Android code to simulate user clicks, swipe and other operations

/**
* Simulate user click
*
* @param view to trigger the action
* @param x x    -axis offset relative to the upper-left corner of the view to manipulate
* @param y    offset from the upper left-hand corner of the view to manipulate
*/
private static void Analoguserclick (view view, float x, float y) {
  if (view = = null) {
    Return
  }
  LOGUTIL.E (Tag_point, "simulating click Operation:p->" + x + "," + y);
  Long downtime = Systemclock.uptimemillis ();//Analog Press down time

  Long eventtime = downtime;//event Occurrence time

  Motionevent downevent = Motionevent.obtain (Downtime, eventtime,
      Action_down, x, y, 0);
  View.ontouchevent (downevent);

  Eventtime = eventtime + 90;//leave screen time

  Motionevent upevent = Motionevent.obtain (Downtime, eventtime,
      Motionevent.action_up, x, y, 0);
  View.ontouchevent (upevent);

  Recycling Events
  Downevent.recycle ();
  Upevent.recycle ();
}

/**
* Simulate user swipe operation
*
* @param view to trigger the action
* @param type of analog operation: uniform sliding, fast sliding
* @param the starting point of the p1x slide x coordinate
* @param p1y The starting point y-coordinate of the slide
* @param p2x the end of the slide x coordinate
* @param p2y the end of the slide y-coordinate
*/
private static void Analoguserscroll (view view, final int type, final float p1x, final float p1y, final float p2x, final f Loat p2y) {
LOGUTIL.E (Tag_point, "simulating the sliding screen operation:p1->" + p1x + "," + p1y + ";p 2->" + p2x + "," + p2y);
if (view = = null) {
Return
}
Long downtime = Systemclock.uptimemillis ();//Analog Press down time

Long eventtime = downtime;

float PX = p1x;
float PY = p1y;
int speed = 0;//Fast Slide
float Touchtime = 116;//number of touch events occurred while simulating sliding

The average distance to move each event
float Perx = (p2x-p1x)/touchtime;
float Pery = (p2y-p1y)/touchtime;

Boolean isreversal = Perx < 0 | | Pery < 0;//to determine whether to reverse: swipe your finger from bottom to top, or swipe your finger from right to left
Boolean Ishandy = Math.Abs (Pery) > Math.Abs (Perx);//Decide whether to swipe left or right or swipe up or down

if (type = = User_touch_type_1) {//Accelerated swipe
Touchtime = 10;//If it is a quick swipe, the touch event that occurs is less than even sliding
Speed = Isreversal? -20:20;//reverse movement, the coordinates are decremented each time
}

Impersonate the user by pressing
Motionevent downevent = Motionevent.obtain (Downtime, eventtime,
Action_down, PX, PY, 0);
View.ontouchevent (downevent);

Simulating events during a move
list<motionevent> moveevents = new arraylist<> ();
Boolean isskip = false;
for (int i = 0; i < touchtime; i++) {

PX + = (Perx + speed);
PY + = (Pery + speed);
if ((Isreversal && PX < P2X) | | (!isreversal && PX > P2X)) {
PX = P2X;
Isskip =!ishandy;
}

if ((Isreversal && PY < p2y) | | (!isreversal && PY > P2Y)) {
PY = P2Y;
Isskip = Ishandy;
}
Eventtime + = 20.0f;//Event time is increasing
Motionevent moveevent = getmoveevent (Downtime, eventtime, PX, PY);
Moveevents.add (moveevent);
View.ontouchevent (moveevent);
if (type = = User_touch_type_1) {//Accelerated swipe
Speed + = (isreversal -70:70);
}
if (Isskip) {
Break
}
}

Analog Finger off screen
Motionevent upevent = Motionevent.obtain (Downtime, eventtime,
Motionevent.action_up, PX, PY, 0);
View.ontouchevent (upevent);

Reclaim Touch Events
Downevent.recycle ();
for (int i = 0; i < moveevents.size (); i++) {
Moveevents.get (i). Recycle ();
}
Upevent.recycle ();
}

Android code to simulate user clicks, swipe and other operations