--[[GPIO0--3GPIO1--10GPIO2--4GPIO3--9GPIO4--2GPIO5--1GPIO9--11GPIO10--12GPIO12--6GPIO13--7GPIO14--5GPIO15--8GPIO16--00--GPIO16   1--GPIO5   2--GPIO4   3--GPIO0   4--GPIO25--GPIO14   6--GPIO12  7--GPIO13  8--GPIO15  9--GPIO3    10--GPIO1   11--GPIO9  12--GPIO10]]RelayPin=2;splitStart = 1splitIdex=0;splitTable={}function split(s, delim)    if type(delim) ~= "string" or string.len(delim) <= 0 then        return    end    splitStart = 1    splitTable = {}    while true do        splitIdex = string.find (s, delim, splitStart, true) -- plain find        if not splitIdex then          break        end        table.insert (splitTable, string.sub (s, splitStart, splitIdex - 1))        splitStart = splitIdex + string.len (delim)    end    table.insert (splitTable, string.sub (s, splitStart))        return splitTableendwifi.setmode(wifi.STATION)local updataFlage = 0YouInitData1 = "NULL";YouInitData2 = "NULL";YouInitData3 = "NULL";YouInitData4 = "NULL";MyInitData1 = "";MyInitData2 = "";MyInitData3 = "";MyInitData4 = "";NodeMcuTimeInSecond = 0;NodeMcuTimeInUSecond = 0;NodeMcuTimeInrate = 0;NodeMcuYear = 0;NodeMcuMonth = 0;NodeMcuDay= 0;NodeMcuHour= 0;NodeMcuMinute= 0;NodeMcuSecond= 0;NodeMcuWeekday= 0;NodeMcuRtctime={};NodeMcuTimer={};NodeMcuTimerList={};NodeMcuDataString="nil"NodeMcuTimeString="nil";NodeMcuWeekdayString="nil";mqttConnectedFlage = 0;NodeMcuRequestTime=0sntpAddress="nil";updataCnt = 0;linkcnt=0;printtimeCnt=0;TCPReadDataOverTime = 0;tmr.softwd(60)--watchdog 60Sclientid = wifi.sta.getmac()SubscribeTopic = "yang/sw/"..clientidPublishTopic = "feng/sw/"..clientidif  file.open("InitData.lua", "r") then    local MyInitData = file.read();    local DataList = split(MyInitData, ';');    if  DataList[1] == "MyData" then        MyInitData1 = DataList[2]        MyInitData2 = DataList[3]        MyInitData3 = DataList[4]        MyInitData4 = DataList[5]    endelse    print("no InitData")  endprint("Topic = switch/"..clientid)print("MyInitData1 = "..MyInitData1)print("MyInitData2 = "..MyInitData2)print("MyInitData3 = "..MyInitData3)print("MyInitData4 = "..MyInitData4)--[[Connect the phone to the ap]]apcfg={}apcfg.ssid="qqqqqq"apcfg.pwd="11223344"wifi.sta.config(apcfg)wifi.sta.connect()--wifi.sta.autoconnect(1)--[[The connection serve phone]]connectIP="192.168.1.102"ClientConnectedFlage = 0ReceiveData = "";ReceiveDataCopy = "";UpdataDataCopy="";ReceiveDataCnt = 0;ReceiveDataCntCopy = 0;function InitTimer0function()    if  ClientConnectedFlage == 0 then        Client = net.createConnection(net.TCP, 0)         --Client:connect(8888,connectIP)        Client:connect(8888,gateway)                Client:on("receive", function(Client, data)             ReceiveData = ReceiveData..data;            ReceiveDataCnt = ReceiveDataCnt + 1;        end)        Client:on("connection", function(sck, c)             ClientConnectedFlage = 1            TcpConnect = Client            print("Link OK")            tmr.stop(0)            Client:on("disconnection", function(sck, c)                 ClientConnectedFlage = 0                TcpConnect = nil                tmr.start(0)            end)        end)                if  ClientConnectedFlage == 0 then            print("Link Error")            updataCnt = 0;            updataFlage = 0;            linkcnt = linkcnt+1            if  linkcnt >= 6 then                linkcnt = 0                if  TcpConnect ~= nil then                    TcpConnect:close()                end                tmr.stop(0)                tmr.stop(1)                dofile("updata.lua");            end        end    endendtmr.alarm(0, 1000, 1, InitTimer0function)function disposedata(data)    local DataList = split(data, ';');    if  DataList[1] == "MyData" then        if  file.open("InitData.lua", "w+") then            file.write(data)--MyInitData            file.close()             MyInitData1 = DataList[2]            MyInitData2 = DataList[3]            MyInitData3 = DataList[4]            MyInitData4 = DataList[5]                        print("MyInitData1 = "..DataList[2])            print("MyInitData2 = "..DataList[3])            print("MyInitData3 = "..DataList[4])            print("MyInitData4 = "..DataList[5])                      if  TcpConnect ~= nil then                TcpConnect:send(data);            end                        print("write InitData success")             end    elseif  DataList[1] == "YouData" then                if  TcpConnect ~= nil then                TcpConnect:send("YouData;"..clientid..";"..SubscribeTopic..";"..PublishTopic..";"..YouInitData1..";"..                                