Subversion Repositories HomeAutomation

Sensor_ModuleNames    = [ "DS18x20", "FOST02", "BusVoltage", "SimpleDTMF", "DHT11", "VoltageCurrent", "ultrasonic" ];

SensorRf_ModuleNames    = [ "rfTransceive" ];

Sensor_Intervals      = function() { return [ 1, 5, 10, 15, 20 ]; };

Sensor_Aliases        = function() { return Module_GetAliasNames(Sensor_ModuleNames); };

Sensor_AvailableIds   = function() { return Module_GetAvailableIds(Sensor_ModuleNames); };

function Sensor_SetReportInterval(alias_name, interval)

{

    if (arguments.length < 2)

    {

        Log("\033[31mNot enough parameters given.\033[0m\n");

        return false;

    }

    var aliases_data = Module_ResolveAlias(alias_name, Sensor_ModuleNames);

    var found = false;

    for (var name in aliases_data)

    {

        var variables = {"Time"     : interval };

        if (Module_SendMessage(aliases_data[name]["module_name"], aliases_data[name]["module_id"], "Report_Interval", variables))

        {

            Log("\033[32mCommand sent successfully to " + name + ".\033[0m\n");

        }

        else

        {

            Log("\033[31mFailed to send command to " + name + ".\033[0m\n");

        }

        found = true;

    }

    if (!found)

    {

        Log("\033[31mNo aliases by the name " + alias_name + " were applicable for this command.\033[0m\n");

        return false;

    }

    return true;

}

Console_RegisterCommand(Sensor_SetReportInterval, function(arg_index, args) { return Console_StandardAutocomplete(arg_index, args, Sensor_Aliases(), Sensor_Intervals()); });

Sensor_OnNewPhonenumberFunctions = [];

function Sensor_RegisterToNewPhonenumber(alias_name, callback)

{

  if (!Sensor_OnNewPhonenumberFunctions[alias_name])

  {

    Sensor_OnNewPhonenumberFunctions[alias_name] = [];

  }

  Sensor_OnNewPhonenumberFunctions[alias_name].push(callback);

}

Sensor_OnDeviceStateChangeFunctions = [];

function Sensor_RegisterToDeviceStateChange(alias_name, callback)

{

  if (!Sensor_OnDeviceStateChangeFunctions[alias_name])

  {

    Sensor_OnDeviceStateChangeFunctions[alias_name] = [];

  }

  Sensor_OnDeviceStateChangeFunctions[alias_name].push(callback);

}

function Sensor_OnMessage(module_name, module_id, command, variables)

{

  if (in_array(Sensor_ModuleNames, module_name))

  {

    var aliases_data = Module_LookupAliases({

      "module_name" : module_name,

      "module_id"   : module_id,

      "group"       : false

    });

    switch (command)

    {

      case "Phonenumber":

      {

        for (var alias_name in aliases_data)

        {

          var number = variables["Number"];

          var incommingCall = true;

          var checkName = true;

          Log("received from DTMF:\"" + number + "\"");

          if (variables["Number"].length >= 6)

          {

            /* A seems to mean it is an incomming call! */

            if (number.charAt(0) === 'A' || number.charAt(0) === 'D')

            {

              incommingCall = true;

              /* Remove leading A */

              number = number.substring(1);

            }

            else /* Outgoing call */

            {

              incommingCall = false;

            }

            /* A number can have a trailing C */

            var endIndex = number.indexOf('C');

            if (endIndex !== -1)

            {

              /* Remove trailing C */

              number = number.substring(0, endIndex);

            }

          }

          else if (number == "B00C")

          {

            /* Unknown number */

            number = "Unknown";

            incommingCall = true;

            checkName = false;

          }

          else if (number == "B10C")

          {

            /* Secret/protected number */

            number = "Protected";

            incommingCall = true;

            checkName = false;

          }

          else

          {

            Log("DTMF decoded number is to short, number: \"" + number + "\", length: " + number.length);

            return;

