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package java.awt.peer;

import java.awt.*;

RobotPeer defines an interface whereby toolkits support automated testing
by allowing native input events to be generated from Java code.
This interface should not be directly imported by code outside the
java.awt.* hierarchy; it is not to be considered public and is subject
to change.
Author:
     Robi Khan/**
 * RobotPeer defines an interface whereby toolkits support automated testing
 * by allowing native input events to be generated from Java code.
 *
 * This interface should not be directly imported by code outside the
 * java.awt.* hierarchy; it is not to be considered public and is subject
 * to change.
 *
 * @author      Robi Khan
 */
public interface RobotPeer
{
    
Moves the mouse pointer to the specified screen location.
Params:
x – the X location on screen
y – the Y location on screen
See Also:
Robot.mouseMove(int, int)/**
     * Moves the mouse pointer to the specified screen location.
     *
     * @param x the X location on screen
     * @param y the Y location on screen
     *
     * @see Robot#mouseMove(int, int)
     */
    void mouseMove(int x, int y);

    
Simulates a mouse press with the specified button(s).
Params:
buttons – the button mask
See Also:
Robot.mousePress(int)/**
     * Simulates a mouse press with the specified button(s).
     *
     * @param buttons the button mask
     *
     * @see Robot#mousePress(int)
     */
    void mousePress(int buttons);

    
Simulates a mouse release with the specified button(s).
Params:
buttons – the button mask
See Also:
Robot.mouseRelease(int)/**
     * Simulates a mouse release with the specified button(s).
     *
     * @param buttons the button mask
     *
     * @see Robot#mouseRelease(int)
     */
    void mouseRelease(int buttons);

    
Simulates mouse wheel action.
Params:
wheelAmt – number of notches to move the mouse wheel
See Also:
Robot.mouseWheel(int)/**
     * Simulates mouse wheel action.
     *
     * @param wheelAmt number of notches to move the mouse wheel
     *
     * @see Robot#mouseWheel(int)
     */
    void mouseWheel(int wheelAmt);

    
Simulates a key press of the specified key.
Params:
keycode – the key code to press
See Also:
Robot.keyPress(int)/**
     * Simulates a key press of the specified key.
     *
     * @param keycode the key code to press
     *
     * @see Robot#keyPress(int)
     */
    void keyPress(int keycode);

    
Simulates a key release of the specified key.
Params:
keycode – the key code to release
See Also:
Robot.keyRelease(int)/**
     * Simulates a key release of the specified key.
     *
     * @param keycode the key code to release
     *
     * @see Robot#keyRelease(int)
     */
    void keyRelease(int keycode);

    
Gets the RGB value of the specified pixel on screen.
Params:
x – the X screen coordinate
y – the Y screen coordinate
See Also:
Robot.getPixelColor(int, int)
Returns:
the RGB value of the specified pixel on screen/**
     * Gets the RGB value of the specified pixel on screen.
     *
     * @param x the X screen coordinate
     * @param y the Y screen coordinate
     *
     * @return the RGB value of the specified pixel on screen
     *
     * @see Robot#getPixelColor(int, int)
     */
    int getRGBPixel(int x, int y);

    
Gets the RGB values of the specified screen area as an array.
Params:
bounds – the screen area to capture the RGB values from
See Also:
Robot.createScreenCapture(Rectangle)
Returns:
the RGB values of the specified screen area/**
     * Gets the RGB values of the specified screen area as an array.
     *
     * @param bounds the screen area to capture the RGB values from
     *
     * @return the RGB values of the specified screen area
     *
     * @see Robot#createScreenCapture(Rectangle)
     */
    int[] getRGBPixels(Rectangle bounds);

    
Disposes the robot peer when it is not needed anymore.
/**
     * Disposes the robot peer when it is not needed anymore.
     */
    void dispose();
}