CheckBoxTO

Java. CheckBoxTO

CheckBoxTO

Constructor

new CheckBoxTO()

A CheckBox object,

Members

displayName

Returns the object display name defined in the Application Model.

Methods

$(description) → {*}

Creates a child test object of this test object. This operation does not cause LeanFT to search for the object in the AUT. LeanFT interacts with the application only when a step runs that performs an operation on the AUT object.
Parameters:
NameTypeDescription
descriptionDescriptionThe description of the test object. Can be a full test object description or a string. If a string is provided, it is interpreted as a CSS selector with a default test object type of WebElement.
Returns:
the new child test object with the provided description.
Type
*

$$(description, dontFilterByType[opt]) → {Promise.<Array.<TestObject>>}

Returns all child objects of this object that match the supplied test object description.
Parameters:
NameTypeAttributesDefaultDescription
descriptionA description object that defines the test object type and the set of properties and values that should be common to all objects that are returned.
dontFilterByTypeboolean <optional>
false Set this parameter to true to avoid limiting the returned objects to a specific test object type.
Returns:
a promise that is fulfilled with an array of test objects that match the supplied description.
Type
Promise.<Array.<TestObject>>

absoluteLocation() → {Promise.<Point>}

Returns the object's absolute coordinates relative to the screen (in pixels), format: {x,y}.
Remark: 0,0 is always the top-left corner of the (primary) monitor.
Returns:
a promise that is fulfilled with the object's absolute coordinates.
Type
Promise.<Point>

attachedText() → {Promise.<string>}

Returns the object's attached text.
Returns:
a promise that is fulfilled with the object's attached text.
Type
Promise.<string>

backgroundColor() → {Promise.<string>}

Returns the object's background color.
Returns:
a promise that is fulfilled with the object's background color.
Type
Promise.<string>

click(args[opt]) → {Promise.<void>}

Clicks on this object using the definitions from the supplied args object. If you do not provide the args object, the click is performed in the center of the object using the left mouse button.
Parameters:
NameTypeAttributesDescription
argsObject <optional>
The arguments for the click operation.
Properties
NameTypeAttributesDefaultDescription
buttonMouseButton <optional>
MouseButton.left The mouse button to use for the click.
anchorPosition <optional>
Position.center The position within the object from which the offset is taken.
offsetObject <optional>
The offset from the anchor position.
Properties
NameTypeAttributesDefaultDescription
xnumber <optional>
0 The x-coordinate of the offset.
ynumber <optional>
0 The y-coordinate of the offset.
Returns:
a promise that is fulfilled when the click operation ends.
Type
Promise.<void>

description() → {*}

Returns the description for this test object. The test object must be obtained using the $ method, otherwise, this method returns null.
Returns:
the description for this test object.
Type
*

doubleClick(args[opt]) → {Promise.<void>}

Clicks on this object using the definitions from the supplied args object. If you do not provide the args object, the double-click is performed in the center of the object using the left mouse button.
Parameters:
NameTypeAttributesDescription
argsObject <optional>
The arguments for the double-click operation.
Properties
NameTypeAttributesDefaultDescription
buttonMouseButton <optional>
MouseButton.left The mouse button to use for the double-click.
anchorPosition <optional>
Position.center The anchor location within the object.
offsetObject <optional>
The offset from the anchor position.
Properties
NameTypeAttributesDefaultDescription
xnumber <optional>
0 The x-coordinate of the offset.
ynumber <optional>
0 The y-coordinate of the offset.
Returns:
a promise that is fulfilled when the double-click operation ends.
Type
Promise.<void>

waitUntilExists(timeout[opt]) → {Promise.<boolean>}

Waits until this test object exists or until the specified timeout elapses. This method is useful for synchronizing your test with your application.

Parameters:
NameTypeAttributesDescription
timeoutnumber <optional>
The time (in milliseconds) to wait for this object to exist.
By default, uses the object synchronization timeout defined in the runtime engine settings.
Returns:
a promise that is fulfilled with a boolean indicating whether the object exists.
Type
Promise.<boolean>

exists(timeout[opt]) → {Promise.<boolean>}

Checks whether this object exists in the AUT.
Parameters:
NameTypeAttributesDescription
timeoutnumber <optional>
The time (in seconds) to wait for this object before returning a result of true or false.
By default, uses the object synchronization timeout defined in the runtime engine settings.
Returns:
a promise that is fulfilled with a boolean indicating whether the object exists.
Type
Promise.<boolean>