          }

          /* Adding area code prefix if needed */

          if (number.charAt(0) != '0' && checkName)

          {

            if (typeof sensorDefaultPhoneAreaCode === 'undefined')

            {

              Log("\033[31mOnlinePhonebook: please add sensorDefaultPhoneAreaCode = yourAreaCode to autostart.js, defaulting to 031\033[0m\n");

              number = "031" + number;

            }

            else

            {

                number = sensorDefaultPhoneAreaCode + number;

            }

          }

          /* Store number and direction in last values */

          var lastValue = {};

          var lastValueString = Storage_GetParameter("LastValues", alias_name);

          if (lastValueString)

          {

            lastValue = JSON.parse(lastValueString);

          }

          var timestamp = get_time();

          lastValue["Phonenumber"] = { "value" : number, "timestamp" : timestamp };

          lastValue["Direction"] = { "value" : incommingCall ? "in" : "out", "timestamp" : timestamp };

          Storage_SetParameter("LastValues", alias_name, JSON.stringify(lastValue));

          /* Store number in phone call history */

          var newValue = { "number" : number, "direction" : incommingCall ? "in" : "out", "module" : alias_name, "names" : [], "timestamp" : timestamp };

          Storage_SetParameter("PhoneCalls", timestamp, JSON.stringify(newValue));

          /* Log the number */

          Log("New number: " + number + ", direction: " + (incommingCall ? "in" : "out"));

          /* Lookup name */

          if (checkName)

          {

            Sensor_StoreNumberInPhonebook(number, timestamp);

          }

          var phonebookNumbers = Storage_GetJsonParamter("PhoneBook", number);

          if (!phonebookNumbers)

          {

            phonebookNumbers = [];

          }

          /* Call any potential subscribers */

          if (Sensor_OnNewPhonenumberFunctions[alias_name])

          {

            for (var n in Sensor_OnNewPhonenumberFunctions[alias_name])

            {

              /* Call callback with arguments alias, number, direction */

              Sensor_OnNewPhonenumberFunctions[alias_name][n](alias_name, number, incommingCall ? "in" : "out", phonebookNumbers);

            }

          }

        }

        break;

      }

      case "Voltage":

      case "Temperature_Celsius":

      {

        if ((module_name == "DS18x20") && (variables["Value"] == 85))

        {

          Log("\033[31mDS18x20: Temperature conversion error: " + module_name + ":" + module_id + ", SensorId=" + variables["SensorId"] + "\033[0m");

          break;

        }

      }

      case "Humidity_Percent":

      case "Percent":

      case "Distance":

      {

        for (var alias_name in aliases_data)

        {

          if (aliases_data[alias_name]["specific"]["SensorId"] != variables["SensorId"])

          {

            continue;

          }

          var last_value = {};

          var last_value_string = Storage_GetParameter("LastValues", alias_name);

          if (last_value_string)

          {

            last_value = eval("(" + last_value_string + ")");

          }

          last_value[command] = { "value" : variables["Value"], "timestamp" : get_time() };

          Storage_SetParameter("LastValues", alias_name, JSON.stringify(last_value));

        }

        break;

      }

    }

  }

}

Module_RegisterToOnMessage("all", Sensor_OnMessage);

function SensorRf_OnMessage(module_name, module_id, command, variables)

{

    if (in_array(SensorRf_ModuleNames, module_name))

    {

        var aliases_data = Module_LookupAliases({

        "module_name" : module_name,

        "module_id"   : module_id,

        "group"       : false   });

        /* Must check sensor here in case no alias is stored the adress needs to be printed */

        var VikingSuccess = "NoVikingSensor";

        if (variables["Protocol"] == "Viking")

        {

            /*

                              ??? aaaaaaaa sttttttttttt hhhhhhhh cccccccc

            341731651126    0b100 11111001 000011001011 00101110 00110110   20.3 46%

            a = address, s = sign, t = temperature, h = humidity, c = crc

            */

            var data = variables["IRdata"];

            var crc = data&0xFF;

            var humidity = (data>>>8)&0xFF;

            var temp = (data>>>16)&0xFFF;

            var addr = rshift(data,28)&0xFF;

            var unknown = rshift(data,36)&0xF;

            var calccrc=crc8(rshift(data,8), 32);

            var sign = (temp>>>11)&1;

            temp = temp&0x7FF;

            if (sign > 0)

