com.rational.test.ft.object.interfaces
Class GuiTestObject

java.lang.Object   com.rational.test.ft.object.interfaces.TestObject
      com.rational.test.ft.object.interfaces.ClientTestObject
          com.rational.test.ft.object.interfaces.GuiTestObject

All Implemented Interfaces:

IGraphical

Direct Known Subclasses:

BrowserTabTestObject, DocumentTestObject, EmbeddedBrowserTestObject, FlexObjectTestObject, FrameTestObject, GefEditPartTestObject, SAPGuiCalendarTestObject, SAPGuiComboBoxTestObject, SAPGuiCtrlGridViewTestObject, SAPGuiCtrlHTMLViewerTestObject, SAPGuiCtrlToolbarTestObject, SAPGuiCtrlTreeTestObject, SAPGuiCustomControlTestObject, SAPGuiMenubarTestObject, SAPGuiMenuTestObject, SAPGuiOfficeIntegrationTestObject, SAPGuiPictureTestObject, SAPGuiStatusbarTestObject, SAPGuiTableControlTestObject, SAPGuiTabStripTestObject, SAPGuiTabTestObject, SAPGuiToolbarTestObject, SAPGuiUserAreaTestObject, ScreenTestObject, ScrollTestObject, SiebTestObject, StatelessGuiSubitemTestObject, SubitemTestObject, TabitemTestObject, TextGuiTestObject, ToggleTestObject, WpfVisualTestObject

public class GuiTestObject
extends ClientTestObject
implements IGraphical

The core class for modeling GUI components. All GUI objects must extend this class. Serves as the base TestObject implementation of the IGraphical interface.

Since:

RFT6.1.1.1

Field Summary

Fields inherited from class com.rational.test.ft.object.interfaces.TestObject

ref

Constructor Summary

GuiTestObject()

GuiTestObject(com.rational.test.ft.object.map.SpyMappedTestObject mappedObject)
For internal use.

GuiTestObject(com.rational.test.ft.object.map.SpyMappedTestObject mappedObject, TestObject anchor)
For internal use.

GuiTestObject(com.rational.test.ft.object.map.SpyMappedTestObject mappedObject, TestObject anchor, long scriptCommandFlags)
For internal use.

GuiTestObject(TestObject obj)
Constructs one GuiTestObject from another TestObject.

GuiTestObject(com.rational.test.ft.object.TestObjectReference ref)
For internal use.

Method Summary

boolean	canTakeVP()
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, relative to the coordinates within the associated TestObject.
void	click(MouseModifiers modifiers, java.awt.Point pt) Performs a left-mouse click on the specified coordinates, relative to the associated TestObject.
void	click(java.awt.Point pt) Performs a left-mouse click on the specified coordinates, relative to the associated TestObject.
void	clickRadio(Subitem childProperties) Locate a radiobutton child with the supplied properties and click on it.
void	doubleClick() Performs a left-mouse double-click on the center point of the associated TestOject.
void	doubleClick(MouseModifiers modifiers) Performs a left-mouse double-click at the specified object, relative to the coordinates within the associated TestObject.
void	doubleClick(MouseModifiers modifiers, java.awt.Point pt) Performs a mouse double-click on the specified coordinates, relative to the associated TestObject.
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 on the associated TestObject.
void	drag(MouseModifiers modifiers) Performs a drag action on 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 on the associated TestObject.
void	drag(java.awt.Point pt1, java.awt.Point pt2) Performs a MOUSE_LEFT drag action on 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 on the associated TestObject.
void	dragToScreenPoint(java.awt.Point objectPt, java.awt.Point screenPt) Performs a MOUSE_LEFT drag action against the associated TestObject.
boolean	ensureObjectIsVisible() Ensures that the object is visible on the screen, provided that the object exists
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.image.BufferedImage	getImage(java.awt.Rectangle rect, java.lang.String fname) Returns the image contained with in the rectangle as specified by rect as java.awt.image.BufferedImage Also, writes the image into a file named by the argument
java.awt.image.BufferedImage	getImage(java.lang.String fname) Returns the image of the GUI object as java.awt.image.BufferedImage Also, writes the image into a file named by the argument
java.awt.Point	getScreenPoint() The screen-relative point to a valid point within the object.
java.awt.Point	getScreenPoint(java.awt.Point pt) Returns the screen-relative point, given an object-relative point.
java.awt.Rectangle	getScreenRectangle() Returns the rectangle that contains the component being evaluated, relative to the top-left corner of the screen.
java.awt.image.BufferedImage	getScreenSnapshot() Takes a snapshot (screen capture) of the visible GuiTestObject
java.awt.Rectangle	getVisibleArea()
boolean	hasFocus() Determines whether a component 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.
protected java.lang.Object	invokeProxyWithGuiDelay(java.lang.String method) Invokes a method on the proxy for an object in the software under test.
protected java.lang.Object	invokeProxyWithGuiDelay(java.lang.String method, java.lang.String methodSignature, java.lang.Object[] args) Invokes a method on the proxy for an object in the software under test.
boolean	isEnabled() Determines whether a component is enabled.
boolean	isOpaque() Determines whether a component is opaque.
boolean	isPointInObject(java.awt.Point pt) Determines whether the specified screen-relative point is contained in the component under evaluation.
boolean	isShowing() Determines whether a component 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 on 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 TestObject.
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, relative to the associated TestObject.