YouInitData2..";"..YouInitData3..";"..YouInitData4);            end            print("Send YouData success")       elseif  DataList[1] == "UpdataData" then              updataFlage = 1;             if  TcpConnect ~= nil then                TcpConnect:send("WaitUpdataData0;");            end                 print("WaitUpdataData......")            file.open("updata.lua", "w+")    end    ReceiveDataCopy = "";endfunction InitTimer1function()   if  ReceiveDataCnt ~=0 then       if   ReceiveDataCnt == ReceiveDataCntCopy then            TCPReadDataOverTime = 0;                        ReceiveDataCopy = ReceiveData;            ReceiveData = "";            ReceiveDataCnt = 0;            ReceiveDataCntCopy = 0;                        if  updataFlage == 0 then                disposedata(ReceiveDataCopy);            else                if  ReceiveDataCopy ~= "UpdataDataSuccess" then                    file.write(ReceiveDataCopy)                    updataCnt = updataCnt + 1                    if  TcpConnect ~= nil then                        TcpConnect:send("WaitUpdataData"..updataCnt..";");                    end                      print("start down...")                  else                    if  TcpConnect ~= nil then                        TcpConnect:send("UpdataDataSuccess");                        TcpConnect:close()                    end                    file.close()                     updataFlage = 0                      print("UpdataDataSuccess")                                          tmr.stop(0)                    tmr.stop(1)                    --dofile("main.lua");                    node.compile("updata.lua")                    dofile("updata.lua");                    --dofile("main.lc");                 end                ReceiveDataCopy = "";            end       else            ReceiveDataCntCopy = ReceiveDataCnt             end   endendtmr.alarm(1, 400, 1, InitTimer1function)gpio.mode(4,gpio.OUTPUT)--输出模式  tmr.alarm(2, 500, 1, function()    if  mqttConnectedFlage==1 then        gpio.write(4,1-gpio.read(4))        if  NodeMcuRequestTime == 0 then            sntp.sync(sntpAddress,            function()                print("sync succeeded:"..sntpAddress)                NodeMcuRequestTime = 1;            end,            function(index)                print("failed : "..index)            end)        end    end        NodeMcurRtctime = rtctime.epoch2cal(rtctime.get()+28800)    NodeMcuTimer = string.format("%04d;%02d;%02d;%02d;%02d;%02d;%01d",                         NodeMcurRtctime["year"],                         NodeMcurRtctime["mon"],                         NodeMcurRtctime["day"],                         NodeMcurRtctime["hour"]+8,                         NodeMcurRtctime["min"],                         NodeMcurRtctime["sec"],                        NodeMcurRtctime["wday"])                   NodeMcuTimerList = split(NodeMcuTimer, ';');    NodeMcuYear = tonumber(NodeMcuTimerList[1]);    NodeMcuMonth = tonumber(NodeMcuTimerList[2]);    NodeMcuDay = tonumber(NodeMcuTimerList[3]);    NodeMcuHour = tonumber(NodeMcuTimerList[4]);    NodeMcuMinute = tonumber(NodeMcuTimerList[5]);    NodeMcuSecond = tonumber(NodeMcuTimerList[6]);    NodeMcuWeekday = tonumber(NodeMcuTimerList[7]);     NodeMcuHour = NodeMcuHour - 8;       NodeMcuDataString=NodeMcuYear.."/"..NodeMcuMonth.."