com.sahipro.lang.java.client

Class AppletAutoGen

java.lang.Object

com.sahipro.lang.java.client.AppletBase

com.sahipro.lang.java.client.AppletAutoGen

Direct Known Subclasses:

Applet, JavaApplication

public class AppletAutoGen
extends AppletBase

Constructor Summary

Constructors

Constructor and Description
AppletAutoGen(ApplicationType applicationType)
AppletAutoGen(ApplicationType applicationType, RhinoScriptRunner rhinoScriptRunner)
AppletAutoGen(ApplicationType applicationType, java.lang.String host, int port)
AppletAutoGen(Browser b)
AppletAutoGen(Browser browser, RhinoScriptRunner rhinoScriptRunner)

Method Summary

Modifier and Type	Method and Description
void	activateApplication(java.lang.String bundleId) Activates an application.
void	activateApplication(java.lang.String bundleId, java.lang.Boolean force) Activates an application.
void	activateSiriWithVoiceRecognitionText(java.lang.String text) Activates Siri with voice recognition text.
void	addHttpHeader(java.lang.String key, java.lang.String value) Adds the HTTP header for all further requests made in this browser session.
void	addMock(java.lang.String pattern) Forces the proxy to process certain patterns of urls differently.
void	addMock(java.lang.String pattern, java.lang.String class_method) Forces the proxy to process certain patterns of urls differently.
void	addResponseSubstitutionRule(java.lang.String name, java.lang.String urlPattern, java.lang.Boolean isRegExp, java.lang.String find, java.lang.String replace) Substitutes the HTTP response for all further responces coming in this browser session.
void	addToSession(java.lang.String domain) Adds the domain to the current script session.
void	alert(java.lang.String message) Alerts the message on the browser.
java.lang.Boolean	areHorizontallyAligned(ElementStub leftElement, ElementStub rightElement) areHorizontallyAligned checks whether two elements are horizontally aligned or not.
java.lang.Boolean	areHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position) areHorizontallyAligned checks whether two elements are horizontally aligned or not.
java.lang.Boolean	areHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer gap) areHorizontallyAligned checks whether two elements are horizontally aligned or not.
java.lang.Boolean	areHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer[] gap) areHorizontallyAligned checks whether two elements are horizontally aligned or not.
java.lang.Boolean	areHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer offset) areHorizontallyAligned checks whether two elements are horizontally aligned or not.
java.lang.Boolean	areHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer[] offset) areHorizontallyAligned checks whether two elements are horizontally aligned or not.
java.lang.Boolean	areHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer offset) areHorizontallyAligned checks whether two elements are horizontally aligned or not.
java.lang.Boolean	areHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer[] offset) areHorizontallyAligned checks whether two elements are horizontally aligned or not.
java.lang.Boolean	areVerticallyAligned(ElementStub topElement, ElementStub bottomElement) areVerticallyAligned checks whether two elements are vertically aligned or not.
java.lang.Boolean	areVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position) areVerticallyAligned checks whether two elements are vertically aligned or not.
java.lang.Boolean	areVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer gap) areVerticallyAligned checks whether two elements are vertically aligned or not.
java.lang.Boolean	areVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer[] gap) areVerticallyAligned checks whether two elements are vertically aligned or not.
java.lang.Boolean	areVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer offset) areVerticallyAligned checks whether two elements are vertically aligned or not.
java.lang.Boolean	areVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer[] offset) areVerticallyAligned checks whether two elements are vertically aligned or not.
java.lang.Boolean	areVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer offset) areVerticallyAligned checks whether two elements are vertically aligned or not.
java.lang.Boolean	areVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer[] offset) areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer gap) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer[] gap) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer offset) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer[] offset) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer[] offset, java.lang.String message) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer offset, java.lang.String message) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer offset) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer[] offset) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer[] offset, java.lang.String message) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer offset, java.lang.String message) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer gap) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer[] gap) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer offset) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer[] offset) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer[] offset, java.lang.String message) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer offset, java.lang.String message) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer offset) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer[] offset) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer[] offset, java.lang.String message) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer offset, java.lang.String message) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertCentered(ElementStub element, ElementStub containerElement, java.lang.String alignment) _isCentered checks whether inner element is vertically or horizontally centered to the container element.
void	assertCentered(ElementStub element, ElementStub containerElement, java.lang.String alignment, java.lang.Integer offset) _isCentered checks whether inner element is vertically or horizontally centered to the container element.
void	assertCentered(ElementStub element, ElementStub containerElement, java.lang.String alignment, java.lang.Integer[] offset) _isCentered checks whether inner element is vertically or horizontally centered to the container element.
void	assertCentered(ElementStub element, ElementStub containerElement, java.lang.String alignment, java.lang.Integer[] offset, java.lang.String message) _isCentered checks whether inner element is vertically or horizontally centered to the container element.
void	assertCentered(ElementStub element, ElementStub containerElement, java.lang.String alignment, java.lang.Integer offset, java.lang.String message) _isCentered checks whether inner element is vertically or horizontally centered to the container element.
void	assertChecked(ElementStub el) assertChecked
void	assertChecked(ElementStub el, java.lang.String message) assertChecked
void	assertContainsText(ElementStub element, java.lang.String text) assertContainsText
void	assertContainsText(ElementStub element, java.lang.String text, java.lang.String message) assertContainsText
void	assertExists(ElementStub el) assertExists
void	assertExists(ElementStub el, java.lang.String message) assertExists
void	assertFitsHeight(ElementStub element1, ElementStub element2) assertFitsHeight
void	assertFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer topSpace) assertFitsHeight
void	assertFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace) assertFitsHeight
void	assertFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer bottomSpace) assertFitsHeight
void	assertFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] bottomSpace) assertFitsHeight
void	assertFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] bottomSpace, java.lang.String message) assertFitsHeight
void	assertFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer bottomSpace, java.lang.String message) assertFitsHeight
void	assertFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer bottomSpace) assertFitsHeight
void	assertFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] bottomSpace) assertFitsHeight
void	assertFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] bottomSpace, java.lang.String message) assertFitsHeight
void	assertFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer bottomSpace, java.lang.String message) assertFitsHeight
void	assertFitsWidth(ElementStub element1, ElementStub element2) assertFitsWidth
void	assertFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer leftSpace) assertFitsWidth
void	assertFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer[] leftSpace) assertFitsWidth
void	assertFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer[] leftSpace, java.lang.Integer rightSpace) assertFitsWidth
void	assertFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer[] leftSpace, java.lang.Integer[] rightSpace) assertFitsWidth
void	assertFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer[] leftSpace, java.lang.Integer[] rightSpace, java.lang.String message) assertFitsWidth
void	assertFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer[] leftSpace, java.lang.Integer rightSpace, java.lang.String message) assertFitsWidth
void	assertFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer leftSpace, java.lang.Integer rightSpace) assertFitsWidth
void	assertFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer leftSpace, java.lang.Integer[] rightSpace) assertFitsWidth
void	assertFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer leftSpace, java.lang.Integer[] rightSpace, java.lang.String message) assertFitsWidth
void	assertFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer leftSpace, java.lang.Integer rightSpace, java.lang.String message) assertFitsWidth
void	assertNotAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertNotAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertNotAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer gap) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertNotAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer[] gap) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertNotAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer offset) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertNotAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer[] offset) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertNotAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer[] offset, java.lang.String message) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertNotAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer offset, java.lang.String message) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertNotAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer offset) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertNotAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer[] offset) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertNotAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer[] offset, java.lang.String message) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertNotAreHorizontallyAligned(ElementStub leftElement, ElementStub rightElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer offset, java.lang.String message) _areHorizontallyAligned checks whether two elements are horizontally aligned or not.
void	assertNotAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertNotAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertNotAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer gap) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertNotAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer[] gap) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertNotAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer offset) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertNotAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer[] offset) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertNotAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer[] offset, java.lang.String message) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertNotAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer[] gap, java.lang.Integer offset, java.lang.String message) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertNotAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer offset) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertNotAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer[] offset) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertNotAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer[] offset, java.lang.String message) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertNotAreVerticallyAligned(ElementStub topElement, ElementStub bottomElement, java.lang.String position, java.lang.Integer gap, java.lang.Integer offset, java.lang.String message) _areVerticallyAligned checks whether two elements are vertically aligned or not.
void	assertNotCentered(ElementStub element, ElementStub containerElement, java.lang.String alignment) _isCentered checks whether inner element is vertically or horizontally centered to the container element.
void	assertNotCentered(ElementStub element, ElementStub containerElement, java.lang.String alignment, java.lang.Integer offset) _isCentered checks whether inner element is vertically or horizontally centered to the container element.
void	assertNotCentered(ElementStub element, ElementStub containerElement, java.lang.String alignment, java.lang.Integer[] offset) _isCentered checks whether inner element is vertically or horizontally centered to the container element.
void	assertNotCentered(ElementStub element, ElementStub containerElement, java.lang.String alignment, java.lang.Integer[] offset, java.lang.String message) _isCentered checks whether inner element is vertically or horizontally centered to the container element.
void	assertNotCentered(ElementStub element, ElementStub containerElement, java.lang.String alignment, java.lang.Integer offset, java.lang.String message) _isCentered checks whether inner element is vertically or horizontally centered to the container element.
void	assertNotChecked(ElementStub el) assertNotChecked
void	assertNotChecked(ElementStub el, java.lang.String message) assertNotChecked
void	assertNotContainsText(ElementStub element, java.lang.String text) assertNotContainsText
void	assertNotContainsText(ElementStub element, java.lang.String text, java.lang.String message) assertNotContainsText
void	assertNotExists(ElementStub el) assertNotExists
void	assertNotExists(ElementStub el, java.lang.String message) assertNotExists
void	assertNotFitsHeight(ElementStub element1, ElementStub element2) assertNotFitsHeight
void	assertNotFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer topSpace) assertNotFitsHeight
void	assertNotFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace) assertNotFitsHeight
void	assertNotFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer bottomSpace) assertNotFitsHeight
void	assertNotFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] bottomSpace) assertNotFitsHeight
void	assertNotFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] bottomSpace, java.lang.String message) assertNotFitsHeight
void	assertNotFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer bottomSpace, java.lang.String message) assertNotFitsHeight
void	assertNotFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer bottomSpace) assertNotFitsHeight
void	assertNotFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] bottomSpace) assertNotFitsHeight
void	assertNotFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] bottomSpace, java.lang.String message) assertNotFitsHeight
void	assertNotFitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer bottomSpace, java.lang.String message) assertNotFitsHeight
void	assertNotFitsWidth(ElementStub element1, ElementStub element2) assertNotFitsWidth
void	assertNotFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer leftSpace) assertNotFitsWidth
void	assertNotFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer[] leftSpace) assertNotFitsWidth
void	assertNotFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer[] leftSpace, java.lang.Integer rightSpace) assertNotFitsWidth
void	assertNotFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer[] leftSpace, java.lang.Integer[] rightSpace) assertNotFitsWidth
void	assertNotFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer[] leftSpace, java.lang.Integer[] rightSpace, java.lang.String message) assertNotFitsWidth
void	assertNotFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer[] leftSpace, java.lang.Integer rightSpace, java.lang.String message) assertNotFitsWidth
void	assertNotFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer leftSpace, java.lang.Integer rightSpace) assertNotFitsWidth
void	assertNotFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer leftSpace, java.lang.Integer[] rightSpace) assertNotFitsWidth
void	assertNotFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer leftSpace, java.lang.Integer[] rightSpace, java.lang.String message) assertNotFitsWidth
void	assertNotFitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer leftSpace, java.lang.Integer rightSpace, java.lang.String message) assertNotFitsWidth
void	assertNotOptions(ElementStub el, java.lang.String type, java.lang.String[] expected) If we want the values of all the options of the selectbox:
void	assertNotOptions(ElementStub el, java.lang.String type, java.lang.String[] expected, java.lang.String message) If we want the values of all the options of the selectbox:
void	assertNotPosition(ElementStub el, java.lang.Boolean relative, java.lang.Integer[] expected) This may be used to verify layouts by comparing positions of specific elements.
void	assertNotPosition(ElementStub el, java.lang.Boolean relative, java.lang.Integer[] expected, java.lang.String message) This may be used to verify layouts by comparing positions of specific elements.
void	assertNotSelectedText(ElementStub el, java.lang.String expected) assertNotSelectedText
void	assertNotSelectedText(ElementStub el, java.lang.String expected, java.lang.String message) assertNotSelectedText
void	assertNotSelectionText(ElementStub el, java.lang.String expected) assertNotSelectionText
void	assertNotSelectionText(ElementStub el, java.lang.String expected, java.lang.String message) assertNotSelectionText
void	assertNotText(ElementStub el, java.lang.String expected) The returned string is normalized for different browsers.
void	assertNotText(ElementStub el, java.lang.String expected, java.lang.String message) The returned string is normalized for different browsers.
void	assertNotValue(ElementStub element, java.lang.String expected) assertNotValue
void	assertNotValue(ElementStub element, java.lang.String expected, java.lang.String message) assertNotValue
void	assertNotVisible(ElementStub el) assertNotVisible
void	assertNotVisible(ElementStub el, java.lang.Boolean checkZIndex) assertNotVisible
void	assertNotVisible(ElementStub el, java.lang.Boolean checkZIndex, java.lang.Boolean doScroll) assertNotVisible
void	assertNotVisible(ElementStub el, java.lang.Boolean checkZIndex, java.lang.Boolean doScroll, java.lang.String message) assertNotVisible
void	assertNotVisiblyInside(ElementStub element1, ElementStub element2) _isVisiblyInside checks whether element1 is completely contained inside element2.
void	assertNotVisiblyInside(ElementStub element1, ElementStub element2, java.lang.String message) _isVisiblyInside checks whether element1 is completely contained inside element2.
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertNotVisiblyOn
void	assertNotVisiblyOutside(ElementStub element1, ElementStub element2) _isVisiblyOutside checks whether element1 is completely outside element2 i.e one is not contained within other.
void	assertNotVisiblyOutside(ElementStub element1, ElementStub element2, java.lang.String message) _isVisiblyOutside checks whether element1 is completely outside element2 i.e one is not contained within other.
void	assertOptions(ElementStub el, java.lang.String type, java.lang.String[] expected) If we want the values of all the options of the selectbox:
void	assertOptions(ElementStub el, java.lang.String type, java.lang.String[] expected, java.lang.String message) If we want the values of all the options of the selectbox:
void	assertPosition(ElementStub el, java.lang.Boolean relative, java.lang.Integer[] expected) This may be used to verify layouts by comparing positions of specific elements.
void	assertPosition(ElementStub el, java.lang.Boolean relative, java.lang.Integer[] expected, java.lang.String message) This may be used to verify layouts by comparing positions of specific elements.
void	assertSelectedText(ElementStub el, java.lang.String expected) assertSelectedText
void	assertSelectedText(ElementStub el, java.lang.String expected, java.lang.String message) assertSelectedText
void	assertSelectionText(ElementStub el, java.lang.String expected) assertSelectionText
void	assertSelectionText(ElementStub el, java.lang.String expected, java.lang.String message) assertSelectionText
void	assertText(ElementStub el, java.lang.String expected) The returned string is normalized for different browsers.
void	assertText(ElementStub el, java.lang.String expected, java.lang.String message) The returned string is normalized for different browsers.
void	assertValue(ElementStub element, java.lang.String expected) assertValue
void	assertValue(ElementStub element, java.lang.String expected, java.lang.String message) assertValue
void	assertVisible(ElementStub el) assertVisible
void	assertVisible(ElementStub el, java.lang.Boolean checkZIndex) assertVisible
void	assertVisible(ElementStub el, java.lang.Boolean checkZIndex, java.lang.Boolean doScroll) assertVisible
void	assertVisible(ElementStub el, java.lang.Boolean checkZIndex, java.lang.Boolean doScroll, java.lang.String message) assertVisible
void	assertVisiblyInside(ElementStub element1, ElementStub element2) _isVisiblyInside checks whether element1 is completely contained inside element2.
void	assertVisiblyInside(ElementStub element1, ElementStub element2, java.lang.String message) _isVisiblyInside checks whether element1 is completely contained inside element2.
void	assertVisiblyOn(ElementStub element1, ElementStub element2) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace, java.lang.String message) assertVisiblyOn
void	assertVisiblyOutside(ElementStub element1, ElementStub element2) _isVisiblyOutside checks whether element1 is completely outside element2 i.e one is not contained within other.
void	assertVisiblyOutside(ElementStub element1, ElementStub element2, java.lang.String message) _isVisiblyOutside checks whether element1 is completely outside element2 i.e one is not contained within other.
ElementStub	autoHideContainer(java.lang.Object... args)
void	blur(ElementStub element) Similar to clicking somewhere else on the window to remove focus from given element.
ElementStub	button(java.lang.Object... args)
void	byPassWaitMechanism(java.lang.Boolean b) When set to true, it will not use the Sahi wait mechanism.
ElementStub	cell(java.lang.Object... args)
void	check(ElementStub checkBoxOrRadioElement) Checks the given checkbox or radio element.
ElementStub	checkbox(java.lang.Object... args)
ElementStub	choice(java.lang.Object... args)
void	choose(ElementStub element, java.lang.Integer optionToSelect) Selects one or more elements in a select dropdown.
void	choose(ElementStub element, java.lang.Integer[] optionToSelect) Selects one or more elements in a select dropdown.
void	choose(ElementStub element, java.lang.Integer[] optionToSelect, java.lang.Boolean isMultiple) Selects one or more elements in a select dropdown.
void	choose(ElementStub element, java.lang.Integer optionToSelect, java.lang.Boolean isMultiple) Selects one or more elements in a select dropdown.
void	choose(ElementStub element, java.lang.String optionToSelect) Selects one or more elements in a select dropdown.
void	choose(ElementStub element, java.lang.String[] optionToSelect) Selects one or more elements in a select dropdown.
void	choose(ElementStub element, java.lang.String[] optionToSelect, java.lang.Boolean isMultiple) Selects one or more elements in a select dropdown.
void	choose(ElementStub element, java.lang.String optionToSelect, java.lang.Boolean isMultiple) Selects one or more elements in a select dropdown.
void	clearLastAlert() Removes the last alert from session so that further occurrence of alerts can be checked
void	clearLastConfirm() Removes the last confirm from session so that further occurrence of confirms can be checked
void	clearLastDownloadedFileName() Clears out the _lastDownloadedFileName() so that further files can be downloaded and worked upon
void	clearLastPrompt() Removes the last prompt from session so that further occurrence of prompts can be checked
void	clearLastSystemDialog() Removes the last system dialog message from session so that further occurrence of system dialogs can be checked
void	clearPrintCalled() Resets _printCalled to false, so that _printCalled can be checked once more in the script.
void	click(ElementStub element) click simulates a user's click on the given element.
void	click(ElementStub element, java.lang.String combo) click simulates a user's click on the given element.
void	clickNative(ElementStub element) Simulates a native click event on the element.
void	clickNative(ElementStub element, java.lang.String combo) Simulates a native click event on the element.
void	clickNative(ElementStub element, java.lang.String combo, java.lang.Boolean isRight) Simulates a native click event on the element.
void	clickNative(ElementStub element, java.lang.String combo, java.lang.Boolean isRight, java.lang.Boolean isDouble) Simulates a native click event on the element.
void	clickNativeXY(java.lang.Integer x, java.lang.Integer y) Simulates a click event at the point (x,y).
void	clickNativeXY(java.lang.Integer x, java.lang.Integer y, java.lang.String combo) Simulates a click event at the point (x,y).
void	clickNativeXY(java.lang.Integer x, java.lang.Integer y, java.lang.String combo, java.lang.Boolean isRight) Simulates a click event at the point (x,y).
void	clickNativeXY(java.lang.Integer x, java.lang.Integer y, java.lang.String combo, java.lang.Boolean isRight, java.lang.Boolean isDouble) Simulates a click event at the point (x,y).
void	closeBrowser() Closes the browsers in this session in the middle of a script.
void	closeSAPConnection() Closes the currently open SAP GUI connection.
void	closeWindow() Closes the window.
void	closeWindow(java.lang.String title) Closes the window.
void	collapse(java.lang.Object element) Collapses the tree node.
void	collapse(java.lang.Object element, java.lang.String identifier) Collapses the tree node.
java.util.List<java.lang.String>	collectAttributes(java.lang.String elementType, java.lang.String identifier, java.lang.Object attribute, java.lang.Object... relations) collectAttributes
java.util.List<java.lang.String>	collectAttributes(java.lang.String elementType, java.lang.String identifier, java.lang.String attribute, java.lang.Object... relations) collectAttributes
java.lang.Boolean	compareImages(java.lang.String f1, java.lang.String f2) Takes the path of the 2 images and checks if both images are same or not.
java.lang.Boolean	compareImages(java.lang.String f1, java.lang.String f2, java.lang.Object differenceThreshold) Takes the path of the 2 images and checks if both images are same or not.
java.lang.String	connectDevice() Connects to a Mobile Device.
java.lang.String	connectDevice(java.lang.String deviceId) Connects to a Mobile Device.
java.lang.Boolean	contains(ElementStub parent, ElementStub child) contains
java.lang.Boolean	containsHTML(ElementStub element, java.lang.String html) containsHTML
java.lang.Boolean	containsText(ElementStub element, java.lang.String text) containsText
void	continueOnError() Forces script to continue inspite of error.
java.lang.String	cookie(java.lang.String name) cookie
java.lang.String	cookie(java.lang.String name, java.lang.String path) cookie
java.lang.Integer	count(java.lang.String elementType, java.lang.Object identifier, java.lang.Object... relations) count
java.lang.Integer	count(java.lang.String elementType, java.lang.String identifier, java.lang.Object... relations) count
void	crawlWebsite(java.lang.String websiteURL, java.lang.Integer depth, java.lang.String csvOutputFilePath) This api is used for testing links on a website.
void	createCookie(java.lang.String name, java.lang.String value, java.lang.Integer days) createCookie
void	createNewSAPSession() Opens a new SAP GUI session from the existing SAP GUI session.
ElementStub	customButton(java.lang.Object... args)
ElementStub	customIcon(java.lang.Object... args)
void	deleteCookie(java.lang.String name) Deletes the cookie with given name for the current page.
ElementStub	diamondIcon(java.lang.Object... args)
void	disableKeepAlive() disableKeepAlive() turns off Keep-Alive between browser and proxy.
void	disableScroll() Disables automatic horizontal and vertical scrolling for element identification.
void	doubleClick(ElementStub element) doubleClick simulates a user's click on the given element.
void	doubleClick(ElementStub element, java.lang.String combo) doubleClick simulates a user's click on the given element.
void	doubleClickNative(ElementStub element) Simulates a native double click event on the element.
void	doubleClickNative(ElementStub element, java.lang.String combo) Simulates a native double click event on the element.
void	drag(java.lang.Object dragElement) Simulates a drag action
void	dragDrop(ElementStub dragElement, ElementStub dropElement) Simulates a drag and drop action
void	dragDrop(ElementStub dragElement, ElementStub dropElement, java.lang.String windowName) Simulates a drag and drop action
void	dragDropNative(ElementStub el, ElementStub el2) Simulates a dragdrop event from element 1 to element 2 using native events.
void	dragDropNativeXY(java.lang.Integer x1, java.lang.Integer y1, java.lang.Integer x2, java.lang.Integer y2) Simulates a dragdrop event from element at first set of coordinates to element at second set of coordinates, using native events.
void	dragDropXY(ElementStub dragElement, java.lang.Integer x, java.lang.Integer y) dragDropXY simulates a drag and drop action.
void	dragDropXY(ElementStub dragElement, java.lang.Integer x, java.lang.Integer y, java.lang.Boolean isRelative) dragDropXY simulates a drag and drop action.
void	dragNative(java.lang.Object element) Simulates a drag action
void	drop(java.lang.Object dropElement) Simulates a drag and drop action
void	dropFile(java.lang.String filePath, ElementStub dropElement) dropFile simulates file drop.
void	dropNative(java.lang.Object element) Simulates a drop action
void	enableHorizontalScroll() Enables automatic horizontal scrolling and disables vertical scrolling for element identification.
void	enableHorizontalScroll(java.lang.Object element) Enables automatic horizontal scrolling and disables vertical scrolling for element identification.
void	enableHorizontalScroll(java.lang.Object element, java.lang.Integer maxScrollCount) Enables automatic horizontal scrolling and disables vertical scrolling for element identification.
void	enableKeepAlive() enableKeepAlive() turns on Keep-Alive between browser and proxy.
void	enableVerticalScroll() Enables automatic vertical scrolling and disables horizontal scrolling for element identification.
void	enableVerticalScroll(java.lang.Object element) Enables automatic vertical scrolling and disables horizontal scrolling for element identification.
void	enableVerticalScroll(java.lang.Object element, java.lang.Integer maxScrollCount) Enables automatic vertical scrolling and disables horizontal scrolling for element identification.
java.lang.String	encrypt(java.lang.String password) Example
java.lang.String	execute(java.lang.String cmd) execute allows calling batch files, shell scripts or regular commands from Sahi script.
java.lang.String	execute(java.lang.String cmd, java.lang.Boolean isSync) execute allows calling batch files, shell scripts or regular commands from Sahi script.
java.lang.String	execute(java.lang.String cmd, java.lang.Boolean isSync, java.lang.Integer timeout) execute allows calling batch files, shell scripts or regular commands from Sahi script.
java.lang.Boolean	exists(ElementStub el) exists
void	expand(java.lang.Object element) Expands the tree node.
void	expand(java.lang.Object element, java.lang.String identifier) Expands the tree node.
void	expectAlert(java.lang.String message) expectAlert tells Sahi to react with OK for a dialog with given message.
void	expectAlert(java.lang.String message, java.lang.Boolean persist) expectAlert tells Sahi to react with OK for a dialog with given message.
void	expectConfirm(java.lang.String message, java.lang.Boolean value) expectConfirm tells Sahi to react with OK or Cancel for a dialog with given message.
void	expectConfirm(java.lang.String message, java.lang.Boolean value, java.lang.Boolean persist) expectConfirm tells Sahi to react with OK or Cancel for a dialog with given message.
void	expectPrint() expectPrint tells Sahi to react with CANCEL for a print dialog.
void	expectPrint(java.lang.Boolean persist) expectPrint tells Sahi to react with CANCEL for a print dialog.
void	expectPrompt(java.lang.String promptMessage, java.lang.String response) expectPrompt tells Sahi to respond with given response for a prompt dialog with given promptMessage.
void	expectPrompt(java.lang.String promptMessage, java.lang.String response, java.lang.Boolean persist) expectPrompt tells Sahi to respond with given response for a prompt dialog with given promptMessage.
void	expectSystemDialog(java.lang.String message, java.lang.Integer buttonIdentifier) iExpectSystemDialog tells Sahi to click the button with the given buttonIdentifier, for a dialog with given message.
void	expectSystemDialog(java.lang.String message, java.lang.Integer buttonIdentifier, java.lang.Boolean persist) iExpectSystemDialog tells Sahi to click the button with the given buttonIdentifier, for a dialog with given message.
void	expectSystemDialog(java.lang.String message, java.lang.String buttonIdentifier) iExpectSystemDialog tells Sahi to click the button with the given buttonIdentifier, for a dialog with given message.
void	expectSystemDialog(java.lang.String message, java.lang.String buttonIdentifier, java.lang.Boolean persist) iExpectSystemDialog tells Sahi to click the button with the given buttonIdentifier, for a dialog with given message.
java.lang.Boolean	fitsHeight(ElementStub element1, ElementStub element2) fitsHeight
java.lang.Boolean	fitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer topSpace) fitsHeight
java.lang.Boolean	fitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace) fitsHeight
java.lang.Boolean	fitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer bottomSpace) fitsHeight
java.lang.Boolean	fitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] bottomSpace) fitsHeight
java.lang.Boolean	fitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer bottomSpace) fitsHeight
java.lang.Boolean	fitsHeight(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] bottomSpace) fitsHeight
java.lang.Boolean	fitsWidth(ElementStub element1, ElementStub element2) fitsWidth
java.lang.Boolean	fitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer leftSpace) fitsWidth
java.lang.Boolean	fitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer[] leftSpace) fitsWidth
java.lang.Boolean	fitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer[] leftSpace, java.lang.Integer rightSpace) fitsWidth
java.lang.Boolean	fitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer[] leftSpace, java.lang.Integer[] rightSpace) fitsWidth
java.lang.Boolean	fitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer leftSpace, java.lang.Integer rightSpace) fitsWidth
java.lang.Boolean	fitsWidth(ElementStub element1, ElementStub element2, java.lang.Integer leftSpace, java.lang.Integer[] rightSpace) fitsWidth