Methods inherited from class com.rational.test.ft.object.interfaces.ClientTestObject

exists, find, find, findAndInvoke, findAndInvokeProxy, invoke, invokeProxy, unregister, waitForExistence

Methods inherited from class com.rational.test.ft.object.interfaces.TestObject

compare, compare, compareAndLog, compareAndLog, equals, find, findAndInvoke, getActualData, getChildren, getDescribedObject, getDescribedObjects, getDescriptiveName, getDomain, getField, getIndexer, getIndexer, getIndexers, getMappableChildren, getMappableParent, getMapProperties, getMethods, getNameInScript, getNonValueProperties, getObjectClassName, getObjectCustomClassName, getObjectReference, getOwnedObjects, getOwner, getParent, getProcess, getProperties, getProperty, getPropertyFromMap, getRecognitionProperties, getRecognitionPropertyWeight, getScriptCommandFlags, getStandardProperties, getTestData, getTestDataTypes, getTopMappableParent, getTopParent, hashCode, invoke, invokeProxy, isMappedObject, isSameObject, isScreenTestObject, isTopLevelTestObject, performTest, performTest, performTest, performTest, setIndexer, setIndexer, setMapProperties, setProperty, toString, updateTestData, waitForExistence

Methods inherited from class java.lang.Object

clone, finalize, getClass, notify, notifyAll, wait, wait, wait

Constructor Detail

GuiTestObject

public GuiTestObject(com.rational.test.ft.object.map.SpyMappedTestObject mappedObject)

For internal use.

Since:

RFT6.1.1.1

GuiTestObject

public GuiTestObject(com.rational.test.ft.object.map.SpyMappedTestObject mappedObject,                      TestObject anchor)

For internal use.

Since:

RFT6.1.1.1

GuiTestObject

public GuiTestObject(com.rational.test.ft.object.map.SpyMappedTestObject mappedObject,                      TestObject anchor,                      long scriptCommandFlags)

For internal use.

Since:

RFT6.1.1.1

GuiTestObject

public GuiTestObject(com.rational.test.ft.object.TestObjectReference ref)

For internal use.

Since:

RFT6.1.1.1

GuiTestObject

public GuiTestObject(TestObject obj)

Constructs one GuiTestObject from another TestObject. Both are references to the same object.

Since:

RFT6.1.1.1

GuiTestObject

public GuiTestObject()

Method Detail

isShowing

public boolean isShowing()

Determines whether a component is showing.

Specified by:

isShowing in interface IGraphical

Returns:

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:

RFT6.1.1.1

isEnabled

public boolean isEnabled()

Determines whether a component is enabled.

Specified by:

isEnabled in interface IGraphical

Returns:

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:

RFT6.1.1.1

isOpaque

public boolean isOpaque()

Determines whether a component is opaque.

Specified by:

isOpaque in interface IGraphical

Returns:

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:

RFT6.1.1.1

getChildAtPoint

public java.lang.Object getChildAtPoint(java.awt.Point pt)

Finds the child object that is at the specified point. Note that the point is relative to the top-left corner of the screen and not to the component itself, or its parent.

Specified by:

getChildAtPoint in interface IGraphical

Parameters:

pt - the x,y coordinates of the specified point

Returns:

The object at the point, or null if no child object is found.

