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--[[
@module extalk
@summary extalk扩展库
@version 1.1.1
@date 2025.09.18
@author 梁健
@usage
local extalk = require "extalk"
-- 配置并初始化
extalk.setup({
key = "your_product_key",
heart_break_time = 30,
contact_list_cbfnc = function(dev_list) end,
state_cbfnc = function(state) end
})
-- 发起对讲
extalk.start("remote_device_id")
-- 结束对讲
extalk.stop()
]]
local extalk = {}
-- 模块常量(保留原始数据结构)
extalk.START = 1 -- 通话开始
extalk.STOP = 2 -- 通话结束
extalk.UNRESPONSIVE = 3 -- 未响应
extalk.ONE_ON_ONE = 5 -- 一对一来电
extalk.BROADCAST = 6 -- 广播
local AIRTALK_TASK_NAME = "airtalk_task"
-- 消息类型常量(保留原始数据结构)
local MSG_CONNECT_ON_IND = 0
local MSG_CONNECT_OFF_IND = 1
local MSG_AUTH_IND = 2
local MSG_SPEECH_ON_IND = 3
local MSG_SPEECH_OFF_IND = 4
local MSG_SPEECH_CONNECT_TO = 5
local MSG_SPEECH_STOP_TEST_END = 22
-- 设备状态常量(保留原始数据结构)
local SP_T_NO_READY = 0 -- 离线状态无法对讲
local SP_T_IDLE = 1 -- 对讲空闲状态
local SP_T_CONNECTING = 2 -- 主动发起对讲
local SP_T_CONNECTED = 3 -- 对讲中
local SUCC = "success"
-- 全局状态变量(保留原始数据结构)
local g_state = SP_T_NO_READY -- 设备状态
local g_mqttc = nil -- mqtt客户端
local g_local_id -- 本机ID
local g_stask_start = false -- 本机ID
local g_remote_id -- 对端ID
local g_s_type -- 对讲的模式,字符串形式
local g_s_topic -- 对讲用的topic
local g_s_mode -- 对讲的模式
local g_dev_list -- 对讲列表
local g_dl_topic -- 下行消息topic模板
-- 配置参数
local extalk_configs_local = {
key = 0, -- 项目key一般需要和main的PRODUCT_KEY保持一致
heart_break_time = 0, -- 心跳间隔(单位秒)
contact_list_cbfnc = nil, -- 联系人回调函数,含设备号和昵称
state_cbfnc = nil, -- 状态回调,分为对讲开始,对讲结束,未响应
}
-- 工具函数:参数检查
local function check_param(param, expected_type, name)
if type(param) ~= expected_type then
log.error(string.format("参数错误: %s 应为 %s 类型,实际为 %s",
name, expected_type, type(param)))
return false
end
return true
end
-- MQTT消息发布函数集中处理所有发布操作并打印日志
local function publish_message(topic, payload)
if g_mqttc then
log.info("MQTT发布 - 主题:", topic, "内容:", payload)
g_mqttc:publish(topic, payload)
else
log.error("MQTT客户端未初始化无法发布消息")
end
end
-- 对讲超时处理
function extalk.wait_speech_to()
log.info("主动请求对讲超时无应答")
extalk.speech_off(true, false)
end
-- 发送鉴权消息
local function auth()
if g_state == SP_T_NO_READY and g_mqttc then
local topic = string.format("ctrl/uplink/%s/0001", g_local_id)
local payload = json.encode({
["key"] = extalk_configs_local.key,
["device_type"] = 1
})
publish_message(topic, payload)
end
end
-- 发送心跳消息
local function heart()
if g_mqttc then
adc.open(adc.CH_VBAT)
local vbat = adc.get(adc.CH_VBAT)
adc.close(adc.CH_VBAT)
local topic = string.format("ctrl/uplink/%s/0005", g_local_id)
local payload = json.encode({
["csq"] = mobile.csq(),
["battery"] = vbat
})
publish_message(topic, payload)
end
end
-- 开始对讲
local function speech_on(ssrc, sample)
g_state = SP_T_CONNECTED
g_mqttc:subscribe(g_s_topic)
airtalk.set_topic(g_s_topic)
airtalk.set_ssrc(ssrc)
log.info("对讲模式", g_s_mode)
airtalk.speech(true, g_s_mode, sample)
sys.sendMsg(AIRTALK_TASK_NAME, MSG_SPEECH_ON_IND, true)
-- sys.timerLoopStart(heart, extalk_configs_local.heart_break_time * 1000)
sys.timerStopAll(extalk.wait_speech_to)
end
-- 结束对讲
function extalk.speech_off(need_upload, need_ind)
if g_state == SP_T_CONNECTED then
g_mqttc:unsubscribe(g_s_topic)
airtalk.speech(false)
g_s_topic = nil
end
g_state = SP_T_IDLE
sys.timerStopAll(auth)
sys.timerStopAll(extalk.wait_speech_to)
if need_upload and g_mqttc then
local topic = string.format("ctrl/uplink/%s/0004", g_local_id)