/"..NodeMcuDay;       NodeMcuTimeString=NodeMcuHour..":"..NodeMcuMinute..":"..NodeMcuSecond;       NodeMcuWeekdayString = NodeMcuWeekday.."";    NodeMcuTimeInSecond,NodeMcuTimeInUSecond,NodeMcuTimeInrate= rtctime.get()        if  NodeMcuHour == 2 and NodeMcuMinute == 2 and NodeMcuSecond == 2 then        NodeMcuRequestTime = 0;    end    printtimeCnt = printtimeCnt +1;    if printtimeCnt >20 then       printtimeCnt = 0;       print("Year="..NodeMcuYear..";Month="..NodeMcuMonth..";Day="..NodeMcuDay..";Hour="..            NodeMcuHour..";Minute="..NodeMcuMinute..";Second="..NodeMcuSecond..";Weekday="..            NodeMcuWeekdayString..";TimeInSecond="..NodeMcuTimeInSecond)    end    if  TcpConnect ~= nil then        TCPReadDataOverTime = TCPReadDataOverTime +1;        if TCPReadDataOverTime > 20 then           TCPReadDataOverTime = 0;           TcpConnect:close()           dofile("updata.lua");        end    end            tmr.softwd(60);end)printip = 0wifi.eventmon.register(wifi.eventmon.STA_DISCONNECTED, function(T)    printip = 0end)wifi.eventmon.register(wifi.eventmon.STA_GOT_IP, function(T)   if printip == 0 then      ip,netmask,gateway = wifi.sta.getip()      print(ip)   end   printip = 1end)

     
              configwifissid = \"%1$s\";\n        configwifipwd= \"%2$s\";\n        MqttUserString = \"%3$s\";\n        MqttPwdString = \"%4$s\";\n        MqttIPString = \"%5$s\";\n        MqttPort = %6$d;\n                if configwifipwd == \"nil\" then\n           configwifipwd = nil\n        end\n                globalSendData =\"nil\"; \n        globalSendData1=\"nil\";\n        globalSendData2=\"nil\";\n                        MemoryRelayState = \"3\";                regulartime={};\n        regularoption={};\n        regularrepetition={};\n        DisposeOnceTime="nil";\n                RegularTimeLabel=0;\n        RegularTimeData=\"0\";\n        RegularOptionLabel=0;\n        RegularOptionData=\"0\";\n        RegularRepetitionLabel=0;\n        RegularRepetitionData=\"0\";\n        RegularCustom={}\n        RegularCustomLabel=0;\n        RegularCustomData=\"0\";\n                DelayData={};\n        DelayTime={};\n        DelayOption={};\n        DelayUnixTime={};\n        DelayunixTime=0;\n        DelayIndex=0;\n                DelayTimeLabel=0;\n        DelayTimeData=\"0\";\n        DelayTimeDataNumber=0;\n                        RelayNowState=0\n        RelayNowStateCopy=0\n                UsartReceiveData=\"\";        UsartReceiveDataCnt=0;        UsartReceiveDataCntCopy=0;                for i=0,7 do\n            if  file.open(\"regular=\"..i..\".lua\", \"r\") then\n                local list = split(file.read(), \";\")\n                for _, s in ipairs(list) do\n                    local mlist = split(s, \"=\")\n                    if  string.find(mlist[1],\"time\") then\n                        regulartime[i] = mlist[2];print(regulartime[i])\n                    elseif  string.find(mlist[1],\"option\") then \n                        regularoption[i] = mlist[2];print(regularoption[i])\n                    elseif  string.find(mlist[1],\"repetition\") then \n                        regularrepetition[i] = mlist[2];print(regularrepetition[i])\n                    end\n                end\n                file.close() \n            end\n            if  file.open(\"delay=\"..i..\".lua\", \"r\") then\n                local list = split(file.read(), \";\")\n                for _, s in ipairs(list) do\n                   local mlist = split(s, \"=\")\n                   if  string.find(mlist[1],\"data\") then\n                       DelayData[i] = mlist[2];print(DelayData[i])\n                   elseif  string.find(mlist[1],\"time\") then\n                       DelayTime[i] = mlist[2];print(DelayTime[i])\n                   elseif  string.find(mlist[1],\"option\") then \n                        DelayOption[i] = mlist[2];print(DelayOption[i])  \n                       elseif  string.find(mlist[1],\"unixTime\") then \n                        DelayUnixTime[i] = mlist[2];print(DelayUnixTime[i])  \n                     end     \n                end\n                file.close() \n            end\n                    end\n                        if  file.open(\"initpower.lua\",\"r\") then\n                    end\n                
                 
     