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:

RFT6.1.1.1

See Also:

getScreenRectangle()

hasFocus

public boolean hasFocus()

Determines whether a component has keyboard focus.

Specified by:

hasFocus in interface IGraphical

Returns:

true if 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:

RFT6.1.1.1

isPointInObject

public boolean isPointInObject(java.awt.Point pt)

Determines 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 because of the potentially unusual aspects associated with this functionality. Although getScreenRectangle is typically used to resolve this query, there are situations for which this is not accurate. For example, if the clickable region on a button is not rectangular, checking only whether the point is in the rectangle would yield an invalid result.

Specified by:

isPointInObject in interface IGraphical

Parameters:

pt - the x,y coordinates of the specified point

Returns:

true if the component contains the point; false otherwise.

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:

RFT6.1.1.1

See Also:

getScreenRectangle()

getImage

public java.awt.image.BufferedImage getImage(java.lang.String fname)

Returns the image of the GUI object as java.awt.image.BufferedImage Also, writes the image into a file named by the argument

Returns:

The image of the object as seen on the screen, or null

Example:

This is an example
placeOrder().getImage("Test.png");
Here placeOrder is of type GuiTestObject from the ClassicjavaA as Application under test.

Since:

RFT7.0.1

getImage

public java.awt.image.BufferedImage getImage(java.awt.Rectangle rect,                                              java.lang.String fname)

Returns the image contained with in the rectangle as specified by rect as java.awt.image.BufferedImage Also, writes the image into a file named by the argument

Returns:

The image of the object as seen on the screen, or null

Example:

This is an example
placeOrder().getImage(new Rectangle(0,0,10,10),"Test.png");
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT7.0.1

getVisibleArea

public java.awt.Rectangle getVisibleArea()

getScreenRectangle

public java.awt.Rectangle getScreenRectangle()

Returns the rectangle that contains the component being evaluated, relative to the top-left corner of the screen. This commonly consists of a combination of the following two operations:

• getLocationOnScreen

• getSize

The rectangle is exposed so that actions can be directly scripted against a visible GUI object.

Specified by:

getScreenRectangle in interface IGraphical

Returns:

The adjusted rectangle surrounding the component, relative to the screen, or null if the GUI object does not appear.

Example:

This is an example
placeOrder().getScreenRectangle();
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

See Also:

isPointInObject(java.awt.Point)

getClippedScreenRectangle

public java.awt.Rectangle getClippedScreenRectangle()

Returns the clipped-screen rectangle for the associated TestObject

Specified by:

getClippedScreenRectangle in interface IGraphical

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

public java.awt.Point getScreenPoint()

The screen-relative point to a valid point within the object.

Specified by:

getScreenPoint in interface IGraphical

Returns:

java.awt.Point - The clipped screen rectangle, or null if the object cannot be seen in any window on the screen.

Example:

This is an example
classicsJava().getScreenPoint();
Here classicsJava is of type TopLevelTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

getScreenPoint

public java.awt.Point getScreenPoint(java.awt.Point pt)

Returns the screen-relative point, given an object-relative point.

Specified by:

getScreenPoint in interface IGraphical

Parameters:

pt - the x,y coordinates of the object-relative point

Returns:

java.awt.Point - This will return the point relative to the screen

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:

RFT6.1.1.1

invokeProxyWithGuiDelay

protected java.lang.Object invokeProxyWithGuiDelay(java.lang.String method,                                                    java.lang.String methodSignature,                                                    java.lang.Object[] args)

Invokes a method on the proxy for an object in the software under test. This version also waits according to the standard delayBeforeGuiAction. Note that invokeProxyWithGuiDelay can directly modify the object in the software under test. Whenever possible, avoid using this method, because it enables you to modify the software under test in ways that a typical user cannot. If you use it, be sure to discuss its use with the developers of the software that you are testing.

If the returned object is not a value class, invoke registers the object and returns a reference to the object in the software under test. Registered object references are released by calling one of the unregister methods.

