fiberline

setGlobal('minMsgLevel',1);
 if (gg("Radio.RadioIsPlay")){
   callMethod("Radio.RadioStop");
 } 

setGlobal('minMsgLevel',0);
 if (gg("Radio.RadioIsPlay")){
   callMethod("Radio.RadioStop");
 }  

$device_id=$params['did'];
$destination_id=$params['dest'];
$packet_id=$params['pid'];
$command_id=$params['c'];
$data=$params['d'];

if ($device_id==0) {
 if ($command_id==10) {
  //temp
 setGlobal('ws.tempInside',round($data/100));
 } elseif ($command_id==12) {
  //motion
  callMethod('intSensor.statusChanged',array('status'=>1));
  clearTimeOut($id.'_move');
  setTimeOut($id.'_move',"callMethod('intSensor.statusChanged',array('status'=>0));",20);  
 }
}

$id=$params['rcswitch'];
if ($id=='12345') {
 //sensor 1
}

$status="";
    $status.="Сейчас в Мучкапском "."."; //.gg("ow_city.name").".";
    say($status,1);
    
    $status="";
    $w=round(gg("ow_fact.temperature"));
    $tempw=$w;
    if($tempw >= 11 and $tempw <= 14){
    $tempcels=" градусов ";
    }
    else{

    while ($tempw > 9){
    $tempw=$tempw-10;
    }
    
    if($tempw == 0 or $tempw >= 5 and $tempw <= 9){
    $tempcels= градусов ; }
    if($tempw == 1){
    $tempcels= градус ; }
    if($tempw >= 2 and $tempw <= 4){
    $tempcels= градуса ; }
    }
        //$tNew = abs((float)getGlobal('ow_fact.temperature'));
    $status.=' Температура '.getGlobal('ow_fact.temperature')." ".$tempcels." цельсия";
    say($status,1);
    $tempw="";
    $tempcels="";
    
    $status="";  
    $h=round(gg("ow_fact.humidity"));
    $tempw=$h;
    if($tempw >= 11 and $tempw <= 14){
    $tempcels=" процентов ";
    }
    else{

    while ($tempw > 9){
    $tempw=$tempw-10;
    }
    
    if($tempw == 0 or $tempw >= 5 and $tempw <= 9){
    $tempcels= процентов ; }
    if($tempw == 1){
    $tempcels= процент ; }
    if($tempw >= 2 and $tempw <= 4){
    $tempcels= процента ; }
    }
    $status.="Относительная влажность ".gg("ow_fact.humidity")." ".$tempcels. ".";
    say($status,1);
    $tempw="";
    $tempcels="";
    
    $status="";
    $pressure=(float)gg("ow_fact.pressure");
    if ($pressure<728) {
     $status.=' Атмосферное давление пониженное';
    } elseif ($pressure>768) {
     $status.=' Атмосферное давление повышенное.';
    } else {
     $status.=' Атмосферное давление нормальное.';
    }
    say($status,1);
    
    $status="";
    // ветер
    $WindSpeed=(float)gg("ow_fact.wind_speed");
    if ($WindSpeed<1) {
     $status.=' Ветра нет.';
    } elseif ($WindSpeed<3) {
     $status.=' Ветер слабый.';
    } elseif ($WindSpeed<6) {
     $status.=' Ветер сильный.';
    } elseif ($WindSpeed<9) {
     $status.=' Ветер очень сильный.';
    } else {
     $status.=' Ветер очень! Очень сильный.';
    }
    $status.=' Направление '.getGlobal('ow_fact.wind_direction_full').'.';
    say($status,1);

say(LANG_GENERAL_SETTING_UP_LIGHTS,2);
// to-do

//CPU temp1
$cpu_temp=exec('cat /sys/devices/platform/coretemp.0/hwmon/hwmon0/temp2_input') / 1000;
$cpu_temp=round($cpu_temp,1);
setGlobal("ThisComputer.tempCore1",$cpu_temp);

//CPU temp1
$cpu_temp=exec('cat /sys/devices/platform/coretemp.0/hwmon/hwmon0/temp3_input') / 1000;
$cpu_temp=round($cpu_temp,1);
setGlobal("ThisComputer.tempCore2",$cpu_temp);

