# MITA

The next code allow us to control a Roku tv with XDK.

```
/**
 * Welcome to Eclipse Mita.
 *
 * Not sure what to do now?
 * Check out the "Getting started" guide on https://mita.io.
 */

package main;
import platforms.xdk110;


var banlux: int32;
var ban: int32;

//First we need to initialize our variables.
every XDK110.startup {
    ban = 0;
    banlux = 0;
}

// Create a wireless connection named 'wireless', set up you password and ssid
setup wireless : WLAN {
    ssid = "Totalplay-***";
    ipConfiguration = Dhcp();
    authentication = Personal(psk = "password");
}

// Get the ip direcction from you tv, read ROKU API, to get all the roku devices
// Define the Rest Method that you want to use. 
setup roku : HttpRestClient {
    transport = wireless;
    endpointBase = "http://192.168.100.35:8060";
    var up = resource('/keypress/Up');
    var down = resource('/keypress/Down');
    var left = resource('/keypress/Left');
    var right = resource('/keypress/Right');
    var volumeUp = resource('/keypress/VolumeUp');//Button1
    var volumeDown = resource('/keypress/VolumeDown');//Button2
    var volumeMute = resource('/keypress/VolumeMute');//Shake
    var enter = resource('/keypress/Enter');//Tap
    var poweroff = resource('/keypress/PowerOff');//Light
}

// Define the triggers
// Button 1 - allow us to volumeUp
every button_one.pressed {
     roku.volumeUp.write('');
     println('volumeUp');
}

// Button 1 - allow us to volumenDown
every button_two.pressed {
     roku.volumeDown.write('');
     println('volumeDown');
}

// We need to initialize the Gyroscope to read real data form this sensor.
setup Gyroscope_BMG160 {
  range = Range_250s;
  bandwidth = Bw_12Hz;
}
setup Gyroscope_BMI160 {
  range = Range_250s;
  bandwidth = BW_10_7Hz;
}

setup accelerometer{


}
//A single tap on the XDK allow us to Mute the TV
every accelerometer.single_tap{
    roku.volumeMute.write('');
    println('Mute');
}

//Problem XDK Logic
/*every accelerometer.double_tap{
    roku.enter.write('');
}*/

// Every 100 milliseconds we need to verify the state of the sensor to determine when a clause was succesful accomplish
every 100 milliseconds {
      var x = gyroscope.x_axis.read();
      var y = gyroscope.y_axis.read();

     if(light.intensity.read() < 100 && banlux!=1){
         roku.poweroff.write('');
         println('Off');
         banlux=1;

     }

      if(x>200 && ban!=1){ //X
        println('right');
        ban=1;
         roku.right.write('');

     }
     if(x<-200 && ban!=1){
         println('left');
         ban=1;
         roku.left.write('');

     }
     if(y>200 && ban!=1){//Y
         println('forward');
         ban=1;
         roku.up.write('');

     }
     if(y<-200 && ban!=1){
         println('back');
         ban=1;
         roku.down.write('');

     }     

  }

  //every 10 an 5 we clear the variable used as flags
  every 10 seconds{
      banlux=0;

}

  every 5 seconds{
      ban=0;

}
```


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