void	focus(ElementStub element) Brings focus to given element.
void	focusWindow() Brings the window above all other windows.
java.lang.Boolean	getApplicationState(java.lang.Object bundleId) Returns state of application.
java.lang.String	getAttribute(ElementStub el, java.lang.String attributeName) getAttribute
java.lang.Integer[]	getCellIndex(java.lang.Object tableEl) getCellIndex
java.lang.String	getIconPath(java.lang.Object element) getIconPath
java.lang.String	getLayout() Returns string representing page layout.
java.lang.String	getLayout(java.lang.Object elementAPIs) Returns string representing page layout.
java.lang.String	getLayout(java.lang.Object elementAPIs, java.lang.Object elements) Returns string representing page layout.
java.lang.String[]	getOptions(ElementStub el) If we want the values of all the options of the selectbox:
java.lang.String[]	getOptions(ElementStub el, java.lang.String type) If we want the values of all the options of the selectbox:
java.lang.String	getOrientation() Returns device orientation, for example: , , ,
java.util.Map<java.lang.String,java.lang.String>	getRecentWindow() Returns the most recent (last opened) window.
java.lang.Integer[]	getScreenSize() getScreenSize
java.lang.String[]	getSelectedText(ElementStub el) getSelectedText
java.lang.String	getSelectionText() getSelectionText
java.lang.String	getSelectionText(ElementStub el) getSelectionText
java.lang.String[]	getSessionId() Example
java.lang.String[]	getSessionId(java.lang.String windowIdentifier) Example
java.util.Map<java.lang.String,java.lang.String>	getStatusInformation() Gets the status information from the status bar of the current SAP GUI window.
java.lang.String[][]	getTableContents(ElementStub tableEl) getTableContents
java.lang.String[][]	getTableContents(ElementStub tableEl, java.lang.Object[] columns) getTableContents
java.lang.String[][]	getTableContents(ElementStub tableEl, java.lang.Object[] columns, java.lang.Integer rows) getTableContents
java.lang.String[][]	getTableContents(ElementStub tableEl, java.lang.Object[] columns, java.lang.Integer[] rows) getTableContents
java.lang.String[][]	getTableContents(ElementStub tableEl, java.lang.Object[] columns, java.lang.Integer[] rows, java.lang.Integer count) getTableContents
java.lang.String[][]	getTableContents(ElementStub tableEl, java.lang.Object[] columns, java.lang.Integer rows, java.lang.Integer count) getTableContents
java.lang.String[][]	getTableContents(ElementStub tableEl, java.lang.Object[] columns, java.lang.String rows) getTableContents
java.lang.String[][]	getTableContents(ElementStub tableEl, java.lang.Object[] columns, java.lang.String rows, java.lang.Integer count) getTableContents
java.lang.String	getText(ElementStub el) The returned string is normalized for different browsers.
java.lang.String	getValue(ElementStub element) getValue
java.util.List<java.util.Map<java.lang.String,java.lang.String>>	getWindows() Returns an array of window-property objects.
java.util.List<java.util.Map<java.lang.String,java.lang.String>>	getWindows(java.lang.Integer activePeriod) Returns an array of window-property objects.
void	highlight(ElementStub element) Highlights an element with a red border.
void	htmlFormSubmit(ElementStub element, java.lang.String frameName, java.lang.String postData, java.lang.String url) Submits an HTML form for an element.
ElementStub	imageIcon(java.lang.Object... args)
void	interactWithApp() For iOS to invoke the system dialog handler, the app has to be interacted with.
java.lang.Boolean	isCentered(ElementStub element, ElementStub containerElement, java.lang.String alignment) isCentered checks whether inner element is vertically or horizontally centered to the container element.
java.lang.Boolean	isCentered(ElementStub element, ElementStub containerElement, java.lang.String alignment, java.lang.Integer offset) isCentered checks whether inner element is vertically or horizontally centered to the container element.
java.lang.Boolean	isCentered(ElementStub element, ElementStub containerElement, java.lang.String alignment, java.lang.Integer[] offset) isCentered checks whether inner element is vertically or horizontally centered to the container element.
java.lang.Boolean	isChecked(ElementStub el) isChecked
java.lang.Boolean	isChrome() isChrome
java.lang.Boolean	isDevice() Returns true if the running platform is an iOS device.
java.lang.Boolean	isEdge() isEdge
java.lang.Boolean	isEdgeNew() isEdgeNew
java.lang.Boolean	isEnabled(java.lang.Object element) isEnabled
java.lang.Boolean	isFF() isFF
java.lang.Boolean	isFF3() isFF3
java.lang.Boolean	isFF4() isFF4
java.lang.Boolean	isHorizontalScrollEnabled() Returns true if automatic horizontal scrolling has been enabled by calling _aEnableHorizontalScroll().
java.lang.Boolean	isHTMLUnit() isHTMLUnit
java.lang.Boolean	isIE() isIE
java.lang.Boolean	isIE10() isIE10
java.lang.Boolean	isIE9() isIE9
java.lang.Boolean	isOpera() isOpera
java.lang.Boolean	isPhantomJS() isPhantomJS
java.lang.Boolean	isSafari() isSafari
java.lang.Boolean	isScreenOn() Returns true or false based on screen is ON or OFF.
java.lang.Boolean	isScrollEnabled() Returns true if automatic horizontal or vertical scrolling has been enabled by calling _aEnableVerticalScroll() or _aEnableHorizontalScroll().
java.lang.Boolean	isSelected(java.lang.Object element) Returns true if the element is selected.
java.lang.Boolean	isVerticalScrollEnabled() Returns true if automatic vertical scrolling has been enabled by calling _aEnableVerticalScroll().
java.lang.Boolean	isVisible(ElementStub el) isVisible
java.lang.Boolean	isVisible(ElementStub el, java.lang.Boolean checkZIndex) isVisible
java.lang.Boolean	isVisible(ElementStub el, java.lang.Boolean checkZIndex, java.lang.Boolean doScroll) isVisible
java.lang.Boolean	isVisiblyInside(ElementStub element1, ElementStub element2) isVisiblyInside checks whether element1 is completely contained inside element2.
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer[] topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer[] rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer[] bottomSpace, java.lang.Integer[] leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOn(ElementStub element1, ElementStub element2, java.lang.Integer topSpace, java.lang.Integer rightSpace, java.lang.Integer bottomSpace, java.lang.Integer[] leftSpace) isVisiblyOn
java.lang.Boolean	isVisiblyOutside(ElementStub element1, ElementStub element2) isVisiblyOutside checks whether element1 is completely outside element2 i.e one is not contained within other.
ElementStub	jButton(java.lang.Object... args)
ElementStub	jCheckBox(java.lang.Object... args)
ElementStub	jCheckBoxMenuItem(java.lang.Object... args)
ElementStub	jComboBox(java.lang.Object... args)
ElementStub	jComponent(java.lang.Object... args)
ElementStub	jDialog(java.lang.Object... args)
ElementStub	jEditorPane(java.lang.Object... args)
ElementStub	jLabel(java.lang.Object... args)
ElementStub	jLayeredPane(java.lang.Object... args)
ElementStub	jList(java.lang.Object... args)
ElementStub	jListItem(java.lang.Object... args)
ElementStub	jMenu(java.lang.Object... args)
ElementStub	jMenuItem(java.lang.Object... args)
ElementStub	jOptionPane(java.lang.Object... args)
ElementStub	jPanel(java.lang.Object... args)
ElementStub	jPasswordField(java.lang.Object... args)
ElementStub	jPopupMenu(java.lang.Object... args)
ElementStub	jProgressBar(java.lang.Object... args)
ElementStub	jRadioButton(java.lang.Object... args)
ElementStub	jRadioButtonMenuItem(java.lang.Object... args)
ElementStub	jRootPane(java.lang.Object... args)
ElementStub	jScrollbar(java.lang.Object... args)
ElementStub	jScrollPane(java.lang.Object... args)
ElementStub	jSlider(java.lang.Object... args)
ElementStub	jTabbedPane(java.lang.Object... args)
ElementStub	jTable(java.lang.Object... args)
ElementStub	jTableHeader(java.lang.Object... args)
ElementStub	jTextArea(java.lang.Object... args)
ElementStub	jTextField(java.lang.Object... args)
ElementStub	jTextPane(java.lang.Object... args)
ElementStub	jToggleButton(java.lang.Object... args)
ElementStub	jToolBar(java.lang.Object... args)
ElementStub	jTree(java.lang.Object... args)
ElementStub	jTreeItem(java.lang.Object... args)
void	keyDown(ElementStub element, java.lang.Integer charInfo) Simulates pressing down a key on the given element.
void	keyDown(ElementStub element, java.lang.Integer charInfoKeyCode, java.lang.Integer charInfoCharCode) Simulates pressing down a key on the given element.
void	keyDown(ElementStub element, java.lang.Integer charInfoKeyCode, java.lang.Integer charInfoCharCode, java.lang.String combo) Simulates pressing down a key on the given element.
void	keyDown(ElementStub element, java.lang.Integer charInfo, java.lang.String combo) Simulates pressing down a key on the given element.
void	keyDown(ElementStub element, java.lang.String charInfo) Simulates pressing down a key on the given element.
void	keyDown(ElementStub element, java.lang.String charInfo, java.lang.String combo) Simulates pressing down a key on the given element.
void	keyPress(ElementStub element, java.lang.Integer keyInfo) Simulates pressing a key on the given element.
void	keyPress(ElementStub element, java.lang.Integer[] keyInfo) Simulates pressing a key on the given element.
void	keyPress(ElementStub element, java.lang.Integer[] keyInfo, java.lang.String combo) Simulates pressing a key on the given element.
void	keyPress(ElementStub element, java.lang.Integer keyInfo, java.lang.String combo) Simulates pressing a key on the given element.
void	keyPress(ElementStub element, java.lang.String keyInfo) Simulates pressing a key on the given element.
void	keyPress(ElementStub element, java.lang.String keyInfo, java.lang.String combo) Simulates pressing a key on the given element.
void	keyUp(ElementStub element, java.lang.Integer charInfo) Simulates releasing a key press on the given element.
void	keyUp(ElementStub element, java.lang.Integer charInfoKeyCode, java.lang.Integer charInfoCharCode) Simulates releasing a key press on the given element.
void	keyUp(ElementStub element, java.lang.Integer charInfoKeyCode, java.lang.Integer charInfoCharCode, java.lang.String combo) Simulates releasing a key press on the given element.
void	keyUp(ElementStub element, java.lang.Integer charInfo, java.lang.String combo) Simulates releasing a key press on the given element.
void	keyUp(ElementStub element, java.lang.String charInfo) Simulates releasing a key press on the given element.
void	keyUp(ElementStub element, java.lang.String charInfo, java.lang.String combo) Simulates releasing a key press on the given element.
ElementStub	label(java.lang.Object... args)
java.lang.String	lastAlert() lastAlert
java.lang.String[]	lastAlerts() lastAlert
java.lang.String	lastConfirm() lastConfirm
java.lang.String[]	lastConfirms() lastConfirm
java.lang.String	lastDownloadedFileName() Returns the last downloaded file name.
java.lang.String	lastPrompt() lastPrompt
java.lang.String[]	lastPrompts() lastPrompt
java.lang.String	lastSystemDialog() iLastSystemDialog
java.lang.String[]	lastSystemDialogs() iLastSystemDialog
void	launchJavaApplication(java.lang.String applicationPath, java.lang.String applicationLaunchCommand) Launch Java Application.
void	launchJavaWSApplication(java.lang.String applicationPath) Launch Java Web Start Application.
java.lang.String	launchNewBrowser() launchNewBrowser
java.lang.String	launchNewBrowser(java.lang.String url) launchNewBrowser
java.lang.String	launchNewBrowser(java.lang.String url, java.lang.String browserType) launchNewBrowser
java.lang.String	launchNewMobileBrowser(java.lang.String deviceId) Returns the browserInstanceId
java.lang.String	launchNewMobileBrowser(java.lang.String deviceId, java.lang.String url) Returns the browserInstanceId
java.lang.String	launchNewMobileBrowser2() Returns the browserInstanceId.
java.lang.String	launchNewMobileBrowser2(java.lang.String deviceId) Returns the browserInstanceId.
java.lang.String	launchNewMobileBrowser2(java.lang.String deviceId, java.lang.String url) Returns the browserInstanceId.
void	launchSAPGUI() Launches SAP GUI logon pad.
ElementStub	list(java.lang.Object... args)
java.lang.String	lock(java.lang.String name) Acquires a lock with given name.
java.lang.String	lock(java.lang.String name, java.lang.Integer timeout) Acquires a lock with given name.
void	lockWindow() This is a more specific version of the _lock API.
void	lockWindow(java.lang.Object timeout) This is a more specific version of the _lock API.
void	longClick(java.lang.Object element) mLongClick simulates a user's long click on the given element.
void	longClick(java.lang.Object element, java.lang.Integer duration) mLongClick simulates a user's long click on the given element.
void	mapDomainToIP(java.lang.String urlBase, java.lang.Object ip) Used to map a domain to a specific IP.
void	mapDomainToIP(java.lang.String urlBase, java.lang.String ip) Used to map a domain to a specific IP.
void	maximizeWindow() Maximizes an existing SAP GUI window having the specified title.
void	maximizeWindow(java.lang.String title) Maximizes an existing SAP GUI window having the specified title.
ElementStub	menu(java.lang.Object... args)
void	minimizeWindow() Minimizes an existing SAP GUI window having the specified title.
void	minimizeWindow(java.lang.String title) Minimizes an existing SAP GUI window having the specified title.
void	mockImage(java.lang.String pattern) Similar to _addMock, but by default sends back an image.
void	mockImage(java.lang.String pattern, java.lang.String class_method) Similar to _addMock, but by default sends back an image.
void	mouseDown(ElementStub element) mouseDown simulates a mousedown on the given element.
void	mouseDown(ElementStub element, java.lang.Boolean isRight) mouseDown simulates a mousedown on the given element.
void	mouseDown(ElementStub element, java.lang.Boolean isRight, java.lang.String combo) mouseDown simulates a mousedown on the given element.
void	mouseOver(ElementStub element) mouseOver simulates mouse hovering on the given element.
void	mouseOver(ElementStub element, java.lang.String combo) mouseOver simulates mouse hovering on the given element.
void	mouseOverNative(ElementStub element) Simulates a native mouse over event on the element.
void	mouseOverNative(ElementStub element, java.lang.String combo) Simulates a native mouse over event on the element.
void	mouseUp(ElementStub element) simulates a mouseup on the given element.
void	mouseUp(ElementStub element, java.lang.Boolean isRight) simulates a mouseup on the given element.
void	mouseUp(ElementStub element, java.lang.Boolean isRight, java.lang.String combo) simulates a mouseup on the given element.
void	navigateTo(java.lang.String url) navigateTo loads the given url in the top frame of the window.
void	navigateTo(java.lang.String url, java.lang.Boolean forceReload) navigateTo loads the given url in the top frame of the window.
void	openSAPConnection(java.lang.String connectionName) Opens the specified SAP GUI connection.
void	openWindow() Opens a new browser window.
void	openWindow(java.lang.String url) Opens a new browser window.
void	openWindow(java.lang.String url, java.lang.String name) Opens a new browser window.
void	openWindow(java.lang.String url, java.lang.String name, java.lang.Integer[] size) Opens a new browser window.
ElementStub	orButton(java.lang.Object... args)
ElementStub	orButtonBar(java.lang.Object... args)
ElementStub	orDrawnPanel(java.lang.Object... args)
ElementStub	orEwtContainer(java.lang.Object... args)
ElementStub	orEwtLWScrollbar(java.lang.Object... args)
ElementStub	orExtendedCheckbox(java.lang.Object... args)
ElementStub	orExtendedFrame(java.lang.Object... args)
ElementStub	orFLWTextArea(java.lang.Object... args)
ElementStub	orFormattedTextField(java.lang.Object... args)
ElementStub	orFormButton(java.lang.Object... args)
ElementStub	orFormDesktopContainer(java.lang.Object... args)
ElementStub	orFormsTabPanel(java.lang.Object... args)
ElementStub	orFWindow(java.lang.Object... args)
ElementStub	orImageCanvas(java.lang.Object... args)
ElementStub	orListView(java.lang.Object... args)
ElementStub	orLWCheckbox(java.lang.Object... args)
ElementStub	orLWContainer(java.lang.Object... args)
ElementStub	orLWDataSourceList(java.lang.Object... args)
ElementStub	orLWLabel(java.lang.Object... args)
ElementStub	orLWMenuBar(java.lang.Object... args)
ElementStub	orLWMenuItem(java.lang.Object... args)
ElementStub	orLWMenuSeparator(java.lang.Object... args)
ElementStub	orLWScrollbar(java.lang.Object... args)
ElementStub	orLWStatusBar(java.lang.Object... args)
ElementStub	orLWStatusBarTextItem(java.lang.Object... args)
ElementStub	orLWTextField(java.lang.Object... args)
ElementStub	orMultiLineLabel(java.lang.Object... args)
ElementStub	orPushButton(java.lang.Object... args)
ElementStub	orTabBar(java.lang.Object... args)
ElementStub	orTitleBar(java.lang.Object... args)
ElementStub	orToolBar(java.lang.Object... args)
ElementStub	orVButton(java.lang.Object... args)
ElementStub	orVPopList(java.lang.Object... args)
ElementStub	orVTextField(java.lang.Object... args)
ElementStub	orVTList(java.lang.Object... args)
java.lang.String	oSVersion() Android: Returns the SDK Level of the Android device, for example: 21 for Lollypop, 20 for Kitkat etc.
ElementStub	password(java.lang.Object... args)
void	pinchClose(java.lang.Object element, java.lang.Object percent, java.lang.Integer speed) Performs a pinch close gesture on the given element.
void	pinchClose(java.lang.Object element, java.lang.Object percent, java.lang.Object speed) Performs a pinch close gesture on the given element.
void	pinchOpen(java.lang.Object element, java.lang.Object percent, java.lang.Integer speed) Performs a pinch open gesture on the given element.
void	pinchOpen(java.lang.Object element, java.lang.Object percent, java.lang.Object speed) Performs a pinch open gesture on the given element.
java.lang.Integer[]	position(ElementStub el) This may be used to verify layouts by comparing positions of specific elements.
java.lang.Integer[]	position(ElementStub el, java.lang.Boolean relative) This may be used to verify layouts by comparing positions of specific elements.
java.lang.Integer[]	positionNative(ElementStub el) This may be used inside native events to find the absolute positions of elements.
void	pressBack() aPressBack Performs a Back action.
void	pressDelete() aPressDelete Simulates a press on the DELETE key.
void	pressEnter() aPressEnter Simulates a press on the ENTER key.
void	pressHome() Brings up the Home screen.
void	pressMenu() aPressMenu Simulates a press on the MENU button.
void	pressRecentApps() aPressRecentApps Brings up the Recent Apps screen.
void	pressSearch() aPressSearch Brings up the Search box.
void	pressVolumeDown() Simulates volume down action on an iOS Device.
void	pressVolumeUp() Simulates volume up action on an iOS Device.
java.lang.Boolean	printCalled() printCalled
ElementStub	radio(java.lang.Object... args)
java.lang.String[][]	readExcelFile(java.lang.String filePath) Reads the excel sheet and returns data as an associative array.
java.lang.String[][]	readExcelFile(java.lang.String filePath, java.lang.String sheetName) Reads the excel sheet and returns data as an associative array.
java.lang.String[][]	readExcelFile(java.lang.String filePath, java.lang.String sheetName, java.lang.Object props) Reads the excel sheet and returns data as an associative array.
java.lang.String	readURL(java.lang.String url) Sends a GET request to the URL and returns response body as a string.
void	removeFocus(ElementStub element) Similar to clicking somewhere else on the window to remove focus from given element.
void	removeHttpHeader(java.lang.String key) Removes a particular HTTP header.
void	removeMock(java.lang.String pattern) removeMock
void	removeResponseSubstitutionRule(java.lang.String name) Removes the response substitution rule for all further responces coming in this browser session.
void	resetHttpHeader(java.lang.String key) If _addHttpHeader or _setHttpHeader or _removeHttpHeader had been called in this session before,
void	resizeWindow(java.lang.String title, java.lang.Integer width, java.lang.Integer height) Resizes an existing SAP GUI window having the specified title with the specified dimensions.
void	restoreWindow() Restores an existing SAP GUI window having the specified title from its minimized state.
void	restoreWindow(java.lang.String title) Restores an existing SAP GUI window having the specified title from its minimized state.
void	rightClick(ElementStub element) rightClick simulates a user's click on the given element.
void	rightClick(ElementStub element, java.lang.String combo) rightClick simulates a user's click on the given element.
void	rightClickNative(ElementStub element) Simulates a native right click event on the element.
void	rightClickNative(ElementStub element, java.lang.String combo) Simulates a native right click event on the element.
void	rotate(java.lang.Object element, java.lang.Object rotationAngle, java.lang.Object velocity) Simulates a rotation gesture on an element.
java.lang.String	rteHTML(ElementStub el) rteHTML
java.lang.String	rteText(ElementStub el) rteText
void	rteWrite(ElementStub rte, java.lang.String html) Replaces the content of the RTE with given HTML.
void	saveDownloadedAs(java.lang.String path) Renames/copies the file into specified directory for further processing.
ElementStub	scrollbar(java.lang.Object... args)
java.lang.Boolean	scrollBottomMost(java.lang.Object element) Scrolls the element's contents to the bottommost position, i.e.
java.lang.Boolean	scrollBottomMost(java.lang.Object element, java.lang.Integer maxSwipes) Scrolls the element's contents to the bottommost position, i.e.
java.lang.Boolean	scrollDown(java.lang.Object element) Scrolls the element's contents one page down.
java.lang.Boolean	scrollDown(java.lang.Object element, java.lang.Object percent) Scrolls the element's contents one page down.
java.lang.Boolean	scrollDown(java.lang.Object element, java.lang.Object percent, java.lang.Integer speed) Scrolls the element's contents one page down.
java.lang.Boolean	scrollLeft(java.lang.Object element) Scrolls the element's contents one page to the left.
java.lang.Boolean	scrollLeft(java.lang.Object element, java.lang.Object percent) Scrolls the element's contents one page to the left.
java.lang.Boolean	scrollLeft(java.lang.Object element, java.lang.Object percent, java.lang.Integer speed) Scrolls the element's contents one page to the left.
java.lang.Boolean	scrollLeftMost(java.lang.Object element) Scrolls the element's contents to the leftmost position, i.e.
java.lang.Boolean	scrollLeftMost(java.lang.Object element, java.lang.Integer maxSwipes) Scrolls the element's contents to the leftmost position, i.e.
java.lang.Boolean	scrollRight(java.lang.Object element) Scrolls the element's contents one page to the right.
java.lang.Boolean	scrollRight(java.lang.Object element, java.lang.Object percent) Scrolls the element's contents one page to the right.
java.lang.Boolean	scrollRight(java.lang.Object element, java.lang.Object percent, java.lang.Integer speed) Scrolls the element's contents one page to the right.
java.lang.Boolean	scrollRightMost(java.lang.Object element) Scrolls the element's contents to the rightmost position, i.e.
java.lang.Boolean	scrollRightMost(java.lang.Object element, java.lang.Integer maxSwipes) Scrolls the element's contents to the rightmost position, i.e.
java.lang.Boolean	scrollTopMost(java.lang.Object element) Scrolls the element's contents to the topmost position, i.e.
java.lang.Boolean	scrollTopMost(java.lang.Object element, java.lang.Integer maxSwipes) Scrolls the element's contents to the topmost position, i.e.
java.lang.Boolean	scrollUp(java.lang.Object element) Scrolls the element's contents one page up.
java.lang.Boolean	scrollUp(java.lang.Object element, java.lang.Object percent) Scrolls the element's contents one page up.
java.lang.Boolean	scrollUp(java.lang.Object element, java.lang.Object percent, java.lang.Integer speed) Scrolls the element's contents one page up.
void	selectBrowser() Selects the particular browser instance.
void	selectBrowser(java.lang.String browserInstanceId) Selects the particular browser instance.
void	selectColumns(ElementStub element, java.lang.String columns) Selects the specified columns in the specified table element.
void	selectDevice() Selects the particular device instance.
void	selectDevice(java.lang.String deviceInstanceId) Selects the particular device instance.
void	selectDomain() selectDomain
void	selectDomain(java.lang.String domainIdentifier) selectDomain
void	selectRange(ElementStub element, java.lang.Integer rangeStart, java.lang.Integer rangeEnd) Example:
void	selectRows(ElementStub element, java.lang.String rows) Selects the specified row(s) in the specified table element.
void	selectTextRange(ElementStub element, java.lang.String searchText) Example:
void	selectTextRange(ElementStub element, java.lang.String searchText, java.lang.String position) Example:
void	sendHTMLResponseAfterFileDownload(java.lang.Boolean enable) Forces Sahi to send back an HTML response after file download.
void	setAccessorIgnoreCase(java.lang.Boolean isIgnore) If is called, on further statements, case differences will be ignored in identifiers of Accessors.
void	setAutoDismissKeyboard(java.lang.Boolean autoDismiss) By default, Sahi will try to dismiss keyboard automatically after setting value in the textfield.
void	setCell(java.lang.Object element, java.lang.String value) Value entered into the specified cell of the currently selected sheet
void	setFile(ElementStub element, java.lang.String filePaths) setFile(_file("id"), "C:/abc/efg.jpg");
void	setFile(ElementStub element, java.lang.String[] filePaths) setFile(_file("id"), "C:/abc/efg.jpg");
void	setFile(ElementStub element, java.lang.String[] filePaths, java.lang.String actionURL) setFile(_file("id"), "C:/abc/efg.jpg");
void	setFile(ElementStub element, java.lang.String filePaths, java.lang.String actionURL) setFile(_file("id"), "C:/abc/efg.jpg");
void	setFile2(ElementStub element, java.lang.String filePaths) setFile2
void	setFile2(ElementStub element, java.lang.String[] filePaths) setFile2
void	setFile2(ElementStub element, java.lang.String[] filePaths, java.lang.String actionURL) setFile2
void	setFile2(ElementStub element, java.lang.String[] filePaths, java.lang.String actionURL, java.lang.Boolean isMultipartRequest) setFile2
void	setFile2(ElementStub element, java.lang.String[] filePaths, java.lang.String actionURL, java.lang.Boolean isMultipartRequest, java.lang.Boolean isFileValidation) setFile2
void	setFile2(ElementStub element, java.lang.String filePaths, java.lang.String actionURL) setFile2
void	setFile2(ElementStub element, java.lang.String filePaths, java.lang.String actionURL, java.lang.Boolean isMultipartRequest) setFile2
void	setFile2(ElementStub element, java.lang.String filePaths, java.lang.String actionURL, java.lang.Boolean isMultipartRequest, java.lang.Boolean isFileValidation) setFile2
void	setFile3(ElementStub element, java.lang.String filePaths) setFile3
void	setFile3(ElementStub element, java.lang.String[] filePaths) setFile3
void	setFile3(ElementStub element, java.lang.String[] filePaths, java.lang.String actionURL) setFile3
void	setFile3(ElementStub element, java.lang.String filePaths, java.lang.String actionURL) setFile3
void	setFlexReadyCondition(java.lang.Object fn) This function should be used inside a browser tag.
void	setHttpHeader(java.lang.String key, java.lang.String value) Sets the HTTP header for all further requests made in this browser session.
void	setLanguage(java.lang.String translateTo, java.lang.String translateFrom) setLanguage
void	setLanguage(java.lang.String translateTo, java.lang.String translateFrom, java.lang.Boolean append) setLanguage
void	setOrientation(java.lang.Object orientationType) Rotate the device screen based on the orientation type.
void	setPassword(ElementStub element, java.lang.String text) Types the password into the element.
void	setPingDelayAfterStep(java.lang.Integer delay) Sahi Pro continuously pings the proxy server to await commands.
void	setSpeed(java.lang.Integer speed) Sets the speed of execution of steps.
void	setStrictVisibilityCheck(java.lang.Boolean doCheck) setStrictVisibilityCheck
void	setStrictVisibilityCheck(java.lang.Boolean doCheck, java.lang.Boolean checkZIndex) setStrictVisibilityCheck
void	setStrictVisibilityCheck(java.lang.Boolean doCheck, java.lang.Boolean checkZIndex, java.lang.Boolean doScroll) setStrictVisibilityCheck
void	setSwipeDeadzonePercentage(java.lang.Object percent) After leaving the dead zone area then it starts swiping.
void	setValue(ElementStub element, java.lang.String value) Simulates text entry into input elements like textbox, textarea etc.
void	setValue(ElementStub element, java.lang.String value, java.lang.Object props) Simulates text entry into input elements like textbox, textarea etc.
void	setWaitTimes(java.lang.Integer windowLoadTime, java.lang.Integer ajaxLoadTime, java.lang.Integer flexLoadTime) Modify the Windows, AJAX and Flex wait times.
void	setXHRReadyStatesToWaitFor(java.lang.String readyStates) Sets what readyStates of an XMLHttpRequest (XHR) Sahi should wait for.
void	setXHRReadyStatesToWaitFor(java.lang.String readyStates, java.lang.String forURL) Sets what readyStates of an XMLHttpRequest (XHR) Sahi should wait for.
void	startLookInside(ElementStub element) startLookInside is a DOM relation marker setter which specifies that the element should be searched within another element.
void	startWebContext(java.lang.String packageName) Changes the execution mode to ANDROID_WEBVIEW and starts the execution of the following steps as Web.
void	stopLookInside() stopLookInside is a DOM relation marker re-setter which re-sets the _startLookInside relation marker.
void	stopOnError() Forces script to fail and abort on any error.
void	stopWebContext() Stop the execution of following steps in Android WebView.
java.lang.String	style(ElementStub el, java.lang.String styleAttribute) style
void	swipe(ElementStub element, java.lang.Integer moveX, java.lang.Integer moveY, java.lang.Boolean isRelative) Simulates a touch move event on the HTML element
void	swipeDown() Swipes down on the element.
void	swipeDown(java.lang.Object element) Swipes down on the element.
void	swipeDown(java.lang.Object element, java.lang.Object percent) Swipes down on the element.
void	swipeDown(java.lang.Object element, java.lang.Object percent, java.lang.Integer speed) Swipes down on the element.
void	swipeLeft() Swipes left on the element.
void	swipeLeft(java.lang.Object element) Swipes left on the element.
void	swipeLeft(java.lang.Object element, java.lang.Object percent) Swipes left on the element.
void	swipeLeft(java.lang.Object element, java.lang.Object percent, java.lang.Integer speed) Swipes left on the element.
void	swipeRight() Swipes right on the element.
void	swipeRight(java.lang.Object element) Swipes right on the element.
void	swipeRight(java.lang.Object element, java.lang.Object percent) Swipes right on the element.
void	swipeRight(java.lang.Object element, java.lang.Object percent, java.lang.Integer speed) Swipes right on the element.
void	swipeUp() Swipes up on the element.
void	swipeUp(java.lang.Object element) Swipes up on the element.
void	swipeUp(java.lang.Object element, java.lang.Object percent) Swipes up on the element.
void	swipeUp(java.lang.Object element, java.lang.Object percent, java.lang.Integer speed) Swipes up on the element.
ElementStub	synthInternalFrameTitlePane(java.lang.Object... args)
ElementStub	tabDisplayer(java.lang.Object... args)
ElementStub	table(java.lang.Object... args)
void	takePageScreenShot() takePageScreenShot
void	takePageScreenShot(ElementStub element) takePageScreenShot
void	takePageScreenShot(ElementStub element, java.lang.String fileSysPath) takePageScreenShot
void	takePageScreenShot(ElementStub element, java.lang.String fileSysPath, java.lang.Boolean noLog) takePageScreenShot
void	takePageScreenShot(ElementStub element, java.lang.String fileSysPath, java.lang.Boolean noLog, java.lang.Object props) takePageScreenShot
void	takeScreenShot() Takes a screen shot and embeds the image in the playback log.
void	takeScreenShot(java.lang.String fileSysPath) Takes a screen shot and embeds the image in the playback log.
void	takeScreenShot(java.lang.String fileSysPath, java.lang.Boolean noLog) Takes a screen shot and embeds the image in the playback log.
void	takeScreenShot(java.lang.String fileSysPath, java.lang.Boolean noLog, java.lang.Object props) Takes a screen shot and embeds the image in the playback log.
void	takeScreenShots(java.lang.Boolean enable) Takes a screen shot after every step and embeds the image in the playback log.
void	takeScreenShots(java.lang.Boolean enable, java.lang.String directory) Takes a screen shot after every step and embeds the image in the playback log.
void	takeScreenShots(java.lang.Boolean enable, java.lang.String directory, java.lang.Boolean noLog) Takes a screen shot after every step and embeds the image in the playback log.
void	tap(ElementStub element) Simulates a tap event(touch event) on the HTML element
void	tap(ElementStub element, java.lang.Integer count) Simulates a tap event(touch event) on the HTML element
void	tapWithNumberOfTapsNumberOfTouches(java.lang.Object element, java.lang.Integer taps, java.lang.Integer touches) Simulates number of finger touches on an element, each with a number of taps.
ElementStub	textarea(java.lang.Object... args)
ElementStub	textArea(java.lang.Object... args)
ElementStub	textbox(java.lang.Object... args)
ElementStub	textField(java.lang.Object... args)
java.lang.String	title() title
void	touch(ElementStub element) Simulates a touch event on the HTML element
void	touch(ElementStub element, java.lang.Integer count) Simulates a touch event on the HTML element
void	touchCancel(ElementStub element) Simulates a touch cancel event on the HTML element
void	touchEnd(ElementStub element) Simulates a touch end event on the HTML element
void	touchMove(ElementStub element, java.lang.Integer moveX, java.lang.Integer moveY) Simulates a touch move event on the HTML element
void	touchMove(ElementStub element, java.lang.Integer moveX, java.lang.Integer moveY, java.lang.Boolean isRelative) Simulates a touch move event on the HTML element
void	touchStart(ElementStub element) Simulates a touch start event on the HTML element
ElementStub	tree(java.lang.Object... args)
void	twoFingerTap(java.lang.Object element) Simulates two finger touches on an element, each with a single tap.
void	type(ElementStub element, java.lang.String text) Types the text into the element.
void	typeCell(java.lang.Object element, java.lang.String value) Value appended to the specific cell of the currently selected sheet
void	typeKeyCodeNative(java.lang.Integer keyCode) Presses the keyboard key for given keyCode
void	typeNative(java.lang.String text) Types the text using native events
void	uncheck(ElementStub checkBoxElement) Unchecks the given checkbox.
void	unlock(java.lang.String key) Unlocks or releases the lock (acquired through the _lock API) that matches the given key.
void	unlockWindow() Unlocks or releases the lock acquired by calling _lockWindow.
java.lang.String	userAgent() userAgent
java.lang.String	userDataDir() userDataDir
java.lang.String	userDataDir(java.lang.String fileSeparator) userDataDir
java.lang.String	userDataPath(java.lang.String relPath) userDataPath
java.lang.String	userDataPath(java.lang.String relPath, java.lang.String fileSeparator) userDataPath
java.lang.Boolean	verifyLayout(java.util.List<java.util.List<ElementStub>> data, java.lang.Integer threshold) Validates the page layout based on $data.
void	wakeUp() aWakeUp simulates pressing the power button if the screen is OFF else it does nothing if the screen is already ON.
void	windowAction(java.lang.String action) Performs various window level actions.
void	windowAction(java.lang.String action, java.lang.Integer width) Performs various window level actions.
void	windowAction(java.lang.String action, java.lang.Integer width, java.lang.Integer height) Performs various window level actions.
java.lang.Boolean	windowExists(java.lang.String windowIdentifier) Returns true if the window exists.
java.lang.Boolean	windowExists(java.lang.String windowIdentifier, java.lang.Integer activePeriod) Returns true if the window exists.