//CPU temp1
//$cpu_temp=exec('cat /sys/devices/LNXSYSTM:00/LNXSYBUS:00/PNP0A03:00/device:00/ATK0110:00/hwmon/hwmon0/temp1_input') / 1000;
//$cpu_temp=round($cpu_temp,1);
//setGlobal("ThisComputer.CPU_temp1",$cpu_temp);

//MB temp
$mb_temp=exec('cat /sys/devices/LNXSYSTM:00/LNXSYBUS:00/PNP0A03:00/device:00/ATK0110:00/hwmon/hwmon0/temp2_input') / 1000;
$mb_temp=round($mb_temp,1);
setGlobal("ThisComputer.MB_temp",$mb_temp);

//CPU usage
$cpu_usage=exec("top -bn 1 | awk '{print $9}' | tail -n +8 | awk '{s+=$1} END {print s}'");
setGlobal("ThisComputer.CPU_usage",$cpu_usage);

//System uptime
$sys_uptime=exec('uptime');
$sys_uptime = explode(' up ', $sys_uptime);
$sys_uptime = explode(',', $sys_uptime[1]);
$sys_uptime = trim($sys_uptime[0]);
setGlobal("ThisComputer.System_uptime",$sys_uptime);

//Memory usage/total
$mem_total=exec("cat /proc/meminfo | grep MemTotal | awk '{print $2}'");
$mem_usage=$mem_total - exec("cat /proc/meminfo | grep MemFree | awk '{print $2}'");
$sys_memory=$mem_usage . "/" . $mem_total;
setGlobal("ThisComputer.System_memory",$sys_memory);

//HDD /dev/sda temp
$hdd_temp=exec("hddtemp -n /dev/sda");
//$hdd_temp=exec("smartctl -a /dev/sda | grep -i temperature | awk '{print $10}'");      
//ereg("[^:]*\:[ ]*[^:]*\:[ ]*([0-9+-.]*)",$hdd_temp,$arr);
//$hdd_temp = trim($arr[1]);
//$hdd_temp = str_replace('+','',$hdd_temp);
setGlobal("ThisComputer.HDD_temp",$hdd_temp);


//HDD free space
$hdd_freespace=exec("df -h | grep /dev/sda | awk '{print $4}'");
setGlobal("ThisComputer.HDD_freespace",$hdd_freespace);

// HDD free space system
$bytes = disk_free_space("."); 
$si_prefix = array( 'B', 'KB', 'MB', 'GB', 'TB', 'EB', 'ZB', 'YB' );
$base = 1024;
$class = min((int)log($bytes , $base) , count($si_prefix) - 1);
$temp = round($bytes / pow($base,$class)) . ' ' . $si_prefix[$class];
sg('HDD_System_Freespace',$temp);

exec("sensors",$asensors);
for($i=0;$i<count($asensors);$i++) {
   ereg("[^:]*\:[ ]*([0-9+-.]*)",$asensors[$i],$arr);
   $temp = trim($arr[1]);
   $temp = str_replace('+','',$temp);
   switch (substr($asensors[$i],0,6)) {
     case 'Vcore_Voltage':
        sg('ThisComputer.Vcore_Voltage',$temp);
        break;
    case '3.3_Voltage':
        sg('ThisComputer.3.3_Voltage',$temp);
        break;
    case '5_Voltage':
        sg('ThisComputer.5_Voltage',$temp);
        break;
    case '12_Voltage':
        sg('ThisComputer.12_Voltage',$temp);
        break;
    case 'CPU_FAN_Speed':
        sg('ThisComputer.CPU_FAN_Speed',$temp);
        break;
    case 'CHASSIS_FAN_Speed':
        sg('ThisComputer.CHASSIS_FAN_Speed',$temp);
        break;
    case 'CPU_Temperature':
        sg('ThisComputer.CPU_Temperature',$temp);
        break;
    case 'MB_Temperature':
        sg('ThisComputer.MB_Temperature',$temp);
        break;
    };
};

echo getGlobal("admin.Coordinates");

say(timeNow());