Parameters:

method - the name of the method to be called

methodSignature - the signature of the method to be called (using standard JNI syntax)

args - the arguments to be passed to the method

Returns:

An object in the software under test

Since:

RFT6.1.1.1

See Also:

ClientTestObject.unregister(), RationalTestScript.unregisterAll(), RationalTestScript.unregister(Object[]), RationalTestScript.getRegisteredTestObjects()

invokeProxyWithGuiDelay

protected java.lang.Object invokeProxyWithGuiDelay(java.lang.String method)

Invokes a method on the proxy for an object in the software under test. This version also waits according to the standard delayBeforeGuiAction. Note that invokeProxyWithGuiDelay can directly modify the object in the software under test. Whenever possible, avoid using this method, because it enables you to modify the software under test in ways that a typical user cannot. If you use it, be sure to discuss its use with the developers of the software that you are testing.

If the returned object is not a value class, invoke registers the object and returns a reference to the object in the software under test. Registered object references are released by calling one of the unregister methods.

Parameters:

method - the name of the method to be called

Returns:

An object in the software under test

Since:

RFT6.1.1.1

See Also:

ClientTestObject.unregister(), RationalTestScript.unregisterAll(), RationalTestScript.unregister(Object[]), RationalTestScript.getRegisteredTestObjects()

ensureObjectIsVisible

public boolean ensureObjectIsVisible()

Ensures that the object is visible on the screen, provided that the object exists

Example:

placeOrder().ensureObjectIsVisible();
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

click

public void click()

Performs a left-mouse click on the center point of the associated TestObject. This method is a shortcut to the click method with a modifier parameter. (The modifier is set to MOUSE_LEFT.)

Specified by:

click in interface IGraphical

Example:

placeOrder().click();
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

click

public void click(MouseModifiers modifiers)

Performs a left-mouse click on the specified object, relative to the coordinates within the associated TestObject.

Specified by:

click in interface IGraphical

Example:

placeOrder().lick(new MouseModifiers(MOUSE_LEFT));
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

click

public void click(java.awt.Point pt)

Performs 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.)

Specified by:

click in interface IGraphical

Parameters:

pt - the x,y coordinates where the left-mouse click is performed

Example:

placeOrder().click(new MouseModifiers(MOUSE_LEFT));
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

click

public void click(MouseModifiers modifiers,                   java.awt.Point pt)

Performs a left-mouse click on the specified coordinates, relative to the associated TestObject.

Specified by:

click in interface IGraphical

Parameters:

modifiers -

pt - the x,y coordinates where the left-mouse click is performed

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:

RFT6.1.1.1

doubleClick

public void doubleClick()

Performs a left-mouse double-click on the center point of the associated TestOject. This method is a shortcut to the double-click method with a modifier parameter. (The modifier is set to MOUSE_LEFT.)

Specified by:

doubleClick in interface IGraphical

Example:

placeOrder().doubleClick();
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

doubleClick

public void doubleClick(MouseModifiers modifiers)

Performs a left-mouse double-click at the specified object, relative to the coordinates within the associated TestObject.

Specified by:

doubleClick in interface IGraphical

Example:

placeOrder().doubleClick(new MouseModifiers(MOUSE_LEFT));
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

doubleClick

public void doubleClick(java.awt.Point pt)

Performs a left-mouse double-click on the specified coordinates, relative to the associated TestObject. This method is a shortcut to the double-click method with a modifier parameter and coordinates. (The modifier is set to MOUSE_LEFT.)

Specified by:

doubleClick in interface IGraphical

Parameters:

pt - the x,y coordinates where the left-mouse double-click is performed

Example:

placeOrder().doubleClick(new Point(25,25);
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

doubleClick

public void doubleClick(MouseModifiers modifiers,                         java.awt.Point pt)

Performs a mouse double-click on the specified coordinates, relative to the associated TestObject.

Specified by:

doubleClick in interface IGraphical

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:

RFT6.1.1.1

nClick

public void nClick(int clickCount,                    MouseModifiers modifiers,                    java.awt.Point pt)

Performs a mouse n-click action on the specified coordinates, relative to the associated TestObject.

Specified by:

nClick in interface IGraphical

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:

RFT6.1.1.1

drag

public void drag()

Performs a MOUSE_LEFT drag action on the associated TestObject. This method is used to simulate drag actions against controls that are typically not sensitive to drag actions.

Specified by:

drag in interface IGraphical

Example:

placeOrder().drag();
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

drag

public void drag(MouseModifiers modifiers)

Performs a drag action on 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.

