IGraphical (DevOps Test UI)

All Known Subinterfaces:

IFileDialog, IFrame, IInternalFrame, IScreen, ITopWindow, IWindow, IWpfGraphical

All Known Implementing Classes:

BrowserTabTestObject, BrowserTestObject, ColorDialogTestObject, DialogTestObject, DocumentTestObject, DojoAccordionTestObject, DojoCalendarTestObject, DojoColorPaletteTestObject, DojoComboboxTestObject, DojoDialogTestObject, DojoFloatingPaneTestObject, DojoGridTestObject, DojoMenuTestObject, DojoSpinnerTestObject, DojoSplitContainerTestObject, DojoTabContainerTestObject, DojoTimeMenuTestObject, DojoTitlePaneTestObject, DojoTreeTestObject, EclipseTestObject, EmbeddedBrowserTestObject, FileDialogTestObject, FlexAccordionTestObject, FlexAdvancedDataGridTestObject, FlexApplicationTestObject, FlexButtonBarTestObject, FlexButtonTestObject, FlexChartSeriesTestObject, FlexChartTestObject, FlexColorPickerTestObject, FlexComboBaseTestObject, FlexComboBoxTestObject, FlexContainerTestObject, FlexDataGridTestObject, FlexDateChooserTestObject, FlexDateFieldTestObject, FlexDividedBoxTestObject, FlexLinkBarTestObject, FlexListBaseTestObject, FlexListLabelTestObject, FlexListTestObject, FlexMenuBarTestObject, FlexMenuTestObject, FlexNavigationBarTestObject, FlexNumericStepperTestObject, FlexObjectTestObject, FlexPopUpButtonTestObject, FlexRichTextEditorTestObject, FlexScrollBarTestObject, FlexScrollBaseTestObject, FlexSliderTestObject, FlexTabNavigatorTestObject, FlexTextAreaTestObject, FlexTitleWindowTestObject, FlexTreeTestObject, FlexViewStackTestObject, FrameSubitemTestObject, FrameTestObject, GefEditPartTestObject, GenericCalenderTestObject, GenericDropdownMenuTestObject, GenericTabStripTestObject, GenericTreeTestObject, GuiSubitemTestObject, GuiTestObject, InternalFrameTestObject, MessageBoxTestObject, PaletteGuiSubitemTestObject, SapGridTestObject, SAPGuiCalendarTestObject, SAPGuiComboBoxTestObject, SAPGuiCtrlGridViewTestObject, SAPGuiCtrlHTMLViewerTestObject, SAPGuiCtrlTextEditTestObject, SAPGuiCtrlToolbarTestObject, SAPGuiCtrlTreeTestObject, SAPGuiCustomControlTestObject, SAPGuiMenubarTestObject, SAPGuiMenuTestObject, SAPGuiOfficeIntegrationTestObject, SAPGuiPictureTestObject, SAPGuiStatusbarTestObject, SAPGuiTableControlTestObject, SAPGuiTabStripTestObject, SAPGuiTabTestObject, SAPGuiTextTestObject, SAPGuiToggleTestObject, SAPGuiToolbarTestObject, SAPGuiUserAreaTestObject, SapNavigationListTestObject, SapPaginatorTestObject, SAPTopLevelTestObject, ScreenTestObject, ScrollGuiSubitemTestObject, ScrollTestObject, SelectGuiSubitemTestObject, SelectScrollGuiSubitemTestObject, ShellTestObject, SiebAlphaTabsTestObject, SiebAppletTestObject, SiebApplicationTestObject, SiebButtonTestObject, SiebCalculatorTestObject, SiebCalendarTestObject, SiebCheckboxTestObject, SiebCommunicationsToolbarTestObject, SiebCurrencyTestObject, SiebInkDataTestObject, SiebListTestObject, SiebMenuTestObject, SiebPageTabsTestObject, SiebPDQTestObject, SiebPicklistTestObject, SiebRichTextTestObject, SiebScreenTestObject, SiebScreenViewsTestObject, SiebTaskAssistantTestObject, SiebTaskLinkTestObject, SiebTaskStepTestObject, SiebTaskTestObject, SiebTaskUIPaneTestObject, SiebTestObject, SiebTextAreaTestObject, SiebTextTestObject, SiebThreadbarTestObject, SiebToolbarTestObject, SiebTreeTestObject, SiebViewAppletsTestObject, SiebViewTestObject, SparkRichEditableTextTestObject, SparkVolumeBarTestObject, StatelessGuiSubitemTestObject, SubitemTestObject, TabitemTestObject, TextGuiSubitemTestObject, TextGuiTestObject, TextScrollTestObject, TextSelectGuiSubitemTestObject, ToggleGUITestObject, ToggleTestObject, TopLevelSubitemTestObject, TopLevelTestObject, TrackbarTestObject, WpfFrameSubitemTestObject, WpfFrameTestObject, WpfGuiSubitemTestObject, WpfGuiTestObject, WpfRibbonMenuButtonTestObject, WpfSelectGuiSubitemTestObject, WpfStatelessGuiSubitemTestObject, WpfTextGuiSubitemTestObject, WpfTextSelectGuiSubitemTestObject, WpfToggleGUITestObject, WpfToggleTestObject, WpfTopLevelSubitemTestObject, WpfTopLevelTestObject, WpfTrackbarTestObject, WpfVisualTestObject
```
public interface IGraphical
```
Supported by all GUI objects. The associated object to this interface is GuiTestObject. Other objects, such as GuiSubitemTestObject, extend the base class GuiTestObject.