              if  file.open(\"switch=1.lua\", \"r\") then\n            if  file.read() == \"relay=1\" then\n                gpio.write(RelayPin,1)\n                gpio.mode(RelayPin,gpio.OUTPUT)\n                RelayNowState=1\n                RelayNowStateCopy=1\n                print(\"relay=1\")\n            end\n            if  file.read() == \"relay=0\" then\n                gpio.write(RelayPin,0)\n                gpio.mode(RelayPin,gpio.OUTPUT)\n                RelayNowState=0\n                RelayNowStateCopy=0\n                print(\"relay=0\")\n            end\n            file.close() \n        else\n            print(\"open RelayState.lua faild\")  \n        end\n                   apcfg={}\n        apcfg.ssid=configwifissid\n        apcfg.pwd=configwifipwd\n        wifi.sta.config(apcfg)\n        --wifi.sta.connect()\n        wifi.sta.autoconnect(1)\n                Mymqtt = mqtt.Client(clientid, 120,MqttUserString, MqttPwdString);\n                tmr.alarm(3, 1000, 1, function()\n            Mymqtt:connect(MqttIPString, MqttPort, 0,ConnectSuccess,ConnectFailed)\n        end)\n                function ConnectSuccess(client)\n             client:subscribe(SubscribeTopic, 0, subscribeSuccess)\n             print(\"connected\")\n             mqttClient = client;\n             tmr.stop(3);\n             if sntpAddress == \"nil\"  then \n                sntpAddress=\"ntp2.aliyun.com\"; \n             end \n             mqttConnectedFlage = 1;\n        end\n        function ConnectFailed(client,reason)\n           mqttConnectedFlage = 0;\n           print(\"failed reason: \" .. reason)\n           tmr.start(3)\n        end\n        function subscribeSuccess(client)\n            print(\"subscribe success\") \n        end\n        
                    
     
                  Mymqtt:on(\"message\", function(client, topic, data) \n        local list = split(data, \";\")\n        ControlRelayFlage = -1;\n        uart.write(0,data)\n        if  string.find(list[1],\"regular\") ~= nil then\n            if  file.open(list[1]..\".lua\", \"w+\") then\n                file.write(data)\n                file.close() \n                for _, s in ipairs(list) do\n                    local mlist = split(s, \"=\")\n                    local aa = string.match(mlist[1],\"%d\"); \n                    if  string.find(mlist[1],\"time\") then\n                        regulartime[tonumber(aa)] = mlist[2];\n                    elseif  string.find(mlist[1],\"option\") then \n                        regularoption[tonumber(aa)] = mlist[2];\n                    elseif  string.find(mlist[1],\"repetition\") then \n                        regularrepetition[tonumber(aa)] = mlist[2];\n                    end\n                end\n                globalSendData1 = data\n            end          elseif string.find(list[1],\"delay\") ~= nil then\n            if  file.open(list[1]..\".lua\", \"w+\") then\n                file.write(data)\n                file.close() \n                for _, s in ipairs(list) do\n                   local mlist = split(s, \"=\")\n                   local aa = string.match(mlist[1],\"%d\");\n                   if  string.find(mlist[1],\"data\") then\n                       DelayIndex = tonumber(aa);\n                       DelayData[tonumber(aa)] = mlist[2];\n                   elseif  string.find(mlist[1],\"time\") then\n                       DelayTime[tonumber(aa)] = mlist[2];\n                   elseif  string.find(mlist[1],\"option\") then \n                        DelayOption[tonumber(aa)] = mlist[2]; \n                        elseif  string.find(mlist[1],\"unixTime\") then \n                        DelayUnixTime[tonumber(aa)] = mlist[2];\n                            DelayunixTime = tonumber(mlist[2]);\n                   end \n                    end\n                if  DelayunixTime < NodeMcuTimeInSecond and DelayunixTime ~= 0 and DelayunixTime ~= 1 then\n                    globalSendData1 = \"delayerror=\"..DelayIndex..\";data\"..DelayIndex..\"=\"..