JavaFXLibrary can be imported with one optional arguments.\x3c/p>\n

\n
• headless\x3c/code>: Determines if tests will be run in headless mode using Monocle\x3c/a>. Default value is false\x3c/code>.\x3c/li>\n\x3c/ul>","matched":true,"name":"Init","shortdoc":"JavaFXLibrary can be imported with one optional arguments.","tags":[]}],"keywords":[{"args":["firstBounds","secondBounds"],"doc":"

  Checks if given two bounds are equal.\x3c/p>\n

  firstBounds\x3c/code> is an Object:Bounds\x3c/i> that specifies the first comparable Bounds\x3c/p>\n

  secondBounds\x3c/code> is an Object:Bounds\x3c/i> that specifies the second comparable Bounds, see 3.2 Using locators as keyword arguments\x3c/a>.\x3c/p>","matched":true,"name":"Bounds Should Be Equal","shortdoc":"Checks if given two bounds are equal. ","tags":[]},{"args":["firstBounds","secondBounds"],"doc":"

  Checks if given two bounds are not equal.\x3c/p>\n

  firstBounds\x3c/code> is an Object:Bounds\x3c/i> that specifies the first comparable Bounds\x3c/p>\n

  secondBounds\x3c/code> is an Object:Bounds\x3c/i> that specifies the second comparable Bounds, see 3.2 Using locators as keyword arguments\x3c/a>.\x3c/p>","matched":true,"name":"Bounds Should Not Be Equal","shortdoc":"Checks if given two bounds are not equal. ","tags":[]},{"args":["stage"],"doc":"

  Brings the given stage to front\x3c/p>\n

  stage\x3c/code> is an Object:Stage to be set in front of others, see 3.2 Using locators as keyword arguments\x3c/a>.\x3c/p>","matched":true,"name":"Bring Stage To Front","shortdoc":"Brings the given stage to front","tags":[]},{"args":["object","method","*arguments="],"doc":"

  Calls a given method for a given java object.\x3c/p>\n

  object\x3c/code> is a Java object retrieved using JavaFXLibrary keywords, see 3.2 Using locators as keyword arguments\x3c/a>.\x3c/p>\n

  method\x3c/code> is the name of the method that will be called.\x3c/p>\n

  Optional arguments\x3c/code> are variable-length arguments that will be provided for the method. If argument type is boolean, byte, char, double, float, int, long or short, it must have \"casting instructions\" in front of it, e.g. \"(boolean)false\"\x3c/i>.\x3c/p>\n