Methods inherited from class com.sahipro.lang.java.client.AppletBase

createElementStub, executeSahi, getSteps, libEval, selectWindow

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

AppletAutoGen

public AppletAutoGen(Browser b)

AppletAutoGen

public AppletAutoGen(Browser browser,
                     RhinoScriptRunner rhinoScriptRunner)

AppletAutoGen

public AppletAutoGen(ApplicationType applicationType)

AppletAutoGen

public AppletAutoGen(ApplicationType applicationType,
                     java.lang.String host,
                     int port)

AppletAutoGen

public AppletAutoGen(ApplicationType applicationType,
                     RhinoScriptRunner rhinoScriptRunner)

Method Detail

setAccessorIgnoreCase

public void setAccessorIgnoreCase(java.lang.Boolean isIgnore)
                           throws ExecutionException

If is called, on further statements, case differences will be ignored in identifiers of Accessors.

Parameters:

isIgnore - true or false

Throws:

ExecutionException

click

public void click(ElementStub element,
                  java.lang.String combo)
           throws ExecutionException

click simulates a user's click on the given element.

Parameters:

element - element to click on

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

This argument is applicable only for Browser mode

Throws:

ExecutionException

click

public void click(ElementStub element)
           throws ExecutionException

click simulates a user's click on the given element.

Parameters:

element - element to click on

Throws:

ExecutionException

doubleClick

public void doubleClick(ElementStub element,
                        java.lang.String combo)
                 throws ExecutionException

doubleClick simulates a user's click on the given element.

Parameters:

element - element to double click on

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

This argument is applicable only for Browser mode

Throws:

ExecutionException

doubleClick

public void doubleClick(ElementStub element)
                 throws ExecutionException

doubleClick simulates a user's click on the given element.

Parameters:

element - element to double click on

Throws:

ExecutionException

rightClick

public void rightClick(ElementStub element,
                       java.lang.String combo)
                throws ExecutionException

rightClick simulates a user's click on the given element.

Parameters:

element - element to right click on

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

This argument is applicable only for Browser mode

Throws:

ExecutionException

rightClick

public void rightClick(ElementStub element)
                throws ExecutionException

rightClick simulates a user's click on the given element.

Parameters:

element - element to right click on

Throws:

ExecutionException

mouseDown

public void mouseDown(ElementStub element,
                      java.lang.Boolean isRight,
                      java.lang.String combo)
               throws ExecutionException

mouseDown simulates a mousedown on the given element.

Parameters:

element - element to perform mouse down on

isRight - Set to true for a left-hand mouse, default false

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

This argument is applicable only for Browser mode

Throws:

ExecutionException

mouseDown

public void mouseDown(ElementStub element,
                      java.lang.Boolean isRight)
               throws ExecutionException

mouseDown simulates a mousedown on the given element.

Parameters:

element - element to perform mouse down on

isRight - Set to true for a left-hand mouse, default false

Throws:

ExecutionException

mouseDown

public void mouseDown(ElementStub element)
               throws ExecutionException

mouseDown simulates a mousedown on the given element.

Parameters:

element - element to perform mouse down on

Throws:

ExecutionException

mouseUp

public void mouseUp(ElementStub element,
                    java.lang.Boolean isRight,
                    java.lang.String combo)
             throws ExecutionException

simulates a mouseup on the given element.

Parameters:

element - element to perform mouse up on

isRight - Set to true for a left-hand mouse, default false

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

This argument is applicable only for Browser mode

Throws:

ExecutionException

mouseUp

public void mouseUp(ElementStub element,
                    java.lang.Boolean isRight)
             throws ExecutionException

simulates a mouseup on the given element.

Parameters:

element - element to perform mouse up on

isRight - Set to true for a left-hand mouse, default false

Throws:

ExecutionException

mouseUp

public void mouseUp(ElementStub element)
             throws ExecutionException

simulates a mouseup on the given element.

Parameters:

element - element to perform mouse up on

Throws:

ExecutionException

mouseOver

public void mouseOver(ElementStub element,
                      java.lang.String combo)
               throws ExecutionException

mouseOver simulates mouse hovering on the given element.

Parameters:

element - element to perform hover over or move the mouse over.

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

This argument is applicable only for Browser mode

Throws:

ExecutionException

mouseOver

public void mouseOver(ElementStub element)
               throws ExecutionException

mouseOver simulates mouse hovering on the given element.

Parameters:

element - element to perform hover over or move the mouse over.

Throws:

ExecutionException

check

public void check(ElementStub checkBoxOrRadioElement)
           throws ExecutionException

Checks the given checkbox or radio element. If already checked, this API does not do anything.

Parameters:

checkBoxOrRadioElement - The check box or Radio element to check

Throws:

ExecutionException

uncheck

public void uncheck(ElementStub checkBoxElement)
             throws ExecutionException

Unchecks the given checkbox. If already unchecked, this API does not do anything.

Parameters:

checkBoxElement - The check box to uncheck

Throws:

ExecutionException

choose

public void choose(ElementStub element,
                   java.lang.String optionToSelect,
                   java.lang.Boolean isMultiple)
            throws ExecutionException

Selects one or more elements in a select dropdown.

Parameters:

element - Select dropdown

optionToSelect - Option's text, id or index;

can also pass an array of options for multi-select

Only option's text can be passed for SAP mode

isMultiple - set isMultiple true for multiselect

This argument is not available for SAP mode

Throws:

ExecutionException

choose

public void choose(ElementStub element,
                   java.lang.String optionToSelect)
            throws ExecutionException

Selects one or more elements in a select dropdown.

Parameters:

element - Select dropdown

optionToSelect - Option's text, id or index;

can also pass an array of options for multi-select

Only option's text can be passed for SAP mode

Throws:

ExecutionException

choose

public void choose(ElementStub element,
                   java.lang.Integer optionToSelect,
                   java.lang.Boolean isMultiple)
            throws ExecutionException

Selects one or more elements in a select dropdown.

Parameters:

element - Select dropdown

optionToSelect - Option's text, id or index;

can also pass an array of options for multi-select

Only option's text can be passed for SAP mode

isMultiple - set isMultiple true for multiselect

This argument is not available for SAP mode

Throws:

ExecutionException

choose

public void choose(ElementStub element,
                   java.lang.Integer optionToSelect)
            throws ExecutionException

Selects one or more elements in a select dropdown.

Parameters:

element - Select dropdown

optionToSelect - Option's text, id or index;

can also pass an array of options for multi-select

Only option's text can be passed for SAP mode

Throws:

ExecutionException

choose

public void choose(ElementStub element,
                   java.lang.String[] optionToSelect,
                   java.lang.Boolean isMultiple)
            throws ExecutionException

Selects one or more elements in a select dropdown.

Parameters:

element - Select dropdown

optionToSelect - Option's text, id or index;

can also pass an array of options for multi-select

Only option's text can be passed for SAP mode

isMultiple - set isMultiple true for multiselect

This argument is not available for SAP mode

Throws:

ExecutionException

choose

public void choose(ElementStub element,
                   java.lang.String[] optionToSelect)
            throws ExecutionException

Selects one or more elements in a select dropdown.

Parameters:

element - Select dropdown

optionToSelect - Option's text, id or index;

can also pass an array of options for multi-select

Only option's text can be passed for SAP mode

Throws:

ExecutionException

choose

public void choose(ElementStub element,
                   java.lang.Integer[] optionToSelect,
                   java.lang.Boolean isMultiple)
            throws ExecutionException

Selects one or more elements in a select dropdown.

Parameters:

element - Select dropdown

optionToSelect - Option's text, id or index;

can also pass an array of options for multi-select

Only option's text can be passed for SAP mode

isMultiple - set isMultiple true for multiselect

This argument is not available for SAP mode

Throws:

ExecutionException

choose

public void choose(ElementStub element,
                   java.lang.Integer[] optionToSelect)
            throws ExecutionException

Selects one or more elements in a select dropdown.

Parameters:

element - Select dropdown

optionToSelect - Option's text, id or index;

can also pass an array of options for multi-select

Only option's text can be passed for SAP mode

Throws:

ExecutionException

expand

public void expand(java.lang.Object element,
                   java.lang.String identifier)
            throws ExecutionException

Expands the tree node.

Parameters:

element - Tree element to be expanded

identifier - Identifier of tree node.

• For SAP mode, this identifier must be hierarchical path of the tree node.
• Identifier is not optional for SAP mode

Throws:

ExecutionException

expand

public void expand(java.lang.Object element)
            throws ExecutionException

Expands the tree node.

Parameters:

element - Tree element to be expanded

Throws:

ExecutionException

collapse

public void collapse(java.lang.Object element,
                     java.lang.String identifier)
              throws ExecutionException

Collapses the tree node.

Parameters:

element - Tree element to be collapsed

identifier - Identifier of tree node.

• For SAP mode, this identifier must be hierarchical path of the tree node.
• Identifier is not optional for SAP mode

Throws:

ExecutionException

collapse

public void collapse(java.lang.Object element)
              throws ExecutionException

Collapses the tree node.

Parameters:

element - Tree element to be collapsed

Throws:

ExecutionException

dragDrop

public void dragDrop(ElementStub dragElement,
                     ElementStub dropElement,
                     java.lang.String windowName)
              throws ExecutionException

Simulates a drag and drop action

Parameters:

dragElement - Element to be dragged

dropElement - Element on which the dragged element will be dropped

windowName - Target window for dropped element (available only for Windows mode)

Throws:

ExecutionException

dragDrop

public void dragDrop(ElementStub dragElement,
                     ElementStub dropElement)
              throws ExecutionException

Simulates a drag and drop action

Parameters:

dragElement - Element to be dragged

dropElement - Element on which the dragged element will be dropped

Throws:

ExecutionException

dragDropXY

public void dragDropXY(ElementStub dragElement,
                       java.lang.Integer x,
                       java.lang.Integer y,
                       java.lang.Boolean isRelative)
                throws ExecutionException

dragDropXY simulates a drag and drop action. It drags the element and drops it at the given x, y coordinate.

Parameters:

dragElement - Element to be dragged

x - x coordinate of drop point on the page

y - y coordinate of drop point on the page

isRelative - Specifies whether the coordinates are relative to current position of draggable element.

Throws:

ExecutionException

dragDropXY

public void dragDropXY(ElementStub dragElement,
                       java.lang.Integer x,
                       java.lang.Integer y)
                throws ExecutionException

dragDropXY simulates a drag and drop action. It drags the element and drops it at the given x, y coordinate.

Parameters:

dragElement - Element to be dragged

x - x coordinate of drop point on the page

y - y coordinate of drop point on the page

Throws:

ExecutionException

dropFile

public void dropFile(java.lang.String filePath,
                     ElementStub dropElement)
              throws ExecutionException

dropFile simulates file drop. It drops file on specified element.

Parameters:

filePath - Path of the file to be uploaded.

dropElement - Element on which file will be dropped.

Throws:

ExecutionException

tap

public void tap(ElementStub element,
                java.lang.Integer count)
         throws ExecutionException

Simulates a tap event(touch event) on the HTML element

Parameters:

element - HTML form element that needs to be tapped

count - number of times the element needs to be tapped. Default value is 1.

Throws:

ExecutionException

tap

public void tap(ElementStub element)
         throws ExecutionException

Simulates a tap event(touch event) on the HTML element

Parameters:

element - HTML form element that needs to be tapped

Throws:

ExecutionException

touch

public void touch(ElementStub element,
                  java.lang.Integer count)
           throws ExecutionException

Simulates a touch event on the HTML element

Parameters:

element - HTML form element on which we need to fire a touch event

count - number of times the element needs to be touched. Default value is 1.

Throws:

ExecutionException

touch

public void touch(ElementStub element)
           throws ExecutionException

Simulates a touch event on the HTML element

Parameters:

element - HTML form element on which we need to fire a touch event

Throws:

ExecutionException

touchStart

public void touchStart(ElementStub element)
                throws ExecutionException

Simulates a touch start event on the HTML element

Parameters:

element - HTML form element on which we need to fire a touch start event

Throws:

ExecutionException

touchEnd

public void touchEnd(ElementStub element)
              throws ExecutionException

Simulates a touch end event on the HTML element

Parameters:

element - HTML form element on which we need to fire a touch end event

Throws:

ExecutionException

touchCancel

public void touchCancel(ElementStub element)
                 throws ExecutionException

Simulates a touch cancel event on the HTML element

Parameters:

element - HTML form element on which we need to cancel the ongoing touch event

Throws:

ExecutionException

touchMove

public void touchMove(ElementStub element,
                      java.lang.Integer moveX,
                      java.lang.Integer moveY,
                      java.lang.Boolean isRelative)
               throws ExecutionException

Simulates a touch move event on the HTML element

Parameters:

element - HTML form element which we need to move/drag.

moveX - number of pixels the element needs to move in x-direction

moveY - number of pixels the element needs to move in y-direction

isRelative - if true, the element will move relative to the current location of the element.

If false, element will move to the position where the horizontal coordinate and vertical coordinate are 'moveX' and 'moveY'.

Default value is true.

Throws:

ExecutionException

touchMove

public void touchMove(ElementStub element,
                      java.lang.Integer moveX,
                      java.lang.Integer moveY)
               throws ExecutionException

Simulates a touch move event on the HTML element

Parameters:

element - HTML form element which we need to move/drag.

moveX - number of pixels the element needs to move in x-direction

moveY - number of pixels the element needs to move in y-direction

Throws:

ExecutionException

swipe

public void swipe(ElementStub element,
                  java.lang.Integer moveX,
                  java.lang.Integer moveY,
                  java.lang.Boolean isRelative)
           throws ExecutionException

Simulates a touch move event on the HTML element

Parameters:

element - HTML form element on which we need to simulate swipe event.

moveX - number of pixels the element needs to move in x-direction

moveY - number of pixels the element needs to move in y-direction

isRelative - if true, the element will move relative to the current location of the element.

If false, element will move to the position where clientX and clientY are moveX and moveY.

Throws:

ExecutionException

setValue

public void setValue(ElementStub element,
                     java.lang.String value,
                     java.lang.Object props)
              throws ExecutionException

Simulates text entry into input elements like textbox, textarea etc.

Parameters:

element - HTML form element whose value is to be set

value - Value to be set

props - Properties to specify for clearing the textbox, keyboard buttons to hide keyboard (Specific to iOS Automation).


1. iOSKeyboardButton, string, optional

Keyboard button identifier, which is used to dismiss the keyboard.


2. clearTextbox, boolean, optional

Default is false. If specified as true, the textbox is cleared by selecting all text and pressing the delete key.

Throws:

ExecutionException

setValue

public void setValue(ElementStub element,
                     java.lang.String value)
              throws ExecutionException

Simulates text entry into input elements like textbox, textarea etc.

Parameters:

element - HTML form element whose value is to be set

value - Value to be set

Throws:

ExecutionException

keyDown

public void keyDown(ElementStub element,
                    java.lang.String charInfo,
                    java.lang.String combo)
             throws ExecutionException

Simulates pressing down a key on the given element.

Parameters:

element - Any HTML element

charInfo - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Throws:

ExecutionException

keyDown

public void keyDown(ElementStub element,
                    java.lang.String charInfo)
             throws ExecutionException

Simulates pressing down a key on the given element.

Parameters:

element - Any HTML element

charInfo - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

Throws:

ExecutionException

keyDown

public void keyDown(ElementStub element,
                    java.lang.Integer charInfo,
                    java.lang.String combo)
             throws ExecutionException

Simulates pressing down a key on the given element.

Parameters:

element - Any HTML element

charInfo - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Throws:

ExecutionException

keyDown

public void keyDown(ElementStub element,
                    java.lang.Integer charInfo)
             throws ExecutionException

Simulates pressing down a key on the given element.

Parameters:

element - Any HTML element

charInfo - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

Throws:

ExecutionException

keyDown

public void keyDown(ElementStub element,
                    java.lang.Integer charInfoKeyCode,
                    java.lang.Integer charInfoCharCode,
                    java.lang.String combo)
             throws ExecutionException

Simulates pressing down a key on the given element.

Parameters:

element - Any HTML element

charInfoKeyCode - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

charInfoCharCode - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Throws:

ExecutionException

keyDown

public void keyDown(ElementStub element,
                    java.lang.Integer charInfoKeyCode,
                    java.lang.Integer charInfoCharCode)
             throws ExecutionException

Simulates pressing down a key on the given element.

Parameters:

element - Any HTML element

charInfoKeyCode - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

charInfoCharCode - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

Throws:

ExecutionException

keyUp

public void keyUp(ElementStub element,
                  java.lang.String charInfo,
                  java.lang.String combo)
           throws ExecutionException

Simulates releasing a key press on the given element.

Parameters:

element - Any HTML element

charInfo - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Throws:

ExecutionException

keyUp

public void keyUp(ElementStub element,
                  java.lang.String charInfo)
           throws ExecutionException

Simulates releasing a key press on the given element.

Parameters:

element - Any HTML element

charInfo - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

Throws:

ExecutionException

keyUp

public void keyUp(ElementStub element,
                  java.lang.Integer charInfo,
                  java.lang.String combo)
           throws ExecutionException

Simulates releasing a key press on the given element.

Parameters:

element - Any HTML element

charInfo - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Throws:

ExecutionException

keyUp

public void keyUp(ElementStub element,
                  java.lang.Integer charInfo)
           throws ExecutionException

Simulates releasing a key press on the given element.

Parameters:

element - Any HTML element

charInfo - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

Throws:

ExecutionException

keyUp

public void keyUp(ElementStub element,
                  java.lang.Integer charInfoKeyCode,
                  java.lang.Integer charInfoCharCode,
                  java.lang.String combo)
           throws ExecutionException

Simulates releasing a key press on the given element.

Parameters:

element - Any HTML element

charInfoKeyCode - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

charInfoCharCode - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Throws:

ExecutionException

keyUp

public void keyUp(ElementStub element,
                  java.lang.Integer charInfoKeyCode,
                  java.lang.Integer charInfoCharCode)
           throws ExecutionException

Simulates releasing a key press on the given element.

Parameters:

element - Any HTML element

charInfoKeyCode - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

charInfoCharCode - charInfo can be:

• a character (eg. 'b')
• charCode of a character (eg. 98)
• an array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)

Throws:

ExecutionException

keyPress

public void keyPress(ElementStub element,
                     java.lang.String keyInfo,
                     java.lang.String combo)
              throws ExecutionException

Simulates pressing a key on the given element. Does keyDown and keyUp together.

Parameters:

element - Element that supports keyPress action

keyInfo - keyInfo can be specified as:

• A character (eg. 'b')
• A charCode of a character (eg. 98)
• An array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)
• As a string (eg. "Ctrl|S"). This is available only for SAP mode.

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Not available for SAP mode

Throws:

ExecutionException

keyPress

public void keyPress(ElementStub element,
                     java.lang.String keyInfo)
              throws ExecutionException

Simulates pressing a key on the given element. Does keyDown and keyUp together.

Parameters:

element - Element that supports keyPress action

keyInfo - keyInfo can be specified as:

• A character (eg. 'b')
• A charCode of a character (eg. 98)
• An array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)
• As a string (eg. "Ctrl|S"). This is available only for SAP mode.

Throws:

ExecutionException

keyPress

public void keyPress(ElementStub element,
                     java.lang.Integer keyInfo,
                     java.lang.String combo)
              throws ExecutionException

Simulates pressing a key on the given element. Does keyDown and keyUp together.

Parameters:

element - Element that supports keyPress action

keyInfo - keyInfo can be specified as:

• A character (eg. 'b')
• A charCode of a character (eg. 98)
• An array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)
• As a string (eg. "Ctrl|S"). This is available only for SAP mode.

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Not available for SAP mode

Throws:

ExecutionException

keyPress

public void keyPress(ElementStub element,
                     java.lang.Integer keyInfo)
              throws ExecutionException

Simulates pressing a key on the given element. Does keyDown and keyUp together.

Parameters:

element - Element that supports keyPress action

keyInfo - keyInfo can be specified as:

• A character (eg. 'b')
• A charCode of a character (eg. 98)
• An array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)
• As a string (eg. "Ctrl|S"). This is available only for SAP mode.

Throws:

ExecutionException

keyPress

public void keyPress(ElementStub element,
                     java.lang.Integer[] keyInfo,
                     java.lang.String combo)
              throws ExecutionException

Simulates pressing a key on the given element. Does keyDown and keyUp together.

Parameters:

element - Element that supports keyPress action

keyInfo - keyInfo can be specified as:

• A character (eg. 'b')
• A charCode of a character (eg. 98)
• An array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)
• As a string (eg. "Ctrl|S"). This is available only for SAP mode.

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Not available for SAP mode

Throws:

ExecutionException

keyPress

public void keyPress(ElementStub element,
                     java.lang.Integer[] keyInfo)
              throws ExecutionException

Simulates pressing a key on the given element. Does keyDown and keyUp together.

Parameters:

element - Element that supports keyPress action

keyInfo - keyInfo can be specified as:

• A character (eg. 'b')
• A charCode of a character (eg. 98)
• An array of [keyCode, charCode] (eg. [13,13] for pressing ENTER key)
• As a string (eg. "Ctrl|S"). This is available only for SAP mode.

Throws:

ExecutionException

type

public void type(ElementStub element,
                 java.lang.String text)
          throws ExecutionException

Types the text into the element. Different from _setValue. type does not bring or remove focus from element.

Parameters:

element - element in which the text is to be typed

text - text to be typed

Throws:

ExecutionException

setPassword

public void setPassword(ElementStub element,
                        java.lang.String text)
                 throws ExecutionException

Types the password into the element. Different from _setValue.

Parameters:

element - element in which the password is to be typed

text - encrypted password to be typed

Throws:

ExecutionException

focus

public void focus(ElementStub element)
           throws ExecutionException

Brings focus to given element.

Parameters:

element - Any HTML element to focus on

Throws:

ExecutionException

removeFocus

public void removeFocus(ElementStub element)
                 throws ExecutionException

Similar to clicking somewhere else on the window to remove focus from given element.

Parameters:

element - Any HTML element to remove focus from

Throws:

ExecutionException

blur

public void blur(ElementStub element)
          throws ExecutionException

Similar to clicking somewhere else on the window to remove focus from given element.

Parameters:

element - Any HTML element to remove focus from

Throws:

ExecutionException

selectRange

public void selectRange(ElementStub element,
                        java.lang.Integer rangeStart,
                        java.lang.Integer rangeEnd)
                 throws ExecutionException

Example:

Parameters:

element - element to select on

rangeStart - start position of selection

rangeEnd - end position of selection

Throws:

ExecutionException

selectTextRange

public void selectTextRange(ElementStub element,
                            java.lang.String searchText,
                            java.lang.String position)
                     throws ExecutionException

Example:

Parameters:

element - element to select on

searchText - text to search for and select.
The text can be a pure string or a regular expression with an index

position - can be "before" or "after".
if specified, the selection moves to the start or end of searchText.

Throws:

ExecutionException

selectTextRange

public void selectTextRange(ElementStub element,
                            java.lang.String searchText)
                     throws ExecutionException

Example:

Parameters:

element - element to select on

searchText - text to search for and select.
The text can be a pure string or a regular expression with an index

Throws:

ExecutionException

navigateTo

public void navigateTo(java.lang.String url,
                       java.lang.Boolean forceReload)
                throws ExecutionException

navigateTo loads the given url in the top frame of the window.

Parameters:

url - URL to navigate to. Can be relative to current page.

forceReload - If the current page URL is same as url, Sahi will not reload the page by default.

Set to true to force reload when urls are same.

Throws:

ExecutionException

navigateTo

public void navigateTo(java.lang.String url)
                throws ExecutionException

navigateTo loads the given url in the top frame of the window.

Parameters:

url - URL to navigate to. Can be relative to current page.

Throws:

ExecutionException

typeNative

public void typeNative(java.lang.String text)
                throws ExecutionException

Types the text using native events

Parameters:

text - Text to type

Throws:

ExecutionException

typeKeyCodeNative

public void typeKeyCodeNative(java.lang.Integer keyCode)
                       throws ExecutionException

Presses the keyboard key for given keyCode

Parameters:

keyCode - Key Code of keyboard key to be pressed.

Throws:

ExecutionException

focusWindow

public void focusWindow()
                 throws ExecutionException

Brings the window above all other windows.

Throws:

ExecutionException

windowAction

public void windowAction(java.lang.String action,
                         java.lang.Integer width,
                         java.lang.Integer height)
                  throws ExecutionException

Performs various window level actions. For popup windows, use _selectWindow first.