            {

                temp = -temp;

            }

            temp = temp/10;

            VikingSuccess = "VikingNotFound";

            if (unknown != 4)

            {

                Log("\033[33mWarning: VikingSensor, unknown part="+unknown+", data="+data+"\033[0m");

            }

        }

        loopAliases:    /* Label to break nested */

        for (var alias_name in aliases_data)

        {

            if (aliases_data[alias_name]["specific"]["Channel"] == variables["Channel"] &&

                aliases_data[alias_name]["specific"]["Proto"] == variables["Protocol"])

            {

                switch (variables["Protocol"])

                {

                    case "Viking":

                    {   /* Add alias with these specifics: Channel=0,Proto=Viking,Address=<address of sensor> */

                        if (crc != calccrc)

                        {

                            Log("\033[31mError: VikingSensor, incorrect CRC, data="+data+", CRC="+crc+", calcCRC="+calccrc+"\033[0m");

                            break loopAliases;

                        }

                        if (addr == aliases_data[alias_name]["specific"]["Address"])

                        {

                            VikingSuccess = "VikingFound";

                            var last_value = {};

                            var last_value_string = Storage_GetParameter("LastValues", alias_name);

                            if (last_value_string)

                            {

                                last_value = eval("(" + last_value_string + ")");

                            }

                            var timestamp = get_time();

                            last_value["Temperature_Celsius"] = { "value" : temp.toString(), "timestamp" : timestamp };

                            if (humidity<101)

                            {

                                last_value["Humidity_Percent"] = { "value" : humidity.toString(), "timestamp" : timestamp };

                            }

                            Storage_SetParameter("LastValues", alias_name, JSON.stringify(last_value));

                            break loopAliases;

                        }

                        break;

                    }

                    case "Nexa2":

                    {   /* Add alias with these specifics: Channel=0,Proto=Nexa2,OnData=<data for on>,OffData=<data for off> */

                        var deviceStateCommand = "";

                        if (variables["IRdata"] == aliases_data[alias_name]["specific"]["OnData"] && variables["Status"] == "Pressed")

                        {

                            deviceStateCommand = "On";

                        }

                        else if (variables["IRdata"] == aliases_data[alias_name]["specific"]["OffData"] && variables["Status"] == "Pressed")

                        {

                            deviceStateCommand = "Off";

                        }

                        else

                        {

                            break;

                        }

                        var last_value = {};

                        var last_value_string = Storage_GetParameter("LastValues", alias_name);

                        if (last_value_string)

                        {

                            last_value = eval("(" + last_value_string + ")");

                        }

                        if (( typeof(last_value["State"]) == "undefined" ) ||

                            ( deviceStateCommand == "Off" && last_value["State"]["value"] == "On" ) ||

                            ( deviceStateCommand == "On" && last_value["State"]["value"] == "Off" ))

                        {

                            last_value["State"] = { "value" : deviceStateCommand, "timestamp" : get_time() };

                            Storage_SetParameter("LastValues", alias_name, JSON.stringify(last_value));

                            /* Call any potential subscribers */

                            if (Sensor_OnDeviceStateChangeFunctions[alias_name])

                            {

                                for (var n in Sensor_OnDeviceStateChangeFunctions[alias_name])

                                {

                                    /* Call callback with arguments alias, state */

                                    Sensor_OnDeviceStateChangeFunctions[alias_name][n](alias_name, deviceStateCommand);

                                }

                            }

                        }

                        break;

                    }

                }

            }

        }

        if (VikingSuccess == "VikingNotFound")

        {

            Log("Found unknown vikingsensor address="+addr+" temperature="+temp+" humidity="+humidity+" unknown="+unknown);