  Example:\x3c/p>\n

  \n\n\n\n

  ${node}=\x3c/td>\n	Find\x3c/td>\n	id=node-id\x3c/td>\n	\x3c/td>\n	\x3c/td>\n\x3c/tr>\n
  ${max height}=\x3c/td>\n	Call Object Method\x3c/td>\n	${node}\x3c/td>\n	maxHeight\x3c/td>\n	(double)10\x3c/td>\n\x3c/tr>\n
  ${node text}=\x3c/td>\n	Call Object Method\x3c/td>\n	${node}\x3c/td>\n	getText\x3c/td>\n	\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Call Object Method","shortdoc":"Calls a given method for a given java object.","tags":[]},{"args":["object","method","*arguments="],"doc":" Calls given method in FX Application Thread using Platform.runLater(). See Call Object Method\x3c/a> for further documentation.\x3c/p>\n Example:\x3c/p>\n \n\n\n ${node}=\x3c/td>\n Find\x3c/td>\n id=node-id\x3c/td>\n \x3c/td>\n\x3c/tr>\n Call Object Method In Fx Application Thread\x3c/td>\n ${node}\x3c/td>\n maxHeight\x3c/td>\n (boolean)false\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Call Object Method In Fx Application Thread","shortdoc":"Calls given method in FX Application Thread using Platform.runLater(). See `Call Object Method` for further documentation.","tags":[]},{"args":["locator=target window","logImage=True","mapObject=True"],"doc":" Returns a screenshot of the given locator, or if not given from whole active window.\x3c/p>\n Note that active window might only be part of the visible window, it e.g. dialog is active.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Bounds, Node, Point2D, Rectangle, PointQuery, Scene, Window\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n logImage\x3c/code> is a boolean value that specifies whether a captured image is also printed to test execution log.\x3c/p>\n mapObject\x3c/code> is a boolean value that specifies whether a captured image is saved as mapobject and returned from keyword. This uses Java heap memory which can result problems if large amount of image capture is done. If set False keyword returns null and image is not stored in library bookkeeping.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n\n\n\n\n ${region}=\x3c/td>\n Create Rectangle\x3c/td>\n 11\x3c/td>\n 22\x3c/td>\n 33\x3c/td>\n 44\x3c/td>\n\x3c/tr>\n ${capture}=\x3c/td>\n Capture Image\x3c/td>\n ${region}\x3c/td>\n \x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n ${capture}=\x3c/td>\n Capture Image\x3c/td>\n ${node}\x3c/td>\n \x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n ${capture}=\x3c/td>\n Capture Image\x3c/td>\n ${window}\x3c/td>\n \x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n ${capture}=\x3c/td>\n Capture Image\x3c/td>\n \x3c/td>\n \x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n ${capture}=\x3c/td>\n Capture Image\x3c/td>\n id=id\x3c/td>\n logImage=False\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n \x3c/td>\n Capture Image\x3c/td>\n id=id\x3c/td>\n logImage=true\x3c/td>\n mapObject=false\x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Capture Image","shortdoc":"Returns a screenshot of the given locator, or if not given from whole active window.","tags":[]},{"args":["logImage=True","mapObject=True"],"doc":" Returns a screenshot from whole primary screen. Note that this shows also other applications that are open.\x3c/p>\n logImage\x3c/code> is a boolean value that specifies whether a captured image is also printed to test execution log.\x3c/p>\n mapObject\x3c/code> is a boolean value that specifies whether a captured image is saved as mapobject and returned from keyword. This uses Java heap memory which can result problems if large amount of image capture is done. If set False keyword returns null and image is not stored in library bookkeeping.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n ${capture}=\x3c/td>\n Capture Primary Screen\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n ${capture}=\x3c/td>\n Capture Primary Screen\x3c/td>\n logImage=False\x3c/td>\n \x3c/td>\n\x3c/tr>\n \x3c/td>\n Capture Primary Screen\x3c/td>\n logImage=true\x3c/td>\n mapObject=false\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Capture Primary Screen","shortdoc":"Returns a screenshot from whole primary screen. Note that this shows also other applications that are open.","tags":[]},{"args":["locator","logImage=True","mapObject=True"],"doc":" Returns a screenshot of the scene containing given locator.\x3c/p>\n locator\x3c/code> is a query locator, see 3.1 Locator syntax\x3c/a>.\x3c/p>\n logImage\x3c/code> is a boolean value that specifies whether a captured image is also printed to test execution log.\x3c/p>\n mapObject\x3c/code> is a boolean value that specifies whether a captured image is saved as mapobject and returned from keyword. This uses Java heap memory which can result problems if large amount of image capture is done. If set False keyword returns null and image is not stored in library bookkeeping.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n ${capture}=\x3c/td>\n Capture Scene Containing Node\x3c/td>\n ${node}\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n ${capture}=\x3c/td>\n Capture Scene Containing Node\x3c/td>\n id=id\x3c/td>\n logImage=False\x3c/td>\n \x3c/td>\n\x3c/tr>\n \x3c/td>\n Capture Scene Containing Node\x3c/td>\n id=id\x3c/td>\n logImage=true\x3c/td>\n mapObject=false\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Capture Scene Containing Node","shortdoc":"Returns a screenshot of the scene containing given locator.","tags":[]},{"args":[],"doc":" Clears internal book keeping of all java objects.\x3c/p>","matched":true,"name":"Clear Object Map","shortdoc":"Clears internal book keeping of all java objects.","tags":[]},{"args":["locator"],"doc":" Clears the text value of given TextInputControl\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or TextInputControl\x3c/i> object. For identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Example:\x3c/p>\n \n\n Clear Text Input\x3c/td>\n .text-field\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Clear Text Input","shortdoc":"Clears the text value of given TextInputControl","tags":[]},{"args":["locator","motion=DIRECT"],"doc":" Clicks an element specified by given locator.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Bounds, Node, Point2D, PointQuery, Scene, Window\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n motion\x3c/code> defines the path for mouse to move to a target location. Default value is DIRECT\x3c/i>. Especially with submenus, desired motion is usually HORIZONTAL_FIRST.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n\n Click On\x3c/td>\n ${node}\x3c/td>\n \x3c/td>\n\x3c/tr>\n Click On\x3c/td>\n ${point}\x3c/td>\n \x3c/td>\n\x3c/tr>\n Click On\x3c/td>\n id=node-id\x3c/td>\n \x3c/td>\n\x3c/tr>\n Click On\x3c/td>\n css=.css-name\x3c/td>\n Motion=VERTICAL_FIRST\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Click On","shortdoc":"Clicks an element specified by given locator.","tags":[]},{"args":["x","y","motion=DIRECT"],"doc":" Moves mouse directly to the given coordinates and clicks the primary mouse button\x3c/p>\n x\x3c/code> and y\x3c/code> defines the coordinates as integer values.\x3c/p>\n Optional argument motion\x3c/code> defines how mouse pointer is moved to target. Defaults to DIRECT\x3c/i>.\x3c/p>","matched":true,"name":"Click On Coordinates","shortdoc":"Moves mouse directly to the given coordinates and clicks the primary mouse button","tags":[]},{"args":["*buttons"],"doc":" Clicks whatever is under the mouse pointer.\x3c/p>\n buttons\x3c/code> is a list of mouse buttons to click. See 5. Used ENUMs\x3c/a> for different mouse buttons available.\x3c/p>","matched":true,"name":"Click On Mouse Button","shortdoc":"Clicks whatever is under the mouse pointer. ","tags":[]},{"args":[],"doc":" Closes the current window, same as ALT + F4 in Windows\x3c/p>","matched":true,"name":"Close Current Window","shortdoc":"Closes the current window, same as ALT + F4 in Windows","tags":[]},{"args":[],"doc":" Closes JavaFX application.\x3c/p>\n Example:\x3c/p>\n \n\n Close JavaFX Application\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Close Javafx Application","shortdoc":"Closes JavaFX application.","tags":[]},{"args":[],"doc":" Closes Wrapped Swing application.\x3c/p>\n Example:\x3c/p>\n \n\n Close Swing Application\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Close Swing Application","shortdoc":"Closes Wrapped Swing application.","tags":[]},{"args":["minX","minY","width","height"],"doc":" Creates a new Bounds object with the given parameters\x3c/p>\n minX\x3c/code>, minY\x3c/code>, width\x3c/code>, height\x3c/code> are Double type arguments.\x3c/p>\n Example:\x3c/p>\n \n\n\n ${target bounds}=\x3c/td>\n Create Bounds\x3c/td>\n 150\x3c/td>\n 150\x3c/td>\n 0\x3c/td>\n 0\x3c/td>\n\x3c/tr>\n ${capture}=\x3c/td>\n Capture Bounds\x3c/td>\n ${target bounds}\x3c/td>\n \x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>\n See more at: https://docs.oracle.com/javase/8/javafx/api/javafx/geometry/Bounds.html\x3c/a>\x3c/p>","matched":true,"name":"Create Bounds","shortdoc":"Creates a new Bounds object with the given parameters","tags":[]},{"args":["x","y"],"doc":" Creates a new Point2D object with the given parameters\x3c/p>\n x\x3c/code> and y\x3c/code> are both Double type arguments.\x3c/p>\n Example:\x3c/p>\n \n\n\n ${point}=\x3c/td>\n Create Point\x3c/td>\n 150\x3c/td>\n 150\x3c/td>\n\x3c/tr>\n Drop To\x3c/td>\n ${point}\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>\n See more at: https://docs.oracle.com/javase/8/javafx/api/javafx/geometry/Point2D.html\x3c/a>\x3c/p>","matched":true,"name":"Create Point","shortdoc":"Creates a new Point2D object with the given parameters","tags":[]},{"args":["minX","minY","width","height"],"doc":" Creates a new Rectangle2D object with the given parameters\x3c/p>\n minX\x3c/code>, minY\x3c/code>, width\x3c/code>, height\x3c/code> are Double type arguments.\x3c/p>\n Example:\x3c/p>\n \n\n\n ${rectangle}\x3c/td>\n Create Rectangle\x3c/td>\n ${minX}\x3c/td>\n ${minY}\x3c/td>\n 240\x3c/td>\n 240\x3c/td>\n\x3c/tr>\n ${image1}\x3c/td>\n Capture Screen Region\x3c/td>\n ${rectangle}\x3c/td>\n \x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>\n See more at: https://docs.oracle.com/javase/8/javafx/api/javafx/geometry/Rectangle2D.html\x3c/a>\x3c/p>","matched":true,"name":"Create Rectangle","shortdoc":"Creates a new Rectangle2D object with the given parameters","tags":[]},{"args":["locator","motion=DIRECT"],"doc":" Double clicks an element specified by given locator.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Bounds, Node, Point2D, PointQuery, Scene, Window\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n motion\x3c/code> defines the path for mouse to move to a target location. Default value is DIRECT\x3c/i>.\x3c/p>","matched":true,"name":"Double Click On","shortdoc":"Double clicks an element specified by given locator.","tags":[]},{"args":["x","y","motion=DIRECT"],"doc":" Moves mouse directly to the given coordinates and double clicks the primary mouse button\x3c/p>\n x\x3c/code> and y\x3c/code> defines the coordinates as integer values.