Since:

RFT 6.1.1.1

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method and Description
`void`	`click()` Performs a left-mouse click on the center point of the associated `TestObject`.
`void`	`click(MouseModifiers modifiers)` Performs a left-mouse click on the specified object
`void`	`click(MouseModifiers modifiers, java.awt.Point pt)` Performs a left-mouse click on the specified coordinates
`void`	`click(java.awt.Point pt)` Performs a left-mouse click on the specified coordinates
`void`	`doubleClick()` Performs a left-mouse double-click on the center point of the associated `TestObject`.
`void`	`doubleClick(MouseModifiers modifiers)` Performs a left-mouse double-click on the specified object
`void`	`doubleClick(MouseModifiers modifiers, java.awt.Point pt)` Performs a left-mouse double-click on the specified coordinates
`void`	`doubleClick(java.awt.Point pt)` Performs a left-mouse double-click on the specified coordinates, relative to the associated `TestObject`.
`void`	`drag()` Performs a `MOUSE_LEFT` drag action against the associated `TestObject`.
`void`	`drag(MouseModifiers modifiers)` Performs a drag action against the associated `TestObject` with the supplied set of mouse modifiers.
`void`	`drag(MouseModifiers modifiers, java.awt.Point pt1, java.awt.Point pt2)` Performs a drag action against the associated `TestObject`.
`void`	`drag(java.awt.Point pt1, java.awt.Point pt2)` Performs a `MOUSE_LEFT` drag action against the associated `TestObject`.
`void`	`dragToScreenPoint(MouseModifiers modifiers, java.awt.Point objectPt, java.awt.Point screenPt)` Performs a drag action against the associated `TestObject`.
`void`	`dragToScreenPoint(java.awt.Point screenPt)` Performs a `MOUSE_LEFT` drag action against the associated `TestObject`.
`void`	`dragToScreenPoint(java.awt.Point objectPt, java.awt.Point screenPt)` Performs a `MOUSE_LEFT` drag action against the associated `TestObject`.
`java.lang.Object`	`getChildAtPoint(java.awt.Point pt)` Finds the child object that is at the specified point.
`java.awt.Rectangle`	`getClippedScreenRectangle()` Returns the clipped-screen rectangle for the associated `TestObject`
`java.awt.Point`	`getScreenPoint()` Returns the screen-relative point to a valid point within the object.
`java.awt.Point`	`getScreenPoint(java.awt.Point pt)` Returns the screen-relative point for the point passed.
`java.awt.Rectangle`	`getScreenRectangle()` Returns the rectangle that contains the component being evaluated.
`boolean`	`hasFocus()` Determine's whether the component under evaluation has keyboard focus.
`void`	`hover()` Hovers the mouse over the center of the associated `TestObject`.
`void`	`hover(double secondDelay)` Hovers the mouse over the center of the associated `TestObject`.
`void`	`hover(double secondDelay, java.awt.Point pt)` Hovers the mouse over the specified coordinates of the associated `TestObject`.
`void`	`hover(java.awt.Point pt)` Hovers the mouse over the specified coordinates of the associated `TestObject`.
`boolean`	`isEnabled()` Determine's whether the component under evaluation is enabled.
`boolean`	`isOpaque()` Determine's whether the component under evaluation is opaque.
`boolean`	`isPointInObject(java.awt.Point pt)` Determines whether the specified screen-relative point is contained in the component under evaluation.
`boolean`	`isShowing()` Determine's whether the component under evaluation is showing.
`void`	`mouseMove(MouseModifiers modifiers, java.awt.Point pt)` Performs a `Move` action against the associated `TestObject`.
`void`	`mouseMove(java.awt.Point pt)` Performs a `MOUSE_LEFT` move action against the associated `TestObject`.
`void`	`nClick(int clickCount, MouseModifiers modifiers, java.awt.Point pt)` Performs a mouse n-click action on the specified coordinates, relative to the associated `TestCode`.
`void`	`nClickDrag(int clickCount, MouseModifiers modifiers, java.awt.Point pt1, java.awt.Point pt2)` Performs a mouse n-click drag action on the specified coordinates, relative to the associated `TestObject`.
`void`	`nClickDragToScreenPoint(int clickCount, MouseModifiers modifiers, java.awt.Point objectPt, java.awt.Point screenPt)` Performs a mouse n-click drag action on the specified coordinates