Specified by:

drag in interface IGraphical

Example:

placeOrder().drag(new MouseModifiers(MOUSE_LEFT));
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

drag

public void drag(java.awt.Point pt1,                  java.awt.Point pt2)

Performs a MOUSE_LEFT drag action on the associated TestObject. The action is performed from (x1, y1) to (x2, y2) coordinates, relative to this TestObject.

Specified by:

drag in interface IGraphical

Parameters:

pt1 - the point where the drag action begins

pt2 - the point where the drag action ends

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:

RFT6.1.1.1

drag

public void drag(MouseModifiers modifiers,                  java.awt.Point pt1,                  java.awt.Point pt2)

Performs a drag action on 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.

Specified by:

drag in interface IGraphical

Since:

RFT6.1.1.1

nClickDrag

public 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.

Specified by:

nClickDrag in interface IGraphical

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:

RFT6.1.1.1

dragToScreenPoint

public void dragToScreenPoint(java.awt.Point screenPt)

Performs a MOUSE_LEFT drag action on the associated TestObject. The action is performed from a valid point within this TestObject to the screen-relative screenPt coordinates.

Specified by:

dragToScreenPoint in interface IGraphical

Example:

placeOrder().dragToScreenPoint(new Point(400,325));
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

dragToScreenPoint

public void dragToScreenPoint(java.awt.Point objectPt,                               java.awt.Point screenPt)

Performs 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.

Specified by:

dragToScreenPoint in interface IGraphical

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:

RFT6.1.1.1

dragToScreenPoint

public void dragToScreenPoint(MouseModifiers modifiers,                               java.awt.Point objectPt,                               java.awt.Point screenPt)

Performs a drag action against the associated TestObject. The action is performed from (x, y), relative to this TestObject, to the screen-relative screenPt coordinates.

Specified by:

dragToScreenPoint in interface IGraphical

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:

RFT6.1.1.1

nClickDragToScreenPoint

public 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, relative to the associated TestObject.

Specified by:

nClickDragToScreenPoint in interface IGraphical

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:

RFT6.1.1.1

mouseMove

public void mouseMove(java.awt.Point pt)

Performs a MOUSE_LEFT move action on the associated TestObject. The action is performed from (x1, y1) to (x2, y2) coordinates, relative to this TestObject.

Specified by:

mouseMove in interface IGraphical

Example:

placeOrder().mouseMove(new Point(400,325));
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

mouseMove

public void mouseMove(MouseModifiers modifiers,                       java.awt.Point pt)

Performs a move action against the associated TestObject. The action is performed from (x1, y1) to (x2, y2) coordinates, relative to this TestObject.

Specified by:

mouseMove in interface IGraphical

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:

RFT6.1.1.1

hover

public void hover(double secondDelay)

Hovers 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.

You can record a hover action by moving the mouse over an object and hitting the shift key.

Specified by:

hover in interface IGraphical

Example:

placeOrder().hover(10);
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

hover

public void hover(double secondDelay,                   java.awt.Point pt)

Hovers the mouse over the specified coordinates of the associated TestObject. The mouse is moved to the object-relative coordinates of the TestObject and stays there for at least the specified number of seconds.

You can record a hover action by moving the mouse over an object and hitting the shift key.

Specified by:

hover in interface IGraphical

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:

RFT6.1.1.1

hover

public void hover()

Hovers 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.

You can record a hover action by moving the mouse over an object and hitting the shift key.

Specified by:

hover in interface IGraphical

Example:

placeOrder().hover();
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

hover

public void hover(java.awt.Point pt)

Hovers the mouse over the specified coordinates of the associated TestObject. The mouse is moved to the object-relative coordinates of the TestObject and stays there for the default length of time.

You can record a hover action by moving the mouse over an object and hitting the shift key.

Specified by:

hover in interface IGraphical

Example:

placeOrder().hover(new Point(400,325);
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

clickRadio

public void clickRadio(Subitem childProperties)

Locate a radiobutton child with the supplied properties and click on it.

Example:

This is an example
newCustomer().clickRadio(atPoint(1,2));
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

getScreenSnapshot

public java.awt.image.BufferedImage getScreenSnapshot()

Takes a snapshot (screen capture) of the visible GuiTestObject

Example:

This is an example
placeOrder().getScreenSnapshot();
Here placeOrder is of type GuiTestObject and i have used the ClassicjavaA as Application under test.

Since:

RFT6.1.1.1

canTakeVP

public boolean canTakeVP()