\x3c/p>\n Optional argument motion\x3c/code> defines how mouse pointer is moved to target. Defaults to DIRECT\x3c/i>.\x3c/p>","matched":true,"name":"Double Click On Coordinates","shortdoc":"Moves mouse directly to the given coordinates and double clicks the primary mouse button","tags":[]},{"args":["*buttons"],"doc":" Double clicks whatever is under the mouse pointer.\x3c/p>\n buttons\x3c/code> is a list of mouse buttons to click. See 5. Used ENUMs\x3c/a> for different mouse buttons available.\x3c/p>","matched":true,"name":"Double Click On Mouse Button","shortdoc":"Double clicks whatever is under the mouse pointer. ","tags":[]},{"args":["*buttons"],"doc":" Presses the given mouse button(s) on whatever is under the mouse's current location.\x3c/p>\n Optional parameter buttons\x3c/code> is a list of mouse buttons to be used, defaults to PRIMARY. See 5. Used ENUMs\x3c/a> for different MouseButtons\x3c/p>","matched":true,"name":"Drag","shortdoc":"Presses the given mouse button(s) on whatever is under the mouse's current location. ","tags":[]},{"args":["locator","button=PRIMARY"],"doc":" Moves mouse on top of the element located using given locator\x3c/i> and presses the given mouse button\x3c/i>.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Bounds, Node, Point2D, PointQuery, Scene, Window\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Optional parameter button\x3c/code> is the mouse button to be used, defaults to PRIMARY. See 5. Used ENUMs\x3c/a> for different MouseButtons\x3c/p>\n Example:\x3c/p>\n \n\n\n ${node}=\x3c/td>\n Find\x3c/td>\n id=some-node-id\x3c/td>\n\x3c/tr>\n Drag From\x3c/td>\n ${node}\x3c/td>\n SECONDARY\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Drag From","shortdoc":"Moves mouse on top of the element located using given _locator_ and presses the given mouse _button_.","tags":[]},{"args":["x","y","*buttons"],"doc":" Moves the mouse to given coordinates x\x3c/i> and y\x3c/i> and presses the given mouse buttons\x3c/i>\x3c/p>\n Integer argument x\x3c/code> sets the source point for x -coordinate\x3c/p>\n Integer argument y\x3c/code> sets the source point for y -coordinate\x3c/p>\n Optional parameter buttons\x3c/code> is a list of mouse buttons to be used, defaults to PRIMARY. See 5. Used ENUMs\x3c/a> for different MouseButtons\x3c/p>\n Example:\x3c/p>\n \n\n\n\n ${window}=\x3c/td>\n Get Window\x3c/td>\n title=Window Title\x3c/td>\n\x3c/tr>\n Drag From Coordinates\x3c/td>\n ${x}\x3c/td>\n ${y}\x3c/td>\n\x3c/tr>\n Drop To\x3c/td>\n ${window}\x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Drag From Coordinates","shortdoc":"Moves the mouse to given coordinates _x_ and _y_ and presses the given mouse _buttons_","tags":[]},{"args":[],"doc":" Releases the mouse at current position.\x3c/p>","matched":true,"name":"Drop","shortdoc":"Releases the mouse at current position.","tags":[]},{"args":["x","y"],"doc":" Moves the mouse horizontally by x\x3c/i> and vertically by y\x3c/i> before releasing the mouse.\x3c/p>\n Integer argument x\x3c/code> is the amount how much to move the mouse horizontally Integer argument y\x3c/code> is the amount how much to move the mouse vertically.\x3c/p>\n Example:\x3c/p>\n \n\n\n Drag From\x3c/td>\n id=node-id css=.css-name\x3c/td>\n \x3c/td>\n\x3c/tr>\n Drop By\x3c/td>\n -300\x3c/td>\n 0\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Drop By","shortdoc":"Moves the mouse horizontally by _x_ and vertically by _y_ before releasing the mouse.","tags":[]},{"args":["locator"],"doc":" Moves mouse on top of the element located using given locator\x3c/i> and and releases the mouse button.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Bounds, Node, Point2D, PointQuery, Scene, Window\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Example:\x3c/p>\n \n\n Drop To\x3c/td>\n id=some-node-id\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Drop To","shortdoc":"Moves mouse on top of the element located using given _locator_ and and releases the mouse button.","tags":[]},{"args":["x","y"],"doc":" Moves the mouse to given coordinates x\x3c/i> and y\x3c/i> and releases mouse buttons\x3c/p>\n Integer argument x\x3c/code> sets the target point for x -coordinate\x3c/p>\n Integer argument y\x3c/code> sets the target point for y -coordinate\x3c/p>\n Example:\x3c/p>\n \n\n\n Drag From\x3c/td>\n id=node-id\x3c/td>\n \x3c/td>\n\x3c/tr>\n Drop To\x3c/td>\n 100\x3c/td>\n 100\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Drop To Coordinates","shortdoc":"Moves the mouse to given coordinates _x_ and _y_ and releases mouse buttons","tags":[]},{"args":["amount"],"doc":" Erases the given number of characters from the active element.\x3c/p>\n amount\x3c/code> is the number of characters to erase\x3c/p>\n Example:\x3c/p>\n \n\n Erase Text\x3c/td>\n 5\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Erase Text","shortdoc":"Erases the given number of characters from the active element.","tags":[]},{"args":["query","failIfNotFound=False","root="],"doc":" Returns the first\x3c/b> node matching the query.\x3c/p>\n query\x3c/code> is a query locator, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n failIfNotFound\x3c/code> specifies if keyword should fail if nothing is found. By default it's false and keyword returns null in case lookup returns nothing.\x3c/p>\n root\x3c/code> is an optional argument pointing to the element which is used as the origin of the lookup. If root is defined only its children can be found. By default nodes are being looked from everywhere.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n\n\n\n\n\n ${my node}=\x3c/td>\n Find\x3c/td>\n text=\"some text\"\x3c/td>\n \x3c/td>\n \x3c/td>\n # finds node containing text some text\x3c/i>\x3c/td>\n\x3c/tr>\n ${my node}=\x3c/td>\n Find\x3c/td>\n css=VBox\x3c/td>\n \x3c/td>\n \x3c/td>\n # finds node matching the CSS selector\x3c/td>\n\x3c/tr>\n ${my node}=\x3c/td>\n Find\x3c/td>\n id=id\x3c/td>\n \x3c/td>\n \x3c/td>\n # finds node with matching id\x3c/i>\x3c/td>\n\x3c/tr>\n ${my node}=\x3c/td>\n Find\x3c/td>\n xpath=//Rectangle\x3c/td>\n \x3c/td>\n \x3c/td>\n # finds node matching the XPath\x3c/td>\n\x3c/tr>\n ${my node}=\x3c/td>\n Find\x3c/td>\n class=javafx.scene.shape.Rectangle\x3c/td>\n \x3c/td>\n \x3c/td>\n # finds node that is instance of the class\x3c/td>\n\x3c/tr>\n ${my node}=\x3c/td>\n Find\x3c/td>\n pseudo=hover\x3c/td>\n \x3c/td>\n \x3c/td>\n # finds node containing the given pseudo class state\x3c/td>\n\x3c/tr>\n ${my node}=\x3c/td>\n Find\x3c/td>\n id=id\x3c/td>\n True\x3c/td>\n \x3c/td>\n # this search fails if nothing is found\x3c/td>\n\x3c/tr>\n ${my node}=\x3c/td>\n Find\x3c/td>\n css=VBox\x3c/td>\n False\x3c/td>\n ${root}\x3c/td>\n # finds node matching the CSS selector from the children of given root\x3c/td>\n\x3c/tr>\n\x3c/table>\n Or chaining multiple queries together:\x3c/p>\n \n\n ${my node}=\x3c/td>\n Find\x3c/td>\n css=VBox HBox xpath=//Rectangle[@width=\"600.0\"]\x3c/td>\n\x3c/tr>\n\x3c/table>\n The example above would first look for a node matching the css selector VBox HBox\x3c/i>, then continue the search using the found HBox as a root node, while looking for a node matching the XPath.\x3c/p>","matched":true,"name":"Find","shortdoc":"Returns the *first* node matching the query. ","tags":[]},{"args":["query","failIfNotFound=False","root="],"doc":" Returns all\x3c/b> nodes matching the query.\x3c/p>\n query\x3c/code> is a query locator, see 3.1 Locator syntax\x3c/a>.\x3c/p>\n failIfNotFound\x3c/code> specifies if keyword should fail if nothing is found. By default it's false and keyword returns null in case lookup returns nothing.\x3c/p>\n root\x3c/code> is an optional argument pointing to the element which is used as the origin of the lookup. If root is defined only its children can be found. By default nodes are being looked from everywhere.\x3c/p>\n See keyword Find\x3c/a> for further examples of query usage.\x3c/p>","matched":true,"name":"Find All","shortdoc":"Returns *all* nodes matching the query. ","tags":[]},{"args":["locator"],"doc":" Returns a Bounds object for a region located using given locator.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node, Point2D, Scene, or Window\x3c/i> for identifying the region, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n ${bounds}=\x3c/td>\n Get Bounds\x3c/td>\n ${node}\x3c/td>\n \x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n ${target}=\x3c/td>\n Create Bounds\x3c/td>\n 150\x3c/td>\n 150\x3c/td>\n 200\x3c/td>\n 200\x3c/td>\n\x3c/tr>\n Should Be Equal\x3c/td>\n ${bounds}\x3c/td>\n ${target}\x3c/td>\n \x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Get Bounds","shortdoc":"Returns a Bounds object for a region located using given locator. ","tags":[]},{"args":["locator"],"doc":" Returns the 'Selected' value(true/false) for given checkbox.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the CheckBox element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Get Check Box Selection","shortdoc":"Returns the 'Selected' value(true/false) for given checkbox. ","tags":[]},{"args":["locator="],"doc":" Returns context menu items as a dictionary containing menu name:node pairs.\x3c/p>\n Optional parameter locator\x3c/code> is an Object:Window\x3c/i> for specifying which contextMenu(window) items should be collected. Default value is the last window returned by Get Target Windows\x3c/span> -keyword.\x3c/p>\n Examples:\x3c/p>\n \n\n\n\n Click On\x3c/td>\n id=menu-button-id\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n ${menu items}=\x3c/td>\n Get Context Menu Items\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n Dictionary Should Contain Key\x3c/td>\n ${menu items}\x3c/td>\n menu item name| Click On\x3c/td>\n &{menu items}[menu item name]\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Get Context Menu Items","shortdoc":"Returns context menu items as a dictionary containing menu name:node pairs. ","tags":[]},{"args":[],"doc":" Returns the class name of currently active JavaFX Application\x3c/p>","matched":true,"name":"Get Current Application","shortdoc":"Returns the class name of currently active JavaFX Application","tags":[]},{"args":[],"doc":" Returns the JavaFXLibrary version.\x3c/p>","matched":true,"name":"Get Library Version","shortdoc":"Returns the JavaFXLibrary version.","tags":[]},{"args":["node"],"doc":" Returns image name and path of the node.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object\x3c/i> for a node whose getHeight method will be called, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Returns full image path by subsequently calling impl_getUrl -method.\x3c/p>\n Note, impl_getUrl -method is deprecated! Support for this method will be removed from Java in the future.\x3c/p>","matched":true,"name":"Get Node Image Url","shortdoc":"Returns image name and path of the node. ","tags":[]},{"args":["locator"],"doc":" Returns the parent node of node.