- Method Detail
  - isShowing
```
boolean isShowing()
```
    Determine's whether the component under evaluation is showing.
    
    Returns:
    
    boolean - true if the component is showing; false otherwise.
    
    Example:
    
    placeOrder().isShowing();
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - isEnabled
```
boolean isEnabled()
```
    Determine's whether the component under evaluation is enabled.
    
    Returns:
    
    boolean - true if the component is enabled; false otherwise.
    
    Example:
    
    This is an example
    placeOrder().isEnabled();
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - isOpaque
```
boolean isOpaque()
```
    Determine's whether the component under evaluation is opaque.
    
    Returns:
    
    boolean - true if the component is opaque; false otherwise.
    
    Example:
    
    This is an example
    placeOrder().isOpaque();
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - hasFocus
```
boolean hasFocus()
```
    Determine's whether the component under evaluation has keyboard focus.
    
    Returns:
    
    boolean - true if the component has keyboard focus; false otherwise.
    
    Example:
    
    This is an example
    placeOrder().hasFocus();
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - isPointInObject
```
boolean isPointInObject(java.awt.Point pt)
```
    Determines whether the specified screen-relative point is contained in the component under evaluation.
    
    Parameters:
    
    point - Screen-relative point to check
    
    Returns:
    
    boolean - true if component contains thePoint; false otherwise.
    
    Detail description:
    
    This method will check whether the specified screen-relative point is contained in the component under evaluation. Note that the point is relative to the top-left corner of the screen and not to the component itself, or its parent.
    
    This functionality is performed by the proxy due to potentially unusual aspects associated with functionality. While typically the getScreenRectangle is used to resolve this query, this is not accurate in certain situations. For example, if the clickable region on a button is not rectangular, just checking whether the point is in the rectangle would not yield a valid result.
    
    Example:
    
    This is an example
    placeOrder().isPointInObject(new Point(25,25));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - getChildAtPoint
```
java.lang.Object getChildAtPoint(java.awt.Point pt)
```
    Finds the child object that is at the specified point.
    
    Parameters:
    
    pt - Screen-relative point to check
    
    Returns:
    
    boolean - The object at the point, or null if no child object is found
    
    Detail description:
    
    Finds the child object that is at the specified point. Note The point is relative to the top-left corner of the screen and not to the component itself or its parent component
    
    Example:
    
    This is an example
    classicsJava().getChildAtPoint(new Point(400,325));
    Here classicsJava is of type TopLevelTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
    
    See Also:
    
    getScreenRectangle()
  - getScreenRectangle
```
java.awt.Rectangle getScreenRectangle()
```
    Returns the rectangle that contains the component being evaluated.
    
    Returns:
    
    java.awt.Rectangle - The object at the point, or null if no child object is found
    
    Detail description:
    
    This will return the rectangle that contains the component being evaluated, relative to the top-left corner of the screen. This typically consists of two operations (getLocationOnScreen and getSize) combined into a single operation. The rectangle is exposed so that actions may be directly scripted against a visible GUI object. If the GUI object does not show, null is returned.
    
