/// <summary>
/// The point of the random mouse movements is to not click the exact same coordinate every click.
/// If there was a game, for example, and you wanted to hide the fact that you were using an auto-clicker
/// Moving the mouse coordinates just a little bit every so often could help mask this fact.
/// </summary>
private void RandomlyUpdateMouseCoordinates()
{
if (this.run)
{
UpdateMouseCenterIfUserMovedMouse();
Random rnd = new Random();
int randX = this.centerMouseX + rnd.Next(1, mousePixelsToMoveFromCenter);
int randY = this.centerMouseY + rnd.Next(1, mousePixelsToMoveFromCenter);
Win32.POINT p = new Win32.POINT();
int sleepTime = rnd.Next(1000, 4500); //Sleep between 1 and 4.5 seconds..?
Win32.ClientToScreen(this.Handle, ref p);
Win32.SetCursorPos(randX, randY);
System.Threading.Thread.Sleep(sleepTime);
SetMouseCoordLabels(Cursor.Position.X.ToString(), Cursor.Position.Y.ToString());
}
}
public void Click(AutoAction action)
{
List <ClickOnPointTool.INPUT> inputs = new List <ClickOnPointTool.INPUT>();
var chosenPoint = new Win32.POINT();
// Move the mouse if required.
if (action.locationType == LocationType.Fixed)
{
chosenPoint.x = action.x;
chosenPoint.y = action.y;
}
else if (action.locationType == LocationType.Random)
{
chosenPoint.x = rnd.Next(65536);
chosenPoint.y = rnd.Next(65536);
}
else if (action.locationType == LocationType.RandomRange)
{
chosenPoint.x = rnd.Next(action.x, action.x + action.width);
chosenPoint.y = rnd.Next(action.y, action.y + action.height);
}
//Click Type
for (int i = 0; i < (action.doubleClick ? 2 : 1); i++)
{
// Add a delay if it's a double click
if (i == 1)
{
Thread.Sleep(50);
}
if (action.buttonType == ButtonType.Left)
{
ClickOnPointTool.INPUT inputDown = new ClickOnPointTool.INPUT
{
Type = (uint)Win32.SendInputEventType.InputMouse,
Data = new ClickOnPointTool.MOUSEKEYBDHARDWAREINPUT()
{
Mouse = new ClickOnPointTool.MOUSEINPUT
{
Flags = (uint)Win32.MouseEventFlags.LeftDown
}
}
};
inputs.Add(inputDown);
ClickOnPointTool.INPUT inputUp = new ClickOnPointTool.INPUT
{
Type = (uint)Win32.SendInputEventType.InputMouse,
Data = new ClickOnPointTool.MOUSEKEYBDHARDWAREINPUT()
{
Mouse = new ClickOnPointTool.MOUSEINPUT
{
Flags = (uint)Win32.MouseEventFlags.LeftUp
}
}
};
inputs.Add(inputUp);
}
if (action.buttonType == ButtonType.Middle)
{
ClickOnPointTool.INPUT inputDown = new ClickOnPointTool.INPUT
{
Type = (uint)Win32.SendInputEventType.InputMouse,
Data = new ClickOnPointTool.MOUSEKEYBDHARDWAREINPUT()
{
Mouse = new ClickOnPointTool.MOUSEINPUT
{
Flags = (uint)Win32.MouseEventFlags.MiddleDown
}
}
};
inputs.Add(inputDown);
ClickOnPointTool.INPUT inputUp = new ClickOnPointTool.INPUT
{
Type = (uint)Win32.SendInputEventType.InputMouse,
Data = new ClickOnPointTool.MOUSEKEYBDHARDWAREINPUT()
{
Mouse = new ClickOnPointTool.MOUSEINPUT
{
Flags = (uint)Win32.MouseEventFlags.MiddleUp
}
}
};
inputs.Add(inputUp);
}
if (action.buttonType == ButtonType.Right)
{
ClickOnPointTool.INPUT inputDown = new ClickOnPointTool.INPUT
{
Type = (uint)Win32.SendInputEventType.InputMouse,
Data = new ClickOnPointTool.MOUSEKEYBDHARDWAREINPUT()
{
Mouse = new ClickOnPointTool.MOUSEINPUT
{
Flags = (uint)Win32.MouseEventFlags.RightUp
}
}
};
inputs.Add(inputDown);
ClickOnPointTool.INPUT inputUp = new ClickOnPointTool.INPUT
{
Type = (uint)Win32.SendInputEventType.InputMouse,
Data = new ClickOnPointTool.MOUSEKEYBDHARDWAREINPUT()
{
Mouse = new ClickOnPointTool.MOUSEINPUT
{
Flags = (uint)Win32.MouseEventFlags.RightDown
}
}
};
inputs.Add(inputUp);
}
}
if (inputs.Count > 0)
{
AutoCursor.MoveMouse(chosenPoint.x, chosenPoint.y, 0, 0);
}
Point lpPoint = new Point()
{
X = chosenPoint.x, Y = chosenPoint.y
};
//ClickOnPointTool.ClientToScreen(handle, ref lpPoint);
//Another attempt, only supports left
ClickOnPointTool.ClickOnPoint(handle, new System.Drawing.Point()
{
X = chosenPoint.x, Y = chosenPoint.y
}, inputs.ToArray());
}