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object\x3c/i> for a node whose getParent method will be called, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Get Node Parent","shortdoc":"Returns the parent node of node. ","tags":[]},{"args":["locator"],"doc":" Returns text value of the Node.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object\x3c/i> for a node whose getText method will be called, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Get Node Text","shortdoc":"Returns text value of the Node. ","tags":[]},{"args":["locator"],"doc":" Returns the class name of a given node.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object\x3c/i> for a node whose getSimpleName method will be called, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Get Object Class Name","shortdoc":"Returns the class name of a given node. ","tags":[]},{"args":["object","fieldName"],"doc":" Returns the value of the given field\x3c/p>\n object\x3c/code> is a Object:Node\x3c/i> whose property values are to be checked, see 3.2 Using locators as keyword arguments\x3c/a>.\x3c/p>\n fieldName\x3c/code> is a String specifying which field value should be read\x3c/p>","matched":true,"name":"Get Object Property","shortdoc":"Returns the value of the given field","tags":[]},{"args":[],"doc":" Returns the bounds of primary screen.\x3c/p>","matched":true,"name":"Get Primary Screen Bounds","shortdoc":"Returns the bounds of primary screen.","tags":[]},{"args":["locator"],"doc":" Returns the current value for given ProgressBar element.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the ToggleButton element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Get Progress Bar Value","shortdoc":"Returns the current value for given ProgressBar element. ","tags":[]},{"args":["node"],"doc":" Calls getPseudoClassStates() -method for a given node and returns a list of values returned by the method.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object\x3c/i> for node whose pseudo class states will be queried, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Example:\x3c/p>\n \n\n\n ${states}=\x3c/td>\n Get Pseudo Class States\x3c/td>\n ${node}\x3c/td>\n\x3c/tr>\n Log List\x3c/td>\n ${states}\x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Get Pseudo Class States","shortdoc":"Calls getPseudoClassStates() -method for a given node and returns a list of values returned by the method.","tags":[]},{"args":["locator"],"doc":" Returns the root node of given element.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node, Window, Scene\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Examples for different kind of locators:\x3c/p>\n Window:\x3c/p>\n \n\n\n ${window}=\x3c/td>\n Get Window\x3c/td>\n title=ClickRobot Test\x3c/td>\n\x3c/tr>\n ${node}=\x3c/td>\n Get Root Node Of\x3c/td>\n ${window}\x3c/td>\n\x3c/tr>\n\x3c/table>\n Scene:\x3c/p>\n \n\n\n ${some scene}=\x3c/td>\n Get Nodes Scene\x3c/td>\n ${some node}\x3c/td>\n\x3c/tr>\n ${root}\x3c/td>\n Get Root Node Of\x3c/td>\n ${some scene}\x3c/td>\n\x3c/tr>\n\x3c/table>\n Node:\x3c/p>\n \n\n\n ${some node}=\x3c/td>\n find\x3c/td>\n id=some-node-id\x3c/td>\n\x3c/tr>\n ${root}\x3c/td>\n Get Root Node Of\x3c/td>\n ${some node}\x3c/td>\n\x3c/tr>\n\x3c/table>\n Query:\x3c/p>\n \n\n ${root}\x3c/td>\n Get Root Node Of\x3c/td>\n id=some-node-id\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Get Root Node Of","shortdoc":"Returns the root node of given element.","tags":[]},{"args":["locator"],"doc":" Returns Scene of the given object.\x3c/p>\n locator\x3c/code> is either a query\x3c/i>, a Node\x3c/i> or a Window\x3c/i>, see 3.2 Using locators as keyword arguments\x3c/a>\x3c/p>","matched":true,"name":"Get Scene","shortdoc":"Returns Scene of the given object. ","tags":[]},{"args":[],"doc":" Gets the screenshot directory for current application\x3c/p>","matched":true,"name":"Get Screenshot Directory","shortdoc":"Gets the screenshot directory for current application","tags":[]},{"args":["locator"],"doc":" Gets the max value for a given scrollbar.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the ScrollBar element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Get Scroll Bar Max Value","shortdoc":"Gets the max value for a given scrollbar. ","tags":[]},{"args":["locator"],"doc":" Gets the min value for a given scrollbar.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the ScrollBar element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Get Scroll Bar Min Value","shortdoc":"Gets the min value for a given scrollbar. ","tags":[]},{"args":["locator"],"doc":" Gets the current value for a given scrollbar\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the ScrollBar element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Get Scroll Bar Value","shortdoc":"Gets the current value for a given scrollbar ","tags":[]},{"args":["locator"],"doc":" Returns the horizontal value for given ScrollPane element.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the ScrollPane element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Get Scroll Pane Horizontal Value","shortdoc":"Returns the horizontal value for given ScrollPane element. ","tags":[]},{"args":["locator"],"doc":" Returns the vertical value for given ScrollPane element.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the ScrollPane element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Get Scroll Pane Vertical Value","shortdoc":"Returns the vertical value for given ScrollPane element. ","tags":[]},{"args":["locator"],"doc":" Returns the selected date from given DatePicker element\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the DatePicker element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Example:\x3c/p>\n \n\n ${date}=\x3c/td>\n Get Selected Date Picker Date\x3c/td>\n \\#datepicker-id\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Get Selected Date Picker Date","shortdoc":"Returns the selected date from given DatePicker element","tags":[]},{"args":["locator"],"doc":" Returns the selected RadioButton Node from the same group as given locator points to.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the RadioButton element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Get Selected Radio Button","shortdoc":"Returns the selected RadioButton Node from the same group as given locator points to.","tags":[]},{"args":["locator"],"doc":" Returns the selected TabPane Tab as a dictionary entry in form of 'name : Node' pair.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the TabPane element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Example:\x3c/p>\n \n\n\n ${tab}=\x3c/td>\n Get Tab Pane Selected Tab\x3c/td>\n id=pane-id\x3c/td>\n\x3c/tr>\n Dictionary Should contain Key\x3c/td>\n ${tab}\x3c/td>\n tab name\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Get Selected Tab Pane Tab","shortdoc":"Returns the selected TabPane Tab as a dictionary entry in form of 'name : Node' pair.","tags":[]},{"args":["locator"],"doc":" Returns the current value of given spinner element. locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the Spinner element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Get Spinner Value","shortdoc":"Returns the current value of given spinner element. ``locator`` is either a _query_ or _Object:Node_ for identifying the Spinner element, see `3. Locating JavaFX Nodes`.","tags":[]},{"args":["name"],"doc":" Returns given system property value. name\x3c/code> is the system property name to fetch.\x3c/p>\n Example:\x3c/p>\n \n\n ${locale}=\x3c/td>\n Get System Property\x3c/td>\n locale\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Get System Property","shortdoc":"Returns given system property value. ``name`` is the system property name to fetch. ","tags":[]},{"args":["locator"],"doc":" Returns a dictionary containing key:value pairs for each tab name and tab content(Node).\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the TabPane element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Example:\x3c/p>\n \n\n\n ${tabs}=\x3c/td>\n Get Tab pane Tabs\x3c/td>\n id=tab-pane-id\x3c/td>\n\x3c/tr>\n Dictionary Should Contain Key\x3c/td>\n ${tabs}\x3c/td>\n tab name\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Get Tab Pane Tabs","shortdoc":"Returns a dictionary containing key:value pairs for each tab name and tab content(Node).","tags":[]},{"args":["table","row","column"],"doc":" Returns the Node of cell in the given table location\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the TableView element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n row\x3c/code> Integer value for the row\x3c/p>\n column\x3c/code> Integer value for the column\x3c/p>","matched":true,"name":"Get Table Cell","shortdoc":"Returns the Node of cell in the given table location","tags":[]},{"args":["table","row","column"],"doc":" Returns the value of cell in the given location\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the TableView element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n row\x3c/code> Integer value for the row\x3c/p>\n column\x3c/code> Integer value for the column\x3c/p>","matched":true,"name":"Get Table Cell Value","shortdoc":"Returns the value of cell in the given location","tags":[]},{"args":["table","column"],"doc":" Returns a list of visible\x3c/b> cells(Nodes) of the given table column.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the TableView element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n column\x3c/code> Integer value for the column\x3c/p>","matched":true,"name":"Get Table Column Cells","shortdoc":"Returns a list of *visible* cells(Nodes) of the given table column.","tags":[]},{"args":["table"],"doc":" Returns the column count of the given table\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the TableView element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Get Table Column Count","shortdoc":"Returns the column count of the given table","tags":[]},{"args":["table","column"],"doc":" Returns list of values of the given table column.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the TableView element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n column\x3c/code> Integer value for the column\x3c/p>","matched":true,"name":"Get Table Column Values","shortdoc":"Returns list of values of the given table column.","tags":[]},{"args":["table","row"],"doc":" Returns the given table row cells in a dictionary in form of name:node pairs.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the TableView element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n row\x3c/code> Integer value for the column Example:\x3c/p>\n \n\n\n\n ${row cells}=\x3c/td>\n Get Table Row Cells\x3c/td>\n id=table-id\x3c/td>\n ${2}\x3c/td>\n\x3c/tr>\n Dictionary Should Contain Key\x3c/td>\n ${row cells}\x3c/td>\n column name\x3c/td>\n \x3c/td>\n\x3c/tr>\n ${cell text}=\x3c/td>\n Get Node Text\x3c/td>\n &{row cells}[column name]\x3c/td>\n # assuming that cell is a node that has a text value\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Get Table Row Cells","shortdoc":"Returns the given table row cells in a dictionary in form of name:node pairs. ","tags":[]},{"args":["table","row"],"doc":" Returns the given table row cells in a dictionary in form of name:node pairs.