publish_message(topic, json.encode({["to"] = g_remote_id}))
end
if need_ind then
sys.sendMsg(AIRTALK_TASK_NAME, MSG_SPEECH_OFF_IND, true)
end
end
-- 命令处理:请求对讲应答
local function handle_speech_response(obj)
if g_state ~= SP_T_CONNECTING then
log.error("state", g_state, "need", SP_T_CONNECTING)
return
end
if obj and obj["result"] == SUCC and g_s_topic == obj["topic"] then
-- 开始对讲
local sample_rate = obj["audio_code"] == "amr-nb" and 8000 or 16000
speech_on(obj["ssrc"], sample_rate)
return
else
log.info(obj["result"], obj["topic"], g_s_topic)
sys.sendMsg(AIRTALK_TASK_NAME, MSG_SPEECH_ON_IND, false)
end
g_s_topic = nil
g_state = SP_T_IDLE
end
-- 命令处理:对端来电
local function handle_incoming_call(obj)
if not obj or not obj["topic"] or not obj["ssrc"] or not obj["audio_code"] or not obj["type"] then
local response = {
["result"] = "failed",
["topic"] = obj and obj["topic"] or "",
["info"] = "无效的请求参数"
}
publish_message(string.format("ctrl/uplink/%s/8102", g_local_id), json.encode(response))
return
end
-- 非空闲状态无法接收来电
if g_state ~= SP_T_IDLE then
log.error("state", g_state, "need", SP_T_IDLE)
local response = {
["result"] = "failed",
["topic"] = obj["topic"],
["info"] = "device is busy"
}
publish_message(string.format("ctrl/uplink/%s/8102", g_local_id), json.encode(response))
return
end
local response, from = {}, nil
-- 提取对端ID
from = string.match(obj["topic"], "audio/(.*)/.*/.*")
if not from then
response = {
["result"] = "failed",
["topic"] = obj["topic"],
["info"] = "topic error"
}
publish_message(string.format("ctrl/uplink/%s/8102", g_local_id), json.encode(response))
return
end
-- 处理一对一通话
if obj["type"] == "one-on-one" then
g_s_topic = obj["topic"]
g_remote_id = from
g_s_type = "one-on-one"
g_s_mode = airtalk.MODE_PERSON
-- 触发回调
if extalk_configs_local.state_cbfnc then
extalk_configs_local.state_cbfnc({
state = extalk.ONE_ON_ONE,
id = from
})
end
response = {["result"] = SUCC, ["topic"] = obj["topic"], ["info"] = ""}
local sample_rate = obj["audio_code"] == "amr-nb" and 8000 or 16000
speech_on(obj["ssrc"], sample_rate)
end
-- 处理广播
if obj["type"] == "broadcast" then
g_s_topic = obj["topic"]
g_remote_id = from
g_s_mode = airtalk.MODE_GROUP_LISTENER
g_s_type = "broadcast"
-- 触发回调
if extalk_configs_local.state_cbfnc then
extalk_configs_local.state_cbfnc({
state = extalk.BROADCAST,
id = from
})
end
response = {["result"] = SUCC, ["topic"] = obj["topic"], ["info"] = ""}
local sample_rate = obj["audio_code"] == "amr-nb" and 8000 or 16000
speech_on(obj["ssrc"], sample_rate)
end
-- 发送响应
publish_message(string.format("ctrl/uplink/%s/8102", g_local_id), json.encode(response))
end
-- 命令处理:对端挂断
local function handle_remote_hangup(obj)
local response = {}
if g_state == SP_T_IDLE then
response = {["result"] = "failed", ["info"] = "no speech"}
else
log.info("0103", obj, obj["type"], g_s_type)
if obj and obj["type"] == g_s_type then
response = {["result"] = SUCC, ["info"] = ""}
extalk.speech_off(false, true)
else
response = {["result"] = "failed", ["info"] = "type mismatch"}
end
end
publish_message(string.format("ctrl/uplink/%s/8103", g_local_id), json.encode(response))
end
-- 命令处理:更新设备列表
local function handle_device_list_update(obj)
local response = {}
if obj then
g_dev_list = obj["dev_list"]
response = {["result"] = SUCC, ["info"] = ""}
else
response = {["result"] = "failed", ["info"] = "json info error"}
end
publish_message(string.format("ctrl/uplink/%s/8101", g_local_id), json.encode(response))
end