Parameters:

action - Action can be one of

• "focus"
• "maximize"
• "minimize"
• "restore"
• "refresh"
• "resize"

width - Specifies the width of the browser window while using the 'resize' option.

height - Specifies the height of the browser window while using the 'resize' option.

Throws:

ExecutionException

windowAction

public void windowAction(java.lang.String action,
                         java.lang.Integer width)
                  throws ExecutionException

Performs various window level actions. For popup windows, use _selectWindow first.

Parameters:

action - Action can be one of

• "focus"
• "maximize"
• "minimize"
• "restore"
• "refresh"
• "resize"

width - Specifies the width of the browser window while using the 'resize' option.

Throws:

ExecutionException

windowAction

public void windowAction(java.lang.String action)
                  throws ExecutionException

Performs various window level actions. For popup windows, use _selectWindow first.

Parameters:

action - Action can be one of

• "focus"
• "maximize"
• "minimize"
• "restore"
• "refresh"
• "resize"

Throws:

ExecutionException

clickNative

public void clickNative(ElementStub element,
                        java.lang.String combo,
                        java.lang.Boolean isRight,
                        java.lang.Boolean isDouble)
                 throws ExecutionException

Simulates a native click event on the element.

Parameters:

element - Element that has to be clicked.

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

isRight - If true, the click is a right click

isDouble - If true, the click is a double click

Throws:

ExecutionException

clickNative

public void clickNative(ElementStub element,
                        java.lang.String combo,
                        java.lang.Boolean isRight)
                 throws ExecutionException

Simulates a native click event on the element.

Parameters:

element - Element that has to be clicked.

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

isRight - If true, the click is a right click

Throws:

ExecutionException

clickNative

public void clickNative(ElementStub element,
                        java.lang.String combo)
                 throws ExecutionException

Simulates a native click event on the element.

Parameters:

element - Element that has to be clicked.

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Throws:

ExecutionException

clickNative

public void clickNative(ElementStub element)
                 throws ExecutionException

Simulates a native click event on the element.

Parameters:

element - Element that has to be clicked.

Throws:

ExecutionException

rightClickNative

public void rightClickNative(ElementStub element,
                             java.lang.String combo)
                      throws ExecutionException

Simulates a native right click event on the element.

Parameters:

element - element that has to be clicked.

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Throws:

ExecutionException

rightClickNative

public void rightClickNative(ElementStub element)
                      throws ExecutionException

Simulates a native right click event on the element.

Parameters:

element - element that has to be clicked.

Throws:

ExecutionException

doubleClickNative

public void doubleClickNative(ElementStub element,
                              java.lang.String combo)
                       throws ExecutionException

Simulates a native double click event on the element.

Parameters:

element - element that has to be double clicked.

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Throws:

ExecutionException

doubleClickNative

public void doubleClickNative(ElementStub element)
                       throws ExecutionException

Simulates a native double click event on the element.

Parameters:

element - element that has to be double clicked.

Throws:

ExecutionException

clickNativeXY

public void clickNativeXY(java.lang.Integer x,
                          java.lang.Integer y,
                          java.lang.String combo,
                          java.lang.Boolean isRight,
                          java.lang.Boolean isDouble)
                   throws ExecutionException

Simulates a click event at the point (x,y).

Parameters:

x - x coordinate of the screen position to be clicked

y - y coordinate of the screen position to be clicked

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

isRight - If true, the click is a right click

isDouble - If true, the click is a double click

Throws:

ExecutionException

clickNativeXY

public void clickNativeXY(java.lang.Integer x,
                          java.lang.Integer y,
                          java.lang.String combo,
                          java.lang.Boolean isRight)
                   throws ExecutionException

Simulates a click event at the point (x,y).

Parameters:

x - x coordinate of the screen position to be clicked

y - y coordinate of the screen position to be clicked

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

isRight - If true, the click is a right click

Throws:

ExecutionException

clickNativeXY

public void clickNativeXY(java.lang.Integer x,
                          java.lang.Integer y,
                          java.lang.String combo)
                   throws ExecutionException

Simulates a click event at the point (x,y).

Parameters:

x - x coordinate of the screen position to be clicked

y - y coordinate of the screen position to be clicked

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Throws:

ExecutionException

clickNativeXY

public void clickNativeXY(java.lang.Integer x,
                          java.lang.Integer y)
                   throws ExecutionException

Simulates a click event at the point (x,y).

Parameters:

x - x coordinate of the screen position to be clicked

y - y coordinate of the screen position to be clicked

Throws:

ExecutionException

mouseOverNative

public void mouseOverNative(ElementStub element,
                            java.lang.String combo)
                     throws ExecutionException

Simulates a native mouse over event on the element.

Parameters:

element - Element to perform hover over or move the mouse over.

combo - Any combo key: can be "CTRL", "SHIFT", "ALT" or "META";

Can also be two or more keys together like "CTRL|SHIFT"

Throws:

ExecutionException

mouseOverNative

public void mouseOverNative(ElementStub element)
                     throws ExecutionException

Simulates a native mouse over event on the element.

Parameters:

element - Element to perform hover over or move the mouse over.

Throws:

ExecutionException

dragDropNative

public void dragDropNative(ElementStub el,
                           ElementStub el2)
                    throws ExecutionException

Simulates a dragdrop event from element 1 to element 2 using native events.

Parameters:

el - the draggable element

el2 - the droppable element

Throws:

ExecutionException

dragDropNativeXY

public void dragDropNativeXY(java.lang.Integer x1,
                             java.lang.Integer y1,
                             java.lang.Integer x2,
                             java.lang.Integer y2)
                      throws ExecutionException

Simulates a dragdrop event from element at first set of coordinates to element at second set of coordinates, using native events.

Parameters:

x1 - x coordinate of the draggable element

y1 - y coordinate of the draggable element

x2 - x coordinate of the droppable element

y2 - y coordinate of the droppable element

Throws:

ExecutionException

setFile

public void setFile(ElementStub element,
                    java.lang.String filePaths,
                    java.lang.String actionURL)
             throws ExecutionException

setFile(_file("id"), "C:/abc/efg.jpg");

Parameters:

element - HTML Form File Element whose value needs to be set

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

actionURL - The form action URL to which the file is submitted. This is an optional parameter.

Use it in cases where the form's action URL is changed on setting the file.

By default, it uses the form's current action URL.

Throws:

ExecutionException

setFile

public void setFile(ElementStub element,
                    java.lang.String filePaths)
             throws ExecutionException

setFile(_file("id"), "C:/abc/efg.jpg");

Parameters:

element - HTML Form File Element whose value needs to be set

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

Throws:

ExecutionException

setFile

public void setFile(ElementStub element,
                    java.lang.String[] filePaths,
                    java.lang.String actionURL)
             throws ExecutionException

setFile(_file("id"), "C:/abc/efg.jpg");

Parameters:

element - HTML Form File Element whose value needs to be set

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

actionURL - The form action URL to which the file is submitted. This is an optional parameter.

Use it in cases where the form's action URL is changed on setting the file.

By default, it uses the form's current action URL.

Throws:

ExecutionException

setFile

public void setFile(ElementStub element,
                    java.lang.String[] filePaths)
             throws ExecutionException

setFile(_file("id"), "C:/abc/efg.jpg");

Parameters:

element - HTML Form File Element whose value needs to be set

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

Throws:

ExecutionException

setFile2

public void setFile2(ElementStub element,
                     java.lang.String filePaths,
                     java.lang.String actionURL,
                     java.lang.Boolean isMultipartRequest,
                     java.lang.Boolean isFileValidation)
              throws ExecutionException

setFile2

Parameters:

element - HTML Form File Element whose value needs to be set.

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

actionURL - The form action URL to which the file is submitted. This is an optional parameter.

Use it in cases where the form's action URL is changed on setting the file.

By default, it uses the form's current action URL.

isMultipartRequest - Set to false when file element is not part of form. Default value is true.

isFileValidation - Set to true when there are client side validations on file or when file element is not part of form.

Default value is false.

Throws:

ExecutionException

setFile2

public void setFile2(ElementStub element,
                     java.lang.String filePaths,
                     java.lang.String actionURL,
                     java.lang.Boolean isMultipartRequest)
              throws ExecutionException

setFile2

Parameters:

element - HTML Form File Element whose value needs to be set.

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

actionURL - The form action URL to which the file is submitted. This is an optional parameter.

Use it in cases where the form's action URL is changed on setting the file.

By default, it uses the form's current action URL.

isMultipartRequest - Set to false when file element is not part of form. Default value is true.

Throws:

ExecutionException

setFile2

public void setFile2(ElementStub element,
                     java.lang.String filePaths,
                     java.lang.String actionURL)
              throws ExecutionException

setFile2

Parameters:

element - HTML Form File Element whose value needs to be set.

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

actionURL - The form action URL to which the file is submitted. This is an optional parameter.

Use it in cases where the form's action URL is changed on setting the file.

By default, it uses the form's current action URL.

Throws:

ExecutionException

setFile2

public void setFile2(ElementStub element,
                     java.lang.String filePaths)
              throws ExecutionException

setFile2

Parameters:

element - HTML Form File Element whose value needs to be set.

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

Throws:

ExecutionException

setFile2

public void setFile2(ElementStub element,
                     java.lang.String[] filePaths,
                     java.lang.String actionURL,
                     java.lang.Boolean isMultipartRequest,
                     java.lang.Boolean isFileValidation)
              throws ExecutionException

setFile2

Parameters:

element - HTML Form File Element whose value needs to be set.

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

actionURL - The form action URL to which the file is submitted. This is an optional parameter.

Use it in cases where the form's action URL is changed on setting the file.

By default, it uses the form's current action URL.

isMultipartRequest - Set to false when file element is not part of form. Default value is true.

isFileValidation - Set to true when there are client side validations on file or when file element is not part of form.

Default value is false.

Throws:

ExecutionException

setFile2

public void setFile2(ElementStub element,
                     java.lang.String[] filePaths,
                     java.lang.String actionURL,
                     java.lang.Boolean isMultipartRequest)
              throws ExecutionException

setFile2

Parameters:

element - HTML Form File Element whose value needs to be set.

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

actionURL - The form action URL to which the file is submitted. This is an optional parameter.

Use it in cases where the form's action URL is changed on setting the file.

By default, it uses the form's current action URL.

isMultipartRequest - Set to false when file element is not part of form. Default value is true.

Throws:

ExecutionException

setFile2

public void setFile2(ElementStub element,
                     java.lang.String[] filePaths,
                     java.lang.String actionURL)
              throws ExecutionException

setFile2

Parameters:

element - HTML Form File Element whose value needs to be set.

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

actionURL - The form action URL to which the file is submitted. This is an optional parameter.

Use it in cases where the form's action URL is changed on setting the file.

By default, it uses the form's current action URL.

Throws:

ExecutionException

setFile2

public void setFile2(ElementStub element,
                     java.lang.String[] filePaths)
              throws ExecutionException

setFile2

Parameters:

element - HTML Form File Element whose value needs to be set.

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

Throws:

ExecutionException

setFile3

public void setFile3(ElementStub element,
                     java.lang.String filePaths,
                     java.lang.String actionURL)
              throws ExecutionException

setFile3

Parameters:

element - HTML Form File Element whose value needs to be set

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

actionURL - The form action URL to which the file is submitted. This is an optional parameter.

Use it in cases where the form's action URL is changed on setting the file.

By default, it uses the form's current action URL.

Throws:

ExecutionException

setFile3

public void setFile3(ElementStub element,
                     java.lang.String filePaths)
              throws ExecutionException

setFile3

Parameters:

element - HTML Form File Element whose value needs to be set

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

Throws:

ExecutionException

setFile3

public void setFile3(ElementStub element,
                     java.lang.String[] filePaths,
                     java.lang.String actionURL)
              throws ExecutionException

setFile3

Parameters:

element - HTML Form File Element whose value needs to be set

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

actionURL - The form action URL to which the file is submitted. This is an optional parameter.

Use it in cases where the form's action URL is changed on setting the file.

By default, it uses the form's current action URL.

Throws:

ExecutionException

setFile3

public void setFile3(ElementStub element,
                     java.lang.String[] filePaths)
              throws ExecutionException

setFile3

Parameters:

element - HTML Form File Element whose value needs to be set

filePaths - Path of the files to be uploaded. File path is resolved relative to current script file.

Throws:

ExecutionException

lastDownloadedFileName

public java.lang.String lastDownloadedFileName()
                                        throws ExecutionException

Returns the last downloaded file name.

Returns:

String Name of the last downloaded file

Throws:

ExecutionException

saveDownloadedAs

public void saveDownloadedAs(java.lang.String path)
                      throws ExecutionException

Renames/copies the file into specified directory for further processing.

Parameters:

path - File path to copy this file into. Needs to be a file path not a directory. If path is relative, it is resolved relative to userdata directory.

Throws:

ExecutionException

clearLastDownloadedFileName

public void clearLastDownloadedFileName()
                                 throws ExecutionException

Clears out the _lastDownloadedFileName() so that further files can be downloaded and worked upon

Throws:

ExecutionException

sendHTMLResponseAfterFileDownload

public void sendHTMLResponseAfterFileDownload(java.lang.Boolean enable)
                                       throws ExecutionException

Forces Sahi to send back an HTML response after file download. Useful when file opens/downloads in a new window.

Parameters:

enable - true enables html response behaviour, false disables html response

Throws:

ExecutionException

addToSession

public void addToSession(java.lang.String domain)
                  throws ExecutionException

Adds the domain to the current script session.

Parameters:

domain - Domain to be associated with the current script session

Throws:

ExecutionException

closeWindow

public void closeWindow(java.lang.String title)
                 throws ExecutionException

Closes the window.

Parameters:

title - Title of the window to close. A regular expression can also be specified here. (Available only for SAP mode)

Throws:

ExecutionException

closeWindow

public void closeWindow()
                 throws ExecutionException

Closes the window.

Throws:

ExecutionException

closeBrowser

public void closeBrowser()
                  throws ExecutionException

Closes the browsers in this session in the middle of a script.

Throws:

ExecutionException

openWindow

public void openWindow(java.lang.String url,
                       java.lang.String name,
                       java.lang.Integer[] size)
                throws ExecutionException

Opens a new browser window.

Parameters:

url - URL of the page to open. If no URL is specified, a new window with "about:blank" is opened.

name - name of the window.

size - height and width of the window.

Throws:

ExecutionException

openWindow

public void openWindow(java.lang.String url,
                       java.lang.String name)
                throws ExecutionException

Opens a new browser window.

Parameters:

url - URL of the page to open. If no URL is specified, a new window with "about:blank" is opened.

name - name of the window.

Throws:

ExecutionException

openWindow

public void openWindow(java.lang.String url)
                throws ExecutionException

Opens a new browser window.

Parameters:

url - URL of the page to open. If no URL is specified, a new window with "about:blank" is opened.

Throws:

ExecutionException

openWindow

public void openWindow()
                throws ExecutionException

Opens a new browser window.

Throws:

ExecutionException

areHorizontallyAligned

public java.lang.Boolean areHorizontallyAligned(ElementStub leftElement,
                                                ElementStub rightElement,
                                                java.lang.String position,
                                                java.lang.Integer[] gap,
                                                java.lang.Integer[] offset)
                                         throws ExecutionException

areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

Returns:

Boolean Returns true if two elements are horizontally aligned, else false.

Throws:

ExecutionException

assertAreHorizontallyAligned

public void assertAreHorizontallyAligned(ElementStub leftElement,
                                         ElementStub rightElement,
                                         java.lang.String position,
                                         java.lang.Integer[] gap,
                                         java.lang.Integer[] offset,
                                         java.lang.String message)
                                  throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

message - message to log if condition fails

Throws:

ExecutionException

assertAreHorizontallyAligned

public void assertAreHorizontallyAligned(ElementStub leftElement,
                                         ElementStub rightElement,
                                         java.lang.String position,
                                         java.lang.Integer[] gap,
                                         java.lang.Integer[] offset)
                                  throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

Throws:

ExecutionException

assertNotAreHorizontallyAligned

public void assertNotAreHorizontallyAligned(ElementStub leftElement,
                                            ElementStub rightElement,
                                            java.lang.String position,
                                            java.lang.Integer[] gap,
                                            java.lang.Integer[] offset,
                                            java.lang.String message)
                                     throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

message - message to log if condition fails

Throws:

ExecutionException

assertNotAreHorizontallyAligned

public void assertNotAreHorizontallyAligned(ElementStub leftElement,
                                            ElementStub rightElement,
                                            java.lang.String position,
                                            java.lang.Integer[] gap,
                                            java.lang.Integer[] offset)
                                     throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

Throws:

ExecutionException

areHorizontallyAligned

public java.lang.Boolean areHorizontallyAligned(ElementStub leftElement,
                                                ElementStub rightElement,
                                                java.lang.String position,
                                                java.lang.Integer[] gap,
                                                java.lang.Integer offset)
                                         throws ExecutionException

areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

Returns:

Boolean Returns true if two elements are horizontally aligned, else false.

Throws:

ExecutionException

assertAreHorizontallyAligned

public void assertAreHorizontallyAligned(ElementStub leftElement,
                                         ElementStub rightElement,
                                         java.lang.String position,
                                         java.lang.Integer[] gap,
                                         java.lang.Integer offset,
                                         java.lang.String message)
                                  throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

message - message to log if condition fails

Throws:

ExecutionException

assertAreHorizontallyAligned

public void assertAreHorizontallyAligned(ElementStub leftElement,
                                         ElementStub rightElement,
                                         java.lang.String position,
                                         java.lang.Integer[] gap,
                                         java.lang.Integer offset)
                                  throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

Throws:

ExecutionException

assertNotAreHorizontallyAligned

public void assertNotAreHorizontallyAligned(ElementStub leftElement,
                                            ElementStub rightElement,
                                            java.lang.String position,
                                            java.lang.Integer[] gap,
                                            java.lang.Integer offset,
                                            java.lang.String message)
                                     throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

message - message to log if condition fails

Throws:

ExecutionException

assertNotAreHorizontallyAligned

public void assertNotAreHorizontallyAligned(ElementStub leftElement,
                                            ElementStub rightElement,
                                            java.lang.String position,
                                            java.lang.Integer[] gap,
                                            java.lang.Integer offset)
                                     throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

Throws:

ExecutionException

areHorizontallyAligned

public java.lang.Boolean areHorizontallyAligned(ElementStub leftElement,
                                                ElementStub rightElement,
                                                java.lang.String position,
                                                java.lang.Integer[] gap)
                                         throws ExecutionException

areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

Returns:

Boolean Returns true if two elements are horizontally aligned, else false.

Throws:

ExecutionException

assertAreHorizontallyAligned

public void assertAreHorizontallyAligned(ElementStub leftElement,
                                         ElementStub rightElement,
                                         java.lang.String position,
                                         java.lang.Integer[] gap)
                                  throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

Throws:

ExecutionException

assertNotAreHorizontallyAligned

public void assertNotAreHorizontallyAligned(ElementStub leftElement,
                                            ElementStub rightElement,
                                            java.lang.String position,
                                            java.lang.Integer[] gap)
                                     throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

Throws:

ExecutionException

areHorizontallyAligned

public java.lang.Boolean areHorizontallyAligned(ElementStub leftElement,
                                                ElementStub rightElement,
                                                java.lang.String position,
                                                java.lang.Integer gap,
                                                java.lang.Integer[] offset)
                                         throws ExecutionException

areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

Returns:

Boolean Returns true if two elements are horizontally aligned, else false.

Throws:

ExecutionException

assertAreHorizontallyAligned

public void assertAreHorizontallyAligned(ElementStub leftElement,
                                         ElementStub rightElement,
                                         java.lang.String position,
                                         java.lang.Integer gap,
                                         java.lang.Integer[] offset,
                                         java.lang.String message)
                                  throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

message - message to log if condition fails

Throws:

ExecutionException

assertAreHorizontallyAligned

public void assertAreHorizontallyAligned(ElementStub leftElement,
                                         ElementStub rightElement,
                                         java.lang.String position,
                                         java.lang.Integer gap,
                                         java.lang.Integer[] offset)
                                  throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

Throws:

ExecutionException

assertNotAreHorizontallyAligned

public void assertNotAreHorizontallyAligned(ElementStub leftElement,
                                            ElementStub rightElement,
                                            java.lang.String position,
                                            java.lang.Integer gap,
                                            java.lang.Integer[] offset,
                                            java.lang.String message)
                                     throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

message - message to log if condition fails

Throws:

ExecutionException

assertNotAreHorizontallyAligned

public void assertNotAreHorizontallyAligned(ElementStub leftElement,
                                            ElementStub rightElement,
                                            java.lang.String position,
                                            java.lang.Integer gap,
                                            java.lang.Integer[] offset)
                                     throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

Throws:

ExecutionException

areHorizontallyAligned

public java.lang.Boolean areHorizontallyAligned(ElementStub leftElement,
                                                ElementStub rightElement,
                                                java.lang.String position,
                                                java.lang.Integer gap,
                                                java.lang.Integer offset)
                                         throws ExecutionException

areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

Returns:

Boolean Returns true if two elements are horizontally aligned, else false.

Throws:

ExecutionException

assertAreHorizontallyAligned

public void assertAreHorizontallyAligned(ElementStub leftElement,
                                         ElementStub rightElement,
                                         java.lang.String position,
                                         java.lang.Integer gap,
                                         java.lang.Integer offset,
                                         java.lang.String message)
                                  throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

message - message to log if condition fails

Throws:

ExecutionException

assertAreHorizontallyAligned

public void assertAreHorizontallyAligned(ElementStub leftElement,
                                         ElementStub rightElement,
                                         java.lang.String position,
                                         java.lang.Integer gap,
                                         java.lang.Integer offset)
                                  throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

Throws:

ExecutionException

assertNotAreHorizontallyAligned

public void assertNotAreHorizontallyAligned(ElementStub leftElement,
                                            ElementStub rightElement,
                                            java.lang.String position,
                                            java.lang.Integer gap,
                                            java.lang.Integer offset,
                                            java.lang.String message)
                                     throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

message - message to log if condition fails

Throws:

ExecutionException

assertNotAreHorizontallyAligned

public void assertNotAreHorizontallyAligned(ElementStub leftElement,
                                            ElementStub rightElement,
                                            java.lang.String position,
                                            java.lang.Integer gap,
                                            java.lang.Integer offset)
                                     throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset above and below within which to look for elements boundary for given position. If offset is an integer, both above and below offsets are set to this offset. rightElement may be slightly above or below leftElement. Sahi normally matches only elements whose bases match. To force it to look a little above or below while looking to the right, use the offset.

Throws:

ExecutionException

areHorizontallyAligned

public java.lang.Boolean areHorizontallyAligned(ElementStub leftElement,
                                                ElementStub rightElement,
                                                java.lang.String position,
                                                java.lang.Integer gap)
                                         throws ExecutionException

areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

Returns:

Boolean Returns true if two elements are horizontally aligned, else false.

Throws:

ExecutionException

assertAreHorizontallyAligned

public void assertAreHorizontallyAligned(ElementStub leftElement,
                                         ElementStub rightElement,
                                         java.lang.String position,
                                         java.lang.Integer gap)
                                  throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

Throws:

ExecutionException

assertNotAreHorizontallyAligned

public void assertNotAreHorizontallyAligned(ElementStub leftElement,
                                            ElementStub rightElement,
                                            java.lang.String position,
                                            java.lang.Integer gap)
                                     throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

gap - Gap between right edge of left element and left edge of right element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [10, 40], implies gap can range from 10 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

Throws:

ExecutionException

areHorizontallyAligned

public java.lang.Boolean areHorizontallyAligned(ElementStub leftElement,
                                                ElementStub rightElement,
                                                java.lang.String position)
                                         throws ExecutionException

areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

Returns:

Boolean Returns true if two elements are horizontally aligned, else false.

Throws:

ExecutionException

assertAreHorizontallyAligned

public void assertAreHorizontallyAligned(ElementStub leftElement,
                                         ElementStub rightElement,
                                         java.lang.String position)
                                  throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

Throws:

ExecutionException

assertNotAreHorizontallyAligned

public void assertNotAreHorizontallyAligned(ElementStub leftElement,
                                            ElementStub rightElement,
                                            java.lang.String position)
                                     throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

position - Position to be checked. By default position = "middle". Value of position can be either "top" or "bottom" or "both" or "middle".

Throws:

ExecutionException

areHorizontallyAligned

public java.lang.Boolean areHorizontallyAligned(ElementStub leftElement,
                                                ElementStub rightElement)
                                         throws ExecutionException

areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

Returns:

Boolean Returns true if two elements are horizontally aligned, else false.

Throws:

ExecutionException

assertAreHorizontallyAligned

public void assertAreHorizontallyAligned(ElementStub leftElement,
                                         ElementStub rightElement)
                                  throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

Throws:

ExecutionException

assertNotAreHorizontallyAligned

public void assertNotAreHorizontallyAligned(ElementStub leftElement,
                                            ElementStub rightElement)
                                     throws ExecutionException

_areHorizontallyAligned checks whether two elements are horizontally aligned or not.

Parameters:

leftElement - Left element to be checked.

rightElement - Right element to be checked.

Throws:

ExecutionException

areVerticallyAligned

public java.lang.Boolean areVerticallyAligned(ElementStub topElement,
                                              ElementStub bottomElement,
                                              java.lang.String position,
                                              java.lang.Integer[] gap,
                                              java.lang.Integer[] offset)
                                       throws ExecutionException

areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Returns:

Boolean Returns true if two elements are vertically aligned, else false.

Throws:

ExecutionException

assertAreVerticallyAligned

public void assertAreVerticallyAligned(ElementStub topElement,
                                       ElementStub bottomElement,
                                       java.lang.String position,
                                       java.lang.Integer[] gap,
                                       java.lang.Integer[] offset,
                                       java.lang.String message)
                                throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

message - message to log if condition fails

Throws:

ExecutionException

assertAreVerticallyAligned

public void assertAreVerticallyAligned(ElementStub topElement,
                                       ElementStub bottomElement,
                                       java.lang.String position,
                                       java.lang.Integer[] gap,
                                       java.lang.Integer[] offset)
                                throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Throws:

ExecutionException

assertNotAreVerticallyAligned

public void assertNotAreVerticallyAligned(ElementStub topElement,
                                          ElementStub bottomElement,
                                          java.lang.String position,
                                          java.lang.Integer[] gap,
                                          java.lang.Integer[] offset,
                                          java.lang.String message)
                                   throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

message - message to log if condition fails

Throws:

ExecutionException

assertNotAreVerticallyAligned

public void assertNotAreVerticallyAligned(ElementStub topElement,
                                          ElementStub bottomElement,
                                          java.lang.String position,
                                          java.lang.Integer[] gap,
                                          java.lang.Integer[] offset)
                                   throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Throws:

ExecutionException

areVerticallyAligned

public java.lang.Boolean areVerticallyAligned(ElementStub topElement,
                                              ElementStub bottomElement,
                                              java.lang.String position,
                                              java.lang.Integer[] gap,
                                              java.lang.Integer offset)
                                       throws ExecutionException

areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Returns:

Boolean Returns true if two elements are vertically aligned, else false.

Throws:

ExecutionException

assertAreVerticallyAligned

public void assertAreVerticallyAligned(ElementStub topElement,
                                       ElementStub bottomElement,
                                       java.lang.String position,
                                       java.lang.Integer[] gap,
                                       java.lang.Integer offset,
                                       java.lang.String message)
                                throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

message - message to log if condition fails

Throws:

ExecutionException

assertAreVerticallyAligned

public void assertAreVerticallyAligned(ElementStub topElement,
                                       ElementStub bottomElement,
                                       java.lang.String position,
                                       java.lang.Integer[] gap,
                                       java.lang.Integer offset)
                                throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Throws:

ExecutionException

assertNotAreVerticallyAligned

public void assertNotAreVerticallyAligned(ElementStub topElement,
                                          ElementStub bottomElement,
                                          java.lang.String position,
                                          java.lang.Integer[] gap,
                                          java.lang.Integer offset,
                                          java.lang.String message)
                                   throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

message - message to log if condition fails

Throws:

ExecutionException

assertNotAreVerticallyAligned

public void assertNotAreVerticallyAligned(ElementStub topElement,
                                          ElementStub bottomElement,
                                          java.lang.String position,
                                          java.lang.Integer[] gap,
                                          java.lang.Integer offset)
                                   throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Throws:

ExecutionException

areVerticallyAligned

public java.lang.Boolean areVerticallyAligned(ElementStub topElement,
                                              ElementStub bottomElement,
                                              java.lang.String position,
                                              java.lang.Integer[] gap)
                                       throws ExecutionException

areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

Returns:

Boolean Returns true if two elements are vertically aligned, else false.

Throws:

ExecutionException

assertAreVerticallyAligned

public void assertAreVerticallyAligned(ElementStub topElement,
                                       ElementStub bottomElement,
                                       java.lang.String position,
                                       java.lang.Integer[] gap)
                                throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

Throws:

ExecutionException

assertNotAreVerticallyAligned

public void assertNotAreVerticallyAligned(ElementStub topElement,
                                          ElementStub bottomElement,
                                          java.lang.String position,
                                          java.lang.Integer[] gap)
                                   throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

Throws:

ExecutionException

areVerticallyAligned

public java.lang.Boolean areVerticallyAligned(ElementStub topElement,
                                              ElementStub bottomElement,
                                              java.lang.String position,
                                              java.lang.Integer gap,
                                              java.lang.Integer[] offset)
                                       throws ExecutionException

areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Returns:

Boolean Returns true if two elements are vertically aligned, else false.