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the TableView element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n row\x3c/code> Integer value for the column Example:\x3c/p>\n \n\n\n\n ${row cells}=\x3c/td>\n Get Table Row Cells\x3c/td>\n id=table-id\x3c/td>\n ${2}\x3c/td>\n\x3c/tr>\n Dictionary Should Contain Key\x3c/td>\n ${row cells}\x3c/td>\n column name\x3c/td>\n \x3c/td>\n\x3c/tr>\n ${cell text}=\x3c/td>\n Get Node Text\x3c/td>\n &{row cells}[column name]\x3c/td>\n # assuming that cell is a node that has a text value\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Get Table Row Values","shortdoc":"Returns the given table row cells in a dictionary in form of name:node pairs. ","tags":[]},{"args":[],"doc":" Returns the last stored target window\x3c/p>\n Example:\x3c/p>\n \n\n ${window}=\x3c/td>\n Get Target Window\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Get Target Window","shortdoc":"Returns the last stored target window","tags":[]},{"args":["locator"],"doc":" Returns window object.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node, Scene\x3c/i> for identifying the Window. In addition to normal query\x3c/i>, locator can be a search string for pattern=\x3c/i>, title=\x3c/i> or Integer number. See 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Examples for different kind of locators:\x3c/p>\n Pattern (defaults to title):\x3c/p>\n \n\n\n\n ${window}=\x3c/td>\n Get Window\x3c/td>\n My window title\x3c/td>\n\x3c/tr>\n ${window}=\x3c/td>\n Get Window\x3c/td>\n title=My window title\x3c/td>\n\x3c/tr>\n ${window}=\x3c/td>\n Get Window\x3c/td>\n pattern=W[i-w]{5} Title\x3c/td>\n\x3c/tr>\n\x3c/table>\n Index:\x3c/p>\n \n\n\n ${window}=\x3c/td>\n Get Window\x3c/td>\n 0\x3c/td>\n\x3c/tr>\n ${window}=\x3c/td>\n Get Window\x3c/td>\n ${2}\x3c/td>\n\x3c/tr>\n\x3c/table>\n Node:\x3c/p>\n \n\n\n ${some_node}=\x3c/td>\n Find\x3c/td>\n id=some_id\x3c/td>\n\x3c/tr>\n ${window}=\x3c/td>\n Get Window\x3c/td>\n ${some_node}\x3c/td>\n\x3c/tr>\n\x3c/table>\n Scene:\x3c/p>\n \n\n\n ${some_scene}=\x3c/td>\n Get Nodes Scene\x3c/td>\n ${some_node}\x3c/td>\n\x3c/tr>\n ${window}=\x3c/td>\n Get Window\x3c/td>\n ${some_scene}\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Get Window","shortdoc":"Returns window object.","tags":[]},{"args":["window"],"doc":" Returns the title of the given window.\x3c/p>\n locator\x3c/code> is an Object:Window\x3c/i> whose getTitle method will be called, see 3.2 Using locators as keyword arguments\x3c/a>. This keyword can be coupled with e.g. List Windows\x3c/a> -keyword.\x3c/p>","matched":true,"name":"Get Window Title","shortdoc":"Returns the title of the given window. ","tags":[]},{"args":["image1","image2","percentage=100"],"doc":" Fails if images are not similar enough\x3c/p>\n image1\x3c/code> is an Object:Image\x3c/i> for the first comparable image.\x3c/p>\n image2\x3c/code> is an Object:Image\x3c/i> for the second comparable image.\x3c/p>\n percentage\x3c/code> the percentage of pixels that should match, defaults to 100.\x3c/p>\n This keyword can be coupled with e.g. Capture Image\x3c/a> -keyword.\x3c/p>","matched":true,"name":"Images Should Match","shortdoc":"Fails if images are not similar enough","tags":[]},{"args":["image1","image2","percentage=100"],"doc":" Fails if images are too similar\x3c/p>\n image1\x3c/code> is an Object:Image\x3c/i> for the first comparable image.\x3c/p>\n image2\x3c/code> is an Object:Image\x3c/i> for the second comparable image.\x3c/p>\n percentage\x3c/code> the percentage of pixels that should not match, defaults to 100.\x3c/p>\n This keyword can be coupled with e.g. Capture Image\x3c/a> -keyword.\x3c/p>","matched":true,"name":"Images Should Not Match","shortdoc":"Fails if images are too similar","tags":[]},{"args":[],"doc":" Returns if JavaFXLibrary is started as java agent.\x3c/p>","matched":true,"name":"Is Java Agent","shortdoc":"Returns if JavaFXLibrary is started as java agent.","tags":[]},{"args":["appName","*args"],"doc":" Launches JavaFX application with the given arguments.\x3c/p>\n appName\x3c/code> is the name of the application to launch.\x3c/p>\n appArgs\x3c/code> is a list of arguments to be passed for the application.\x3c/p>\n Example:\x3c/p>\n \n\n\n Launch JavaFX Application\x3c/td>\n javafxlibrary.testapps.MenuApp\x3c/i>\x3c/td>\n\x3c/tr>\n Launch JavaFX Application\x3c/td>\n TestApplication.jar\x3c/i>\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Launch Javafx Application","shortdoc":"Launches JavaFX application with the given arguments.","tags":[]},{"args":["appName","*args"],"doc":" Creates a JavaFX wrapper for the given Swing application and launches it. This allows testing Swing embedded JavaFX components. Custom wrappers can be used with Launch Javafx Application keyword, see SwingApplicationWrapper.java\x3c/a> for example.\x3c/p>\n appName\x3c/code> is the name of the application to launch.\x3c/p>\n appArgs\x3c/code> is a list of arguments to be passed for the application.\x3c/p>\n Example:\x3c/p>\n \n\n\n Launch Swing Application\x3c/td>\n javafxlibrary.testapps.SwingApplication\x3c/i>\x3c/td>\n\x3c/tr>\n Launch Swing Application\x3c/td>\n TestApplication.jar\x3c/i>\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Launch Swing Application","shortdoc":"Creates a JavaFX wrapper for the given Swing application and launches it. This allows testing Swing embedded JavaFX components. Custom wrappers can be used with Launch Javafx Application keyword, see [https://github.com/eficode/JavaFXLibrary/blob/master/src/main/java/javafxlibrary/testapps/SwingApplicationWrapper.java|SwingApplicationWrapper.java] for example.","tags":[]},{"args":["appName","*args"],"doc":" Creates a wrapper application the same way as in Launch Swing Application\x3c/a>, but starts it in a new thread. This is required when main method of the test application is blocked and execution does not return after calling it until the application gets closed. Be sure to set the library timeout with Set Timeout\x3c/a> so that the test application will have enough time to load, as the test execution will continue instantly after calling the main method.\x3c/p>\n appName\x3c/code> is the name of the application to launch.\x3c/p>\n appArgs\x3c/code> is a list of arguments to be passed for the application.\x3c/p>\n Example:\x3c/p>\n \n\n\n Launch Swing Application In Separate Thread\x3c/td>\n javafxlibrary.testapps.SwingApplication\x3c/i>\x3c/td>\n\x3c/tr>\n Launch Swing Application In Separate Thread\x3c/td>\n TestApplication.jar\x3c/i>\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Launch Swing Application In Separate Thread","shortdoc":"Creates a wrapper application the same way as in `Launch Swing Application`, but starts it in a new thread. This is required when main method of the test application is blocked and execution does not return after calling it until the application gets closed. Be sure to set the library timeout with `Set Timeout` so that the test application will have enough time to load, as the test execution will continue instantly after calling the main method.","tags":[]},{"args":["node"],"doc":" Lists methods available for given node. node\x3c/code> is the Object:Node which methods to list, see 3.2 Using locators as keyword arguments\x3c/a>.\x3c/p>\n When working with custom components you may use this keyword to discover methods you can call with Call Object Method\x3c/a> or Call Object Method In Fx Application Thread\x3c/a> keyword.\x3c/p>\n Example:\x3c/p>\n \n\n List Node Methods\x3c/td>\n ${my node}\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"List Node Methods","shortdoc":"Lists methods available for given node. ``node`` is the Object:Node which methods to list, see `3.2 Using locators as keyword arguments`. ","tags":[]},{"args":[],"doc":" Returns a list of windows that are ordered by proximity to the last target window.\x3c/p>","matched":true,"name":"List Target Windows","shortdoc":"Returns a list of windows that are ordered by proximity to the last target window.","tags":[]},{"args":[],"doc":" Returns a list of all available windows currently open.\x3c/p>\n Example:\x3c/p>\n \n\n\n ${windows}=\x3c/td>\n List Windows\x3c/td>\n\x3c/tr>\n Log List\x3c/td>\n ${windows}\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"List Windows","shortdoc":"Returns a list of all available windows currently open. ","tags":[]},{"args":["path"],"doc":" Loads an image from the given path\x3c/i> in hard drive\x3c/p>\n path\x3c/code> is the source path for image in local hard drive.\x3c/p>\n Example:\x3c/p>\n \n\n ${image}=\x3c/td>\n Load Image\x3c/td>\n ${path to image}node.png\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Load Image","shortdoc":"Loads an image from the given _path_ in hard drive ","tags":[]},{"args":["url"],"doc":" Loads an image from the given url\x3c/i>\x3c/p>\n url\x3c/code> is the url for the source image.\x3c/p>\n Example:\x3c/p>\n \n\n\n ${path}=\x3c/td>\n Set Variable\x3c/td>\n http://i.imgur.com\x3c/a>\x3c/td>\n\x3c/tr>\n ${image}=\x3c/td>\n Load Image From Url\x3c/td>\n ${path}/A99VNbK.png\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Load Image From Url","shortdoc":"Loads an image from the given _url_","tags":[]},{"args":[],"doc":" Logs current classpath content\x3c/p>","matched":true,"name":"Log Application Classpath","shortdoc":"Logs current classpath content","tags":[]},{"args":["root="],"doc":" Generates and prints FXML representation of the application starting from a given node.\x3c/p>\n Optional argument root\x3c/code> is the starting point from where to start listing child nodes, see 3.2 Using locators as keyword arguments\x3c/a>. Defaults to root node of current window.\x3c/p>\n Example:\x3c/p>\n \n\n\n ${my node}=\x3c/td>\n Find\x3c/td>\n id=node-id\x3c/td>\n\x3c/tr>\n Log FXML\x3c/td>\n ${my node}\x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Log FXML","shortdoc":"Generates and prints FXML representation of the application starting from a given node.","tags":[]},{"args":[],"doc":" Prints all system properties that has been set with Set System Property\x3c/b> -keyword\x3c/p>","matched":true,"name":"Log System Properties","shortdoc":"Prints all system properties that has been set with *Set System Property* -keyword","tags":[]},{"args":["x","y","motion=DIRECT"],"doc":" Moves mouse directly from current location to new location specified by x\x3c/i> and y\x3c/i> offsets\x3c/p>\n x\x3c/code> is an integer value for horizontal axis x-offset.\x3c/p>\n y\x3c/code> is an integer value for vertical axis y-offset.\x3c/p>\n Optional argument motion\x3c/code> defines the path for mouse to move to given coordinates. Default value is DIRECT\x3c/i>.