
},
},
}
# Get the service and callback arguments for the given api_type
api_value = api_values.get(api_type)
if not api_value:
return False
# Call the service
return await callback(
api_value["service"],
arguments=api_value["callback_arguments"],
apply=True,
expect_modify=kwargs.get("expect_modify", False),
)
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