install http api

curl -s http://192.168.0.1/api/install/sqf | jsonfilter -q -e '@.cur_sqf_value'
curl -s http://192.168.0.1/api/install/sqf | jq .cur_sqf_value

time curl -s http://192.168.0.1/api/install/sqf 
{"cur_sqf_value":125,"max_sqf_value":126,"sqf_index":24}
real	0m 0.02s
user	0m 0.01s
sys	0m 0.00s

local socket = require("socket")
local json = require("dkjson")
local posix = require("posix")

-- 标志变量，用于指示是否应退出循环
local should_exit = false

-- 当接收到 SIGINT 或 SIGTERM 信号时调用的函数
local function handle_signal(signum)
    print(string.format("Received signal %d, preparing to exit...", signum))
    should_exit = true
end

-- 注册信号处理函数
posix.signal(posix.SIGINT, handle_signal) -- Ctrl+C 触发
posix.signal(posix.SIGTERM, handle_signal) -- kill 命令触发

-- 获取当前时间，包含年月日时分秒及毫秒
local function get_current_time_with_milliseconds()
    local current_time_seconds = socket.gettime()
    local milliseconds = math.floor((current_time_seconds - math.floor(current_time_seconds)) * 1000)
    local formatted_time = os.date("!%Y-%m-%d %H:%M:%S", math.floor(current_time_seconds))
    return string.format("%s.%03d", formatted_time, milliseconds)
end

-- 使用 posix.nanosleep 实现 usleep 功能
local function usleep(microseconds)
    local tv = {
        tv_sec = math.floor(microseconds / 1000000),
        tv_nsec = (microseconds % 1000000) * 1000
    }
    posix.nanosleep(tv)
end

while not should_exit do
    -- 记录开始时间
    local operation_start_time = socket.gettime()

    -- 执行curl命令
    local handle = io.popen("curl -s http://192.168.0.1/api/install/sqf")
    local result = handle:read("*a") -- 读取命令输出
    handle:close()

    -- 解析JSON字符串
    local json_data, pos, err = json.decode(result, 1, nil)

    if not err then
        -- 记录结束时间并计算差值
        local operation_end_time = socket.gettime()
        local elapsed_time_ms = (operation_end_time - operation_start_time) * 1000 -- 转换为毫秒

        -- 获取当前时间用于CSV的第一列
        local current_time_str = get_current_time_with_milliseconds()

        -- 确保 cur_sqf_value 是整数或浮点数
        local cur_sqf_value = json_data.cur_sqf_value

        -- 将JSON数据转换为CSV格式，并添加时间和执行时间
        local csv_output = string.format("%s,%.3f,%d",
                                         current_time_str, elapsed_time_ms, cur_sqf_value)

        print(csv_output)
    else
        -- 如果解析失败，打印错误信息
        print("Error:", err)
    end

    -- 可选的延时，如果不需要延迟可以移除或注释掉下面的行
    usleep(1000) -- 每次循环后等待1000微秒（即1毫秒）
end

print("Exiting gracefully...")

2025-03-07 02:09:00.231,31.610,122
2025-03-07 02:09:00.319,84.961,122
2025-03-07 02:09:00.386,64.382,122
2025-03-07 02:09:00.420,31.439,123
2025-03-07 02:09:00.453,30.701,123
2025-03-07 02:09:00.488,32.813,123
2025-03-07 02:09:00.525,33.875,123
2025-03-07 02:09:00.575,48.036,123
2025-03-07 02:09:00.687,109.327,123
2025-03-07 02:09:00.802,112.764,123
2025-03-07 02:09:00.847,41.119,123
2025-03-07 02:09:00.881,32.016,123
2025-03-07 02:09:00.916,33.039,124
2025-03-07 02:09:00.950,31.406,124
2025-03-07 02:09:00.984,31.935,124
2025-03-07 02:09:01.019,31.791,124
2025-03-07 02:09:01.052,30.910,123
2025-03-07 02:09:01.087,32.482,123
2025-03-07 02:09:01.216,123.053,123
2025-03-07 02:09:01.250,31.702,123
2025-03-07 02:09:01.300,48.144,123
2025-03-07 02:09:01.336,33.964,123
2025-03-07 02:09:01.370,30.676,123
2025-03-07 02:09:01.457,83.781,123
2025-03-07 02:09:01.509,49.001,123
2025-03-07 02:09:01.544,30.800,123
2025-03-07 02:09:01.578,31.024,123
2025-03-07 02:09:01.612,31.796,123
2025-03-07 02:09:01.646,30.952,122
2025-03-07 02:09:01.679,30.667,122
2025-03-07 02:09:01.714,32.393,122
2025-03-07 02:09:01.748,31.995,122
2025-03-07 02:09:01.781,30.792,122
2025-03-07 02:09:01.832,48.402,122
2025-03-07 02:09:01.926,91.242,122
2025-03-07 02:09:01.999,71.285,122
2025-03-07 02:09:02.089,87.072,122
2025-03-07 02:09:02.160,69.161,122
2025-03-07 02:09:02.194,31.218,122