Throws:

ExecutionException

assertAreVerticallyAligned

public void assertAreVerticallyAligned(ElementStub topElement,
                                       ElementStub bottomElement,
                                       java.lang.String position,
                                       java.lang.Integer gap,
                                       java.lang.Integer[] offset,
                                       java.lang.String message)
                                throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

message - message to log if condition fails

Throws:

ExecutionException

assertAreVerticallyAligned

public void assertAreVerticallyAligned(ElementStub topElement,
                                       ElementStub bottomElement,
                                       java.lang.String position,
                                       java.lang.Integer gap,
                                       java.lang.Integer[] offset)
                                throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Throws:

ExecutionException

assertNotAreVerticallyAligned

public void assertNotAreVerticallyAligned(ElementStub topElement,
                                          ElementStub bottomElement,
                                          java.lang.String position,
                                          java.lang.Integer gap,
                                          java.lang.Integer[] offset,
                                          java.lang.String message)
                                   throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

message - message to log if condition fails

Throws:

ExecutionException

assertNotAreVerticallyAligned

public void assertNotAreVerticallyAligned(ElementStub topElement,
                                          ElementStub bottomElement,
                                          java.lang.String position,
                                          java.lang.Integer gap,
                                          java.lang.Integer[] offset)
                                   throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Throws:

ExecutionException

areVerticallyAligned

public java.lang.Boolean areVerticallyAligned(ElementStub topElement,
                                              ElementStub bottomElement,
                                              java.lang.String position,
                                              java.lang.Integer gap,
                                              java.lang.Integer offset)
                                       throws ExecutionException

areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Returns:

Boolean Returns true if two elements are vertically aligned, else false.

Throws:

ExecutionException

assertAreVerticallyAligned

public void assertAreVerticallyAligned(ElementStub topElement,
                                       ElementStub bottomElement,
                                       java.lang.String position,
                                       java.lang.Integer gap,
                                       java.lang.Integer offset,
                                       java.lang.String message)
                                throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

message - message to log if condition fails

Throws:

ExecutionException

assertAreVerticallyAligned

public void assertAreVerticallyAligned(ElementStub topElement,
                                       ElementStub bottomElement,
                                       java.lang.String position,
                                       java.lang.Integer gap,
                                       java.lang.Integer offset)
                                throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Throws:

ExecutionException

assertNotAreVerticallyAligned

public void assertNotAreVerticallyAligned(ElementStub topElement,
                                          ElementStub bottomElement,
                                          java.lang.String position,
                                          java.lang.Integer gap,
                                          java.lang.Integer offset,
                                          java.lang.String message)
                                   throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

message - message to log if condition fails

Throws:

ExecutionException

assertNotAreVerticallyAligned

public void assertNotAreVerticallyAligned(ElementStub topElement,
                                          ElementStub bottomElement,
                                          java.lang.String position,
                                          java.lang.Integer gap,
                                          java.lang.Integer offset)
                                   throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Throws:

ExecutionException

areVerticallyAligned

public java.lang.Boolean areVerticallyAligned(ElementStub topElement,
                                              ElementStub bottomElement,
                                              java.lang.String position,
                                              java.lang.Integer gap)
                                       throws ExecutionException

areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

Returns:

Boolean Returns true if two elements are vertically aligned, else false.

Throws:

ExecutionException

assertAreVerticallyAligned

public void assertAreVerticallyAligned(ElementStub topElement,
                                       ElementStub bottomElement,
                                       java.lang.String position,
                                       java.lang.Integer gap)
                                throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

Throws:

ExecutionException

assertNotAreVerticallyAligned

public void assertNotAreVerticallyAligned(ElementStub topElement,
                                          ElementStub bottomElement,
                                          java.lang.String position,
                                          java.lang.Integer gap)
                                   throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

gap - Gap between bottom edge of top element and top edge of bottom element. If gap is an integer, it will take the exact value. And if gap is an array, Eg. gap = [0, 40], implies gap can range from 0 to 40. To force sahi to check for the gap between the two elements, use the gap. If nothing provided it wouldn't consider gap.

Throws:

ExecutionException

areVerticallyAligned

public java.lang.Boolean areVerticallyAligned(ElementStub topElement,
                                              ElementStub bottomElement,
                                              java.lang.String position)
                                       throws ExecutionException

areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

Returns:

Boolean Returns true if two elements are vertically aligned, else false.

Throws:

ExecutionException

assertAreVerticallyAligned

public void assertAreVerticallyAligned(ElementStub topElement,
                                       ElementStub bottomElement,
                                       java.lang.String position)
                                throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

Throws:

ExecutionException

assertNotAreVerticallyAligned

public void assertNotAreVerticallyAligned(ElementStub topElement,
                                          ElementStub bottomElement,
                                          java.lang.String position)
                                   throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

position - Position to be checked. By default position = "center". Value of position can be either "left" or "right" or "both" or "center".

Throws:

ExecutionException

areVerticallyAligned

public java.lang.Boolean areVerticallyAligned(ElementStub topElement,
                                              ElementStub bottomElement)
                                       throws ExecutionException

areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

Returns:

Boolean Returns true if two elements are vertically aligned, else false.

Throws:

ExecutionException

assertAreVerticallyAligned

public void assertAreVerticallyAligned(ElementStub topElement,
                                       ElementStub bottomElement)
                                throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

Throws:

ExecutionException

assertNotAreVerticallyAligned

public void assertNotAreVerticallyAligned(ElementStub topElement,
                                          ElementStub bottomElement)
                                   throws ExecutionException

_areVerticallyAligned checks whether two elements are vertically aligned or not. Returns true if two elements are vertically aligned, else false.

Parameters:

topElement - Top element to be checked.

bottomElement - Bottom element to be checked.

Throws:

ExecutionException

isCentered

public java.lang.Boolean isCentered(ElementStub element,
                                    ElementStub containerElement,
                                    java.lang.String alignment,
                                    java.lang.Integer[] offset)
                             throws ExecutionException

isCentered checks whether inner element is vertically or horizontally centered to the container element.

Parameters:

element - Inner element to be checked.

containerElement - Container element to be checked.

alignment - Can be "vertical" or "horizontal".

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Returns:

Boolean Returns true if inner element is vertically or horizontally centered to the container element, else false

Throws:

ExecutionException

assertCentered

public void assertCentered(ElementStub element,
                           ElementStub containerElement,
                           java.lang.String alignment,
                           java.lang.Integer[] offset,
                           java.lang.String message)
                    throws ExecutionException

_isCentered checks whether inner element is vertically or horizontally centered to the container element.

Parameters:

element - Inner element to be checked.

containerElement - Container element to be checked.

alignment - Can be "vertical" or "horizontal".

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

message - message to log if condition fails

Throws:

ExecutionException

assertCentered

public void assertCentered(ElementStub element,
                           ElementStub containerElement,
                           java.lang.String alignment,
                           java.lang.Integer[] offset)
                    throws ExecutionException

_isCentered checks whether inner element is vertically or horizontally centered to the container element.

Parameters:

element - Inner element to be checked.

containerElement - Container element to be checked.

alignment - Can be "vertical" or "horizontal".

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Throws:

ExecutionException

assertNotCentered

public void assertNotCentered(ElementStub element,
                              ElementStub containerElement,
                              java.lang.String alignment,
                              java.lang.Integer[] offset,
                              java.lang.String message)
                       throws ExecutionException

_isCentered checks whether inner element is vertically or horizontally centered to the container element.

Parameters:

element - Inner element to be checked.

containerElement - Container element to be checked.

alignment - Can be "vertical" or "horizontal".

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

message - message to log if condition fails

Throws:

ExecutionException

assertNotCentered

public void assertNotCentered(ElementStub element,
                              ElementStub containerElement,
                              java.lang.String alignment,
                              java.lang.Integer[] offset)
                       throws ExecutionException

_isCentered checks whether inner element is vertically or horizontally centered to the container element.

Parameters:

element - Inner element to be checked.

containerElement - Container element to be checked.

alignment - Can be "vertical" or "horizontal".

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Throws:

ExecutionException

isCentered

public java.lang.Boolean isCentered(ElementStub element,
                                    ElementStub containerElement,
                                    java.lang.String alignment,
                                    java.lang.Integer offset)
                             throws ExecutionException

isCentered checks whether inner element is vertically or horizontally centered to the container element.

Parameters:

element - Inner element to be checked.

containerElement - Container element to be checked.

alignment - Can be "vertical" or "horizontal".

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Returns:

Boolean Returns true if inner element is vertically or horizontally centered to the container element, else false

Throws:

ExecutionException

assertCentered

public void assertCentered(ElementStub element,
                           ElementStub containerElement,
                           java.lang.String alignment,
                           java.lang.Integer offset,
                           java.lang.String message)
                    throws ExecutionException

_isCentered checks whether inner element is vertically or horizontally centered to the container element.

Parameters:

element - Inner element to be checked.

containerElement - Container element to be checked.

alignment - Can be "vertical" or "horizontal".

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

message - message to log if condition fails

Throws:

ExecutionException

assertCentered

public void assertCentered(ElementStub element,
                           ElementStub containerElement,
                           java.lang.String alignment,
                           java.lang.Integer offset)
                    throws ExecutionException

_isCentered checks whether inner element is vertically or horizontally centered to the container element.

Parameters:

element - Inner element to be checked.

containerElement - Container element to be checked.

alignment - Can be "vertical" or "horizontal".

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Throws:

ExecutionException

assertNotCentered

public void assertNotCentered(ElementStub element,
                              ElementStub containerElement,
                              java.lang.String alignment,
                              java.lang.Integer offset,
                              java.lang.String message)
                       throws ExecutionException

_isCentered checks whether inner element is vertically or horizontally centered to the container element.

Parameters:

element - Inner element to be checked.

containerElement - Container element to be checked.

alignment - Can be "vertical" or "horizontal".

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

message - message to log if condition fails

Throws:

ExecutionException

assertNotCentered

public void assertNotCentered(ElementStub element,
                              ElementStub containerElement,
                              java.lang.String alignment,
                              java.lang.Integer offset)
                       throws ExecutionException

_isCentered checks whether inner element is vertically or horizontally centered to the container element.

Parameters:

element - Inner element to be checked.

containerElement - Container element to be checked.

alignment - Can be "vertical" or "horizontal".

offset - Offset left and right within which to look for elements boundary for given position. If offset is an integer, both left and right offsets are set to this offset. topElement may be slightly left or right to the bottomElement.

Throws:

ExecutionException

isCentered

public java.lang.Boolean isCentered(ElementStub element,
                                    ElementStub containerElement,
                                    java.lang.String alignment)
                             throws ExecutionException

isCentered checks whether inner element is vertically or horizontally centered to the container element.

Parameters:

element - Inner element to be checked.

containerElement - Container element to be checked.

alignment - Can be "vertical" or "horizontal".

Returns:

Boolean Returns true if inner element is vertically or horizontally centered to the container element, else false

Throws:

ExecutionException

assertCentered

public void assertCentered(ElementStub element,
                           ElementStub containerElement,
                           java.lang.String alignment)
                    throws ExecutionException

_isCentered checks whether inner element is vertically or horizontally centered to the container element.

Parameters:

element - Inner element to be checked.

containerElement - Container element to be checked.

alignment - Can be "vertical" or "horizontal".

Throws:

ExecutionException

assertNotCentered

public void assertNotCentered(ElementStub element,
                              ElementStub containerElement,
                              java.lang.String alignment)
                       throws ExecutionException

_isCentered checks whether inner element is vertically or horizontally centered to the container element.

Parameters:

element - Inner element to be checked.

containerElement - Container element to be checked.

alignment - Can be "vertical" or "horizontal".

Throws:

ExecutionException

isVisiblyInside

public java.lang.Boolean isVisiblyInside(ElementStub element1,
                                         ElementStub element2)
                                  throws ExecutionException

isVisiblyInside checks whether element1 is completely contained inside element2.

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked.

Returns:

Boolean Returns true if element1 is visibly completely inside element2, else false

Throws:

ExecutionException

assertVisiblyInside

public void assertVisiblyInside(ElementStub element1,
                                ElementStub element2,
                                java.lang.String message)
                         throws ExecutionException

_isVisiblyInside checks whether element1 is completely contained inside element2.

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyInside

public void assertVisiblyInside(ElementStub element1,
                                ElementStub element2)
                         throws ExecutionException

_isVisiblyInside checks whether element1 is completely contained inside element2.

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked.

Throws:

ExecutionException

assertNotVisiblyInside

public void assertNotVisiblyInside(ElementStub element1,
                                   ElementStub element2,
                                   java.lang.String message)
                            throws ExecutionException

_isVisiblyInside checks whether element1 is completely contained inside element2.

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyInside

public void assertNotVisiblyInside(ElementStub element1,
                                   ElementStub element2)
                            throws ExecutionException

_isVisiblyInside checks whether element1 is completely contained inside element2.

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked.

Throws:

ExecutionException

isVisiblyOutside

public java.lang.Boolean isVisiblyOutside(ElementStub element1,
                                          ElementStub element2)
                                   throws ExecutionException

isVisiblyOutside checks whether element1 is completely outside element2 i.e one is not contained within other.

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked.

Returns:

Boolean Returns true if element1 is visibly completely outside element2, else false

Throws:

ExecutionException

assertVisiblyOutside

public void assertVisiblyOutside(ElementStub element1,
                                 ElementStub element2,
                                 java.lang.String message)
                          throws ExecutionException

_isVisiblyOutside checks whether element1 is completely outside element2 i.e one is not contained within other.

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOutside

public void assertVisiblyOutside(ElementStub element1,
                                 ElementStub element2)
                          throws ExecutionException

_isVisiblyOutside checks whether element1 is completely outside element2 i.e one is not contained within other.

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked.

Throws:

ExecutionException

assertNotVisiblyOutside

public void assertNotVisiblyOutside(ElementStub element1,
                                    ElementStub element2,
                                    java.lang.String message)
                             throws ExecutionException

_isVisiblyOutside checks whether element1 is completely outside element2 i.e one is not contained within other.

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOutside

public void assertNotVisiblyOutside(ElementStub element1,
                                    ElementStub element2)
                             throws ExecutionException

_isVisiblyOutside checks whether element1 is completely outside element2 i.e one is not contained within other.

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer[] rightSpace,
                                     java.lang.Integer[] bottomSpace,
                                     java.lang.Integer[] leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer[] leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer[] leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer[] leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer[] leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer[] rightSpace,
                                     java.lang.Integer[] bottomSpace,
                                     java.lang.Integer leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer[] rightSpace,
                                     java.lang.Integer[] bottomSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer[] bottomSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer[] bottomSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer[] rightSpace,
                                     java.lang.Integer bottomSpace,
                                     java.lang.Integer[] leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer[] leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer[] leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer[] leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer[] leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer[] rightSpace,
                                     java.lang.Integer bottomSpace,
                                     java.lang.Integer leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer[] rightSpace,
                                     java.lang.Integer bottomSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer bottomSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer bottomSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer[] rightSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer[] rightSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer[] rightSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer rightSpace,
                                     java.lang.Integer[] bottomSpace,
                                     java.lang.Integer[] leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer[] leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer[] leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer[] leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer[] leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer rightSpace,
                                     java.lang.Integer[] bottomSpace,
                                     java.lang.Integer leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer rightSpace,
                                     java.lang.Integer[] bottomSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer[] bottomSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer[] bottomSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer rightSpace,
                                     java.lang.Integer bottomSpace,
                                     java.lang.Integer[] leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer[] leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer[] leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer[] leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer[] leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer rightSpace,
                                     java.lang.Integer bottomSpace,
                                     java.lang.Integer leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer rightSpace,
                                     java.lang.Integer bottomSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer bottomSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer bottomSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace,
                                     java.lang.Integer rightSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace,
                            java.lang.Integer rightSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace,
                               java.lang.Integer rightSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer[] topSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] topSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] topSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer[] rightSpace,
                                     java.lang.Integer[] bottomSpace,
                                     java.lang.Integer[] leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer[] leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer[] leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer[] leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer[] leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer[] rightSpace,
                                     java.lang.Integer[] bottomSpace,
                                     java.lang.Integer leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer[] rightSpace,
                                     java.lang.Integer[] bottomSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer[] bottomSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer[] bottomSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer[] rightSpace,
                                     java.lang.Integer bottomSpace,
                                     java.lang.Integer[] leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer[] leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer[] leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer[] leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer[] leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer[] rightSpace,
                                     java.lang.Integer bottomSpace,
                                     java.lang.Integer leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer[] rightSpace,
                                     java.lang.Integer bottomSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.Integer bottomSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.Integer bottomSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer[] rightSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer[] rightSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer[] rightSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer rightSpace,
                                     java.lang.Integer[] bottomSpace,
                                     java.lang.Integer[] leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer[] leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer[] leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer[] leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer[] leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer rightSpace,
                                     java.lang.Integer[] bottomSpace,
                                     java.lang.Integer leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer[] bottomSpace,
                            java.lang.Integer leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer[] bottomSpace,
                               java.lang.Integer leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer rightSpace,
                                     java.lang.Integer[] bottomSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer[] bottomSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer[] bottomSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer rightSpace,
                                     java.lang.Integer bottomSpace,
                                     java.lang.Integer[] leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer[] leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer[] leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer[] leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer[] leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer rightSpace,
                                     java.lang.Integer bottomSpace,
                                     java.lang.Integer leftSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer leftSpace,
                            java.lang.String message)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer bottomSpace,
                            java.lang.Integer leftSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer leftSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer bottomSpace,
                               java.lang.Integer leftSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. To force sahi to check for the leftSpace between the two elements, use the leftSpace. If nothing provided it wouldn't consider leftSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer rightSpace,
                                     java.lang.Integer bottomSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer rightSpace,
                            java.lang.Integer bottomSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer rightSpace,
                               java.lang.Integer bottomSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. To force sahi to check for the bottomSpace between the two elements, use the bottomSpace. If nothing provided it wouldn't consider bottomSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace,
                                     java.lang.Integer rightSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace,
                            java.lang.Integer rightSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace,
                               java.lang.Integer rightSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. To force sahi to check for the rightSpace between the two elements, use the rightSpace. If nothing provided it wouldn't consider rightSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2,
                                     java.lang.Integer topSpace)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer topSpace)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer topSpace)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. To force sahi to check for the topSpace between the two elements, use the topSpace. If nothing provided it wouldn't consider topSpace.

Throws:

ExecutionException

isVisiblyOn

public java.lang.Boolean isVisiblyOn(ElementStub element1,
                                     ElementStub element2)
                              throws ExecutionException

isVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

Returns:

Boolean Returns true if element1 is visibly placed on element2, else false

Throws:

ExecutionException

assertVisiblyOn

public void assertVisiblyOn(ElementStub element1,
                            ElementStub element2)
                     throws ExecutionException

assertVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

Throws:

ExecutionException

assertNotVisiblyOn

public void assertNotVisiblyOn(ElementStub element1,
                               ElementStub element2)
                        throws ExecutionException

assertNotVisiblyOn

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

Throws:

ExecutionException

fitsWidth

public java.lang.Boolean fitsWidth(ElementStub element1,
                                   ElementStub element2,
                                   java.lang.Integer[] leftSpace,
                                   java.lang.Integer[] rightSpace)
                            throws ExecutionException

fitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

Returns:

Boolean Returns true if element1 fits within width of element2, else false

Throws:

ExecutionException

assertFitsWidth

public void assertFitsWidth(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] leftSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.String message)
                     throws ExecutionException

assertFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertFitsWidth

public void assertFitsWidth(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] leftSpace,
                            java.lang.Integer[] rightSpace)
                     throws ExecutionException

assertFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

Throws:

ExecutionException

assertNotFitsWidth

public void assertNotFitsWidth(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] leftSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertNotFitsWidth

public void assertNotFitsWidth(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] leftSpace,
                               java.lang.Integer[] rightSpace)
                        throws ExecutionException

assertNotFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

Throws:

ExecutionException

fitsWidth

public java.lang.Boolean fitsWidth(ElementStub element1,
                                   ElementStub element2,
                                   java.lang.Integer[] leftSpace,
                                   java.lang.Integer rightSpace)
                            throws ExecutionException

fitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

Returns:

Boolean Returns true if element1 fits within width of element2, else false

Throws:

ExecutionException

assertFitsWidth

public void assertFitsWidth(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] leftSpace,
                            java.lang.Integer rightSpace,
                            java.lang.String message)
                     throws ExecutionException

assertFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertFitsWidth

public void assertFitsWidth(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] leftSpace,
                            java.lang.Integer rightSpace)
                     throws ExecutionException

assertFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

Throws:

ExecutionException

assertNotFitsWidth

public void assertNotFitsWidth(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] leftSpace,
                               java.lang.Integer rightSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertNotFitsWidth

public void assertNotFitsWidth(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] leftSpace,
                               java.lang.Integer rightSpace)
                        throws ExecutionException

assertNotFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

Throws:

ExecutionException

fitsWidth

public java.lang.Boolean fitsWidth(ElementStub element1,
                                   ElementStub element2,
                                   java.lang.Integer[] leftSpace)
                            throws ExecutionException

fitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

Returns:

Boolean Returns true if element1 fits within width of element2, else false

Throws:

ExecutionException

assertFitsWidth

public void assertFitsWidth(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer[] leftSpace)
                     throws ExecutionException

assertFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

Throws:

ExecutionException

assertNotFitsWidth

public void assertNotFitsWidth(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer[] leftSpace)
                        throws ExecutionException

assertNotFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

Throws:

ExecutionException

fitsWidth

public java.lang.Boolean fitsWidth(ElementStub element1,
                                   ElementStub element2,
                                   java.lang.Integer leftSpace,
                                   java.lang.Integer[] rightSpace)
                            throws ExecutionException

fitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

Returns:

Boolean Returns true if element1 fits within width of element2, else false

Throws:

ExecutionException

assertFitsWidth

public void assertFitsWidth(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer leftSpace,
                            java.lang.Integer[] rightSpace,
                            java.lang.String message)
                     throws ExecutionException

assertFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertFitsWidth

public void assertFitsWidth(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer leftSpace,
                            java.lang.Integer[] rightSpace)
                     throws ExecutionException

assertFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

Throws:

ExecutionException

assertNotFitsWidth

public void assertNotFitsWidth(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer leftSpace,
                               java.lang.Integer[] rightSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertNotFitsWidth

public void assertNotFitsWidth(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer leftSpace,
                               java.lang.Integer[] rightSpace)
                        throws ExecutionException

assertNotFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

Throws:

ExecutionException

fitsWidth

public java.lang.Boolean fitsWidth(ElementStub element1,
                                   ElementStub element2,
                                   java.lang.Integer leftSpace,
                                   java.lang.Integer rightSpace)
                            throws ExecutionException

fitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

Returns:

Boolean Returns true if element1 fits within width of element2, else false

Throws:

ExecutionException

assertFitsWidth

public void assertFitsWidth(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer leftSpace,
                            java.lang.Integer rightSpace,
                            java.lang.String message)
                     throws ExecutionException

assertFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertFitsWidth

public void assertFitsWidth(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer leftSpace,
                            java.lang.Integer rightSpace)
                     throws ExecutionException

assertFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

Throws:

ExecutionException

assertNotFitsWidth

public void assertNotFitsWidth(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer leftSpace,
                               java.lang.Integer rightSpace,
                               java.lang.String message)
                        throws ExecutionException

assertNotFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertNotFitsWidth

public void assertNotFitsWidth(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer leftSpace,
                               java.lang.Integer rightSpace)
                        throws ExecutionException

assertNotFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

rightSpace - Space between right edges of the two elements. If rightSpace is an integer, it will take the exact value. And if rightSpace = [0, 20], implies right edge of element2 lies to the right side of right edge of element1. If nothing provided rightSpace will be considered as 0.

Throws:

ExecutionException

fitsWidth

public java.lang.Boolean fitsWidth(ElementStub element1,
                                   ElementStub element2,
                                   java.lang.Integer leftSpace)
                            throws ExecutionException

fitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

Returns:

Boolean Returns true if element1 fits within width of element2, else false

Throws:

ExecutionException

assertFitsWidth

public void assertFitsWidth(ElementStub element1,
                            ElementStub element2,
                            java.lang.Integer leftSpace)
                     throws ExecutionException

assertFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

Throws:

ExecutionException

assertNotFitsWidth

public void assertNotFitsWidth(ElementStub element1,
                               ElementStub element2,
                               java.lang.Integer leftSpace)
                        throws ExecutionException

assertNotFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

leftSpace - Space between left edges of the two elements. If leftSpace is an integer, it will take the exact value. And if leftSpace = [0, 20], implies top edge of element2 lies to the right side of left edge of element1. If nothing provided leftSpace will be considered as 0.

Throws:

ExecutionException

fitsWidth

public java.lang.Boolean fitsWidth(ElementStub element1,
                                   ElementStub element2)
                            throws ExecutionException

fitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

Returns:

Boolean Returns true if element1 fits within width of element2, else false

Throws:

ExecutionException

assertFitsWidth

public void assertFitsWidth(ElementStub element1,
                            ElementStub element2)
                     throws ExecutionException

assertFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

Throws:

ExecutionException

assertNotFitsWidth

public void assertNotFitsWidth(ElementStub element1,
                               ElementStub element2)
                        throws ExecutionException

assertNotFitsWidth

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

Throws:

ExecutionException

fitsHeight

public java.lang.Boolean fitsHeight(ElementStub element1,
                                    ElementStub element2,
                                    java.lang.Integer[] topSpace,
                                    java.lang.Integer[] bottomSpace)
                             throws ExecutionException

fitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

Returns:

Boolean Returns true if element1 fits within height of element2, else false

Throws:

ExecutionException

assertFitsHeight

public void assertFitsHeight(ElementStub element1,
                             ElementStub element2,
                             java.lang.Integer[] topSpace,
                             java.lang.Integer[] bottomSpace,
                             java.lang.String message)
                      throws ExecutionException

assertFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertFitsHeight

public void assertFitsHeight(ElementStub element1,
                             ElementStub element2,
                             java.lang.Integer[] topSpace,
                             java.lang.Integer[] bottomSpace)
                      throws ExecutionException

assertFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

Throws:

ExecutionException

assertNotFitsHeight

public void assertNotFitsHeight(ElementStub element1,
                                ElementStub element2,
                                java.lang.Integer[] topSpace,
                                java.lang.Integer[] bottomSpace,
                                java.lang.String message)
                         throws ExecutionException

assertNotFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertNotFitsHeight

public void assertNotFitsHeight(ElementStub element1,
                                ElementStub element2,
                                java.lang.Integer[] topSpace,
                                java.lang.Integer[] bottomSpace)
                         throws ExecutionException

assertNotFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

Throws:

ExecutionException

fitsHeight

public java.lang.Boolean fitsHeight(ElementStub element1,
                                    ElementStub element2,
                                    java.lang.Integer[] topSpace,
                                    java.lang.Integer bottomSpace)
                             throws ExecutionException

fitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

Returns:

Boolean Returns true if element1 fits within height of element2, else false

Throws:

ExecutionException

assertFitsHeight

public void assertFitsHeight(ElementStub element1,
                             ElementStub element2,
                             java.lang.Integer[] topSpace,
                             java.lang.Integer bottomSpace,
                             java.lang.String message)
                      throws ExecutionException

assertFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertFitsHeight

public void assertFitsHeight(ElementStub element1,
                             ElementStub element2,
                             java.lang.Integer[] topSpace,
                             java.lang.Integer bottomSpace)
                      throws ExecutionException

assertFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

Throws:

ExecutionException

assertNotFitsHeight

public void assertNotFitsHeight(ElementStub element1,
                                ElementStub element2,
                                java.lang.Integer[] topSpace,
                                java.lang.Integer bottomSpace,
                                java.lang.String message)
                         throws ExecutionException

assertNotFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertNotFitsHeight

public void assertNotFitsHeight(ElementStub element1,
                                ElementStub element2,
                                java.lang.Integer[] topSpace,
                                java.lang.Integer bottomSpace)
                         throws ExecutionException

assertNotFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

Throws:

ExecutionException

fitsHeight

public java.lang.Boolean fitsHeight(ElementStub element1,
                                    ElementStub element2,
                                    java.lang.Integer[] topSpace)
                             throws ExecutionException

fitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

Returns:

Boolean Returns true if element1 fits within height of element2, else false

Throws:

ExecutionException

assertFitsHeight

public void assertFitsHeight(ElementStub element1,
                             ElementStub element2,
                             java.lang.Integer[] topSpace)
                      throws ExecutionException

assertFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

Throws:

ExecutionException

assertNotFitsHeight

public void assertNotFitsHeight(ElementStub element1,
                                ElementStub element2,
                                java.lang.Integer[] topSpace)
                         throws ExecutionException

assertNotFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

Throws:

ExecutionException

fitsHeight

public java.lang.Boolean fitsHeight(ElementStub element1,
                                    ElementStub element2,
                                    java.lang.Integer topSpace,
                                    java.lang.Integer[] bottomSpace)
                             throws ExecutionException

fitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

Returns:

Boolean Returns true if element1 fits within height of element2, else false

Throws:

ExecutionException

assertFitsHeight

public void assertFitsHeight(ElementStub element1,
                             ElementStub element2,
                             java.lang.Integer topSpace,
                             java.lang.Integer[] bottomSpace,
                             java.lang.String message)
                      throws ExecutionException

assertFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertFitsHeight

public void assertFitsHeight(ElementStub element1,
                             ElementStub element2,
                             java.lang.Integer topSpace,
                             java.lang.Integer[] bottomSpace)
                      throws ExecutionException

assertFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

Throws:

ExecutionException

assertNotFitsHeight

public void assertNotFitsHeight(ElementStub element1,
                                ElementStub element2,
                                java.lang.Integer topSpace,
                                java.lang.Integer[] bottomSpace,
                                java.lang.String message)
                         throws ExecutionException

assertNotFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertNotFitsHeight

public void assertNotFitsHeight(ElementStub element1,
                                ElementStub element2,
                                java.lang.Integer topSpace,
                                java.lang.Integer[] bottomSpace)
                         throws ExecutionException

assertNotFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

Throws:

ExecutionException

fitsHeight

public java.lang.Boolean fitsHeight(ElementStub element1,
                                    ElementStub element2,
                                    java.lang.Integer topSpace,
                                    java.lang.Integer bottomSpace)
                             throws ExecutionException

fitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

Returns:

Boolean Returns true if element1 fits within height of element2, else false

Throws:

ExecutionException

assertFitsHeight

public void assertFitsHeight(ElementStub element1,
                             ElementStub element2,
                             java.lang.Integer topSpace,
                             java.lang.Integer bottomSpace,
                             java.lang.String message)
                      throws ExecutionException

assertFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertFitsHeight

public void assertFitsHeight(ElementStub element1,
                             ElementStub element2,
                             java.lang.Integer topSpace,
                             java.lang.Integer bottomSpace)
                      throws ExecutionException

assertFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

Throws:

ExecutionException

assertNotFitsHeight

public void assertNotFitsHeight(ElementStub element1,
                                ElementStub element2,
                                java.lang.Integer topSpace,
                                java.lang.Integer bottomSpace,
                                java.lang.String message)
                         throws ExecutionException

assertNotFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

message - message to log if condition fails

Throws:

ExecutionException

assertNotFitsHeight

public void assertNotFitsHeight(ElementStub element1,
                                ElementStub element2,
                                java.lang.Integer topSpace,
                                java.lang.Integer bottomSpace)
                         throws ExecutionException

assertNotFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

bottomSpace - Space between bottom edges of the two elements. If bottomSpace is an integer, it will take the exact value. And if bottomSpace = [0, 20], implies bottom edge of element2 lies below bottom edge of element1. If nothing provided bottomSpace will be considered as 0.