\x3c/p>\n Example:\x3c/p>\n \n\n Move By\x3c/td>\n 75\x3c/td>\n 75\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Move By","shortdoc":"Moves mouse directly from current location to new location specified by _x_ and _y_ offsets","tags":[]},{"args":["locator","motion=DIRECT"],"doc":" Moves mouse over a node located using given locator.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Bounds, Node, Point2D, PointQuery, Scene, Window\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n motion\x3c/code> defines the path for mouse to move to a target location. Default value is DIRECT\x3c/i>.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n\n ${x}\x3c/td>\n Evaluate\x3c/td>\n ${400} + ${SCENE_MINX}\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n ${y}\x3c/td>\n Evaluate\x3c/td>\n ${150} + ${SCENE_MINY}\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n ${point}\x3c/td>\n Create Point\x3c/td>\n ${x}\x3c/td>\n ${y}\x3c/td>\n \x3c/td>\n\x3c/tr>\n Move To\x3c/td>\n ${POINT}\x3c/td>\n VERTICAL_FIRST\x3c/td>\n \x3c/td>\n # moves mouse on top of given Point object by moving first vertically and then horizontally\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Move To","shortdoc":"Moves mouse over a node located using given locator.","tags":[]},{"args":["x","y","motion=DIRECT"],"doc":" Moves mouse to given coordinates.\x3c/p>\n x\x3c/code> is an integer value for horizontal axis x-coordinate.\x3c/p>\n y\x3c/code> is an integer value for vertical axis y-coordinate.\x3c/p>\n Optional argument motion\x3c/code> defines the path for mouse to move to given coordinates. Default value is DIRECT\x3c/i>.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n\n ${x}\x3c/td>\n Evaluate\x3c/td>\n ${SCENE_MINX} + ${200}\x3c/td>\n \x3c/td>\n\x3c/tr>\n ${y}\x3c/td>\n Evaluate\x3c/td>\n ${SCENE_MINY} + ${200}\x3c/td>\n \x3c/td>\n\x3c/tr>\n Move To Coordinates\x3c/td>\n ${x}\x3c/td>\n ${y}\x3c/td>\n HORIZONTAL_FIRST\x3c/td>\n\x3c/tr>\n Label Text Should Be\x3c/td>\n \\#locationLabel\x3c/td>\n 200\x3c/td>\n 200\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Move To Coordinates","shortdoc":"Moves mouse to given coordinates.","tags":[]},{"args":["locator"],"doc":" Verifies that node is enabled.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the Node, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Node Should Be Enabled","shortdoc":"Verifies that node is enabled. ","tags":[]},{"args":["locator"],"doc":" Verifies that node is focused.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the Node, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Node Should Be Focused","shortdoc":"Verifies that node is focused. ","tags":[]},{"args":["locator"],"doc":" Verifies that node is hoverable with mouse.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the Node, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Node Should Be Hoverable","shortdoc":"Verifies that node is hoverable with mouse. ","tags":[]},{"args":["locator"],"doc":" Verifies that node is visible.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the Node, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Node Should Be Visible","shortdoc":"Verifies that node is visible. ","tags":[]},{"args":["locator","text"],"doc":" Verifies that given node has text.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the Node, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n text\x3c/code> is the String to be searched for\x3c/p>","matched":true,"name":"Node Should Have Text","shortdoc":"Verifies that given node has text. ","tags":[]},{"args":["locator"],"doc":" Verifies that node is disabled.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the Node, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Node Should Not Be Enabled","shortdoc":"Verifies that node is disabled. ","tags":[]},{"args":["locator"],"doc":" Verifies that node is not focused.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the Node, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Node Should Not Be Focused","shortdoc":"Verifies that node is not focused. ","tags":[]},{"args":["locator"],"doc":" Verifies that node is not hoverable with mouse.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the Node, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Node Should Not Be Hoverable","shortdoc":"Verifies that node is not hoverable with mouse. ","tags":[]},{"args":["locator"],"doc":" Verifies that node is invisible.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the Node, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Node Should Not Be Visible","shortdoc":"Verifies that node is invisible. ","tags":[]},{"args":["locator","text"],"doc":" Verifies that given node has not text.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the Node, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n text\x3c/code> is the String to be searched for\x3c/p>","matched":true,"name":"Node Should Not Have Text","shortdoc":"Verifies that given node has not text. ","tags":[]},{"args":["locator"],"doc":" Sets the current position pointer to a point located using given locator and returns a PointQuery object for it.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Bounds, Node, Point2D, Scene, Window\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n\n\n\n ${point query}=\x3c/td>\n Point To\x3c/td>\n ${node}\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n Move To\x3c/td>\n ${point query}\x3c/td>\n \x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n ${point query position}=\x3c/td>\n Call Method\x3c/td>\n ${point query}\x3c/td>\n getPosition\x3c/td>\n \x3c/td>\n\x3c/tr>\n Set Target Position\x3c/td>\n BOTTOM_RIGHT\x3c/td>\n \x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n ${point query}=\x3c/td>\n Point To\x3c/td>\n ${some node}\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n Move To\x3c/td>\n ${point query}\x3c/td>\n \x3c/td>\n \x3c/td>\n # moves to bottom right corner of a node that was stored in PointQuery object.\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Point To","shortdoc":"Sets the current position pointer to a point located using given locator and returns a PointQuery object for it. ","tags":[]},{"args":["x","y"],"doc":" Sets the current position pointer to new location based on x,y coordinates and returns a PointQuery object for it.\x3c/p>\n x\x3c/code> and y\x3c/code> defines the Integer values for the x- and y -coordinates.\x3c/p>\n Example:\x3c/p>\n \n\n ${point query}=\x3c/td>\n Point To Coordinates\x3c/td>\n 100\x3c/td>\n 200\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Point To Coordinates","shortdoc":"Sets the current position pointer to new location based on x,y coordinates and returns a PointQuery object for it.","tags":[]},{"args":["locator","offsetX","offsetY"],"doc":" Convenience method: Creates and returns a PointQuery pointing to the target with the given offset values.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Bounds, Node, Point2D, Scene, Window\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Parameters offsetX\x3c/code> and offsetY\x3c/code> are Double type values for x- and y-axis offsets.\x3c/p>\n Example:\x3c/p>\n \n\n\n ${point query}=\x3c/td>\n Point To With Offset\x3c/td>\n ${some node}\x3c/td>\n 10.0\x3c/td>\n -10.0\x3c/td>\n\x3c/tr>\n ${point query offset}=\x3c/td>\n Call Method\x3c/td>\n ${point query}\x3c/td>\n getOffset\x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Point To With Offset","shortdoc":"Convenience method: Creates and returns a PointQuery pointing to the target with the given offset values. ","tags":[]},{"args":["*keys"],"doc":" Presses given keys, until explicitly released via keyword 'Release'. Once pressed,\x3c/p>\n keys\x3c/code> is the list of keys to be pressed, see a list of different KeyCodes in 5. Used ENUMs\x3c/a>.\x3c/p>\n Example:\x3c/p>\n \n\n Press\x3c/td>\n CONTROL\x3c/td>\n SHIFT\x3c/td>\n G\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Press","shortdoc":"Presses given keys, until explicitly released via keyword 'Release'. Once pressed, ","tags":[]},{"args":["*buttons"],"doc":" Presses and holds mouse buttons.\x3c/p>\n buttons\x3c/code> is a list of mouse buttons to press. Defaults to PRIMARY\x3c/i>, see 5. Used ENUMs\x3c/a> for different mouse buttons. Example:\x3c/p>\n \n\n Press Mouse Button\x3c/td>\n PRIMARY\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Press Mouse Button","shortdoc":"Presses and holds mouse buttons.","tags":[]},{"args":["root="],"doc":" Prints all child nodes starting from a given node.\x3c/p>\n Optional argument root\x3c/code> is the starting point from where to start listing child nodes, see 3.2 Using locators as keyword arguments\x3c/a>. Defaults to root node of current window.\x3c/p>\n Example:\x3c/p>\n \n\n\n ${my node}=\x3c/td>\n Find\x3c/td>\n id=node-id\x3c/td>\n\x3c/tr>\n Print Child Nodes\x3c/td>\n ${my node}\x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Print Child Nodes","shortdoc":"Prints all child nodes starting from a given node.","tags":[]},{"args":["object"],"doc":" Prints a list of all fields and their values of the given Java object\x3c/p>\n object\x3c/code> is a Object:Node\x3c/i> whose property field values will be printed, see 3.2 Using locators as keyword arguments\x3c/a>.\x3c/p>","matched":true,"name":"Print Object Properties","shortdoc":"Prints a list of all fields and their values of the given Java object","tags":[]},{"args":["*keys"],"doc":" Pushes a given key/key combination.\x3c/p>\n keys\x3c/code> is the list of keys to be pushed, see a list of different KeyCodes in 5. Used ENUMs\x3c/a>.\x3c/p>\n Example:\x3c/p>\n \n\n Push\x3c/td>\n CONTROL\x3c/td>\n SHIFT\x3c/td>\n G\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Push","shortdoc":"Pushes a given key/key combination.","tags":[]},{"args":["*keys"],"doc":" Pushes given keys one at a time.\x3c/p>\n keys\x3c/code> is the list of keys to be pushed, see a list of different KeyCodes in 5. Used ENUMs\x3c/a>.\x3c/p>\n Example:\x3c/p>\n \n\n\n Push In Order\x3c/td>\n H\x3c/td>\n e\x3c/td>\n l\x3c/td>\n l\x3c/td>\n o\x3c/td>\n\x3c/tr>\n Push In Order\x3c/td>\n BACK_SPACE\x3c/td>\n LEFT\x3c/td>\n BACK_SPACE\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Push In Order","shortdoc":"Pushes given keys one at a time.","tags":[]},{"args":["times","*keys"],"doc":" Pushes a given key/key combination multiple times.\x3c/p>\n times\x3c/code> defines how many times to push keys\x3c/code> is the key combination to push, see a list of different KeyCodes in 5. Used ENUMs\x3c/a>.\x3c/p>\n Example:\x3c/p>\n \n\n\n Push Many Times\x3c/td>\n 2\x3c/td>\n LEFT\x3c/td>\n \x3c/td>\n\x3c/tr>\n Push Many Times\x3c/td>\n 5\x3c/td>\n SHIFT\x3c/td>\n X\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Push Many Times","shortdoc":"Pushes a given key/key combination multiple times.","tags":[]},{"args":["locator"],"doc":" Verifies that RadioButton is selected.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the RadioButton element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Radio Button Should Be Selected","shortdoc":"Verifies that RadioButton is selected. ","tags":[]},{"args":["locator"],"doc":" Verifies that RadioButton is not selected.