        }

    }

}

Module_RegisterToOnMessage("all", SensorRf_OnMessage);

function Sensor_StoreNumberInPhonebook(number, timestamp)

{

  var phonebookNumbers = Storage_GetJsonParamter("PhoneBook", number);

  if (!phonebookNumbers)

  {

    phonebookNumbers = [];

    url = "wap.eniro.se/query?search_word=" + number + "&what=mobwp";

    //Log("\033[31mURL: http://"+url+"\033[0m\n");

    Http_Request(url, function(socket_id, result, header, content_data)

    {

      //Log("\033[31mOnlinePhonebook-eniro: result was: " + result + "\033[0m\n");

      //Log("\033[31mOnlinePhonebook-eniro: content was: " + content_data + "\033[0m\n");

      if (result.indexOf("200 OK") != -1)

      {

        var lines = content_data.split("\n");

        var endString = "<anchor>Tillbaka<prev/></anchor>";

        var nameStartString = "<td class=\"hTd2\">";

        var nameEndString = "</table>";

        for (var n = 1; n < lines.length; n++)

        {

          var line = lines[n].trim("\n");

          if (line.indexOf(endString) != -1)

          {

            break;

          }

          if (line.indexOf(nameStartString) != -1)

          {

            line = lines[n + 1].trim("\n");

            splitted = line.split("b>");

            phonebookNumbers.push(splitted[1].substr(0, splitted[1].length - 2));

            break;

          }

        }

        //Log("\033[31mOnlinePhonebook: Line: " + lines[1] + "\033[0m\n");

        //Log("\033[31mOnlinePhonebook: Line: " + lines[2] + "\033[0m\n");

        //Log("\033[31mOnlinePhonebook: Line: " + lines[3] + "\033[0m\n");

        if (phonebookNumbers.length > 0)

        {

          Storage_SetJsonParameter("PhoneBook", number, phonebookNumbers);

          Sensor_UpdateNameInPhonecalls(timestamp, phonebookNumbers);

          Log("\033[31mOnlinePhonebook-eniro: Found: " + JSON.stringify(phonebookNumbers) + "\033[0m\n");

        }

      }

      else

      {

        Log("\033[31mOnlinePhonebook-eniro: Failed to do name lookup, result was: " + result + "\033[0m\n");

      }

      if (phonebookNumbers.length == 0)

      {

        if (typeof sensorRKSEEK_API !== 'undefined')

        {

          url = "rkseek.oblivioncreations.se/?client="+sensorRKSEEK_API+"&n=" + number + "&out=text";

          Log("\033[31mURL: http://"+url+"\033[0m\n");

          Http_Request(url, function(socket_id, result, header, content_data)

          {

            phonebookNumbers = [];

            if (result.indexOf("200 OK") != -1)

            {

              //Log("\033[31mOnlinePhonebook: result was: " + content_data + "\033[0m\n");

              var lines = content_data.split("\n");

              //Log("\033[31mOnlinePhonebook: Line: " + lines[1] + "\033[0m\n");

              //Log("\033[31mOnlinePhonebook: Line: " + lines[2] + "\033[0m\n");

              //Log("\033[31mOnlinePhonebook: Line: " + lines[3] + "\033[0m\n");

              if (lines[2].length > 0)

              {

                phonebookNumbers = [ lines[2] ]; // TODO Is this really correct?!

                Storage_SetJsonParameter("PhoneBook", number, phonebookNumbers);

                Sensor_UpdateNameInPhonecalls(timestamp, phonebookNumbers);

                Log("\033[31mOnlinePhonebook-rseek: Found: " + JSON.stringify(phonebookNumbers) + "\033[0m\n");

              }

            }

            else

            {

              Log("\033[31mOnlinePhonebook-rseek: Failed to do name lookup, result was: " + result + "\033[0m\n");

            }

          });

        }

      }

    });

        /*

        Http_Request("wap.hitta.se/default.aspx?Who=" + number + "&Where=&PageAction=White",

            function(socket_id, result, header, content_data) {

                var persons = new Array();

                if (result.indexOf("200 OK") != -1)