# Hughes:SQF_Req 时间间隔(ms) 采样次数
Hughes:SQF_Req 100 3

# Hughes:SQF_Resp 序号 时间戳 SQF1 SQF2 SQF3
Hughes:SQF_Resp 394 1741313289 0 0 0

[2025-03-07 10:08:10.168]# SEND ASCII/51 to ALL CLIENTS >>>
s 1 1
w 1 29.881 121.656 0
Hughes:SQF_Req 100 3


[2025-03-07 10:08:10.176]# RECV ASCII/37 from 192.168.0.1 :53625 <<<
Hughes:SQF_Resp 394 1741313289 0 0 0


[2025-03-07 10:08:10.216]# RECV ASCII/37 from 192.168.0.1 :53625 <<<
Hughes:SQF_Resp 394 1741313289 0 0 0


[2025-03-07 10:08:10.272]# RECV ASCII/39 from 192.168.0.1 :53625 <<<
Hughes:SQF_Resp 395 1741313289 123 0 0


[2025-03-07 10:08:10.372]# RECV ASCII/41 from 192.168.0.1 :53625 <<<
Hughes:SQF_Resp 396 1741313289 123 123 0


[2025-03-07 10:08:10.475]# RECV ASCII/43 from 192.168.0.1 :53625 <<<
Hughes:SQF_Resp 397 1741313289 122 123 123


[2025-03-07 10:08:10.575]# RECV ASCII/43 from 192.168.0.1 :53625 <<<
Hughes:SQF_Resp 398 1741313289 122 122 123


[2025-03-07 10:08:10.676]# RECV ASCII/43 from 192.168.0.1 :53625 <<<
Hughes:SQF_Resp 399 1741313289 122 122 122


[2025-03-07 10:08:10.772]# RECV ASCII/43 from 192.168.0.1 :53625 <<<
Hughes:SQF_Resp 400 1741313289 122 122 122


[2025-03-07 10:08:10.875]# RECV ASCII/43 from 192.168.0.1 :53625 <<<
Hughes:SQF_Resp 401 1741313289 122 122 122


[2025-03-07 10:08:10.976]# RECV ASCII/43 from 192.168.0.1 :53625 <<<
Hughes:SQF_Resp 402 1741313289 122 122 122


[2025-03-07 10:08:11.075]# RECV ASCII/43 from 192.168.0.1 :53625 <<<
Hughes:SQF_Resp 403 1741313290 122 122 122


[2025-03-07 10:08:11.176]# RECV ASCII/43 from 192.168.0.1 :53625 <<<
Hughes:SQF_Resp 404 1741313290 122 122 122

$ curl -s http://192.168.0.1/api/install/sqf | jsonfilter -q -e '@.cur_sqf_value'
$ curl -s http://192.168.0.1/api/install/sqf | jq .cur_sqf_value
$ curl -s http://192.168.0.1/api/install/sqf

{
  "cur_sqf_value": 123,
  "max_sqf_value": 124,
  "sqf_index": 59
}

$ curl -s http://192.168.0.1/api/install/cur_tune_status

{
  "amip_variant": 4,
  "beam_id": 4,
  "isBoardLinear": 1,
  "outroute_freq": 12537500,
  "outroute_index": 0,
  "outroute_num": 1,
  "outroute_pol": 2,
  "outroute_rate": 51000000,
  "satName": "Jup-APSTAR-5C-NMSID83-DIV",
  "status": "locked",
  "swapProgress": 0
}

$ curl -s http://192.168.0.1/api/install/pointing_parms

{
  "antenna_tilt": -26.093386971660372,
  "az": 136.61094667225743,
  "beam_selected": 4,
  "cableLoss_avr": 2.700000047683716,
  "cableLoss_max": 3.4000000953674316,
  "cableLoss_min": 2,
  "downlink_pol": "Horizontal-Linear (HL)",
  "el": 50.81852562488879,
  "is_board_linear": 1,
  "max_scaled_sqf": 255,
  "min_scaled_sqf": 31,
  "oduType_print": false,
  "outroute_num": 1,
  "sat_name": "Jup-APSTAR-5C",
  "uplink_pol": "Left-Hand (LH)"
}