    Example:
    
    This is an example
    placeOrder().getScreenRectangle();
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
    
    See Also:
    
    isPointInObject(java.awt.Point), getClippedScreenRectangle()
  - getClippedScreenRectangle
```
java.awt.Rectangle getClippedScreenRectangle()
```
    Returns the clipped-screen rectangle for the associated TestObject
    
    Returns:
    
    java.awt.Rectangle - The clipped screen rectangle, or null if the object cannot be seen in any window on the screen.
    
    Detail description:
    
    This will Return the clipped-screen rectangle for the associated TestObject, relative to the top-left corner of the screen. While getScreenRectangle() returns the true rectangle of the TestObject, this method clips the true screen rectangle to the bounds of any clipping parent TestObject. Clipping parents, such as scroll panes or a browser window, may hide part or all of the true screen rectangle. Only the screen-level viewable rectangle is returned, or null if the object is not showing, or is completely clipped by a clipping parent.
    
    Example:
    
    This is an example
    placeOrder().getClippedScreenRectangle();
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
    
    See Also:
    
    getScreenRectangle()
  - getScreenPoint
```
java.awt.Point getScreenPoint()
```
    Returns the screen-relative point to a valid point within the object.
    
    Returns:
    
    java.awt.Point - The clipped screen rectangle, or null if the object cannot be seen in any window on the screen.
    
    Detail description:
    
    This will Return the point for the associated TestObject, relative to the top-left corner of the screen.This function normally return the point which is in centre of the object relative to the screen but the actual underlying implemenattion vary from component to component implementation
    
    Example:
    
    This is an example
    classicsJava().getScreenPoint();
    Here classicsJava is of type TopLevelTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - getScreenPoint
```
java.awt.Point getScreenPoint(java.awt.Point pt)
```
    Returns the screen-relative point for the point passed.
    
    Parameters:
    
    java.awt.Point - - The point
    
    Returns:
    
    java.awt.Point - This will return the point relative to the screen
    
    Detail description:
    
    This will Return the point for the associated TestObject, relative to the relative to the top-left corner of the screen.This function normally return the point which is in centre of the object relative to the screen but the actual underlying implemenattion vary from component to component implementation
    
    Example:
    
    This is an example
    classicsJava().getScreenPoint(new Point(25,25));
    Here classicsJava is of type TopLevelTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - click
```
void click()
```
    Performs a left-mouse click on the center point of the associated TestObject.
    
    Detail description:
    
    This will perform a left-mouse click on the centre point of the associated TestObject, relative to the This method is a shortcut to the click method with a modifier parameter. (The modifier is set to MOUSE_LEFT).
    
    Example:
    
    placeOrder().click();
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - click
```
void click(MouseModifiers modifiers)
```
    Performs a left-mouse click on the specified object
    
    Detail description:
    
    This will perform a left-mouse click on the specified object, relative to coordinates within the associated TestObject.
    
    Since:
    
    RFT 6.1.1.1
  - click
```
void click(java.awt.Point pt)
```
    Performs a left-mouse click on the specified coordinates
    
    Detail description:
    
    This will perform a left-mouse click on the specified coordinates, relative to the associated TestObject. This method is a shortcut to the click method with a modifier parameter and coordinates. (The modifier is set to MOUSE_LEFT).
    
    Example:
    
    placeOrder().click(new MouseModifiers(MOUSE_LEFT));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - click
```
void click(MouseModifiers modifiers,
           java.awt.Point pt)
```
    Performs a left-mouse click on the specified coordinates
    
    Detail description:
    
    This will perform a left-mouse click on the specified coordinates, relative to the associated TestObject. This method is a shortcut to the click method with a modifier parameter and coordinates. (The modifier is set to MOUSE_LEFT).
    
    Example:
    
    placeOrder().click(new MouseModifiers(MOUSE_LEFT),new Point(25,25));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - doubleClick
```
void doubleClick()
```
    Performs a left-mouse double-click on the center point of the associated TestObject.
    
    Detail description:
    
    This will perform a left-mouse double-click on the center point of the associated TestObject. This method is a shortcut to the doubleClick method with a modifier parameter. (The modifier is set to MOUSE_LEFT).
    
    Example:
    
    placeOrder().doubleClick();
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - doubleClick
```
void doubleClick(MouseModifiers modifiers)
```
    Performs a left-mouse double-click on the specified object
    
    Detail description:
    
    This will Performs a left-mouse double-click on the specified object, relative to coordinates within the associated TestObject.
    