fireEvent(eventInfo) → {Promise.<void>}

Triggers an event on the test object.
Important: This method is not supported for SWT controls.
Parameters:
NameTypeDescription
eventInfoJava.UiEventInfo | Java.MouseEventInfo | Java.KeyboardEventInfoThe event info describing the event to trigger.
Returns:
a promise that is fulfilled when the fireEvent operation ends.
Type
Promise.<void>

fireEventByClass(className, eventId, …eventArgs[opt]) → {Promise.<void>}

Triggers an event by class on the test object.
Important: This method is not supported for SWT controls.
Parameters:
NameTypeAttributesDescription
classNamestringThe name of the Java class representing the event to be activated.
eventIdstringThe event ID number or the final field string that represents the event ID.
eventArgsstring | boolean | number <optional>
<repeatable>
Any parameters of the event's constructor except the source and EventID.
Returns:
a promise that is fulfilled when the fireEventByClass operation ends.
Type
Promise.<void>

foregroundColor() → {Promise.<string>}

Returns the object's foreground color.
Returns:
a promise that is fulfilled with the object's foreground color.
Type
Promise.<string>

getTextLocations(text, rectangle[opt]) → {Promise.<Object>}

Returns all rectangular areas containing the specified text within this object.
Parameters:
NameTypeAttributesDescription
textstringThe text to search for in the test object.
rectangleObject <optional>
The rectangular area in the test object to search for the text.
Returns:
a promise that is fulfilled with an array of rectangles containing all rectangular areas containing the specified text within this object.
Type
Promise.<Object>

getVisibleText(rectangle[opt]) → {Promise.<string>}

Returns all visible text from this object.
Parameters:
NameTypeAttributesDescription
rectangleObject <optional>
The rectangular area in the test object to return the text from.
Returns:
a promise that is fulfilled with all the visible text from this object.
Type
Promise.<string>

highlight() → {Promise.<void>}

Highlights this object in the AUT.
Remark: This may be useful when debugging a test.
Returns:
a promise that is fulfilled when the highlighting operation ends.
Type
Promise.<void>

highlightMatches(description, dontFilterByType[opt]) → {Promise.<number>}

Highlights all children that match the supplied test object description.
Parameters:
NameTypeAttributesDefaultDescription
descriptionA description object that defines the test object type and the set of properties and values that should be common to all objects that are highlighted.
dontFilterByTypeboolean <optional>
false Set this parameter to true to avoid limiting the highlighted objects to a specific test object type.
Returns:
a promise that is fulfilled with the number of matches that are found and highlighted.
Type
Promise.<number>

waitUntilEnabled(timeout[opt]) → {Promise.<boolean>}

Waits until this test object becomes enabled or until the specified timeout elapses. This method is useful for synchronizing your test with your application.

Parameters:
NameTypeAttributesDescription
timeoutnumber <optional>
The time (in milliseconds) to wait for the test object to become enabled.
Returns:

a promise fulfilled with true if test object becomes enabled before the timeout is reached; otherwise, false.

Type
Promise.<boolean>

isEnabled() → {Promise.<boolean>}

Check if the object is enable.
Returns:
a promise that is fulfilled with a boolean value indicating if the object is enabled or not.
Type
Promise.<boolean>

isFocused() → {Promise.<boolean>}

Check if the object is focused.
Returns:
a promise that is fulfilled with a boolean value indicating if the object is focused or not.
Type
Promise.<boolean>

waitUntilVisible(timeout[opt]) → {Promise.<boolean>}

Waits until this test object becomes visible or the timeout elapses. This method is useful for synchronizing your test with your application.

Parameters:
NameTypeAttributesDescription
timeoutnumber <optional>
The time (in milliseconds) to wait for the test object to become visible.
Returns:

a promise fulfilled with true if test object becomes visible before the timeout is reached; otherwise, false.

