robotjs + dualshock

var dualShock = require('dualshock-controller');
var robot = require("robotjs");


//pass options to init the controller.
var controller = dualShock(
    {
        //you can use a ds4 by uncommenting this line.
        config: "dualshock4-generic-driver",
        //if the above configuration doesn't work for you,
        //try uncommenting the following line instead.
        //config: "dualshock4-alternate-driver"
        //if using ds4 comment this line.
       // config: "dualShock3",
        //smooths the output from the acelerometers (moving averages) defaults to true
        accelerometerSmoothing: true,
        //smooths the output from the analog sticks (moving averages) defaults to false
        analogStickSmoothing: false
    });

//make sure you add an error event handler
controller.on('error', err => console.log(err));

//DualShock 4 control rumble and light settings for the controller
controller.setExtras({
  rumbleLeft:  0,   // 0-255 (Rumble left intensity)
  rumbleRight: 0,   // 0-255 (Rumble right intensity)
  red:         0,   // 0-255 (Red intensity)
  green:       75,  // 0-255 (Blue intensity)
  blue:        225, // 0-255 (Green intensity)
  flashOn:     40,  // 0-255 (Flash on time)
  flashOff:    10   // 0-255 (Flash off time)
});

//DualShock 3 control rumble and light settings for the controller
/* controller.setExtras({
  rumbleLeft:  0,   // 0-1 (Rumble left on/off)
  rumbleRight: 0,   // 0-255 (Rumble right intensity)
  led: 2 // 2 | 4 | 8 | 16 (Leds 1-4 on/off, bitmasked)
}); */

//add event handlers:
controller.on('left:move', data => console.log('left Moved: ' + data.x + ' | ' + data.y));

controller.on('right:move', data => console.log('right Moved: ' + data.x + ' | ' + data.y));

controller.on('right:move', data => robot.moveMouse(data.x, data.y));

controller.on('connected', () => console.log('connected'));

controller.on('square:press', ()=> console.log('square press'));
controller.on('square:press', ()=> robot.mouseClick());
controller.on('square:release', () => console.log('square release'));

//sixasis motion events:
//the object returned from each of the movement events is as follows:
//{
//    direction : values can be: 1 for right, forward and up. 2 for left, backwards and down.
//    value : values will be from 0 to 120 for directions right, forward and up and from 0 to -120 for left, backwards and down.
//}

//DualShock 4 TouchPad
//finger 1 is x1 finger 2 is x2
controller.on('touchpad:x1:active', () => console.log('touchpad one finger active'));

controller.on('touchpad:x2:active', () => console.log('touchpad two fingers active'));

controller.on('touchpad:x2:inactive', () => console.log('touchpad back to single finger'));

controller.on('touchpad:x1', data => console.log('touchpad x1:', data.x, data.y));
controller.on('touchpad:x1', data => robot.moveMouse(data.x, data.y));
controller.on('touchpad:x2', data => console.log('touchpad x2:', data.x, data.y));


//right-left movement
controller.on('rightLeft:motion', data => console.log(data));

//forward-back movement
controller.on('forwardBackward:motion', data => console.log(data));

//up-down movement
controller.on('upDown:motion', data => console.log(data));

//controller status
//as of version 0.6.2 you can get the battery %, if the controller is connected and if the controller is charging
controller.on('battery:change', data => console.log(data));

controller.on('connection:change', data => console.log(data));

controller.on('charging:change', data => console.log(data));