    Example:
    
    placeOrder().doubleClick(new MouseModifiers(MOUSE_LEFT));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - doubleClick
```
void doubleClick(java.awt.Point pt)
```
    Performs a left-mouse double-click on the specified coordinates, relative to the associated TestObject.
    
    Detail description:
    
    This will Performs a left-mouse double-click on the specified coordinates, relative to the associated TestObject. This method is a shortcut to the doubleClick method with a modifier parameter and coordinates. (The modifier is set to MOUSE_LEFT).
    
    Example:
    
    placeOrder().doubleClick(new Point(25,25);
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - doubleClick
```
void doubleClick(MouseModifiers modifiers,
                 java.awt.Point pt)
```
    Performs a left-mouse double-click on the specified coordinates
    
    Detail description:
    
    This will Performs a left-mouse double-click on the specified coordinates, relative to the associated TestObject.
    
    Example:
    
    placeOrder().doubleClick(new MouseModifiers(MOUSE_LEFT),new Point(25,25);
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - nClick
```
void nClick(int clickCount,
            MouseModifiers modifiers,
            java.awt.Point pt)
```
    Performs a mouse n-click action on the specified coordinates, relative to the associated TestCode.
    
    Detail description:
    
    This will Performs a left-mouse double-click on the specified coordinates, relative to the associated TestObject.
    
    Example:
    
    placeOrder().nClick(1,new MouseModifiers(MOUSE_LEFT),new Point(25,25);
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - drag
```
void drag()
```
    Performs a MOUSE_LEFT drag action against the associated TestObject.
    
    Detail description:
    
    This will Perform a MOUSE_LEFT drag action against the associated TestObject. This method is used to simulate drag actions against controls that are typically not sensitive to drag actions.
    
    Example:
    
    placeOrder().drag();
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - drag
```
void drag(MouseModifiers modifiers)
```
    Performs a drag action against the associated TestObject with the supplied set of mouse modifiers.
    
    Detail description:
    
    This will Perform drag action against the associated TestObject with the supplied set of mouse modifiers. This method is used to simulate drag actions against controls that are typically not sensitive to drag actions.
    
    Example:
    
    placeOrder().drag(new MouseModifiers(MOUSE_LEFT));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - drag
```
void drag(java.awt.Point pt1,
          java.awt.Point pt2)
```
    Performs a MOUSE_LEFT drag action against the associated TestObject.
    
    Detail description:
    
    This will Perform a MOUSE_LEFT drag action against the associated TestObject. The action is performed from (x1, y1) to (x2, y2) coordinates, relative to this TestObject.
    
    Example:
    
    placeOrder().drag(new Point(400,325),new Point(25,25));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - drag
```
void drag(MouseModifiers modifiers,
          java.awt.Point pt1,
          java.awt.Point pt2)
```
    Performs a drag action against the associated TestObject.
    
    Detail description:
    
    This will Perform aa drag action against the associated TestObject. The action is performed from (x1, y1) to (x2, y2) coordinates, relative to this TestObject.
    
    Example:
    
    placeOrder().drag(new MouseModifiers(MOUSE_LEFT),new Point(400,325),new Point(25,25));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - nClickDrag
```
void nClickDrag(int clickCount,
                MouseModifiers modifiers,
                java.awt.Point pt1,
                java.awt.Point pt2)
```
    Performs a mouse n-click drag action on the specified coordinates, relative to the associated TestObject.
    
    Example:
    
    placeOrder().nClickDrag( 2,new MouseModifiers(MOUSE_LEFT),new Point(400,325),new Point(25,25));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - dragToScreenPoint
```
void dragToScreenPoint(java.awt.Point screenPt)
```
    Performs a MOUSE_LEFT drag action against the associated TestObject.
    
    Detail description:
    
    This will Perform a MOUSE_LEFT drag action against the associated TestObject. The action is performed from a valid point within this TestObject to the screen-relative screenPt coordinates.
    
    Example:
    
    placeOrder().dragToScreenPoint(new Point(400,325));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - dragToScreenPoint
```
void dragToScreenPoint(java.awt.Point objectPt,
                       java.awt.Point screenPt)
```
    Performs a MOUSE_LEFT drag action against the associated TestObject.
    