Type
Promise.<boolean>

isVisible() → {Promise.<boolean>}

Check if the object is visible.
Returns:
a promise that is fulfilled with a boolean value indicating if the object is visible or not.
Type
Promise.<boolean>

label() → {Promise.<string>}

Returns the object's label.
Returns:
a promise that is fulfilled with the object's label.
Type
Promise.<string>

location() → {Promise.<Point>}

Returns the object's coordinates relative to the parent window (in pixels), format: {x,y}.
Returns:
a promise that is fulfilled with the object's relative coordinates.
Type
Promise.<Point>

nativeClass() → {Promise.<string>}

Returns the object's class name.
Returns:
a promise that is fulfilled with the object's class name.
Type
Promise.<string>

nativeObject() → {Promise.<Object>}

Returns the native application object that is represented by this test object instance, enabling you to access the native properties and methods provided by that object.
Returns:
a promise that is fulfilled with the native application object that is represented by this test object instance.
Type
Promise.<Object>

objectName() → {Promise.<string>}

Returns the object's object name.
Returns:
a promise that is fulfilled with the object's object name.
Type
Promise.<string>

parent() → {*}

Returns the parent test object of this test object. The child object must be obtained using the $ method, otherwise, this method returns null.
Returns:
the parent test object of this test object.
Type
*

path() → {Promise.<string>}

Returns the object's hierarchy (object ancestors).
Returns:
a promise that is fulfilled with the object's hierarchy (object ancestors).
Type
Promise.<string>

sendKeys(input[opt], modifiers[opt]) → {Promise.<void>}

Send keyboard keys to an object.
Parameters:
NameTypeAttributesDefaultDescription
inputstring <optional>
The string to send to the object. Use Keys for special keys.
modifiersKeyModifier <optional>
KeyModifier.none The modifier keys. Use KeyModifier for this parameter.
Returns:
a promise that is fulfilled when the sendKeys operation ends.
Type
Promise.<void>

setState(state) → {Promise.<void>}

Set the state of checkbox.
Parameters:
NameTypeDescription
stateCheckedStateThe status to be assigned to the check box
Returns:
a promise that is fulfilled when the operation is performed.
Type
Promise.<void>

size() → {Promise.<Size>}

Returns the object's size (in pixels).
Returns:
a promise that is fulfilled with the object's size.
Type
Promise.<Size>

snapshot(options[opt]) → {Promise.<string>}

Captures and returns a Base64 representation of this test object.
Parameters:
NameTypeAttributesDescription
optionsObject <optional>
An options object that defines the image capture preferences.
Properties
NameTypeAttributesDefaultDescription
formatstring <optional>
"png" The format of the image. Possible values: png, bmp.
Returns:
a promise that is fulfilled with the Base64 string of the test object's image.
Type
Promise.<string>

state() → {Promise.<CheckedState>}

Get the state of the checkbox.
Returns:
a promise that is fulfilled with the state of the checkbox.
Type
Promise.<CheckedState>

tagName() → {Promise.<string>}

Returns the object's tag name.
Returns:
a promise that is fulfilled with the object's tag name.
Type
Promise.<string>

verifyImageExists(imageToFind, similarity[opt]) → {Promise.<Object>}

Checks whether a snapshot of this object contains the supplied image.
Parameters:
NameTypeAttributesDescription
imageToFindstringA Base64 string representation of the image to look for within the test object's snapshot.
similaritynumber <optional>
The minimum similarity between the two images (as a percentage), above which the find is considered a match. Default = 100.
Returns:
a promise that is fulfilled with an object representing the point where the image was located, or null if it was not found.
Type
Promise.<Object>

verifyImageMatch(expectedImage, pixelTolerance[opt], rgbTolerance[opt]) → {Promise.<boolean>}

Checks whether a snapshot of this object and the supplied image are a match.
Parameters:
NameTypeAttributesDescription
expectedImagestringA Base64 string representation of the image to compare to the test object snapshot.
pixelTolerancenumber <optional>
The percentage of pixels that can differ between the two images, and still be considered a match. Default = 0.
rgbTolerancenumber <optional>
The percentage by which the RGB values of the pixels in the two images can differ, and still be considered a match. Default = 0.
Returns:
a promise that is fulfilled with a boolean representing the comparison result.
Type
Promise.<boolean>

verifyImageMatchWithMask(expectedImage, maskAreaImage, pixelTolerance[opt], rgbTolerance[opt]) → {Promise.<boolean>}

Checks whether a snapshot of this object and the supplied image are a match.
Parameters:
NameTypeAttributesDescription
expectedImagestringA Base64 string representation of the image to compare to the test object snapshot.
maskAreaImagestringA Base64 string representation of the image mask area to use in the image comparison.
pixelTolerancenumber <optional>
The percentage of pixels that can differ between the two images, and still be considered a match. Default = 0.
rgbTolerancenumber <optional>
The percentage by which the RGB values of the pixels in the two images can differ, and still be considered a match. Default = 0.
Returns:
a promise that is fulfilled with a boolean representing the comparison result.
Type
Promise.<boolean>