$ curl -s http://192.168.0.1/api/install/user_input/0

{
  "ODU": [
    {
      "list": [
        {
          "power": 2,
          "size": 74,
          "type": 1
        },
        {
          "power": 2,
          "size": 120,
          "type": 2
        },
        {
          "power": 2,
          "size": 180,
          "type": 3
        },
        {
          "power": 2,
          "size": 240,
          "type": 4
        }
      ]
    },
    {
      "list": [
        {
          "power": 2,
          "size": 74,
          "type": 1
        },
        {
          "power": 2,
          "size": 120,
          "type": 2
        },
        {
          "power": 2,
          "size": 180,
          "type": 3
        },
        {
          "power": 2,
          "size": 240,
          "type": 4
        }
      ]
    },
    {
      "list": []
    },
    {
      "list": []
    }
  ],
  "antennaLatitude": 29.8,
  "antennaLongitude": 121.6,
  "antennaSize": 74,
  "input_dev_id": "",
  "install_type": "latlong",
  "modemBInstallDisplay": 1,
  "satelliteIndex": 1,
  "satellites": [
    {
      "name": "Jup-ASIASAT-7-NMSID83-DIV"
    },
    {
      "name": "Jup-APSTAR-5C-NMSID83-DIV"
    }
  ],
  "stateInfoReadFlag": 1,
  "termLatDegrees": 29,
  "termLatHemisphere": 0,
  "termLatMinutes": 48,
  "termLonDegrees": 121,
  "termLonHemisphere": 0,
  "termLonMinutes": 36,
  "wait[s]": 0
}

$ curl -s http://192.168.0.1/api/install/sbc_stateCode

{
  "language_index": 0,
  "severity": "no_error",
  "state_code": "0.0.0"
}

$ curl -s http://192.168.0.1/api/install/sbc_internal_state

{
  "state": 8
}

$ curl -s http://192.168.0.1/api/install/install_page

{
  "page": "install done",
  "state": 5
}

$ curl -s http://192.168.0.1/api/home/status/association

{
  "assoc_statecode_index": 0,
  "associated": true,
  "association_state": "associated",
  "association_state_code": "0.0.0",
  "association_state_code_severity": "no_error",
  "association_state_color": "good",
  "association_time": 1741166356,
  "cmm_timeouts": 0,
  "fap_state_code": "0.0.0",
  "fap_state_code_severity": "no_error",
  "fap_statecode_index": 0,
  "ipgw_id": "JUPGW104DITIGW0102",
  "ka_timeouts": 0,
  "rohc_profile": "RTP-V2 UDP-V2 TCP-V2 PBP ",
  "walled_garden": false
}

$ curl -s http://192.168.0.1/api/install/get_odu_ref_voltage

{
  "ref_voltage": "ON"
}

$ curl -s http://192.168.0.1/api/install/start_range

{
  "ranging": true
}

$ curl -s http://192.168.0.1/api/system/terminal_info

{
  "FactorySerNum": "CFAHBX742P",
  "MotherBoardPN": "1506023-0118",
  "active_cores": 4,
  "bld_year": 2021,
  "board_type": "HT2500",
  "code": "Not Available",
  "esn": 14708708,
  "fallback": false,
  "fallback_version": "7.4.0.32",
  "memory_free_kb": 1448340,
  "memory_total_kb": 1805032,
  "nsp_display_name": "DIV",
  "sai": 26071,
  "san": "YF30TEST001",
  "sdl_wifi_sw_version": "",
  "state_code": "0.0.0",
  "strapping_value": "0xd1",
  "timestamp": "2025-03-05T09:42:07Z",
  "uptime": "0.00:30:57",
  "version": "7.4.0.43",
  "wifi_module_sw_version": ""
}

$ curl -s http://192.168.0.1/api/install/terminal_type

{
  "type": 0
}

$ curl -s http://192.168.0.1/api/install/antenna_size

{
  "antennaSize": 74
}

$ curl -s http://192.168.0.1/api/home/status/aeroBeamSwitch

{
  "beatRxLO": "10600.0000",
  "beatTxLO": "12800.0000",
  "inrtBW": "17.3540",
  "inrtFreq": "1670.8330",
  "mobilityInstall": 1,
  "ortBW": "51.0000",
  "ortFreq": "1937.5000",
  "polarityRx": "H",
  "polarityTx": "V",
  "rxLock": "1",
  "satLong": "138.00",
  "txEnable": "1"
}

$ curl -s http://192.168.0.1/api/install/reg_state

{
  "state": 3
}

$ curl -s http://192.168.0.1/api/install/reg_requests

{
  "reg_requests_sent": 1
}

$ curl -s http://192.168.0.1/api/install/ranging

{
  "good_bursts_num": 30,
  "lastAvgEsNo": 4.7,
  "power_adjust_num": 9,
  "range_rate": "(O)QPSK 2048K 1/2"
}

$ curl -s http://192.168.0.1/api/install/nsp_links

[
  {
    "bus_cid_name": "SAN",
    "bus_cid_val": "YF30TEST001",
    "link_name": "",
    "link_url": ""
  },
  {
    "bus_cid_name": "SAN",
    "bus_cid_val": "YF30TEST001",
    "link_name": "",
    "link_url": ""
  }
]

========= End

posted @ 2025-03-05 17:52 lsgxeva 阅读(7) 评论(0) 编辑收藏举报

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MyGitee - https://gitee.com/lsgx/
MyGithub - https://github.com/lsgxeva/
Download - https://d.serctl.com
Proxy - tcp://frpgz1.idcfengye.com:10000