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"""SysInfo endpoint module."""
from __future__ import annotations
from typing import Any
from asusrouter.modules.data import AsusData
from asusrouter.modules.wlan import WLAN_TYPE, Wlan
from asusrouter.tools.cleaners import clean_content
from asusrouter.tools.converters import safe_float, safe_int
from asusrouter.tools.readers import read_json_content
def read(content: str, **kwargs: Any) -> dict[str, Any]:
"""Read sysinfo data."""
# Prepare the content
content = clean_content(content).replace(" = ", '":').replace(";\n", ',"')
content = '{"' + content[:-3] + "}"
# Read the json content
sysinfo: dict[str, Any] = read_json_content(content)
return sysinfo
def process(data: dict[str, Any]) -> dict[AsusData, Any]:
"""Process sysinfo data."""
state: dict[AsusData, Any] = {}
sysinfo = {}
# WLAN info
wlan_info = {}
i = 0
while wlan_data := data.get(f"wlc_{i}_arr"):
name = WLAN_TYPE.get(i, Wlan.UNKNOWN)
wlan_info[name] = {
"client_associated": safe_int(wlan_data[0]),
"client_authorized": safe_int(wlan_data[1]),
"client_authenticated": safe_int(wlan_data[2]),
}
i += 1
sysinfo["wlan"] = wlan_info
# Connections info
connections_info = {}
connections_data = data.get("conn_stats_arr")
if connections_data:
connections_info = {
"total": safe_int(connections_data[0]),
"active": safe_int(connections_data[1]),
}
sysinfo["connections"] = connections_info
# Memory info
memory_info = {}
memory_data = data.get("mem_stats_arr")
if memory_data:
# Before 388.7
# JFFS data is presented as a string of `XX.xx / YY.yy MB`
# where `XX.xx` is the used space (float) and `YY.yy` is
# the total space (float)
jffs = memory_data[7]
if "/" in jffs:
jffs_data = jffs[:-3].split(" / ")
jffs_used = safe_float(jffs_data[0])
jffs_total = safe_float(jffs_data[1])
jffs_free = (
jffs_total - jffs_used if jffs_used and jffs_total else None
)
# From 388.7
# JFFS is just a `free` single float
else:
jffs_free = safe_float(jffs)
jffs_used = None
jffs_total = None
memory_info = {
"total": safe_float(memory_data[0]),
"free": safe_float(memory_data[1]),
"buffers": safe_float(memory_data[2]),
"cache": safe_float(memory_data[3]),
"swap_1": safe_float(memory_data[4]),
"swap_2": safe_float(memory_data[5]),
"nvram": safe_int(memory_data[6]),
"jffs_free": jffs_free,
"jffs_used": jffs_used,
"jffs_total": jffs_total,
}
sysinfo["memory"] = memory_info
# Load average info
load_avg_info = {}
load_avg_data = data.get("cpu_stats_arr")
if load_avg_data:
load_avg_info = {
1: safe_float(load_avg_data[0]),
5: safe_float(load_avg_data[1]),
15: safe_float(load_avg_data[2]),
}
sysinfo["load_avg"] = load_avg_info
# Sysinfo as it is
state[AsusData.SYSINFO] = sysinfo
return state
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