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the RadioButton element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Radio Button Should Not Be Selected","shortdoc":"Verifies that RadioButton is not selected. ","tags":[]},{"args":["*keys"],"doc":" Releases given keys.\x3c/p>\n keys\x3c/code> is the list of keys to be released, see a list of different KeyCodes in 5. Used ENUMs\x3c/a>.\x3c/p>\n Example:\x3c/p>\n \n\n Release\x3c/td>\n CONTROL\x3c/td>\n SHIFT\x3c/td>\n G\x3c/td>\n\x3c/tr>\n\x3c/table>\n Note: passing in an empty list will release all pressed keys.\x3c/p>","matched":true,"name":"Release","shortdoc":"Releases given keys. ","tags":[]},{"args":["*buttons"],"doc":" Releases pressed mouse buttons.\x3c/p>\n buttons\x3c/code> is a list of mouse buttons to release. Defaults to PRIMARY\x3c/i>, see 5. Used ENUMs\x3c/a> for different mouse buttons. Example:\x3c/p>\n \n\n Release Mouse Button\x3c/td>\n SECONDARY\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Release Mouse Button","shortdoc":"Releases pressed mouse buttons.","tags":[]},{"args":["locator","motion=DIRECT"],"doc":" Right clicks an element specified by given locator.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Bounds, Node, Point2D, PointQuery, Scene, Window\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n motion\x3c/code> defines the path for mouse to move to a target location. Default value is DIRECT\x3c/i>. Especially with submenus, desired motion is usually HORIZONTAL_FIRST.\x3c/p>","matched":true,"name":"Right Click On","shortdoc":"Right clicks an element specified by given locator.","tags":[]},{"args":["x","y","motion=DIRECT"],"doc":" Moves mouse directly to the given coordinates and right clicks the primary mouse button\x3c/p>\n x\x3c/code> and y\x3c/code> defines the coordinates as integer values.\x3c/p>\n Optional argument motion\x3c/code> defines how mouse pointer is moved to target. Defaults to DIRECT\x3c/i>.\x3c/p>","matched":true,"name":"Right Click On Coordinates","shortdoc":"Moves mouse directly to the given coordinates and right clicks the primary mouse button","tags":[]},{"args":[],"doc":" Clicks right mouse button on whatever is under the mouse pointer\x3c/p>","matched":true,"name":"Right Click On Mouse Button","shortdoc":"Clicks right mouse button on whatever is under the mouse pointer","tags":[]},{"args":["image","path"],"doc":" Saves given image to given location\x3c/p>\n image\x3c/code> is the target Object:Image\x3c/i> to be saved path\x3c/code> is the target location where image will be saved\x3c/p>","matched":true,"name":"Save Image As","shortdoc":"Saves given image to given location","tags":[]},{"args":["direction","amount=1"],"doc":" Scrolls horizontally by amount (in terms of ticks of a mouse wheel) in given direction.\x3c/p>\n amount\x3c/code> is the number of scroll ticks, defaults to 1.\x3c/p>\n direction\x3c/code> specifies whether to scroll RIGHT or LEFT.\x3c/p>\n Example:\x3c/p>\n \n\n\n Move To\x3c/td>\n ${some node}\x3c/td>\n\x3c/tr>\n Scroll Horizontally\x3c/td>\n RIGHT\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Scroll Horizontally","shortdoc":"Scrolls horizontally by amount (in terms of ticks of a mouse wheel) in given direction.","tags":[]},{"args":["direction","amount=1"],"doc":" Scrolls vertically by amount (in terms of ticks of a mouse wheel) in given direction.\x3c/p>\n amount\x3c/code> is the number of scroll ticks, defaults to 1.\x3c/p>\n direction\x3c/code> specifies whether to scroll UP or DOWN.\x3c/p>\n Example:\x3c/p>\n \n\n\n Move To\x3c/td>\n ${some node}\x3c/td>\n \x3c/td>\n\x3c/tr>\n Scroll Vertically\x3c/td>\n DOWN\x3c/td>\n 25\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Scroll Vertically","shortdoc":"Scrolls vertically by amount (in terms of ticks of a mouse wheel) in given direction.","tags":[]},{"args":[],"doc":" Pushes CTRL/CMD + A key combination to select all.\x3c/p>","matched":true,"name":"Select All","shortdoc":"Pushes CTRL/CMD + A key combination to select all.","tags":[]},{"args":["item"],"doc":" Clicks the given item from menu\x3c/p>\n item\x3c/code> is the name for the Context Menu item to be clicked. This keyword clicks the first menu item that matches the given item name. Search of an item is started from the last target window.\x3c/p>\n Example:\x3c/p>\n \n\n\n Click On\x3c/td>\n id=menu-button-id\x3c/td>\n\x3c/tr>\n Select Context Menu Item\x3c/td>\n menu item name\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Select Context Menu Item","shortdoc":"Clicks the given item from menu","tags":[]},{"args":["locator","tabName"],"doc":" Selects the given Tab from TabPane.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the TabPane element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n tabName\x3c/code> is the name of the tab to be selected\x3c/p>\n Examples:\x3c/p>\n \n\n\n Select Tab Pane Tab\x3c/td>\n ${Tab Pane}\x3c/td>\n tab name\x3c/td>\n\x3c/tr>\n Select Tab Pane Tab\x3c/td>\n id=tab-id\x3c/td>\n tab name\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Select Tab Pane Tab","shortdoc":"Selects the given Tab from TabPane.","tags":[]},{"args":["value"],"doc":" Sets whether to embed log images directly into the log.html file or as a link to a file on local disk.\x3c/p>\n Argument value\x3c/code> is a string. Accepted values are embedded\x3c/code> (initial value) and diskonly\x3c/code>. They can be given in uppercase as well.\x3c/p>\n Example:\x3c/p>\n \n\n Set Image Logging\x3c/td>\n DISKONLY\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Set Image Logging","shortdoc":"Sets whether to embed log images directly into the log.html file or as a link to a file on local disk.","tags":[]},{"args":["value"],"doc":" Enables/Disables clicking outside of visible JavaFX application windows. Safe clicking is on by default, preventing clicks outside of the tested application.\x3c/p>\n value\x3c/code> can be any of the following: on, off.\x3c/p>\n Parameter value\x3c/i> specifies whether safety should be toggled on or off\x3c/p>","matched":true,"name":"Set Safe Clicking","shortdoc":"Enables/Disables clicking outside of visible JavaFX application windows. Safe clicking is on by default, preventing clicks outside of the tested application.","tags":[]},{"args":["directory","logDirectory="],"doc":" Sets the screenshot directory for current application\x3c/p>\n Notice that relative paths are from current work dir of JavaFXLibrary:\x3c/p>\n \n In case of Java Agent it comes from Application Under Test (AUT).\x3c/li>\n In case of JavaFXLibrary is started with \"java -jar *\" command it uses the current working directory as source.\x3c/li>\n\x3c/ul>\n directory\x3c/code> is a path to a folder which is to be set as current screenshot directory in host where JavaFXLibrary is run.\x3c/p>\n logDirectory\x3c/code> is a path that is put to log.html files that can be used after screenshots are moved from target system to e.g. CI workspace. Typically this is relative path.\x3c/p>\n Example:\x3c/p>\n \n\n Set Screenshot Directory\x3c/td>\n /Users/robotuser/output/AUT-screenshots/\x3c/td>\n ./output/AUT-screenshots/\x3c/td>\n\x3c/tr>\n\x3c/table>\n or\x3c/p>\n \n\n Set Screenshot Directory\x3c/td>\n ./output/AUT-screenshots/\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Set Screenshot Directory","shortdoc":"Sets the screenshot directory for current application","tags":[]},{"args":["name","value"],"doc":" Sets system property name\x3c/code> to value\x3c/code>. Equals command line usage -Dname=value\x3c/span>.\x3c/p>\n Example:\x3c/p>\n \n\n Set System Property\x3c/td>\n locale\x3c/td>\n en_US\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Set System Property","shortdoc":"Sets system property ``name`` to ``value``. Equals command line usage `-Dname=value`.","tags":[]},{"args":["pointPosition"],"doc":" Stores the given position as the default offset for all point operations.\x3c/p>\n pointPosition\x3c/code> sets the default offset for every use of Point To\x3c/a> -keyword. Defaults to CENTER\x3c/i>, see more at 5. Used ENUMs\x3c/a> and Pos\x3c/i> enum.\x3c/p>\n Example:\x3c/p>\n \n\n Set Target Position\x3c/td>\n TOP_LEFT\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Set Target Position","shortdoc":"Stores the given position as the default offset for all point operations.","tags":[]},{"args":["locator"],"doc":" Sets active target window\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node, Scene\x3c/i> for identifying the Window. In addition to normal query\x3c/i>, locator can be a search string for pattern=\x3c/i>, title=\x3c/i> or Integer number. See 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n Examples for different kind of locators:\x3c/p>\n pattern (defaults to title):\x3c/p>\n \n\n\n\n Set Target Window\x3c/td>\n My window title\x3c/td>\n\x3c/tr>\n Set Target Window\x3c/td>\n title=My window title\x3c/td>\n\x3c/tr>\n Set Target Window\x3c/td>\n pattern=W[i-w]{5} Title\x3c/td>\n\x3c/tr>\n\x3c/table>\n Index:\x3c/p>\n \n\n\n Set Target Window\x3c/td>\n 0\x3c/td>\n\x3c/tr>\n Set Target Window\x3c/td>\n ${2}\x3c/td>\n\x3c/tr>\n\x3c/table>\n Node:\x3c/p>\n \n\n\n ${some_node}=\x3c/td>\n Find\x3c/td>\n id=some_id\x3c/td>\n\x3c/tr>\n Set Target Window\x3c/td>\n ${some_node}\x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>\n Scene:\x3c/p>\n \n\n\n ${some_scene}=\x3c/td>\n Get Nodes Scene\x3c/td>\n ${some_node}\x3c/td>\n\x3c/tr>\n Set Target Window\x3c/td>\n ${some_scene}\x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Set Target Window","shortdoc":"Sets active target window","tags":[]},{"args":["timeout"],"doc":" Sets the maximum time library waits for keyword to finish. Keyword returns old timeout value as return value. Default value is 10 seconds.\x3c/p>\n timeout\x3c/code> is an Integer value for timeout in seconds.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n ${old_timeout}=\x3c/td>\n Set Timeout\x3c/td>\n 20\x3c/td>\n\x3c/tr>\n Click On\x3c/td>\n id=myidthatshallcomeavailable\x3c/td>\n \x3c/td>\n\x3c/tr>\n [Teardown]\x3c/td>\n Set Timeout\x3c/td>\n ${old_timeout}\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Set Timeout","shortdoc":"Sets the maximum time library waits for keyword to finish. Keyword returns old timeout value as return value. Default value is 10 seconds.","tags":[]},{"args":["path","failIfNotFound=False"],"doc":" Loads given path to classpath.\x3c/p>\n path\x3c/code> is the path to add.\x3c/p>\n failIfNotFound\x3c/code> is either True or False, default False. In case of False error is written as warning.\x3c/p>\n If directory path has asterisk(*) after directory separator all jar files are added from directory.