                {

                    var endString = "<anchor>Tillbaka<prev/></anchor>";

                    var nameStartString = " title=\"Link\">";

                    var nameEndString = "</a>";

                    var lines = content_data.split("<br/>");

                    for (var n = 1; n < lines.length; n++)

                    {

                        var line = lines[n].trim(" \n");

                        if (line.indexOf(endString) != -1)

                        {

                            break;

                        }

                        var pos = line.indexOf(nameStartString + (persons.length+1) + ".");

                        if (pos != -1)

                        {

                            pos += nameStartString.length + 2

                            persons[persons.length] = line.substr(pos, line.length-pos-nameEndString.length).html_entity_decode().replace("  ", " ");

                        }

                    }

                    if (persons.length > 0) {

                        Storage_SetJsonParameter("PhoneBook", number, persons);

                        //CAll all listeners!

                        //....

                        Log("\033[31mOnlinePhonebook: Found: " + JSON.stringify(persons) + "\033[0m\n");

                    }

                }

                else

                {

                    Log("\033[31mOnlinePhonebook: Failed to do name lookup, result was: " + result + "\033[0m\n");

                }

            }

        );

        */

  }

  else

  {

    //Log("Number already stored\n");

    Sensor_UpdateNameInPhonecalls(timestamp, phonebookNumbers);

  }

  return phonebookNumbers;

}

Console_RegisterCommand(Sensor_StoreNumberInPhonebook, function(arg_index, args) { return Console_StandardAutocomplete(arg_index, args); });

function Sensor_StoreNumberInPhonebookManual(number, name)

{

    if (arguments.length < 2)

    {

        Log("\033[31mNot enough parameters given.\033[0m\n");

        return false;

    }

    var completename = arguments[1];

    for (var i=2; i<arguments.length; i++)

    {

        completename = completename+" "+arguments[i];

    }

    phonebookNumbers = [];

    phonebookNumbers.push(completename);

    Storage_SetJsonParameter("PhoneBook", number, phonebookNumbers);

}

Console_RegisterCommand(Sensor_StoreNumberInPhonebookManual, function(arg_index, args) { return Console_StandardAutocomplete(arg_index, args); });

function Sensor_UpdateNameInPhonecalls(timestamp, numbers)

{

  if (numbers.length > 0)

  {

    var lastValueString = Storage_GetParameter("PhoneCalls", timestamp);

    if (lastValueString)

    {

      var lastValue = JSON.parse(lastValueString);

      lastValue.names = numbers;

      Storage_SetParameter("PhoneCalls", timestamp, JSON.stringify(lastValue));

    }

  }

}

function Sensor_SetUltrasonicMode(alias_name, BottomLimit, TopLimit, mode)

{

    if (arguments.length < 4)

    {

        Log("\033[31mNot enough parameters given.\033[0m\n");

        return false;

    }

    var aliases_data = Module_ResolveAlias(alias_name, Sensor_ModuleNames);

    var found = false;

    for (var name in aliases_data)

    {

        var variables = {   "0Percent"     : BottomLimit,

                    "100Percent"   : TopLimit,

                    "SensorMode"   : mode,

                    "SensorId"  : aliases_data[name]["specific"]["Channel"],

        };

        if (Module_SendMessage(aliases_data[name]["module_name"], aliases_data[name]["module_id"], "UltrasonicConfig", variables))

        {

            Log("\033[32mCommand sent successfully to " + name + ".\033[0m\n");

        }

        else

        {

            Log("\033[31mFailed to send command to " + name + ".\033[0m\n");

        }

        found = true;

    }

    if (!found)

    {

        Log("\033[31mNo aliases by the name " + alias_name + " were applicable for this command.\033[0m\n");

        return false;

    }

    return true;

}

Console_RegisterCommand(Sensor_SetUltrasonicMode, function(arg_index, args) { return Console_StandardAutocomplete(arg_index, args, Sensor_Aliases()); });