\n                    NodeMcuDataString..\";\"..\"time\"..DelayIndex..\"=\"..NodeMcuTimeString\n                else\n                    globalSendData1 = data;\n                end\n                DelayunixTime=0; \n                            end        elseif string.find(list[1],\"switch\") ~= nil then \n            if  file.open(list[1]..\".lua\", \"w+\") then \n                file.write(list[2]) \n                file.close() \n                for _, s in ipairs(list) do \n                    if  string.find(s,\"relay=0\") ~= nil then \n                        gpio.write(RelayPin,0) \n                        gpio.mode(RelayPin,gpio.OUTPUT) \n                        globalSendData1 = data \n                    end\n                    if  string.find(s,\"relay=1\") ~= nil then \n                        gpio.write(RelayPin,1) \n                        gpio.mode(RelayPin,gpio.OUTPUT) \n                        globalSendData1 = data \n                    end\n                end\n            end  \n        elseif string.find(list[1],\"initpower\") ~= nil then\n            if  file.open(list[1]..\".lua\", \"w+\") then\n                file.write(list[2])\n                file.close() \n                globalSendData1 = data\n            end    \n        elseif string.find(list[1],\"SWStatus\") ~= nil then \n               globalSendData1 = \"switch=1;relay=\"..RelayNowState \n           end \n    end)    \n                  
                     
     
      tmr.alarm(4, 10, 1, function() \n     if  mqttClient ~= nil and mqttConnectedFlage == 1 then \n         RelayNowState = gpio.read(RelayPin) \n         if  RelayNowState ~= RelayNowStateCopy then \n             RelayNowStateCopy = RelayNowState \n             globalSendData1 = \"switch=1;relay=\"..RelayNowState \n         end \n             if  globalSendData1~=\"nil\" then \n             globalSendData=globalSendData1; \n             globalSendData1=\"nil\" \n         elseif globalSendData2 ~=\"nil\" then \n             globalSendData=globalSendData2; \n             globalSendData2=\"nil\" \n         else \n             globalSendData=\"nil\";     \n         end \n         if  globalSendData ~= \"nil\" then \n             mqttClient:publish(PublishTopic,globalSendData, 0, 0, function(client)  \n             end) \n         end \n     end       \n         if UsartReceiveDataCnt ~= 0 then  \n        if UsartReceiveDataCntCopy == UsartReceiveDataCnt then  \n           UsartReceiveDataCnt=0;  \n           UsartReceiveDataCntCopy = 0;  \n           globalSendData2 = UsartReceiveData;  \n           UsartReceiveData=\"\";  \n        else  \n           UsartReceiveDataCntCopy = UsartReceiveDataCnt;  \n        end  \n     end  \n end) \n uart.setup(0, 115200, 8, uart.PARITY_NONE, uart.STOPBITS_1)uart.on(\"data\",0,function(data)     UsartReceiveData = UsartReceiveData..data;    UsartReceiveDataCnt = UsartReceiveDataCnt + 1;end, 0)tmr.alarm(0, 500, 1, function()  \n     for  RegularTimeLabel, RegularTimeData in pairs (regulartime)  do \n          if  RegularTimeData == NodeMcuTimeString  and DisposeOnceTime ~= NodeMcuTimeString then \n              DisposeOnceTime = NodeMcuTimeString; \n              if regularrepetition[RegularTimeLabel] ==  \"everyday\" then \n                 print(\"everyday\") \n                 DisposeData(RegularTimeLabel); \n              elseif  regularrepetition[RegularTimeLabel] ==  \"work\" then  \n                 if  NodeMcuWeekdayString==\"2\" or NodeMcuWeekdayString==\"3\" or NodeMcuWeekdayString==\"4\" or NodeMcuWeekdayString==\"5\" or NodeMcuWeekdayString==\"6\" then                    print(\"work\") \n                     DisposeData(RegularTimeLabel); \n                  end \n              else \n                  RegularCustom={} \n                  RegularCustom = split(regularrepetition[RegularTimeLabel], \",\");    \n                  for RegularCustomLabel, RegularCustomData in ipairs (RegularCustom)  do \n                      if RegularCustomData == NodeMcuWeekdayString then \n                         print(\"custom\") \n                         DisposeData(RegularTimeLabel); \n                      end \n                  end  \n              end \n          else \n             negationOnceTime=\"nil\";    \n           end \n     end \n         for  DelayTimeLabel, DelayTimeData in pairs (DelayUnixTime)  do \n          --DelayTimeDataNumber = tonumber(DelayTimeData); \n          if DelayTimeData == NodeMcuTimeInSecond..