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n Set To Classpath\x3c/td>\n C:${/}users${/}my${/}test${/}folder\x3c/td>\n \x3c/td>\n\x3c/tr>\n Set To Classpath\x3c/td>\n C:${/}users${/}my${/}test${/}folder${/}*\x3c/td>\n \x3c/td>\n\x3c/tr>\n Set To Classpath\x3c/td>\n C:${/}users${/}my${/}test${/}folder2${/}*\x3c/td>\n failIfNotFound=${True}\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Set To Classpath","shortdoc":"Loads given path to classpath.","tags":[]},{"args":["milliseconds"],"doc":" Sets the time waited between every character when typing. Returns previous value.\x3c/p>\n milliseconds\x3c/code> is the time waited between each character in milliseconds.\x3c/p>","matched":true,"name":"Set Write Speed","shortdoc":"Sets the time waited between every character when typing. Returns previous value.","tags":[]},{"args":["switchAmount"],"doc":" Presses ALT/CMD + TAB for the given amount of times.\x3c/p>\n switchAmount\x3c/code> is an Integer value and specifies how many switches will be made in total\x3c/p>","matched":true,"name":"Switch Window","shortdoc":"Presses ALT/CMD + TAB for the given amount of times. ","tags":[]},{"args":["locator"],"doc":" Verifies that ToggleButton is selected.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the ToggleButton element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Toggle Button Should Be Selected","shortdoc":"Verifies that ToggleButton is selected. ","tags":[]},{"args":["locator"],"doc":" Verifies that ToggleButton is not selected.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the ToggleButton element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>","matched":true,"name":"Toggle Button Should Not Be Selected","shortdoc":"Verifies that ToggleButton is not selected. ","tags":[]},{"args":["timeout=5"],"doc":" Waits for current events in Fx Application Thread event queue to finish before continuing.\x3c/p>\n timeout\x3c/code> is the maximum time in seconds that the events will be waited for. If the timeout is exceeded the keyword will fail. Default timeout is 5 seconds.\x3c/p>","matched":true,"name":"Wait For Events In Fx Application Thread","shortdoc":"Waits for current events in Fx Application Thread event queue to finish before continuing.","tags":[]},{"args":["locator","timeout=10","timeUnit=SECONDS"],"doc":" Waits until given element is not found.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n timeout\x3c/code> is the maximum waiting time value, defaults to 10\x3c/p>\n timeUnit\x3c/code> is the time unit to be used, defaults to SECONDS, see 5. Used ENUMs\x3c/a> for more options for timeUnit\x3c/i>.\x3c/p>\n Example:\x3c/p>\n \n\n\n Wait Until Element Does Not Exists\x3c/td>\n id=some-node-id\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n Wait Until Element Does Not Exists\x3c/td>\n id=some-node-id\x3c/td>\n 200\x3c/td>\n MILLISECONDS\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Wait Until Element Does Not Exists","shortdoc":"Waits until given element is not found.","tags":[]},{"args":["locator","timeout=10","timeUnit=SECONDS"],"doc":" Waits until given element can be found. Returns found node.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n timeout\x3c/code> is the maximum waiting time value, defaults to 10\x3c/p>\n timeUnit\x3c/code> is the time unit to be used, defaults to SECONDS, see 5. Used ENUMs\x3c/a> for more options for timeUnit\x3c/i>.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n\n Wait Until Element Exists\x3c/td>\n id=some-node-id\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n Wait Until Element Exists\x3c/td>\n id=some-node-id\x3c/td>\n 200\x3c/td>\n MILLISECONDS\x3c/td>\n\x3c/tr>\n ${node}=\x3c/td>\n Wait Until Element Exists\x3c/td>\n css=VBox\x3c/td>\n \x3c/td>\n\x3c/tr>\n Click On\x3c/td>\n ${node}\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Wait Until Element Exists","shortdoc":"Waits until given element can be found. Returns found node.","tags":[]},{"args":["locator","timeout=5","timeUnit=SECONDS"],"doc":" Waits until a node located using given locator becomes enabled. Returns found node.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n timeout\x3c/code> is the maximum waiting time in seconds, defaults to 5. timeUnit\x3c/code> is the time unit to be used, defaults to SECONDS, see 5. Used ENUMs\x3c/a> for more options for timeUnit\x3c/i>.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n\n Wait Until Node Is Enabled\x3c/td>\n id=some-node-id\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n Wait Until Node Is Enabled\x3c/td>\n id=some-node-id\x3c/td>\n 200\x3c/td>\n MILLISECONDS\x3c/td>\n\x3c/tr>\n ${node}=\x3c/td>\n Wait Until Node Is Enabled\x3c/td>\n css=VBox\x3c/td>\n \x3c/td>\n\x3c/tr>\n Click On\x3c/td>\n ${node}\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Wait Until Node Is Enabled","shortdoc":"Waits until a node located using given locator becomes enabled. Returns found node.","tags":[]},{"args":["locator","timeout=5","timeUnit=SECONDS"],"doc":" Waits until a node located using given locator becomes disabled. Returns found node.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n timeout\x3c/code> is the maximum waiting time in seconds, defaults to 5. timeUnit\x3c/code> is the time unit to be used, defaults to SECONDS, see 5. Used ENUMs\x3c/a> for more options for timeUnit\x3c/i>.\x3c/p>\n Example:\x3c/p>\n \n\n\n Wait Until Node Is Not Enabled\x3c/td>\n id=some-node-id\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n Wait Until Node Is Not Enabled\x3c/td>\n id=some-node-id\x3c/td>\n 200\x3c/td>\n MILLISECONDS\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Wait Until Node Is Not Enabled","shortdoc":"Waits until a node located using given locator becomes disabled. Returns found node.","tags":[]},{"args":["locator","timeout=5","timeUnit=SECONDS"],"doc":" Waits until a node located by given locator becomes invisible. Returns found node.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n timeout\x3c/code> is the maximum waiting time in seconds, defaults to 5. timeUnit\x3c/code> is the time unit to be used, defaults to SECONDS, see 5. Used ENUMs\x3c/a> for more options for timeUnit\x3c/i>.\x3c/p>\n Example:\x3c/p>\n \n\n\n Wait Until Node Is Not Visible\x3c/td>\n id=some-node-id\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n Wait Until Node Is Not Visible\x3c/td>\n id=some-node-id\x3c/td>\n 200\x3c/td>\n MILLISECONDS\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Wait Until Node Is Not Visible","shortdoc":"Waits until a node located by given locator becomes invisible. Returns found node.","tags":[]},{"args":["locator","timeout=5","timeUnit=SECONDS"],"doc":" Waits until a node located by given locator becomes visible. Returns found node.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n timeout\x3c/code> is the maximum waiting time in seconds, defaults to 5. timeUnit\x3c/code> is the time unit to be used, defaults to SECONDS, see 5. Used ENUMs\x3c/a> for more options for timeUnit\x3c/i>.\x3c/p>\n Example:\x3c/p>\n \n\n\n\n\n Wait Until Node Is Visible\x3c/td>\n id=some-node-id\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n Wait Until Node Is Visible\x3c/td>\n id=some-node-id\x3c/td>\n 200\x3c/td>\n MILLISECONDS\x3c/td>\n\x3c/tr>\n ${node}=\x3c/td>\n Wait Until Node Is Visible\x3c/td>\n css=VBox\x3c/td>\n \x3c/td>\n\x3c/tr>\n Click On\x3c/td>\n ${node}\x3c/td>\n \x3c/td>\n \x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Wait Until Node Is Visible","shortdoc":"Waits until a node located by given locator becomes visible. Returns found node.","tags":[]},{"args":["locator","timeout=20"],"doc":" Waits until given ProgressBar is finished or timeout expires.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Node\x3c/i> for identifying the ToggleButton element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n timeout\x3c/code> is an integer value for timeout in seconds, defaults to 20 seconds.\x3c/p>","matched":true,"name":"Wait Until Progress Bar Is Finished","shortdoc":"Waits until given ProgressBar is finished or timeout expires. ","tags":[]},{"args":["window"],"doc":" Verifies that given window is focused.\x3c/p>\n window\x3c/code> is the Object:Window\x3c/i> that specifies which window should be focused, see 3.2 Using locators as keyword arguments\x3c/a>.\x3c/p>","matched":true,"name":"Window Should Be Focused","shortdoc":"Verifies that given window is focused. ","tags":[]},{"args":["window"],"doc":" Verifies that given window is visible.\x3c/p>\n window\x3c/code> is the Object:Window\x3c/i> that specifies which window should be visible, see 3.2 Using locators as keyword arguments\x3c/a>.\x3c/p>","matched":true,"name":"Window Should Be Visible","shortdoc":"Verifies that given window is visible.","tags":[]},{"args":["window"],"doc":" Verifies that given window is not focused.\x3c/p>\n window\x3c/code> is the Object:Window\x3c/i> that specifies which window should be focused, see 3.2 Using locators as keyword arguments\x3c/a>.\x3c/p>","matched":true,"name":"Window Should Not Be Focused","shortdoc":"Verifies that given window is not focused. ","tags":[]},{"args":["window"],"doc":" Verifies that given window is not visible.\x3c/p>\n window\x3c/code> is the Object:Window\x3c/i> that specifies which window should be not visible, see 3.2 Using locators as keyword arguments\x3c/a>.\x3c/p>","matched":true,"name":"Window Should Not Be Visible","shortdoc":"Verifies that given window is not visible.","tags":[]},{"args":["text"],"doc":" Writes a given text characters one after the other.\x3c/p>\n text\x3c/code> is the text characters to write\x3c/p>\n Example:\x3c/p>\n \n\n Write\x3c/td>\n Robot Framework\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Write","shortdoc":"Writes a given text characters one after the other.","tags":[]},{"args":["text"],"doc":" Writes a given text to system clipboard and pastes the content to active element.\x3c/p>\n text\x3c/code> is the text characters to write\x3c/p>\n Example:\x3c/p>\n \n\n Write Fast\x3c/td>\n Robot Framework\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Write Fast","shortdoc":"Writes a given text to system clipboard and pastes the content to active element.","tags":[]},{"args":["locator","text"],"doc":" Writes a given text characters one after the other to given locator.\x3c/p>\n locator\x3c/code> is either a query\x3c/i> or Object:Bounds, Node, Point2D, PointQuery, Scene, Window\x3c/i> for identifying the element, see 3. Locating JavaFX Nodes\x3c/a>.\x3c/p>\n text\x3c/code> is the text characters to write\x3c/p>\n Example:\x3c/p>\n \n\n Write To\x3c/td>\n css=.css-name\x3c/td>\n Robot Framework\x3c/td>\n\x3c/tr>\n\x3c/table>","matched":true,"name":"Write To","shortdoc":"Writes a given text characters one after the other to given locator.","tags":[]}],"name":"JavaFXLibrary","named_args":true,"scope":"GLOBAL","version":"0.7.1"}; Opening library documentation failed Verify that you have JavaScript enabled in your browser. Make sure you are using a modern enough browser. If using Internet Explorer, version 8 or newer is required. Check are there messages in your browser's JavaScript error log. Please report the problem if you suspect you have encountered a bug.