-- 命令处理:鉴权结果
local function handle_auth_result(obj)
if obj and obj["result"] == SUCC then
publish_message(string.format("ctrl/uplink/%s/0002", g_local_id), "") -- 更新列表
sys.timerLoopStart(heart, extalk_configs_local.heart_break_time * 1000) -- 发起心跳
else
sys.sendMsg(AIRTALK_TASK_NAME, MSG_AUTH_IND, false,
"鉴权失败" .. (obj and obj["info"] or ""))
log.error("鉴权失败,可能是没有修改PRODUCT_KEY")
end
end
-- 命令处理:设备列表更新应答
local function handle_device_list_response(obj)
if obj and obj["result"] == SUCC then
g_dev_list = obj["dev_list"]
if extalk_configs_local.contact_list_cbfnc then
extalk_configs_local.contact_list_cbfnc(g_dev_list)
end
g_state = SP_T_IDLE
sys.sendMsg(AIRTALK_TASK_NAME, MSG_AUTH_IND, true) -- 完整登录流程结束
else
sys.sendMsg(AIRTALK_TASK_NAME, MSG_AUTH_IND, false, "更新设备列表失败")
end
end
-- 命令解析路由表
local cmd_handlers = {
["8003"] = handle_speech_response, -- 请求对讲应答
["0102"] = handle_incoming_call, -- 平台通知对端对讲开始
["0103"] = handle_remote_hangup, -- 平台通知终端对讲结束
["0101"] = handle_device_list_update,-- 平台通知终端更新对讲设备列表
["8001"] = handle_auth_result, -- 平台对鉴权应答
["8002"] = handle_device_list_response -- 平台对终端获取终端列表应答
}
-- 解析接收到的消息
local function analyze_v1(cmd, topic, obj)
-- 忽略心跳和结束对讲的应答
if cmd == "8005" or cmd == "8004" then
return
end
-- 查找并执行对应的命令处理器
local handler = cmd_handlers[cmd]
if handler then
handler(obj)
else
log.warn("未处理的命令", cmd)
end
end
-- MQTT回调处理
local function mqtt_cb(mqttc, event, topic, payload)
log.info(event, topic or "")
if event == "conack" then
-- MQTT连接成功开始自定义鉴权流程
sys.sendMsg(AIRTALK_TASK_NAME, MSG_CONNECT_ON_IND)
g_mqttc:subscribe("ctrl/downlink/" .. g_local_id .. "/#")
elseif event == "suback" then
if g_state == SP_T_NO_READY then
if topic then
auth()
else
sys.sendMsg(AIRTALK_TASK_NAME, MSG_AUTH_IND, false,
"订阅失败" .. "ctrl/downlink/" .. g_local_id .. "/#")
end
elseif g_state == SP_T_CONNECTED and not topic then
extalk.speech_off(false, true)
end
elseif event == "recv" then
local result = string.match(topic, g_dl_topic)
if result then
local obj = json.decode(payload)
analyze_v1(result, topic, obj)
end
elseif event == "disconnect" then
extalk.speech_off(false, true)
g_state = SP_T_NO_READY
elseif event == "error" then
log.error("MQTT错误发生",topic,payload)
end
end
-- 任务消息处理
local function task_cb(msg)
if msg[1] == MSG_SPEECH_CONNECT_TO then
extalk.speech_off(true, false)
else
log.info("未处理消息", msg[1], msg[2], msg[3], msg[4])
end
end
-- 对讲事件回调
local function airtalk_event_cb(event, param)
log.info("airtalk event", event, param)
if event == airtalk.EVENT_ERROR then
if param == airtalk.ERROR_NO_DATA and g_s_mode == airtalk.MODE_PERSON then
log.error("长时间没有收到音频数据")
extalk.speech_off(true, true)
end
end
end
-- MQTT任务主循环
local function airtalk_mqtt_task()
if g_stask_start then
log.info("airtalk task 已经初始化了")
return true
end
g_stask_start = true
local msg, online = nil, false
-- 初始化本地ID
g_local_id = mobile.imei()
g_dl_topic = "ctrl/downlink/" .. g_local_id .. "/(%w%w%w%w)"
-- 创建MQTT客户端
g_mqttc = mqtt.create(nil, "mqtt.airtalk.luatos.com", 1883, false, {rxSize = 32768})
-- 配置对讲参数
airtalk.config(airtalk.PROTOCOL_MQTT, g_mqttc, 200) -- 缓冲至少200ms播放
airtalk.on(airtalk_event_cb)
airtalk.start()
-- 配置MQTT客户端
g_mqttc:auth(g_local_id, g_local_id, mobile.muid())
g_mqttc:keepalive(240) -- 默认值240s
g_mqttc:autoreconn(true, 15000) -- 自动重连机制
g_mqttc:debug(false)
g_mqttc:on(mqtt_cb)
log.info("设备信息", g_local_id, mobile.muid())
-- 开始连接
g_mqttc:connect()
online = false
while true do