\"\" then \n             if  DelayOption[DelayTimeLabel] == \"on\" then \n                 gpio.write(RelayPin,1) \n                 gpio.mode(RelayPin,gpio.OUTPUT) \n                 print(\"on\") \n              elseif  DelayOption[DelayTimeLabel] == \"off\" then \n                 gpio.write(RelayPin,0) \n                 gpio.mode(RelayPin,gpio.OUTPUT)  \n                 print(\"off\") \n              elseif  DelayOption[DelayTimeLabel] == \"negation\" then \n                 gpio.write(RelayPin,1-gpio.read(RelayPin)) \n                 gpio.mode(RelayPin,gpio.OUTPUT)     \n                 print(\"negation\") \n              end \n          end \n     end \n end) \n function DisposeData(label) \n    if  regularoption[label] == \"on\" then \n        gpio.write(RelayPin,1) \n        gpio.mode(RelayPin,gpio.OUTPUT) \n        print(\"on\") \n    elseif  regularoption[label] == \"off\" then \n        gpio.write(RelayPin,0) \n        gpio.mode(RelayPin,gpio.OUTPUT)  \n        print(\"off\") \n    elseif  regularoption[label] == \"negation\" then \n        gpio.write(RelayPin,1-gpio.read(RelayPin)) \n        gpio.mode(RelayPin,gpio.OUTPUT)     \n        print(\"negation\") \n    end \n    print(\"pin=\"..gpio.read(RelayPin))  \n   end \n                       
     

--configwifissid = "";--configwifipwd="";--MqttUserString = "";--MqttPwdString = "";--MqttIPString = "";--MqttPort = ;if configwifipwd == "nil" then   configwifipwd = nilendglobalSendData ="nil"; globalSendData1="nil";globalSendData2="nil";MemoryRelayState = "3";regulartime={};regularoption={};regularrepetition={};DisposeOnceTime="";RegularTimeLabel=0;RegularTimeData="";RegularOptionLabel=0;RegularOptionData="";RegularRepetitionLabel=0;RegularRepetitionData="";RegularCustom={}RegularCustomLabel=0;RegularCustomData="";DelayData={};DelayTime={};DelayOption={};DelayUnixTime={};DelayunixTime=0;DelayIndex=0;DelayTimeLabel=0;DelayTimeData="";DelayTimeDataNumber=0;RelayNowState=0RelayNowStateCopy=0UsartReceiveData="";UsartReceiveDataCnt=0;UsartReceiveDataCntCopy=0;for i=0,7 do    if  file.open("regular="..i..".lua", "r") then        local list = split(file.read(), ';')        for _, s in ipairs(list) do            local mlist = split(s, '=')            if  string.find(mlist[1],"time") then                regulartime[i] = mlist[2];print(regulartime[i])            elseif  string.find(mlist[1],"option") then                 regularoption[i] = mlist[2];print(regularoption[i])            elseif  string.find(mlist[1],"repetition") then                 regularrepetition[i] = mlist[2];print(regularrepetition[i])            end        end        file.close()     end    if  file.open("delay="..i..".lua", "r") then        local list = split(file.read(), ';')        for _, s in ipairs(list) do           local mlist = split(s, '=')           if  string.find(mlist[1],"data") then               DelayData[i] = mlist[2];print(DelayData[i])           elseif  string.find(mlist[1],"time") then               DelayTime[i] = mlist[2];print(DelayTime[i])           elseif  string.find(mlist[1],"option") then                 DelayOption[i] = mlist[2];print(DelayOption[i])                 elseif  string.find(mlist[1],"unixTime") then                 DelayUnixTime[i] = mlist[2];print(DelayUnixTime[i])               end             end        file.close()     end    endif  file.open("initpower.lua","r") then    endif  file.open("switch=1.lua", "r") then    if  file.read() == "relay=1" then        gpio.write(RelayPin,1)        gpio.mode(RelayPin,gpio.OUTPUT)        RelayNowState=1        RelayNowStateCopy=1        print("relay=1")      end    if  file.read() == "relay=0" then        