Throws:

ExecutionException

fitsHeight

public java.lang.Boolean fitsHeight(ElementStub element1,
                                    ElementStub element2,
                                    java.lang.Integer topSpace)
                             throws ExecutionException

fitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

Returns:

Boolean Returns true if element1 fits within height of element2, else false

Throws:

ExecutionException

assertFitsHeight

public void assertFitsHeight(ElementStub element1,
                             ElementStub element2,
                             java.lang.Integer topSpace)
                      throws ExecutionException

assertFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

Throws:

ExecutionException

assertNotFitsHeight

public void assertNotFitsHeight(ElementStub element1,
                                ElementStub element2,
                                java.lang.Integer topSpace)
                         throws ExecutionException

assertNotFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

topSpace - Space between top edges of the two elements. If topSpace is an integer, it will take the exact value. And if topSpace = [-20, 0], implies top edge of element2 lies above top edge of element1. If nothing provided topSpace will be considered as 0.

Throws:

ExecutionException

fitsHeight

public java.lang.Boolean fitsHeight(ElementStub element1,
                                    ElementStub element2)
                             throws ExecutionException

fitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

Returns:

Boolean Returns true if element1 fits within height of element2, else false

Throws:

ExecutionException

assertFitsHeight

public void assertFitsHeight(ElementStub element1,
                             ElementStub element2)
                      throws ExecutionException

assertFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

Throws:

ExecutionException

assertNotFitsHeight

public void assertNotFitsHeight(ElementStub element1,
                                ElementStub element2)
                         throws ExecutionException

assertNotFitsHeight

Parameters:

element1 - First element to be checked.

element2 - Second element to be checked. Base Element.

Throws:

ExecutionException

wakeUp

public void wakeUp()
            throws ExecutionException

aWakeUp simulates pressing the power button if the screen is OFF else it does nothing if the screen is already ON.

Throws:

ExecutionException

pressBack

public void pressBack()
               throws ExecutionException

aPressBack Performs a Back action.

Throws:

ExecutionException

pressRecentApps

public void pressRecentApps()
                     throws ExecutionException

aPressRecentApps Brings up the Recent Apps screen.

Throws:

ExecutionException

pressSearch

public void pressSearch()
                 throws ExecutionException

aPressSearch Brings up the Search box.

Throws:

ExecutionException

pressMenu

public void pressMenu()
               throws ExecutionException

aPressMenu Simulates a press on the MENU button.

Throws:

ExecutionException

pressEnter

public void pressEnter()
                throws ExecutionException

aPressEnter Simulates a press on the ENTER key.

Throws:

ExecutionException

pressDelete

public void pressDelete()
                 throws ExecutionException

aPressDelete Simulates a press on the DELETE key.

Throws:

ExecutionException

isScreenOn

public java.lang.Boolean isScreenOn()
                             throws ExecutionException

Returns true or false based on screen is ON or OFF.

Returns:

Boolean true or false based based on screen is ON or OFF.

Throws:

ExecutionException

enableVerticalScroll

public void enableVerticalScroll(java.lang.Object element,
                                 java.lang.Integer maxScrollCount)
                          throws ExecutionException

Enables automatic vertical scrolling and disables horizontal scrolling for element identification. This affects all subsequent steps in the script. To turn it off, call _aDisableScroll().

Parameters:

element - Scrollable element in which subsequent elements will be searched. If not specified, top most scrollable element will be considered.

maxScrollCount - Specify maximum scroll count to attempt scrolling to identify an element. If not specified, it will perform the scrolling till the end.

Throws:

ExecutionException

enableVerticalScroll

public void enableVerticalScroll(java.lang.Object element)
                          throws ExecutionException

Enables automatic vertical scrolling and disables horizontal scrolling for element identification. This affects all subsequent steps in the script. To turn it off, call _aDisableScroll().

Parameters:

element - Scrollable element in which subsequent elements will be searched. If not specified, top most scrollable element will be considered.

Throws:

ExecutionException

enableVerticalScroll

public void enableVerticalScroll()
                          throws ExecutionException

Enables automatic vertical scrolling and disables horizontal scrolling for element identification. This affects all subsequent steps in the script. To turn it off, call _aDisableScroll().

Throws:

ExecutionException

enableHorizontalScroll

public void enableHorizontalScroll(java.lang.Object element,
                                   java.lang.Integer maxScrollCount)
                            throws ExecutionException

Enables automatic horizontal scrolling and disables vertical scrolling for element identification. This affects all subsequent steps in the script. To turn it off, call _aDisableScroll().

Parameters:

element - Scrollable element in which subsequent elements will be searched. If not specified, top most scrollable element will be considered.

maxScrollCount - Specify maximum scroll count to attempt scrolling to identify an element. If not specified, it will perform the scrolling till the end.

Throws:

ExecutionException

enableHorizontalScroll

public void enableHorizontalScroll(java.lang.Object element)
                            throws ExecutionException

Enables automatic horizontal scrolling and disables vertical scrolling for element identification. This affects all subsequent steps in the script. To turn it off, call _aDisableScroll().

Parameters:

element - Scrollable element in which subsequent elements will be searched. If not specified, top most scrollable element will be considered.

Throws:

ExecutionException

enableHorizontalScroll

public void enableHorizontalScroll()
                            throws ExecutionException

Enables automatic horizontal scrolling and disables vertical scrolling for element identification. This affects all subsequent steps in the script. To turn it off, call _aDisableScroll().

Throws:

ExecutionException

disableScroll

public void disableScroll()
                   throws ExecutionException

Disables automatic horizontal and vertical scrolling for element identification. This affects all subsequent steps in the script.

Throws:

ExecutionException

isVerticalScrollEnabled

public java.lang.Boolean isVerticalScrollEnabled()
                                          throws ExecutionException

Returns true if automatic vertical scrolling has been enabled by calling _aEnableVerticalScroll().

Returns:

Boolean true or false based on vertical scrolling is enabled or not.

Throws:

ExecutionException

isHorizontalScrollEnabled

public java.lang.Boolean isHorizontalScrollEnabled()
                                            throws ExecutionException

Returns true if automatic horizontal scrolling has been enabled by calling _aEnableHorizontalScroll().

Returns:

Boolean true or false based on horizontal scrolling is enabled or not.

Throws:

ExecutionException

isScrollEnabled

public java.lang.Boolean isScrollEnabled()
                                  throws ExecutionException

Returns true if automatic horizontal or vertical scrolling has been enabled by calling _aEnableVerticalScroll() or _aEnableHorizontalScroll().

Returns:

Boolean true or false based on vertical/horizontal scrolling is enabled or not.

Throws:

ExecutionException

scrollLeftMost

public java.lang.Boolean scrollLeftMost(java.lang.Object element,
                                        java.lang.Integer maxSwipes)
                                 throws ExecutionException

Scrolls the element's contents to the leftmost position, i.e. it scrolls horizontally to the beginning.

Parameters:

element - element to be scrolled

maxSwipes - maximum swipes to attempt to scroll to the leftmost position. If not specified, the default max swipes as supported by the device will be used.

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollLeftMost

public java.lang.Boolean scrollLeftMost(java.lang.Object element)
                                 throws ExecutionException

Scrolls the element's contents to the leftmost position, i.e. it scrolls horizontally to the beginning.

Parameters:

element - element to be scrolled

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollRightMost

public java.lang.Boolean scrollRightMost(java.lang.Object element,
                                         java.lang.Integer maxSwipes)
                                  throws ExecutionException

Scrolls the element's contents to the rightmost position, i.e. it scrolls horizontally to the end.

Parameters:

element - element to be scrolled

maxSwipes - maximum swipes to attempt to scroll to the rightmost position. If not specified, the default max swipes as supported by the device will be used.

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollRightMost

public java.lang.Boolean scrollRightMost(java.lang.Object element)
                                  throws ExecutionException

Scrolls the element's contents to the rightmost position, i.e. it scrolls horizontally to the end.

Parameters:

element - element to be scrolled

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollTopMost

public java.lang.Boolean scrollTopMost(java.lang.Object element,
                                       java.lang.Integer maxSwipes)
                                throws ExecutionException

Scrolls the element's contents to the topmost position, i.e. it scrolls vertically to the beginning.

Parameters:

element - element to be scrolled

maxSwipes - maximum swipes to attempt to scroll to the topmost position. If not specified, the default max swipes as supported by the device will be used.

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollTopMost

public java.lang.Boolean scrollTopMost(java.lang.Object element)
                                throws ExecutionException

Scrolls the element's contents to the topmost position, i.e. it scrolls vertically to the beginning.

Parameters:

element - element to be scrolled

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollBottomMost

public java.lang.Boolean scrollBottomMost(java.lang.Object element,
                                          java.lang.Integer maxSwipes)
                                   throws ExecutionException

Scrolls the element's contents to the bottommost position, i.e. it scrolls vertically to the end.

Parameters:

element - element to be scrolled

maxSwipes - maximum swipes to attempt to scroll to the bottommost position. If not specified, the default max swipes as supported by the device will be used.

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollBottomMost

public java.lang.Boolean scrollBottomMost(java.lang.Object element)
                                   throws ExecutionException

Scrolls the element's contents to the bottommost position, i.e. it scrolls vertically to the end.

Parameters:

element - element to be scrolled

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollLeft

public java.lang.Boolean scrollLeft(java.lang.Object element,
                                    java.lang.Object percent,
                                    java.lang.Integer speed)
                             throws ExecutionException

Scrolls the element's contents one page to the left.

Parameters:

element - element to be scrolled

percent - percent to scroll the element, If not specified, a value of 1.0 will be used.

speed - speed to perform scroll, If not specified, default value will be used specific to device.

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollLeft

public java.lang.Boolean scrollLeft(java.lang.Object element,
                                    java.lang.Object percent)
                             throws ExecutionException

Scrolls the element's contents one page to the left.

Parameters:

element - element to be scrolled

percent - percent to scroll the element, If not specified, a value of 1.0 will be used.

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollLeft

public java.lang.Boolean scrollLeft(java.lang.Object element)
                             throws ExecutionException

Scrolls the element's contents one page to the left.

Parameters:

element - element to be scrolled

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollRight

public java.lang.Boolean scrollRight(java.lang.Object element,
                                     java.lang.Object percent,
                                     java.lang.Integer speed)
                              throws ExecutionException

Scrolls the element's contents one page to the right.

Parameters:

element - element to be scrolled

percent - percent to scroll the element, If not specified, a value of 1.0 will be used.

speed - speed to perform scroll, If not specified, default value will be used specific to device.

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollRight

public java.lang.Boolean scrollRight(java.lang.Object element,
                                     java.lang.Object percent)
                              throws ExecutionException

Scrolls the element's contents one page to the right.

Parameters:

element - element to be scrolled

percent - percent to scroll the element, If not specified, a value of 1.0 will be used.

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollRight

public java.lang.Boolean scrollRight(java.lang.Object element)
                              throws ExecutionException

Scrolls the element's contents one page to the right.

Parameters:

element - element to be scrolled

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollUp

public java.lang.Boolean scrollUp(java.lang.Object element,
                                  java.lang.Object percent,
                                  java.lang.Integer speed)
                           throws ExecutionException

Scrolls the element's contents one page up.

Parameters:

element - element to be scrolled

percent - percent to scroll the element, If not specified, a value of 1.0 will be used.

speed - speed to perform scroll, If not specified, default value will be used specific to device.

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollUp

public java.lang.Boolean scrollUp(java.lang.Object element,
                                  java.lang.Object percent)
                           throws ExecutionException

Scrolls the element's contents one page up.

Parameters:

element - element to be scrolled

percent - percent to scroll the element, If not specified, a value of 1.0 will be used.

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollUp

public java.lang.Boolean scrollUp(java.lang.Object element)
                           throws ExecutionException

Scrolls the element's contents one page up.

Parameters:

element - element to be scrolled

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollDown

public java.lang.Boolean scrollDown(java.lang.Object element,
                                    java.lang.Object percent,
                                    java.lang.Integer speed)
                             throws ExecutionException

Scrolls the element's contents one page down.

Parameters:

element - element to be scrolled

percent - percent to scroll the element, If not specified, a value of 1.0 will be used.

speed - speed to perform scroll, If not specified, default value will be used specific to device.

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollDown

public java.lang.Boolean scrollDown(java.lang.Object element,
                                    java.lang.Object percent)
                             throws ExecutionException

Scrolls the element's contents one page down.

Parameters:

element - element to be scrolled

percent - percent to scroll the element, If not specified, a value of 1.0 will be used.

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

scrollDown

public java.lang.Boolean scrollDown(java.lang.Object element)
                             throws ExecutionException

Scrolls the element's contents one page down.

Parameters:

element - element to be scrolled

Returns:

Boolean true or false based based whether the element can still scroll.

Throws:

ExecutionException

startWebContext

public void startWebContext(java.lang.String packageName)
                     throws ExecutionException

Changes the execution mode to ANDROID_WEBVIEW and starts the execution of the following steps as Web.

Parameters:

packageName - application package name

Throws:

ExecutionException

stopWebContext

public void stopWebContext()
                    throws ExecutionException

Stop the execution of following steps in Android WebView.

Throws:

ExecutionException

setSwipeDeadzonePercentage

public void setSwipeDeadzonePercentage(java.lang.Object percent)
                                throws ExecutionException

After leaving the dead zone area then it starts swiping.

Parameters:

percent - percent to set the deadzone for Swipe gesture.

Throws:

ExecutionException

alert

public void alert(java.lang.String message)
           throws ExecutionException

Alerts the message on the browser. This allows a very handy, interactive way of debugging scripts.

Parameters:

message - Message to be alerted on browser.

Throws:

ExecutionException

highlight

public void highlight(ElementStub element)
               throws ExecutionException

Highlights an element with a red border. Used for debugging purposes.

Parameters:

element - Element to highlight

Throws:

ExecutionException

readExcelFile

public java.lang.String[][] readExcelFile(java.lang.String filePath,
                                          java.lang.String sheetName,
                                          java.lang.Object props)
                                   throws ExecutionException

Reads the excel sheet and returns data as an associative array.

Parameters:

filePath - path to Excel file. Can be of extension .xls or .xlsx

sheetName - Sheet name. Defaults to sheetname of first sheet.

props - Properties to specify for:
ignoreEmptyRows: boolean: Ignores the empty lines. Defaults to false.
includeHeader: boolean: If true, returns the header row also as the first row. Defaults to false.

Returns:

String[][] Returns a 2 dimensional array of all values in the excel file

Throws:

ExecutionException

readExcelFile

public java.lang.String[][] readExcelFile(java.lang.String filePath,
                                          java.lang.String sheetName)
                                   throws ExecutionException

Reads the excel sheet and returns data as an associative array.

Parameters:

filePath - path to Excel file. Can be of extension .xls or .xlsx

sheetName - Sheet name. Defaults to sheetname of first sheet.

Returns:

String[][] Returns a 2 dimensional array of all values in the excel file

Throws:

ExecutionException

readExcelFile

public java.lang.String[][] readExcelFile(java.lang.String filePath)
                                   throws ExecutionException

Reads the excel sheet and returns data as an associative array.

Parameters:

filePath - path to Excel file. Can be of extension .xls or .xlsx

Returns:

String[][] Returns a 2 dimensional array of all values in the excel file

Throws:

ExecutionException

execute

public java.lang.String execute(java.lang.String cmd,
                                java.lang.Boolean isSync,
                                java.lang.Integer timeout)
                         throws ExecutionException

execute allows calling batch files, shell scripts or regular commands from Sahi script.

Parameters:

cmd - Command to be executed. Normally this will be a command that can be run on the system's commandline

isSync - If true, returns only on completion of cmd. If false, returns immediately while cmd is run in background

timeout - If timeout is specified and if isSync is true,
the function will return after timeout milliseconds if cmd has not finished till then.
cmd will continue to run in background

Returns:

String command output

Throws:

ExecutionException

execute

public java.lang.String execute(java.lang.String cmd,
                                java.lang.Boolean isSync)
                         throws ExecutionException

execute allows calling batch files, shell scripts or regular commands from Sahi script.

Parameters:

cmd - Command to be executed. Normally this will be a command that can be run on the system's commandline

isSync - If true, returns only on completion of cmd. If false, returns immediately while cmd is run in background

Returns:

String command output

Throws:

ExecutionException

execute

public java.lang.String execute(java.lang.String cmd)
                         throws ExecutionException

execute allows calling batch files, shell scripts or regular commands from Sahi script.

Parameters:

cmd - Command to be executed. Normally this will be a command that can be run on the system's commandline

Returns:

String command output

Throws:

ExecutionException

getValue

public java.lang.String getValue(ElementStub element)
                          throws ExecutionException

getValue

Parameters:

element - Form element whose value we need

Returns:

String Value of the element

Throws:

ExecutionException

assertValue

public void assertValue(ElementStub element,
                        java.lang.String expected,
                        java.lang.String message)
                 throws ExecutionException

assertValue

Parameters:

element - Form element whose value we need

expected - expected string

message - message to log if condition fails

Throws:

ExecutionException

assertValue

public void assertValue(ElementStub element,
                        java.lang.String expected)
                 throws ExecutionException

assertValue

Parameters:

element - Form element whose value we need

expected - expected string

Throws:

ExecutionException

assertNotValue

public void assertNotValue(ElementStub element,
                           java.lang.String expected,
                           java.lang.String message)
                    throws ExecutionException

assertNotValue

Parameters:

element - Form element whose value we need

expected - expected string

message - message to log if condition fails

Throws:

ExecutionException

assertNotValue

public void assertNotValue(ElementStub element,
                           java.lang.String expected)
                    throws ExecutionException

assertNotValue

Parameters:

element - Form element whose value we need

expected - expected string

Throws:

ExecutionException

getText

public java.lang.String getText(ElementStub el)
                         throws ExecutionException

The returned string is normalized for different browsers. Multiple continuous spaces are replaced with single space.

Parameters:

el - Element whose text we need

Returns:

String Text content of the element

Throws:

ExecutionException

assertText

public void assertText(ElementStub el,
                       java.lang.String expected,
                       java.lang.String message)
                throws ExecutionException

The returned string is normalized for different browsers. Multiple continuous spaces are replaced with single space.

Parameters:

el - Element whose text we need

expected - expected string

message - message to log if condition fails

Throws:

ExecutionException

assertText

public void assertText(ElementStub el,
                       java.lang.String expected)
                throws ExecutionException

The returned string is normalized for different browsers. Multiple continuous spaces are replaced with single space.

Parameters:

el - Element whose text we need

expected - expected string

Throws:

ExecutionException

assertNotText

public void assertNotText(ElementStub el,
                          java.lang.String expected,
                          java.lang.String message)
                   throws ExecutionException

The returned string is normalized for different browsers. Multiple continuous spaces are replaced with single space.

Parameters:

el - Element whose text we need

expected - expected string

message - message to log if condition fails

Throws:

ExecutionException

assertNotText

public void assertNotText(ElementStub el,
                          java.lang.String expected)
                   throws ExecutionException

The returned string is normalized for different browsers. Multiple continuous spaces are replaced with single space.

Parameters:

el - Element whose text we need

expected - expected string

Throws:

ExecutionException

getOptions

public java.lang.String[] getOptions(ElementStub el,
                                     java.lang.String type)
                              throws ExecutionException

If we want the values of all the options of the selectbox:

Parameters:

el - Select element

type - If "value" is passed, option values are returned.

If anything else is passed, the visible texts of the options are returned.

If type is not passed, the visible texts of the options are returned.

Returns:

String[] Array containing the values or texts of all options of the select element

Throws:

ExecutionException

assertOptions

public void assertOptions(ElementStub el,
                          java.lang.String type,
                          java.lang.String[] expected,
                          java.lang.String message)
                   throws ExecutionException

If we want the values of all the options of the selectbox:

Parameters:

el - Select element

type - If "value" is passed, option values are returned.

If anything else is passed, the visible texts of the options are returned.

If type is not passed, the visible texts of the options are returned.

expected - expected array of strings

message - message to log if condition fails

Throws:

ExecutionException

assertOptions

public void assertOptions(ElementStub el,
                          java.lang.String type,
                          java.lang.String[] expected)
                   throws ExecutionException

If we want the values of all the options of the selectbox:

Parameters:

el - Select element

type - If "value" is passed, option values are returned.

If anything else is passed, the visible texts of the options are returned.

If type is not passed, the visible texts of the options are returned.

expected - expected array of strings

Throws:

ExecutionException

assertNotOptions

public void assertNotOptions(ElementStub el,
                             java.lang.String type,
                             java.lang.String[] expected,
                             java.lang.String message)
                      throws ExecutionException

If we want the values of all the options of the selectbox:

Parameters:

el - Select element

type - If "value" is passed, option values are returned.

If anything else is passed, the visible texts of the options are returned.

If type is not passed, the visible texts of the options are returned.

expected - expected array of strings

message - message to log if condition fails

Throws:

ExecutionException

assertNotOptions

public void assertNotOptions(ElementStub el,
                             java.lang.String type,
                             java.lang.String[] expected)
                      throws ExecutionException

If we want the values of all the options of the selectbox:

Parameters:

el - Select element

type - If "value" is passed, option values are returned.

If anything else is passed, the visible texts of the options are returned.

If type is not passed, the visible texts of the options are returned.

expected - expected array of strings

Throws:

ExecutionException

getOptions

public java.lang.String[] getOptions(ElementStub el)
                              throws ExecutionException

If we want the values of all the options of the selectbox:

Parameters:

el - Select element

Returns:

String[] Array containing the values or texts of all options of the select element

Throws:

ExecutionException

getSelectedText

public java.lang.String[] getSelectedText(ElementStub el)
                                   throws ExecutionException

getSelectedText

Parameters:

el - Select dropdown element whose selected text we need

Returns:

String Text content of the selected option of a select dropdown

Throws:

ExecutionException

assertSelectedText

public void assertSelectedText(ElementStub el,
                               java.lang.String expected,
                               java.lang.String message)
                        throws ExecutionException

assertSelectedText

Parameters:

el - Select dropdown element whose selected text we need

expected - expected string

message - message to log if condition fails

Throws:

ExecutionException

assertSelectedText

public void assertSelectedText(ElementStub el,
                               java.lang.String expected)
                        throws ExecutionException

assertSelectedText

Parameters:

el - Select dropdown element whose selected text we need

expected - expected string

Throws:

ExecutionException

assertNotSelectedText

public void assertNotSelectedText(ElementStub el,
                                  java.lang.String expected,
                                  java.lang.String message)
                           throws ExecutionException

assertNotSelectedText

Parameters:

el - Select dropdown element whose selected text we need

expected - expected string

message - message to log if condition fails

Throws:

ExecutionException

assertNotSelectedText

public void assertNotSelectedText(ElementStub el,
                                  java.lang.String expected)
                           throws ExecutionException

assertNotSelectedText

Parameters:

el - Select dropdown element whose selected text we need

expected - expected string

Throws:

ExecutionException

getAttribute

public java.lang.String getAttribute(ElementStub el,
                                     java.lang.String attributeName)
                              throws ExecutionException

getAttribute

Parameters:

el - Element whose attribute we need

attributeName - The DOM attribute to be fetched

Returns:

String The attribute value

Throws:

ExecutionException

exists

public java.lang.Boolean exists(ElementStub el)
                         throws ExecutionException

exists

Parameters:

el - Element to check

Returns:

Boolean Returns true if element exists on the page, else false

Throws:

ExecutionException

assertExists

public void assertExists(ElementStub el,
                         java.lang.String message)
                  throws ExecutionException

assertExists

Parameters:

el - Element to check

message - message to log if condition fails

Throws:

ExecutionException

assertExists

public void assertExists(ElementStub el)
                  throws ExecutionException

assertExists

Parameters:

el - Element to check

Throws:

ExecutionException

assertNotExists

public void assertNotExists(ElementStub el,
                            java.lang.String message)
                     throws ExecutionException

assertNotExists

Parameters:

el - Element to check

message - message to log if condition fails

Throws:

ExecutionException

assertNotExists

public void assertNotExists(ElementStub el)
                     throws ExecutionException

assertNotExists

Parameters:

el - Element to check

Throws:

ExecutionException

isVisible

public java.lang.Boolean isVisible(ElementStub el,
                                   java.lang.Boolean checkZIndex,
                                   java.lang.Boolean doScroll)
                            throws ExecutionException

isVisible

Parameters:

el - Element to check

checkZIndex - If true, checks whether the element is on top or not(Checks whether some other element with a higher Z index is not hiding it). If false, omits this check.

Default is false.

doScroll - If true, checks whether element is the top element by scrolling to the element. If false, checks only for the current viewport.

Default is false.
Used only when checkZIndex is true.

Returns:

Boolean Returns true if element is visible, else false

Throws:

ExecutionException

assertVisible

public void assertVisible(ElementStub el,
                          java.lang.Boolean checkZIndex,
                          java.lang.Boolean doScroll,
                          java.lang.String message)
                   throws ExecutionException

assertVisible

Parameters:

el - Element to check

checkZIndex - If true, checks whether the element is on top or not(Checks whether some other element with a higher Z index is not hiding it). If false, omits this check.

Default is false.

doScroll - If true, checks whether element is the top element by scrolling to the element. If false, checks only for the current viewport.

Default is false.
Used only when checkZIndex is true.

message - message to log if condition fails

Throws:

ExecutionException

assertVisible

public void assertVisible(ElementStub el,
                          java.lang.Boolean checkZIndex,
                          java.lang.Boolean doScroll)
                   throws ExecutionException

assertVisible

Parameters:

el - Element to check

checkZIndex - If true, checks whether the element is on top or not(Checks whether some other element with a higher Z index is not hiding it). If false, omits this check.

Default is false.

doScroll - If true, checks whether element is the top element by scrolling to the element. If false, checks only for the current viewport.

Default is false.
Used only when checkZIndex is true.

Throws:

ExecutionException

assertNotVisible

public void assertNotVisible(ElementStub el,
                             java.lang.Boolean checkZIndex,
                             java.lang.Boolean doScroll,
                             java.lang.String message)
                      throws ExecutionException

assertNotVisible

Parameters:

el - Element to check

checkZIndex - If true, checks whether the element is on top or not(Checks whether some other element with a higher Z index is not hiding it). If false, omits this check.

Default is false.

doScroll - If true, checks whether element is the top element by scrolling to the element. If false, checks only for the current viewport.

Default is false.
Used only when checkZIndex is true.

message - message to log if condition fails

Throws:

ExecutionException

assertNotVisible

public void assertNotVisible(ElementStub el,
                             java.lang.Boolean checkZIndex,
                             java.lang.Boolean doScroll)
                      throws ExecutionException

assertNotVisible

Parameters:

el - Element to check

checkZIndex - If true, checks whether the element is on top or not(Checks whether some other element with a higher Z index is not hiding it). If false, omits this check.

Default is false.

doScroll - If true, checks whether element is the top element by scrolling to the element. If false, checks only for the current viewport.

Default is false.
Used only when checkZIndex is true.

Throws:

ExecutionException

isVisible

public java.lang.Boolean isVisible(ElementStub el,
                                   java.lang.Boolean checkZIndex)
                            throws ExecutionException

isVisible

Parameters:

el - Element to check

checkZIndex - If true, checks whether the element is on top or not(Checks whether some other element with a higher Z index is not hiding it). If false, omits this check.

Default is false.

Returns:

Boolean Returns true if element is visible, else false

Throws:

ExecutionException

assertVisible

public void assertVisible(ElementStub el,
                          java.lang.Boolean checkZIndex)
                   throws ExecutionException

assertVisible

Parameters:

el - Element to check

checkZIndex - If true, checks whether the element is on top or not(Checks whether some other element with a higher Z index is not hiding it). If false, omits this check.