    Detail description:
    
    This will Perform a MOUSE_LEFT drag action against the associated TestObject. The action is performed from (x, y,) relative to this TestObject, to the screen-relative screenPt coordinates.
    
    Example:
    
    placeOrder().dragToScreenPoint(new Point(400,325),new Point(25,25));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - dragToScreenPoint
```
void dragToScreenPoint(MouseModifiers modifiers,
                       java.awt.Point objectPt,
                       java.awt.Point screenPt)
```
    Performs a drag action against the associated TestObject.
    
    Detail description:
    
    This will Perform a drag action against the associated TestObject. The action is performed from (x, y), relative to this TestObject to the screen-relative screenPt coordinates.
    
    Example:
    
    placeOrder().dragToScreenPoint(new MouseModifiers(MOUSE_LEFT),new Point(400,325),new Point(25,25));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - nClickDragToScreenPoint
```
void nClickDragToScreenPoint(int clickCount,
                             MouseModifiers modifiers,
                             java.awt.Point objectPt,
                             java.awt.Point screenPt)
```
    Performs a mouse n-click drag action on the specified coordinates
    
    Detail description:
    
    This will Perform a mouse n-click drag action on the specified coordinates, relative the screen-relative screenPt coordinates.
    
    Example:
    
    placeOrder().nClickDragToScreenPoint(2,new MouseModifiers(MOUSE_LEFT),new Point(400,325),new Point(25,25));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - mouseMove
```
void mouseMove(java.awt.Point pt)
```
    Performs a MOUSE_LEFT move action against the associated TestObject.
    
    Detail description:
    
    This will Perform a MOUSE_LEFT move action against the associated TestObject. The action is performed from current mouse coordinates to (x, y) coordinates, relative to this TestObject.
    
    Example:
    
    placeOrder().mouseMove(new Point(400,325));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - mouseMove
```
void mouseMove(MouseModifiers modifiers,
               java.awt.Point pt)
```
    Performs a Move action against the associated TestObject.
    
    Detail description:
    
    This will Perform a Move action against the associated TestObject. The action is performed from current mouse coordinates to (x, y) coordinates, relative to this TestObject.
    
    Example:
    
    placeOrder().mouseMove(new MouseModifiers(MOUSE_LEFT),new Point(400,325));
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - hover
```
void hover(double secondDelay)
```
    Hovers the mouse over the center of the associated TestObject.
    
    Detail description:
    
    This will Hover the mouse over the center of the associated TestObject. The mouse is moved to the center of the TestObject and stays there for at least the specified number of seconds.
    
    Example:
    
    placeOrder().hover(10);
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - hover
```
void hover()
```
    Hovers the mouse over the center of the associated TestObject.
    
    Detail description:
    
    This will Hover the mouse over the center of the associated TestObject. The mouse is moved to the center of the TestObject and stays there for the default length of time.
    
    Example:
    
    placeOrder().hover();
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - hover
```
void hover(java.awt.Point pt)
```
    Hovers the mouse over the specified coordinates of the associated TestObject.
    
    Detail description:
    
    This will Hover the mouse over the specified coordinates of the associated TestObject. The mouse is moved to the object, relative to the coordinates of the TestObject. It stays there for the default length of time.
    
    Example:
    
    placeOrder().hover(new Point(400,325);
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1
  - hover
```
void hover(double secondDelay,
           java.awt.Point pt)
```
    Hovers the mouse over the specified coordinates of the associated TestObject.
    
    Detail description:
    
    This will Hover the mouse over the specified coordinates of the associated TestObject. The mouse is moved to the object, relative to the coordinates of the TestObject. It stays there for at least the specified number of seconds.
    
    Example:
    
    placeOrder().hover(10,new Point(400,325);
    Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.
    
    Since:
    
    RFT 6.1.1.1

isShowing

isEnabled

isOpaque

hasFocus

isPointInObject

getChildAtPoint

getScreenRectangle

getClippedScreenRectangle

getScreenPoint

getScreenPoint

click

click

click

click

doubleClick

doubleClick

doubleClick

doubleClick

nClick

drag

drag

drag

drag

nClickDrag

dragToScreenPoint

dragToScreenPoint

dragToScreenPoint

nClickDragToScreenPoint

mouseMove

mouseMove

hover

hover

hover

hover