gpio.write(RelayPin,0)        gpio.mode(RelayPin,gpio.OUTPUT)        RelayNowState=0        RelayNowStateCopy=0        print("relay=0")    end    file.close() else    print("open RelayState.lua faild")  endapcfg={}apcfg.ssid=configwifissidapcfg.pwd=configwifipwdwifi.sta.config(apcfg)--wifi.sta.connect()wifi.sta.autoconnect(1)Mymqtt = mqtt.Client(clientid, 120,MqttUserString, MqttPwdString);tmr.alarm(3, 1000, 1, function()    Mymqtt:connect(MqttIPString, MqttPort, 0,ConnectSuccess,ConnectFailed)end)function ConnectSuccess(client)     client:subscribe(SubscribeTopic, 0, subscribeSuccess)     print("connected")     mqttClient = client;     tmr.stop(3);     if sntpAddress == "nil"  then        sntpAddress="ntp2.aliyun.com";     end          mqttConnectedFlage = 1;endfunction ConnectFailed(client,reason)   mqttConnectedFlage = 0;   print("failed reason: " .. reason)   tmr.start(3)endfunction subscribeSuccess(client)    print("subscribe success") endMymqtt:on("message", function(client, topic, data)     local list = split(data, ';')    ControlRelayFlage = -1;    uart.write(0,data)    if  string.find(list[1],"regular") ~= nil then        if  file.open(list[1]..".lua", "w+") then            file.write(data)            file.close()             for _, s in ipairs(list) do                local mlist = split(s, '=')                local aa = string.match(mlist[1],"%d");                 if  string.find(mlist[1],"time") then                    regulartime[tonumber(aa)] = mlist[2];print(regulartime[tonumber(aa)])                elseif  string.find(mlist[1],"option") then                     regularoption[tonumber(aa)] = mlist[2];print(regularoption[tonumber(aa)])                elseif  string.find(mlist[1],"repetition") then                     regularrepetition[tonumber(aa)] = mlist[2];print(regularrepetition[tonumber(aa)])                end            end            globalSendData1 = data        end    elseif string.find(list[1],"delay") ~= nil then        if  file.open(list[1]..".lua", "w+") then            file.write(data)            file.close()             for _, s in ipairs(list) do               local mlist = split(s, '=')               local aa = string.match(mlist[1],"%d");               if  string.find(mlist[1],"data") then                   DelayIndex = tonumber(aa);                   DelayData[tonumber(aa)] = mlist[2];print(DelayData[tonumber(aa)])               elseif  string.find(mlist[1],"time") then                   DelayTime[tonumber(aa)] = mlist[2];print(DelayTime[tonumber(aa)])               elseif  string.find(mlist[1],"option") then                     DelayOption[tonumber(aa)] = mlist[2];print(DelayOption[tonumber(aa)])                     elseif  string.find(mlist[1],"unixTime") then                     DelayUnixTime[tonumber(aa)] = mlist[2];print(DelayUnixTime[tonumber(aa)])                        DelayunixTime = tonumber(mlist[2]);               end                 end            if  DelayunixTime < NodeMcuTimeInSecond and DelayunixTime ~= 0 and DelayunixTime ~= 1 then                globalSendData1 = "delayerror="..DelayIndex..";data"..DelayIndex.."="..                NodeMcuDataString..";".."time"..DelayIndex.."="..NodeMcuTimeString            else                globalSendData1 = data;            end            DelayunixTime=0;            print(globalSendData1)        end    elseif string.find(list[1],"switch") ~= nil then        if  file.open(list[1]..".lua", "w+") then            file.write(list[2])            file.close()             for _, s in ipairs(list) do                if  string.find(s,"relay=0") ~= nil then                    gpio.write(RelayPin,0)                    gpio.mode(RelayPin,gpio.OUTPUT)                    globalSendData1 = data                end                if  string.find(s,"relay=1") ~= nil then                    gpio.write(RelayPin,1)                    gpio.mode(RelayPin,gpio.OUTPUT)                    globalSendData1 = data                end            end        end      elseif string.find(list[1],"initpower") ~= nil then        if  