Default is false.

Throws:

ExecutionException

assertNotVisible

public void assertNotVisible(ElementStub el,
                             java.lang.Boolean checkZIndex)
                      throws ExecutionException

assertNotVisible

Parameters:

el - Element to check

checkZIndex - If true, checks whether the element is on top or not(Checks whether some other element with a higher Z index is not hiding it). If false, omits this check.

Default is false.

Throws:

ExecutionException

isVisible

public java.lang.Boolean isVisible(ElementStub el)
                            throws ExecutionException

isVisible

Parameters:

el - Element to check

Returns:

Boolean Returns true if element is visible, else false

Throws:

ExecutionException

assertVisible

public void assertVisible(ElementStub el)
                   throws ExecutionException

assertVisible

Parameters:

el - Element to check

Throws:

ExecutionException

assertNotVisible

public void assertNotVisible(ElementStub el)
                      throws ExecutionException

assertNotVisible

Parameters:

el - Element to check

Throws:

ExecutionException

isChecked

public java.lang.Boolean isChecked(ElementStub el)
                            throws ExecutionException

isChecked

Parameters:

el - Element to check

Returns:

Boolean Returns true if element is checked, else false

Throws:

ExecutionException

assertChecked

public void assertChecked(ElementStub el,
                          java.lang.String message)
                   throws ExecutionException

assertChecked

Parameters:

el - Element to check

message - message to log if condition fails

Throws:

ExecutionException

assertChecked

public void assertChecked(ElementStub el)
                   throws ExecutionException

assertChecked

Parameters:

el - Element to check

Throws:

ExecutionException

assertNotChecked

public void assertNotChecked(ElementStub el,
                             java.lang.String message)
                      throws ExecutionException

assertNotChecked

Parameters:

el - Element to check

message - message to log if condition fails

Throws:

ExecutionException

assertNotChecked

public void assertNotChecked(ElementStub el)
                      throws ExecutionException

assertNotChecked

Parameters:

el - Element to check

Throws:

ExecutionException

isEnabled

public java.lang.Boolean isEnabled(java.lang.Object element)
                            throws ExecutionException

isEnabled

Parameters:

element - element to be check

Returns:

Boolean Returns true if element is enabled, else false

Throws:

ExecutionException

containsText

public java.lang.Boolean containsText(ElementStub element,
                                      java.lang.String text)
                               throws ExecutionException

containsText

Parameters:

element - Element where we need to check if text is present

text - Text to check for. Can also be a regular expression

Returns:

Boolean Retruns true if element contains the text, else false

Throws:

ExecutionException

assertContainsText

public void assertContainsText(ElementStub element,
                               java.lang.String text,
                               java.lang.String message)
                        throws ExecutionException

assertContainsText

Parameters:

element - Element where we need to check if text is present

text - Text to check for. Can also be a regular expression

message - message to log if condition fails

Throws:

ExecutionException

assertContainsText

public void assertContainsText(ElementStub element,
                               java.lang.String text)
                        throws ExecutionException

assertContainsText

Parameters:

element - Element where we need to check if text is present

text - Text to check for. Can also be a regular expression

Throws:

ExecutionException

assertNotContainsText

public void assertNotContainsText(ElementStub element,
                                  java.lang.String text,
                                  java.lang.String message)
                           throws ExecutionException

assertNotContainsText

Parameters:

element - Element where we need to check if text is present

text - Text to check for. Can also be a regular expression

message - message to log if condition fails

Throws:

ExecutionException

assertNotContainsText

public void assertNotContainsText(ElementStub element,
                                  java.lang.String text)
                           throws ExecutionException

assertNotContainsText

Parameters:

element - Element where we need to check if text is present

text - Text to check for. Can also be a regular expression

Throws:

ExecutionException

containsHTML

public java.lang.Boolean containsHTML(ElementStub element,
                                      java.lang.String html)
                               throws ExecutionException

containsHTML

Parameters:

element - Element where we need to check if text is present

html - HTML to check for. Can also be a regular expression

Returns:

Boolean Returns true if element contains the HTML, else false

Throws:

ExecutionException

contains

public java.lang.Boolean contains(ElementStub parent,
                                  ElementStub child)
                           throws ExecutionException

contains

Parameters:

parent - Parent element

child - Child element

Returns:

Boolean Retruns true if the specified child element is a child of the specified parent element, else false

Throws:

ExecutionException

title

public java.lang.String title()
                       throws ExecutionException

title

Returns:

String Title of the top most page (the title visible on the browser)

Throws:

ExecutionException

getTableContents

public java.lang.String[][] getTableContents(ElementStub tableEl,
                                             java.lang.Object[] columns,
                                             java.lang.String rows,
                                             java.lang.Integer count)
                                      throws ExecutionException

getTableContents

Parameters:

tableEl - Table element

columns - Array of column identifiers. The identifiers can be index, text or regular expression of text

rows - Can be a regular expression, an array of indexes or the starting index

count - If rows is the starting index, count is the ending index, If rows is a regular expression, count is the total count. If rows is an array of indexes, count is ignored.

Returns:

String[][] The data from the table

Throws:

ExecutionException

getTableContents

public java.lang.String[][] getTableContents(ElementStub tableEl,
                                             java.lang.Object[] columns,
                                             java.lang.String rows)
                                      throws ExecutionException

getTableContents

Parameters:

tableEl - Table element

columns - Array of column identifiers. The identifiers can be index, text or regular expression of text

rows - Can be a regular expression, an array of indexes or the starting index

Returns:

String[][] The data from the table

Throws:

ExecutionException

getTableContents

public java.lang.String[][] getTableContents(ElementStub tableEl,
                                             java.lang.Object[] columns,
                                             java.lang.Integer rows,
                                             java.lang.Integer count)
                                      throws ExecutionException

getTableContents

Parameters:

tableEl - Table element

columns - Array of column identifiers. The identifiers can be index, text or regular expression of text

rows - Can be a regular expression, an array of indexes or the starting index

count - If rows is the starting index, count is the ending index, If rows is a regular expression, count is the total count. If rows is an array of indexes, count is ignored.

Returns:

String[][] The data from the table

Throws:

ExecutionException

getTableContents

public java.lang.String[][] getTableContents(ElementStub tableEl,
                                             java.lang.Object[] columns,
                                             java.lang.Integer rows)
                                      throws ExecutionException

getTableContents

Parameters:

tableEl - Table element

columns - Array of column identifiers. The identifiers can be index, text or regular expression of text

rows - Can be a regular expression, an array of indexes or the starting index

Returns:

String[][] The data from the table

Throws:

ExecutionException

getTableContents

public java.lang.String[][] getTableContents(ElementStub tableEl,
                                             java.lang.Object[] columns,
                                             java.lang.Integer[] rows,
                                             java.lang.Integer count)
                                      throws ExecutionException

getTableContents

Parameters:

tableEl - Table element

columns - Array of column identifiers. The identifiers can be index, text or regular expression of text

rows - Can be a regular expression, an array of indexes or the starting index

count - If rows is the starting index, count is the ending index, If rows is a regular expression, count is the total count. If rows is an array of indexes, count is ignored.

Returns:

String[][] The data from the table

Throws:

ExecutionException

getTableContents

public java.lang.String[][] getTableContents(ElementStub tableEl,
                                             java.lang.Object[] columns,
                                             java.lang.Integer[] rows)
                                      throws ExecutionException

getTableContents

Parameters:

tableEl - Table element

columns - Array of column identifiers. The identifiers can be index, text or regular expression of text

rows - Can be a regular expression, an array of indexes or the starting index

Returns:

String[][] The data from the table

Throws:

ExecutionException

getTableContents

public java.lang.String[][] getTableContents(ElementStub tableEl,
                                             java.lang.Object[] columns)
                                      throws ExecutionException

getTableContents

Parameters:

tableEl - Table element

columns - Array of column identifiers. The identifiers can be index, text or regular expression of text

Returns:

String[][] The data from the table

Throws:

ExecutionException

getTableContents

public java.lang.String[][] getTableContents(ElementStub tableEl)
                                      throws ExecutionException

getTableContents

Parameters:

tableEl - Table element

Returns:

String[][] The data from the table

Throws:

ExecutionException

style

public java.lang.String style(ElementStub el,
                              java.lang.String styleAttribute)
                       throws ExecutionException

style

Parameters:

el - element whose style attribute we need

styleAttribute - style attribute to be fetched

Returns:

String The style attribute value

Throws:

ExecutionException

position

public java.lang.Integer[] position(ElementStub el,
                                    java.lang.Boolean relative)
                             throws ExecutionException

This may be used to verify layouts by comparing positions of specific elements.

Parameters:

el - element whose position we need

relative - If true, returns position relative to current viewport.

Default is false.

Returns:

Integer[] An array [x,y] of the elements position in pixels relative to its window/frame/iframe

Throws:

ExecutionException

assertPosition

public void assertPosition(ElementStub el,
                           java.lang.Boolean relative,
                           java.lang.Integer[] expected,
                           java.lang.String message)
                    throws ExecutionException

This may be used to verify layouts by comparing positions of specific elements.

Parameters:

el - element whose position we need

relative - If true, returns position relative to current viewport.

Default is false.

expected - expected array of integers

message - message to log if condition fails

Throws:

ExecutionException

assertPosition

public void assertPosition(ElementStub el,
                           java.lang.Boolean relative,
                           java.lang.Integer[] expected)
                    throws ExecutionException

This may be used to verify layouts by comparing positions of specific elements.

Parameters:

el - element whose position we need

relative - If true, returns position relative to current viewport.

Default is false.

expected - expected array of integers

Throws:

ExecutionException

assertNotPosition

public void assertNotPosition(ElementStub el,
                              java.lang.Boolean relative,
                              java.lang.Integer[] expected,
                              java.lang.String message)
                       throws ExecutionException

This may be used to verify layouts by comparing positions of specific elements.

Parameters:

el - element whose position we need

relative - If true, returns position relative to current viewport.

Default is false.

expected - expected array of integers

message - message to log if condition fails

Throws:

ExecutionException

assertNotPosition

public void assertNotPosition(ElementStub el,
                              java.lang.Boolean relative,
                              java.lang.Integer[] expected)
                       throws ExecutionException

This may be used to verify layouts by comparing positions of specific elements.

Parameters:

el - element whose position we need

relative - If true, returns position relative to current viewport.

Default is false.

expected - expected array of integers

Throws:

ExecutionException

position

public java.lang.Integer[] position(ElementStub el)
                             throws ExecutionException

This may be used to verify layouts by comparing positions of specific elements.

Parameters:

el - element whose position we need

Returns:

Integer[] An array [x,y] of the elements position in pixels relative to its window/frame/iframe

Throws:

ExecutionException

positionNative

public java.lang.Integer[] positionNative(ElementStub el)
                                   throws ExecutionException

This may be used inside native events to find the absolute positions of elements.

Parameters:

el - element whose position we need

Returns:

Integer[] An array [x,y] of the elements absolute position in pixels

Throws:

ExecutionException

getSelectionText

public java.lang.String getSelectionText(ElementStub el)
                                  throws ExecutionException

getSelectionText

Parameters:

el - Element in which to look for selection.
This is optional only for Browser Automation, as Sahi will automatically look in all frames and elements.

Returns:

String Text selected by the user (using mouse drag, like we select before copy paste)

Throws:

ExecutionException

assertSelectionText

public void assertSelectionText(ElementStub el,
                                java.lang.String expected,
                                java.lang.String message)
                         throws ExecutionException

assertSelectionText

Parameters:

el - Element in which to look for selection.
This is optional only for Browser Automation, as Sahi will automatically look in all frames and elements.

expected - expected string

message - message to log if condition fails

Throws:

ExecutionException

assertSelectionText

public void assertSelectionText(ElementStub el,
                                java.lang.String expected)
                         throws ExecutionException

assertSelectionText

Parameters:

el - Element in which to look for selection.
This is optional only for Browser Automation, as Sahi will automatically look in all frames and elements.

expected - expected string

Throws:

ExecutionException

assertNotSelectionText

public void assertNotSelectionText(ElementStub el,
                                   java.lang.String expected,
                                   java.lang.String message)
                            throws ExecutionException

assertNotSelectionText

Parameters:

el - Element in which to look for selection.
This is optional only for Browser Automation, as Sahi will automatically look in all frames and elements.

expected - expected string

message - message to log if condition fails

Throws:

ExecutionException

assertNotSelectionText

public void assertNotSelectionText(ElementStub el,
                                   java.lang.String expected)
                            throws ExecutionException

assertNotSelectionText

Parameters:

el - Element in which to look for selection.
This is optional only for Browser Automation, as Sahi will automatically look in all frames and elements.

expected - expected string

Throws:

ExecutionException

getSelectionText

public java.lang.String getSelectionText()
                                  throws ExecutionException

getSelectionText

Returns:

String Text selected by the user (using mouse drag, like we select before copy paste)

Throws:

ExecutionException

userAgent

public java.lang.String userAgent()
                           throws ExecutionException

userAgent

Returns:

String The userAgent string of the current browser

Throws:

ExecutionException

getScreenSize

public java.lang.Integer[] getScreenSize()
                                  throws ExecutionException

getScreenSize

Returns:

Integer[] Screen size as an array [x,y]. The first value is the inner width of the browser window and the second value is the inner height

Throws:

ExecutionException

isIE

public java.lang.Boolean isIE()
                       throws ExecutionException

isIE

Returns:

Boolean Returns true if the current browser is Internet Explorer, else false

Throws:

ExecutionException

isIE9

public java.lang.Boolean isIE9()
                        throws ExecutionException

isIE9

Returns:

Boolean Returns true if the current browser is Internet Explorer 9, else false

Throws:

ExecutionException

isIE10

public java.lang.Boolean isIE10()
                         throws ExecutionException

isIE10

Returns:

Boolean Returns true if the current browser is Internet Explorer 10, else false

Throws:

ExecutionException

isEdge

public java.lang.Boolean isEdge()
                         throws ExecutionException

isEdge

Returns:

Boolean Returns true if the current browser is Edge, else false

Throws:

ExecutionException

isEdgeNew

public java.lang.Boolean isEdgeNew()
                            throws ExecutionException

isEdgeNew

Returns:

Boolean Returns true if the current browser is new Microsoft Edge, else false

Throws:

ExecutionException

isFF

public java.lang.Boolean isFF()
                       throws ExecutionException

isFF

Returns:

Boolean Returns true if the current browser is Firefox, else false

Throws:

ExecutionException

isFF3

public java.lang.Boolean isFF3()
                        throws ExecutionException

isFF3

Returns:

Boolean Returns true if the current browser is Firefox 3, else false

Throws:

ExecutionException

isFF4

public java.lang.Boolean isFF4()
                        throws ExecutionException

isFF4

Returns:

Boolean Returns true if the current browser is Firefox 4, else false

Throws:

ExecutionException

isChrome

public java.lang.Boolean isChrome()
                           throws ExecutionException

isChrome

Returns:

Boolean Returns true if the current browser is Chrome, else false

Throws:

ExecutionException

isSafari

public java.lang.Boolean isSafari()
                           throws ExecutionException

isSafari

Returns:

Boolean Returns true if the current browser is Safari, else false

Throws:

ExecutionException

isOpera

public java.lang.Boolean isOpera()
                          throws ExecutionException

isOpera

Returns:

Boolean Returns true if the current browser is Opera, else false

Throws:

ExecutionException

isPhantomJS

public java.lang.Boolean isPhantomJS()
                              throws ExecutionException

isPhantomJS

Returns:

Boolean Returns true if the current browser is PhantomJS, else false

Throws:

ExecutionException

isHTMLUnit

public java.lang.Boolean isHTMLUnit()
                             throws ExecutionException

isHTMLUnit

Returns:

Boolean Returns true if the current browser is HTMLUnit, else false

Throws:

ExecutionException

count

public java.lang.Integer count(java.lang.String elementType,
                               java.lang.String identifier,
                               java.lang.Object... relations)
                        throws ExecutionException

count

Parameters:

elementType - type of elements to collect. Eg. "_link", "_button", "/text/" etc.

identifier - Sahi Identifier/Attributes JSON. Can also be just an index.

relations - Relations like _in, _near etc.

Returns:

Integer Count of all elements of the specified type matching the identifier within relations

Throws:

ExecutionException

count

public java.lang.Integer count(java.lang.String elementType,
                               java.lang.Object identifier,
                               java.lang.Object... relations)
                        throws ExecutionException

count

Parameters:

elementType - type of elements to collect. Eg. "_link", "_button", "/text/" etc.

identifier - Sahi Identifier/Attributes JSON. Can also be just an index.

relations - Relations like _in, _near etc.

Returns:

Integer Count of all elements of the specified type matching the identifier within relations

Throws:

ExecutionException

collectAttributes

public java.util.List<java.lang.String> collectAttributes(java.lang.String elementType,
                                                          java.lang.String identifier,
                                                          java.lang.String attribute,
                                                          java.lang.Object... relations)
                                                   throws ExecutionException

collectAttributes

Parameters:

elementType - type of elements to collect.

Eg. "_link", "_button", "/text/" etc.

identifier - Sahi Identifier. Can also be just an index.

attribute - attribute or function.

relations - Relations like _in, _near etc.

Returns:

List Array of element attributes of all elements of the specified type matching the identifier within relations

Throws:

ExecutionException

collectAttributes

public java.util.List<java.lang.String> collectAttributes(java.lang.String elementType,
                                                          java.lang.String identifier,
                                                          java.lang.Object attribute,
                                                          java.lang.Object... relations)
                                                   throws ExecutionException

collectAttributes

Parameters:

elementType - type of elements to collect.

Eg. "_link", "_button", "/text/" etc.

identifier - Sahi Identifier. Can also be just an index.

attribute - attribute or function.

relations - Relations like _in, _near etc.

Returns:

List Array of element attributes of all elements of the specified type matching the identifier within relations

Throws:

ExecutionException

setFlexReadyCondition

public void setFlexReadyCondition(java.lang.Object fn)
                           throws ExecutionException

This function should be used inside a browser tag. The $fn is called for each flex app on the browser, and the current flex app is passed as an argument to fn.

Parameters:

fn - Function which evaluates to true/false. Function denotes when the flex app is considered to be ready for Sahi.

Throws:

ExecutionException

setHttpHeader

public void setHttpHeader(java.lang.String key,
                          java.lang.String value)
                   throws ExecutionException

Sets the HTTP header for all further requests made in this browser session.

Parameters:

key - HTTP header name

value - HTTP header value

Throws:

ExecutionException

addHttpHeader

public void addHttpHeader(java.lang.String key,
                          java.lang.String value)
                   throws ExecutionException

Adds the HTTP header for all further requests made in this browser session.

Parameters:

key - HTTP header name

value - HTTP header value

Throws:

ExecutionException

removeHttpHeader

public void removeHttpHeader(java.lang.String key)
                      throws ExecutionException

Removes a particular HTTP header.

Parameters:

key - HTTP header name

Throws:

ExecutionException

resetHttpHeader

public void resetHttpHeader(java.lang.String key)
                     throws ExecutionException

If _addHttpHeader or _setHttpHeader or _removeHttpHeader had been called in this session before,

Parameters:

key - HTTP header name

Throws:

ExecutionException

mapDomainToIP

public void mapDomainToIP(java.lang.String urlBase,
                          java.lang.String ip)
                   throws ExecutionException

Used to map a domain to a specific IP. For example while testing, a thirdparty service may be mocked out with a server on a local IP.

Parameters:

urlBase - url with protocol, domain and port (if present). Ex. http://dummy.domain.com/ or https://dummy.domain.com:8080/

ip - IP to map url's domain to. If $ip is not specified or is null, any existing mapping for that domain will be removed.

Throws:

ExecutionException

mapDomainToIP

public void mapDomainToIP(java.lang.String urlBase,
                          java.lang.Object ip)
                   throws ExecutionException

Used to map a domain to a specific IP. For example while testing, a thirdparty service may be mocked out with a server on a local IP.

Parameters:

urlBase - url with protocol, domain and port (if present). Ex. http://dummy.domain.com/ or https://dummy.domain.com:8080/

ip - IP to map url's domain to. If $ip is not specified or is null, any existing mapping for that domain will be removed.

Throws:

ExecutionException

disableKeepAlive

public void disableKeepAlive()
                      throws ExecutionException

disableKeepAlive() turns off Keep-Alive between browser and proxy.

Throws:

ExecutionException

enableKeepAlive

public void enableKeepAlive()
                     throws ExecutionException

enableKeepAlive() turns on Keep-Alive between browser and proxy.

Throws:

ExecutionException

cookie

public java.lang.String cookie(java.lang.String name,
                               java.lang.String path)
                        throws ExecutionException

cookie

Parameters:

name - Cookie name

path - Location for which the cookie is assigned

Returns:

String Value of cookie with given name

Throws:

ExecutionException

cookie

public java.lang.String cookie(java.lang.String name)
                        throws ExecutionException

cookie

Parameters:

name - Cookie name

Returns:

String Value of cookie with given name

Throws:

ExecutionException

createCookie

public void createCookie(java.lang.String name,
                         java.lang.String value,
                         java.lang.Integer days)
                  throws ExecutionException

createCookie

Parameters:

name - Cookie name

value - Cookie value

days - Days to expiry

Throws:

ExecutionException

deleteCookie

public void deleteCookie(java.lang.String name)
                  throws ExecutionException

Deletes the cookie with given name for the current page. This may or may not work. A better way may be to use the Cookie Manager

Parameters:

name - Cookie name

Throws:

ExecutionException

addResponseSubstitutionRule

public void addResponseSubstitutionRule(java.lang.String name,
                                        java.lang.String urlPattern,
                                        java.lang.Boolean isRegExp,
                                        java.lang.String find,
                                        java.lang.String replace)
                                 throws ExecutionException

Substitutes the HTTP response for all further responces coming in this browser session.

Parameters:

name - Response substitution rule name

urlPattern - Substitution url pattern

isRegExp - Boolean parameter to find the string as regular expressions if true.

find - Find the value to replace.

replace - Replacing all occurrences of old value in this string.

Throws:

ExecutionException

removeResponseSubstitutionRule

public void removeResponseSubstitutionRule(java.lang.String name)
                                    throws ExecutionException

Removes the response substitution rule for all further responces coming in this browser session.

Parameters:

name - Response substitution rule name

Throws:

ExecutionException

twoFingerTap

public void twoFingerTap(java.lang.Object element)
                  throws ExecutionException

Simulates two finger touches on an element, each with a single tap.

Parameters:

element - Element to be tapped.

Throws:

ExecutionException

tapWithNumberOfTapsNumberOfTouches

public void tapWithNumberOfTapsNumberOfTouches(java.lang.Object element,
                                               java.lang.Integer taps,
                                               java.lang.Integer touches)
                                        throws ExecutionException

Simulates number of finger touches on an element, each with a number of taps.

Parameters:

element - element to be tapped

taps - Number of taps

touches - Number of touches.

Throws:

ExecutionException

rotate

public void rotate(java.lang.Object element,
                   java.lang.Object rotationAngle,
                   java.lang.Object velocity)
            throws ExecutionException

Simulates a rotation gesture on an element.

Parameters:

element - Element to be rotated

rotationAngle - Rotation of the gesture in radians. A positive value indicates a clockwise rotation. A negative value indicates counter clockwise rotation.

velocity - Velocity of the rotation gesture in radians per second. If rotationAngle is negative, then velocity must be negative.

Throws:

ExecutionException

activateSiriWithVoiceRecognitionText

public void activateSiriWithVoiceRecognitionText(java.lang.String text)
                                          throws ExecutionException

Activates Siri with voice recognition text. Works only on iOS devices/simulators with iOS version greater than iOS 10.3.

Parameters:

text - Text to be recognized.

Throws:

ExecutionException

pressVolumeUp

public void pressVolumeUp()
                   throws ExecutionException

Simulates volume up action on an iOS Device.

Throws:

ExecutionException

pressVolumeDown

public void pressVolumeDown()
                     throws ExecutionException

Simulates volume down action on an iOS Device.

Throws:

ExecutionException

isSelected

public java.lang.Boolean isSelected(java.lang.Object element)
                             throws ExecutionException

Returns true if the element is selected. Otherwise, returns false.

Parameters:

element - Element whose isSelected attribute is to be checked.

Returns:

Boolean true or false based on whether the element is selected or not.

Throws:

ExecutionException

isDevice

public java.lang.Boolean isDevice()
                           throws ExecutionException

Returns true if the running platform is an iOS device. Returns false for an iOS simulator.

Returns:

Boolean true or false based on whether the running platform is an iOS device.

Throws:

ExecutionException

getApplicationState

public java.lang.Boolean getApplicationState(java.lang.Object bundleId)
                                      throws ExecutionException

Returns state of application.

Parameters:

bundleId - Bundle id of application whose state is required.Element whose isSelected attribute is to be checked.

Returns:

Boolean State of application as number.

Throws:

ExecutionException

expectSystemDialog

public void expectSystemDialog(java.lang.String message,
                               java.lang.String buttonIdentifier,
                               java.lang.Boolean persist)
                        throws ExecutionException

iExpectSystemDialog tells Sahi to click the button with the given buttonIdentifier, for a dialog with given message.

Parameters:

message - Message to expect in dialog. This can also be a regular expression

buttonIdentifier - Sahi Identifier for the button. Can also be just an index.

persist - If true, will accept a single _iExpectSystemDialog statement for all system dialogs coming after the statement.
If false, will accept only the next system dialog to work with the _iExpectSystemDialog statement. Default is false.

Throws:

ExecutionException

expectSystemDialog

public void expectSystemDialog(java.lang.String message,
                               java.lang.String buttonIdentifier)
                        throws ExecutionException

iExpectSystemDialog tells Sahi to click the button with the given buttonIdentifier, for a dialog with given message.

Parameters:

message - Message to expect in dialog. This can also be a regular expression

buttonIdentifier - Sahi Identifier for the button. Can also be just an index.

Throws:

ExecutionException

expectSystemDialog

public void expectSystemDialog(java.lang.String message,
                               java.lang.Integer buttonIdentifier,
                               java.lang.Boolean persist)
                        throws ExecutionException

iExpectSystemDialog tells Sahi to click the button with the given buttonIdentifier, for a dialog with given message.

Parameters:

message - Message to expect in dialog. This can also be a regular expression

buttonIdentifier - Sahi Identifier for the button. Can also be just an index.

persist - If true, will accept a single _iExpectSystemDialog statement for all system dialogs coming after the statement.
If false, will accept only the next system dialog to work with the _iExpectSystemDialog statement. Default is false.

Throws:

ExecutionException

expectSystemDialog

public void expectSystemDialog(java.lang.String message,
                               java.lang.Integer buttonIdentifier)
                        throws ExecutionException

iExpectSystemDialog tells Sahi to click the button with the given buttonIdentifier, for a dialog with given message.

Parameters:

message - Message to expect in dialog. This can also be a regular expression

buttonIdentifier - Sahi Identifier for the button. Can also be just an index.

Throws:

ExecutionException

interactWithApp

public void interactWithApp()
                     throws ExecutionException

For iOS to invoke the system dialog handler, the app has to be interacted with. iInteractWithApp() does just that.

Throws:

ExecutionException

lastSystemDialog

public java.lang.String lastSystemDialog()
                                  throws ExecutionException

iLastSystemDialog

Parameters:

alldialogs - If true, returns array of all system dialog messages.

Returns:

String Returns last system dialog message if $alldialogs is false

Throws:

ExecutionException

lastSystemDialogs

public java.lang.String[] lastSystemDialogs()
                                     throws ExecutionException

iLastSystemDialog

Parameters:

alldialogs - If true, returns array of all system dialog messages.

Returns:

String[] Returns an array of all dialog messages in the browser if $alldialogs is true

Throws:

ExecutionException

clearLastSystemDialog

public void clearLastSystemDialog()
                           throws ExecutionException

Removes the last system dialog message from session so that further occurrence of system dialogs can be checked

Throws:

ExecutionException

setAutoDismissKeyboard

public void setAutoDismissKeyboard(java.lang.Boolean autoDismiss)
                            throws ExecutionException

By default, Sahi will try to dismiss keyboard automatically after setting value in the textfield. To disable this functionaity set it to false.

Parameters:

autoDismiss - true or false

Throws:

ExecutionException

launchJavaWSApplication

public void launchJavaWSApplication(java.lang.String applicationPath)
                             throws ExecutionException

Launch Java Web Start Application.

Parameters:

applicationPath - absolute path of JNLP specific application

Throws:

ExecutionException

launchJavaApplication

public void launchJavaApplication(java.lang.String applicationPath,
                                  java.lang.String applicationLaunchCommand)
                           throws ExecutionException

Launch Java Application.

Parameters:

applicationPath - absolute path of the Java application

applicationLaunchCommand - command to launch the Java application.

Throws:

ExecutionException

dragNative

public void dragNative(java.lang.Object element)
                throws ExecutionException

Simulates a drag action

Parameters:

element - element to be dragged

Throws:

ExecutionException

dropNative

public void dropNative(java.lang.Object element)
                throws ExecutionException

Simulates a drop action

Parameters:

element - element where the dragged element will be dropped

Throws:

ExecutionException

getCellIndex

public java.lang.Integer[] getCellIndex(java.lang.Object tableEl)
                                 throws ExecutionException

getCellIndex

Parameters:

tableEl - Table element

Returns:

Integer[] array with first value as row index and second value as column index of the table.

Throws:

ExecutionException

getIconPath

public java.lang.String getIconPath(java.lang.Object element)
                             throws ExecutionException

getIconPath

Parameters:

element - Element whose icon's path we need

Returns:

String Path of the graphic image that the element displays.