-- 等待MQTT连接成功
msg = sys.waitMsg(AIRTALK_TASK_NAME, MSG_CONNECT_ON_IND)
log.info("connected")
-- 处理登录流程
while not online do
msg = sys.waitMsg(AIRTALK_TASK_NAME, MSG_AUTH_IND, 30000) -- 30秒超时
if type(msg) == 'table' then
online = msg[2]
if online then
-- 鉴权通过60分钟后重新鉴权
sys.timerLoopStart(auth, 3600000)
else
log.info(msg[3])
-- 鉴权失败5分钟后重试
sys.timerLoopStart(auth, 300000)
end
else
-- 超时未收到鉴权结果,重新发送
auth()
end
end
log.info("对讲管理平台已连接")
-- 处理在线状态下的消息
while online do
msg = sys.waitMsg(AIRTALK_TASK_NAME)
if type(msg) == 'table' and type(msg[1]) == "number" then
if msg[1] == MSG_SPEECH_STOP_TEST_END then
if g_state ~= SP_T_CONNECTING and g_state ~= SP_T_CONNECTED then
log.info("没有对讲", g_state)
else
extalk.speech_off(true, false)
end
elseif msg[1] == MSG_SPEECH_ON_IND then
if extalk_configs_local.state_cbfnc then
local state = msg[2] and extalk.START or extalk.UNRESPONSIVE
extalk_configs_local.state_cbfnc({state = state})
end
elseif msg[1] == MSG_SPEECH_OFF_IND then
if extalk_configs_local.state_cbfnc then
extalk_configs_local.state_cbfnc({state = extalk.STOP})
end
elseif msg[1] == MSG_CONNECT_OFF_IND then
log.info("connect", msg[2])
online = msg[2]
end
else
log.info(type(msg), type(msg and msg[1]))
end
msg = nil -- 清理引用
end
online = false -- 重置在线状态
end
end
-- 模块初始化
function extalk.setup(extalk_configs)
if not extalk_configs or type(extalk_configs) ~= "table" then
log.error("AirTalk配置必须为table类型")
return false
end
-- 检查配置参数
if not check_param(extalk_configs.key, "string", "key") then
return false
end
extalk_configs_local.key = extalk_configs.key
if not check_param(extalk_configs.heart_break_time, "number", "heart_break_time") then
return false
end
extalk_configs_local.heart_break_time = extalk_configs.heart_break_time
if not check_param(extalk_configs.contact_list_cbfnc, "function", "contact_list_cbfnc") then
return false
end
extalk_configs_local.contact_list_cbfnc = extalk_configs.contact_list_cbfnc
if not check_param(extalk_configs.state_cbfnc, "function", "state_cbfnc") then
return false
end
extalk_configs_local.state_cbfnc = extalk_configs.state_cbfnc
-- 启动任务
sys.taskInitEx(airtalk_mqtt_task, AIRTALK_TASK_NAME, task_cb)
return true
end
-- 开始对讲
function extalk.start(id)
if g_state ~= SP_T_IDLE then
log.warn("正在对讲无法开始,当前状态:", g_state)
return false
end
if id == nil then
-- 广播模式
g_remote_id = "all"
g_state = SP_T_CONNECTING
g_s_mode = airtalk.MODE_GROUP_SPEAKER
g_s_type = "broadcast"
g_s_topic = string.format("audio/%s/all/%s",
g_local_id, string.sub(tostring(mcu.ticks()), -4, -1))
publish_message(string.format("ctrl/uplink/%s/0003", g_local_id),
json.encode({["topic"] = g_s_topic, ["type"] = g_s_type}))
sys.timerStart(extalk.wait_speech_to, 15000)
else
-- 一对一模式
log.info("", id, "主动发起对讲")
if id == g_local_id then
log.error("不允许本机给本机拨打电话")
return false
end
g_state = SP_T_CONNECTING
g_remote_id = id
g_s_mode = airtalk.MODE_PERSON
g_s_type = "one-on-one"
g_s_topic = string.format("audio/%s/%s/%s",
g_local_id, id, string.sub(tostring(mcu.ticks()), -4, -1))
publish_message(string.format("ctrl/uplink/%s/0003", g_local_id),
json.encode({["topic"] = g_s_topic, ["type"] = g_s_type}))
sys.timerStart(extalk.wait_speech_to, 15000)
end
return true
end
-- 结束对讲
function extalk.stop()
if g_state ~= SP_T_CONNECTING and g_state ~= SP_T_CONNECTED then
log.info("没有对讲,当前状态:", g_state)
return false
end
log.info("主动断开对讲")
extalk.speech_off(true, false)
return true
end
return extalk