file.open(list[1]..".lua", "w+") then            file.write(list[2])            file.close()             globalSendData1 = data        end     elseif string.find(list[1],"SWStatus") ~= nil then           globalSendData1 = "switch=1;relay="..RelayNowState           end end)--[[The Send Msg]]tmr.alarm(4, 10, 1, function()    if  mqttClient ~= nil and mqttConnectedFlage == 1 then        RelayNowState = gpio.read(RelayPin)        if  RelayNowState ~= RelayNowStateCopy then            RelayNowStateCopy = RelayNowState            globalSendData1 = "switch=1;relay="..RelayNowState        end            if  globalSendData1~="nil" then            globalSendData=globalSendData1;            globalSendData1="nil"        elseif globalSendData2 ~="nil" then            globalSendData=globalSendData2;            globalSendData2="nil"        else            globalSendData="nil";            end        if  globalSendData ~= "nil" then            mqttClient:publish(PublishTopic,globalSendData, 0, 0, function(client)             end)        end    end         if UsartReceiveDataCnt ~= 0 then       if UsartReceiveDataCntCopy == UsartReceiveDataCnt then          UsartReceiveDataCnt=0;          UsartReceiveDataCntCopy = 0;          globalSendData2 = UsartReceiveData;          UsartReceiveData="";       else          UsartReceiveDataCntCopy = UsartReceiveDataCnt;       end    endend)uart.setup(0, 115200, 8, uart.PARITY_NONE, uart.STOPBITS_1)uart.on("data",0,function(data)     UsartReceiveData = UsartReceiveData..data;    UsartReceiveDataCnt = UsartReceiveDataCnt + 1;end, 0)tmr.alarm(0, 500, 1, function()     for  RegularTimeLabel, RegularTimeData in pairs (regulartime)  do         if  RegularTimeData == NodeMcuTimeString  and DisposeOnceTime ~= NodeMcuTimeString then             DisposeOnceTime = NodeMcuTimeString;             if regularrepetition[RegularTimeLabel] ==  "everyday" then                print("everyday")                DisposeData(RegularTimeLabel);             elseif  regularrepetition[RegularTimeLabel] ==  "work" then                 if  NodeMcuWeekdayString=="2" or NodeMcuWeekdayString=="3" or NodeMcuWeekdayString=="4" or NodeMcuWeekdayString=="5" or NodeMcuWeekdayString=="6" then                    print("work")                    DisposeData(RegularTimeLabel);                 end             else                 RegularCustom={}                 RegularCustom = split(regularrepetition[RegularTimeLabel], ',');                    for RegularCustomLabel, RegularCustomData in ipairs (RegularCustom)  do                     if RegularCustomData == NodeMcuWeekdayString then                        print("custom")                        DisposeData(RegularTimeLabel);                     end                 end              end         else            negationOnceTime="";             end    end    for  DelayTimeLabel, DelayTimeData in pairs (DelayUnixTime)  do         --DelayTimeDataNumber = tonumber(DelayTimeData);         if DelayTimeData == NodeMcuTimeInSecond.."" then            if  DelayOption[DelayTimeLabel] == "on" then                gpio.write(RelayPin,1)                gpio.mode(RelayPin,gpio.OUTPUT)                print("on")             elseif  DelayOption[DelayTimeLabel] == "off" then                gpio.write(RelayPin,0)                gpio.mode(RelayPin,gpio.OUTPUT)                 print("off")             elseif  DelayOption[DelayTimeLabel] == "negation" then                gpio.write(RelayPin,1-gpio.read(RelayPin))                gpio.mode(RelayPin,gpio.OUTPUT)                    print("negation")             end         end    endend)function DisposeData(label)   if  regularoption[label] == "on" then       gpio.write(RelayPin,1)       gpio.mode(RelayPin,gpio.OUTPUT)       print("on")   elseif  regularoption[label] == "off" then       gpio.write(RelayPin,0)       gpio.mode(RelayPin,gpio.OUTPUT)        print("off")   elseif  regularoption[label] == "negation" then       gpio.write(RelayPin,1-gpio.read(RelayPin))       gpio.mode(RelayPin,gpio.OUTPUT)           print("negation")   end   print("pin="..gpio.read(RelayPin))   end