Throws:

ExecutionException

lastAlert

public java.lang.String lastAlert()
                           throws ExecutionException

lastAlert

Parameters:

allalerts - If true, returns array of all alert messages.

Returns:

String Returns last alert message if $allalerts is false

Throws:

ExecutionException

lastAlerts

public java.lang.String[] lastAlerts()
                              throws ExecutionException

lastAlert

Parameters:

allalerts - If true, returns array of all alert messages.

Returns:

String[] Returns an array of all alert messages in the browser if $allalerts is true

Throws:

ExecutionException

expectAlert

public void expectAlert(java.lang.String message,
                        java.lang.Boolean persist)
                 throws ExecutionException

expectAlert tells Sahi to react with OK for a dialog with given message.

Parameters:

message - message to expect in dialog. This can also be a regular expression

persist - if true, will accept a single _expectAlert statement for all alerts coming after the statement. If false, will accept only the next alert box to work with the _expectAlert statement. Default is false.

Throws:

ExecutionException

expectAlert

public void expectAlert(java.lang.String message)
                 throws ExecutionException

expectAlert tells Sahi to react with OK for a dialog with given message.

Parameters:

message - message to expect in dialog. This can also be a regular expression

Throws:

ExecutionException

clearLastAlert

public void clearLastAlert()
                    throws ExecutionException

Removes the last alert from session so that further occurrence of alerts can be checked

Throws:

ExecutionException

lastConfirm

public java.lang.String lastConfirm()
                             throws ExecutionException

lastConfirm

Parameters:

allconfirms - If true, returns array of all confirm dialog messages.

Returns:

String Returns last confirm message if $allconfirms is false

Throws:

ExecutionException

lastConfirms

public java.lang.String[] lastConfirms()
                                throws ExecutionException

lastConfirm

Parameters:

allconfirms - If true, returns array of all confirm dialog messages.

Returns:

String[] Returns an array of all confirm messages in the browser if $allconfirms is true

Throws:

ExecutionException

expectConfirm

public void expectConfirm(java.lang.String message,
                          java.lang.Boolean value,
                          java.lang.Boolean persist)
                   throws ExecutionException

expectConfirm tells Sahi to react with OK or Cancel for a dialog with given message.

Parameters:

message - message to expect in dialog. This can also be a regular expression

value - if true will press OK when a confirm dialog with given message appears. If false, will click on Cancel.

persist - if true, will accept a single _expectConfirm statement for all confirms coming after the statement. If false, will accept only the next confirm box to work with the _expectConfirm statement. Default is false.

Throws:

ExecutionException

expectConfirm

public void expectConfirm(java.lang.String message,
                          java.lang.Boolean value)
                   throws ExecutionException

expectConfirm tells Sahi to react with OK or Cancel for a dialog with given message.

Parameters:

message - message to expect in dialog. This can also be a regular expression

value - if true will press OK when a confirm dialog with given message appears. If false, will click on Cancel.

Throws:

ExecutionException

clearLastConfirm

public void clearLastConfirm()
                      throws ExecutionException

Removes the last confirm from session so that further occurrence of confirms can be checked

Throws:

ExecutionException

lastPrompt

public java.lang.String lastPrompt()
                            throws ExecutionException

lastPrompt

Parameters:

allprompts - If true, returns array of all prompt messages.

Returns:

String Returns last prompt message if $allprompts is false

Throws:

ExecutionException

lastPrompts

public java.lang.String[] lastPrompts()
                               throws ExecutionException

lastPrompt

Parameters:

allprompts - If true, returns array of all prompt messages.

Returns:

String[] Returns an array of all prompt messages in the browser if $allprompts is true

Throws:

ExecutionException

expectPrompt

public void expectPrompt(java.lang.String promptMessage,
                         java.lang.String response,
                         java.lang.Boolean persist)
                  throws ExecutionException

expectPrompt tells Sahi to respond with given response for a prompt dialog with given promptMessage.

Parameters:

promptMessage - message to expect in dialog. This can also be a regular expression

response - Response to enter into the prompt. null to behave as if Cancel was pressed.

persist - if true, will accept a single _expectPrompt statement for all prompts coming after the statement. If false, will accept only the next prompt box to work with the _expectPrompt statement. Default is false. Added in 7.5.0

Throws:

ExecutionException

expectPrompt

public void expectPrompt(java.lang.String promptMessage,
                         java.lang.String response)
                  throws ExecutionException

expectPrompt tells Sahi to respond with given response for a prompt dialog with given promptMessage.

Parameters:

promptMessage - message to expect in dialog. This can also be a regular expression

response - Response to enter into the prompt. null to behave as if Cancel was pressed.

Throws:

ExecutionException

clearLastPrompt

public void clearLastPrompt()
                     throws ExecutionException

Removes the last prompt from session so that further occurrence of prompts can be checked

Throws:

ExecutionException

printCalled

public java.lang.Boolean printCalled()
                              throws ExecutionException

printCalled

Returns:

Boolean Returns true if window.print() was called, else false

Throws:

ExecutionException

expectPrint

public void expectPrint(java.lang.Boolean persist)
                 throws ExecutionException

expectPrint tells Sahi to react with CANCEL for a print dialog.

Parameters:

persist - if true, will accept a single _expectPrint statement for all prints coming after the statement. If false, will accept only the next print box to work with the _expectPrint statement. Default is false.

Throws:

ExecutionException

expectPrint

public void expectPrint()
                 throws ExecutionException

expectPrint tells Sahi to react with CANCEL for a print dialog.

Throws:

ExecutionException

clearPrintCalled

public void clearPrintCalled()
                      throws ExecutionException

Resets _printCalled to false, so that _printCalled can be checked once more in the script.

Throws:

ExecutionException

getLayout

public java.lang.String getLayout(java.lang.Object elementAPIs,
                                  java.lang.Object elements)
                           throws ExecutionException

Returns string representing page layout. User can provide the element apis as a first argument which he wants to ignore in layout. It needs to be used with followed by and .

Parameters:

elementAPIs - element apis which user wants to ignore in layout.

elements - provide elements to take page layout of sections covered by these elements.

Returns:

String Represents page layout.

Throws:

ExecutionException

getLayout

public java.lang.String getLayout(java.lang.Object elementAPIs)
                           throws ExecutionException

Returns string representing page layout. User can provide the element apis as a first argument which he wants to ignore in layout. It needs to be used with followed by and .

Parameters:

elementAPIs - element apis which user wants to ignore in layout.

Returns:

String Represents page layout.

Throws:

ExecutionException

getLayout

public java.lang.String getLayout()
                           throws ExecutionException

Returns string representing page layout. User can provide the element apis as a first argument which he wants to ignore in layout. It needs to be used with followed by and .

Returns:

String Represents page layout.

Throws:

ExecutionException

verifyLayout

public java.lang.Boolean verifyLayout(java.util.List<java.util.List<ElementStub>> data,
                                      java.lang.Integer threshold)
                               throws ExecutionException

Validates the page layout based on $data.

Parameters:

data - Elements in same row are considered horizontal. Elements in subsequent rows are vertically below elements in previous row.

threshold - If the vertical distance between the top left of 2 elements is within threshold number of pixels, they are considered to be horizontally aligned.

Returns:

Boolean Returns true if the page layout is valid, else throws error

Throws:

ExecutionException

activateApplication

public void activateApplication(java.lang.String bundleId,
                                java.lang.Boolean force)
                         throws ExecutionException

Activates an application.

Parameters:

bundleId - Android: Package name of the application
iOS: Bundle ID of the application

force - Flag to specify whether to start an application with clean state. If not specified, default false will be used.

Throws:

ExecutionException

activateApplication

public void activateApplication(java.lang.String bundleId)
                         throws ExecutionException

Activates an application.

Parameters:

bundleId - Android: Package name of the application
iOS: Bundle ID of the application

Throws:

ExecutionException

longClick

public void longClick(java.lang.Object element,
                      java.lang.Integer duration)
               throws ExecutionException

mLongClick simulates a user's long click on the given element.

Parameters:

element - Mobile element to long click on

duration - Duration for the long click.

Throws:

ExecutionException

longClick

public void longClick(java.lang.Object element)
               throws ExecutionException

mLongClick simulates a user's long click on the given element.

Parameters:

element - Mobile element to long click on

Throws:

ExecutionException

pinchOpen

public void pinchOpen(java.lang.Object element,
                      java.lang.Object percent,
                      java.lang.Integer speed)
               throws ExecutionException

Performs a pinch open gesture on the given element.

Parameters:

element - Mobile element to perform pinch open action on.

percent - Android: Optional. The size of the pinch as a percentage of this element's size. If not specified, a value of 1.0 will be used.
iOS: Needs to be specified. Scale of the pinch gesture. Has to be greater than 1

speed - Android: Optional. Speed to perform the pinch gesture, to be specified as an integer . If not specified, default value will be used specific to device.
iOS: Needs to be specified. Velocity of the pinch in scale factor per second, to be specified as a float. Has to be greater than or equal to 0.

Throws:

ExecutionException

pinchOpen

public void pinchOpen(java.lang.Object element,
                      java.lang.Object percent,
                      java.lang.Object speed)
               throws ExecutionException

Performs a pinch open gesture on the given element.

Parameters:

element - Mobile element to perform pinch open action on.

percent - Android: Optional. The size of the pinch as a percentage of this element's size. If not specified, a value of 1.0 will be used.
iOS: Needs to be specified. Scale of the pinch gesture. Has to be greater than 1

speed - Android: Optional. Speed to perform the pinch gesture, to be specified as an integer . If not specified, default value will be used specific to device.
iOS: Needs to be specified. Velocity of the pinch in scale factor per second, to be specified as a float. Has to be greater than or equal to 0.

Throws:

ExecutionException

pinchClose

public void pinchClose(java.lang.Object element,
                       java.lang.Object percent,
                       java.lang.Integer speed)
                throws ExecutionException

Performs a pinch close gesture on the given element.

Parameters:

element - Mobile element to perform pinch close action on.

percent - Android: Optional. The size of the pinch as a percentage of this element's size. If not specified, a value of 1.0 will be used.
iOS: Needs to be specified. Scale of the pinch gesture. Should be between 0 and 1

speed - Android: Optional. Speed to perform the pinch gesture, to be specified as an integer. If not specified, default value will be used specific to device.
iOS: Needs to be specified. Velocity of the pinch in scale factor per second, to be specified as a float. Has to be lesser than 0. If a positive value is given, it will be converted to a negative value.

Throws:

ExecutionException

pinchClose

public void pinchClose(java.lang.Object element,
                       java.lang.Object percent,
                       java.lang.Object speed)
                throws ExecutionException

Performs a pinch close gesture on the given element.

Parameters:

element - Mobile element to perform pinch close action on.

percent - Android: Optional. The size of the pinch as a percentage of this element's size. If not specified, a value of 1.0 will be used.
iOS: Needs to be specified. Scale of the pinch gesture. Should be between 0 and 1

speed - Android: Optional. Speed to perform the pinch gesture, to be specified as an integer. If not specified, default value will be used specific to device.
iOS: Needs to be specified. Velocity of the pinch in scale factor per second, to be specified as a float. Has to be lesser than 0. If a positive value is given, it will be converted to a negative value.

Throws:

ExecutionException

pressHome

public void pressHome()
               throws ExecutionException

Brings up the Home screen.

Throws:

ExecutionException

setOrientation

public void setOrientation(java.lang.Object orientationType)
                    throws ExecutionException

Rotate the device screen based on the orientation type.

Parameters:

orientationType - Orientation type: can be PORTRAIT, PORTRAIT_UPSIDE_DOWN, LANDSCAPE_LEFT, LANDSCAPE_RIGHT

Throws:

ExecutionException

oSVersion

public java.lang.String oSVersion()
                           throws ExecutionException

Android: Returns the SDK Level of the Android device, for example: 21 for Lollypop, 20 for Kitkat etc. iOS: Returns the iOS version of the iOS device, for example: 11.2.6

Returns:

String Android: SDK version of device/emulator.
iOS: iOS version of device/simulator.

Throws:

ExecutionException

getOrientation

public java.lang.String getOrientation()
                                throws ExecutionException

Returns device orientation, for example: , , ,

Returns:

String Device orientation.

Throws:

ExecutionException

swipeUp

public void swipeUp(java.lang.Object element,
                    java.lang.Object percent,
                    java.lang.Integer speed)
             throws ExecutionException

Swipes up on the element.

Parameters:

element - Element to be swiped. If not specified, then it will consider the top most element to perform swipe gesture.

percent - Android: The length of the swipe as a percentage of the element's size. If not specified, a value of 1.0 will be used.
iOS: It is not used.

speed - Android: Speed to perform swipe. If not specified, default value will be used specific to device.
iOS: It is not used.

Throws:

ExecutionException

swipeUp

public void swipeUp(java.lang.Object element,
                    java.lang.Object percent)
             throws ExecutionException

Swipes up on the element.

Parameters:

element - Element to be swiped. If not specified, then it will consider the top most element to perform swipe gesture.

percent - Android: The length of the swipe as a percentage of the element's size. If not specified, a value of 1.0 will be used.
iOS: It is not used.

Throws:

ExecutionException

swipeUp

public void swipeUp(java.lang.Object element)
             throws ExecutionException

Swipes up on the element.

Parameters:

element - Element to be swiped. If not specified, then it will consider the top most element to perform swipe gesture.

Throws:

ExecutionException

swipeUp

public void swipeUp()
             throws ExecutionException

Swipes up on the element.

Throws:

ExecutionException

swipeDown

public void swipeDown(java.lang.Object element,
                      java.lang.Object percent,
                      java.lang.Integer speed)
               throws ExecutionException

Swipes down on the element.

Parameters:

element - Element to be swiped. If not specified, then it will consider the top most element to perform swipe gesture.

percent - Android: The length of the swipe as a percentage of the element's size. If not specified, a value of 1.0 will be used.
iOS: It is not used.

speed - Android: Speed to perform swipe. If not specified, default value will be used specific to device.
iOS: It is not used.

Throws:

ExecutionException

swipeDown

public void swipeDown(java.lang.Object element,
                      java.lang.Object percent)
               throws ExecutionException

Swipes down on the element.

Parameters:

element - Element to be swiped. If not specified, then it will consider the top most element to perform swipe gesture.

percent - Android: The length of the swipe as a percentage of the element's size. If not specified, a value of 1.0 will be used.
iOS: It is not used.

Throws:

ExecutionException

swipeDown

public void swipeDown(java.lang.Object element)
               throws ExecutionException

Swipes down on the element.

Parameters:

element - Element to be swiped. If not specified, then it will consider the top most element to perform swipe gesture.

Throws:

ExecutionException

swipeDown

public void swipeDown()
               throws ExecutionException

Swipes down on the element.

Throws:

ExecutionException

swipeLeft

public void swipeLeft(java.lang.Object element,
                      java.lang.Object percent,
                      java.lang.Integer speed)
               throws ExecutionException

Swipes left on the element.

Parameters:

element - Element to be swiped. If not specified, then it will consider the top most element to perform swipe gesture.

percent - Android: The length of the swipe as a percentage of the element's size. If not specified, a value of 1.0 will be used.
iOS: It is not used.

speed - Android: Speed to perform swipe. If not specified, default value will be used specific to device.
iOS: It is not used.

Throws:

ExecutionException

swipeLeft

public void swipeLeft(java.lang.Object element,
                      java.lang.Object percent)
               throws ExecutionException

Swipes left on the element.

Parameters:

element - Element to be swiped. If not specified, then it will consider the top most element to perform swipe gesture.

percent - Android: The length of the swipe as a percentage of the element's size. If not specified, a value of 1.0 will be used.
iOS: It is not used.

Throws:

ExecutionException

swipeLeft

public void swipeLeft(java.lang.Object element)
               throws ExecutionException

Swipes left on the element.

Parameters:

element - Element to be swiped. If not specified, then it will consider the top most element to perform swipe gesture.

Throws:

ExecutionException

swipeLeft

public void swipeLeft()
               throws ExecutionException

Swipes left on the element.

Throws:

ExecutionException

swipeRight

public void swipeRight(java.lang.Object element,
                       java.lang.Object percent,
                       java.lang.Integer speed)
                throws ExecutionException

Swipes right on the element.

Parameters:

element - Element to be swiped. If not specified, then it will consider the top most element to perform swipe gesture.

percent - Android: The length of the swipe as a percentage of the element's size. If not specified, a value of 1.0 will be used.
iOS: It is not used.

speed - Android: Speed to perform swipe. If not specified, default value will be used specific to device.
iOS: It is not used.

Throws:

ExecutionException

swipeRight

public void swipeRight(java.lang.Object element,
                       java.lang.Object percent)
                throws ExecutionException

Swipes right on the element.

Parameters:

element - Element to be swiped. If not specified, then it will consider the top most element to perform swipe gesture.

percent - Android: The length of the swipe as a percentage of the element's size. If not specified, a value of 1.0 will be used.
iOS: It is not used.

Throws:

ExecutionException

swipeRight

public void swipeRight(java.lang.Object element)
                throws ExecutionException

Swipes right on the element.

Parameters:

element - Element to be swiped. If not specified, then it will consider the top most element to perform swipe gesture.

Throws:

ExecutionException

swipeRight

public void swipeRight()
                throws ExecutionException

Swipes right on the element.

Throws:

ExecutionException

launchNewMobileBrowser

public java.lang.String launchNewMobileBrowser(java.lang.String deviceId,
                                               java.lang.String url)
                                        throws ExecutionException

Returns the browserInstanceId

Parameters:

deviceId - deviceId of the device on which the browser will be launched.

url - URL to load on opening new browser instance. If URL is null, the Start URL of the script is launched.

Returns:

String Browser instanceId. This can be passed to _selectBrowser

Throws:

ExecutionException

launchNewMobileBrowser

public java.lang.String launchNewMobileBrowser(java.lang.String deviceId)
                                        throws ExecutionException

Returns the browserInstanceId

Parameters:

deviceId - deviceId of the device on which the browser will be launched.

Returns:

String Browser instanceId. This can be passed to _selectBrowser

Throws:

ExecutionException

launchNewMobileBrowser2

public java.lang.String launchNewMobileBrowser2(java.lang.String deviceId,
                                                java.lang.String url)
                                         throws ExecutionException

Returns the browserInstanceId.

Parameters:

deviceId - deviceId of the device on which the browser will be launched, If deviceId is null, the Start DeviceId of the script is used.

url - URL to load on opening new browser instance. If URL is null, the Start URL of the script is launched.

Returns:

String Browser instanceId. This can be passed to _selectBrowser

Throws:

ExecutionException

launchNewMobileBrowser2

public java.lang.String launchNewMobileBrowser2(java.lang.String deviceId)
                                         throws ExecutionException

Returns the browserInstanceId.

Parameters:

deviceId - deviceId of the device on which the browser will be launched, If deviceId is null, the Start DeviceId of the script is used.

Returns:

String Browser instanceId. This can be passed to _selectBrowser

Throws:

ExecutionException

launchNewMobileBrowser2

public java.lang.String launchNewMobileBrowser2()
                                         throws ExecutionException

Returns the browserInstanceId.

Returns:

String Browser instanceId. This can be passed to _selectBrowser

Throws:

ExecutionException

setLanguage

public void setLanguage(java.lang.String translateTo,
                        java.lang.String translateFrom,
                        java.lang.Boolean append)
                 throws ExecutionException

setLanguage

Parameters:

translateTo - Path to properties file for language to translate to (eg. for English to German, this may be de.properties). Paths are relative to script.

translateFrom - Path to properties file for language to translate from (eg. for English to German, this may be en.properties). Paths are relative to script.

append - If true, appends the properties. Default is false.
Sometimes translations may be split across multiple files. In such cases, multiple calls to _setLanguage may be needed.

Throws:

ExecutionException

setLanguage

public void setLanguage(java.lang.String translateTo,
                        java.lang.String translateFrom)
                 throws ExecutionException

setLanguage

Parameters:

translateTo - Path to properties file for language to translate to (eg. for English to German, this may be de.properties). Paths are relative to script.

translateFrom - Path to properties file for language to translate from (eg. for English to German, this may be en.properties). Paths are relative to script.

Throws:

ExecutionException

launchNewBrowser

public java.lang.String launchNewBrowser(java.lang.String url,
                                         java.lang.String browserType)
                                  throws ExecutionException

launchNewBrowser

Parameters:

url - URL to load on opening new browser instance. If URL is null, the Start URL of the script is launched.

browserType - Browser type to launch. If null, a browser instance of the Default browser type is launched.

Returns:

String Browser instanceId. This can be passed to _selectBrowser

Throws:

ExecutionException

launchNewBrowser

public java.lang.String launchNewBrowser(java.lang.String url)
                                  throws ExecutionException

launchNewBrowser

Parameters:

url - URL to load on opening new browser instance. If URL is null, the Start URL of the script is launched.

Returns:

String Browser instanceId. This can be passed to _selectBrowser

Throws:

ExecutionException

launchNewBrowser

public java.lang.String launchNewBrowser()
                                  throws ExecutionException

launchNewBrowser

Returns:

String Browser instanceId. This can be passed to _selectBrowser

Throws:

ExecutionException

selectBrowser

public void selectBrowser(java.lang.String browserInstanceId)
                   throws ExecutionException

Selects the particular browser instance. Further steps in the script will be directed to the selected instance.

Parameters:

browserInstanceId - browserInstanceId to forward further steps to. If not specified, steps are forwarded to the default browser that the script was started with.

Throws:

ExecutionException

selectBrowser

public void selectBrowser()
                   throws ExecutionException

Selects the particular browser instance. Further steps in the script will be directed to the selected instance.

Throws:

ExecutionException

selectDomain

public void selectDomain(java.lang.String domainIdentifier)
                  throws ExecutionException

selectDomain

Parameters:

domainIdentifier - Can be the domain name or a regular expression of it.
To reference the base domain, omit this parameter or use null.

Throws:

ExecutionException

selectDomain

public void selectDomain()
                  throws ExecutionException

selectDomain

Throws:

ExecutionException

connectDevice

public java.lang.String connectDevice(java.lang.String deviceId)
                               throws ExecutionException

Connects to a Mobile Device. The Mobile device can be an Android Device/Emulator or an iOS Device/Simulator.

Parameters:

deviceId - Android: Id of device to connect to. If not specified, the default device is connected to.
iOS: Connection params for a device. See the Details section. If not specified, the default device is connected to.

Returns:

String Device instanceId. This can be passed to _selectDevice.

Throws:

ExecutionException

connectDevice

public java.lang.String connectDevice()
                               throws ExecutionException

Connects to a Mobile Device. The Mobile device can be an Android Device/Emulator or an iOS Device/Simulator.

Returns:

String Device instanceId. This can be passed to _selectDevice.

Throws:

ExecutionException

selectDevice

public void selectDevice(java.lang.String deviceInstanceId)
                  throws ExecutionException

Selects the particular device instance. Further steps in the script will be directed to the selected instance.

Parameters:

deviceInstanceId - deviceInstanceId to forward further steps to. If not specified, steps are forwarded to the default device that the script was started with.

Throws:

ExecutionException

selectDevice

public void selectDevice()
                  throws ExecutionException

Selects the particular device instance. Further steps in the script will be directed to the selected instance.

Throws:

ExecutionException

getWindows

public java.util.List<java.util.Map<java.lang.String,java.lang.String>> getWindows(java.lang.Integer activePeriod)
                                                                            throws ExecutionException

Returns an array of window-property objects.

Parameters:

activePeriod - time in milliseconds to return windows within the time. Default is 0, which returns all windows.
This argument is valid only in Browser Mode.

Returns:

List> Array of window-property objects

Throws:

ExecutionException

getWindows

public java.util.List<java.util.Map<java.lang.String,java.lang.String>> getWindows()
                                                                            throws ExecutionException

Returns an array of window-property objects.

Returns:

List> Array of window-property objects

Throws:

ExecutionException

windowExists

public java.lang.Boolean windowExists(java.lang.String windowIdentifier,
                                      java.lang.Integer activePeriod)
                               throws ExecutionException

Returns true if the window exists.

Parameters:

windowIdentifier - The windowIdentifier can be the window name, the window title, the window URL or the sahiWinId,
or a regular expression of any of these.

activePeriod - Time interval in milliseconds within which the specified window is checked for activity. Default is -1, which means the specified window is checked amongst all windows opened during the session. Available only for browser.

Returns:

Boolean Returns true if the window exists, else false

Throws:

ExecutionException

windowExists

public java.lang.Boolean windowExists(java.lang.String windowIdentifier)
                               throws ExecutionException

Returns true if the window exists.

Parameters:

windowIdentifier - The windowIdentifier can be the window name, the window title, the window URL or the sahiWinId,
or a regular expression of any of these.

Returns:

Boolean Returns true if the window exists, else false

Throws:

ExecutionException

getRecentWindow

public java.util.Map<java.lang.String,java.lang.String> getRecentWindow()
                                                                 throws ExecutionException

Returns the most recent (last opened) window. Refer to for all properties of window object returned.

Returns:

Map Most recent (last opened) window

Throws:

ExecutionException

startLookInside

public void startLookInside(ElementStub element)
                     throws ExecutionException

startLookInside is a DOM relation marker setter which specifies that the element should be searched within another element.

Parameters:

element - element in which the other element is located

Throws:

ExecutionException

stopLookInside

public void stopLookInside()
                    throws ExecutionException

stopLookInside is a DOM relation marker re-setter which re-sets the _startLookInside relation marker.

Throws:

ExecutionException

rteText

public java.lang.String rteText(ElementStub el)
                         throws ExecutionException

rteText

Parameters:

el - Element which is content editable (eg. _rte(0))

Returns:

String Text inside a rich text editor (without the html formatting)

Throws:

ExecutionException

rteHTML

public java.lang.String rteHTML(ElementStub el)
                         throws ExecutionException

rteHTML

Parameters:

el - Element which is content editable (eg. _rte(0))

Returns:

String HTML content inside a rich text editor (without the html formatting)

Throws:

ExecutionException

rteWrite

public void rteWrite(ElementStub rte,
                     java.lang.String html)
              throws ExecutionException

Replaces the content of the RTE with given HTML.

Parameters:

rte - RTE to write into

html - html to write

Throws:

ExecutionException

launchSAPGUI

public void launchSAPGUI()
                  throws ExecutionException

Launches SAP GUI logon pad.

Throws:

ExecutionException

openSAPConnection

public void openSAPConnection(java.lang.String connectionName)
                       throws ExecutionException

Opens the specified SAP GUI connection.

Parameters:

connectionName - Name of the connection to open

Throws:

ExecutionException

closeSAPConnection

public void closeSAPConnection()
                        throws ExecutionException

Closes the currently open SAP GUI connection.

Throws:

ExecutionException

createNewSAPSession

public void createNewSAPSession()
                         throws ExecutionException

Opens a new SAP GUI session from the existing SAP GUI session.

Throws:

ExecutionException

maximizeWindow

public void maximizeWindow(java.lang.String title)
                    throws ExecutionException

Maximizes an existing SAP GUI window having the specified title. If title is not specified, it maximizes the current window.

Parameters:

title - Title of the window to maximize

Throws:

ExecutionException

maximizeWindow

public void maximizeWindow()
                    throws ExecutionException

Maximizes an existing SAP GUI window having the specified title. If title is not specified, it maximizes the current window.

Throws:

ExecutionException

minimizeWindow

public void minimizeWindow(java.lang.String title)
                    throws ExecutionException

Minimizes an existing SAP GUI window having the specified title. If title is not specified, it minimizes the current window.

Parameters:

title - Title of the window to minimize

Throws:

ExecutionException

minimizeWindow

public void minimizeWindow()
                    throws ExecutionException

Minimizes an existing SAP GUI window having the specified title. If title is not specified, it minimizes the current window.

Throws:

ExecutionException

restoreWindow

public void restoreWindow(java.lang.String title)
                   throws ExecutionException

Restores an existing SAP GUI window having the specified title from its minimized state. If title is not specified, it restores the current window.

Parameters:

title - Title of the window to restore

Throws:

ExecutionException

restoreWindow

public void restoreWindow()
                   throws ExecutionException

Restores an existing SAP GUI window having the specified title from its minimized state. If title is not specified, it restores the current window.

Throws:

ExecutionException

resizeWindow

public void resizeWindow(java.lang.String title,
                         java.lang.Integer width,
                         java.lang.Integer height)
                  throws ExecutionException

Resizes an existing SAP GUI window having the specified title with the specified dimensions.

Parameters:

title - Title of the window to resize

width - New width for the window

height - New height for the window

Throws:

ExecutionException

getStatusInformation

public java.util.Map<java.lang.String,java.lang.String> getStatusInformation()
                                                                      throws ExecutionException

Gets the status information from the status bar of the current SAP GUI window. It returns the status message, message type, message id, message number. It also returns up to eight parameters of the status message.

Returns:

Map Status information object

Throws:

ExecutionException

selectRows

public void selectRows(ElementStub element,
                       java.lang.String rows)
                throws ExecutionException

Selects the specified row(s) in the specified table element.

Parameters:

element - Table element

rows - Comma separated list of row numbers to be selected

Throws:

ExecutionException

selectColumns

public void selectColumns(ElementStub element,
                          java.lang.String columns)
                   throws ExecutionException

Selects the specified columns in the specified table element.

Parameters:

element - Table element

columns - Comma separated list of column titles to be selected

Throws:

ExecutionException

htmlFormSubmit

public void htmlFormSubmit(ElementStub element,
                           java.lang.String frameName,
                           java.lang.String postData,
                           java.lang.String url)
                    throws ExecutionException

Submits an HTML form for an element.

Parameters:

element - HtmlViewer element

frameName - Name of the parent frame of the HTML form to be submitted

postData - Post data to be submitted

url - Url to be submitted to the SAP server.

Throws:

ExecutionException

takeScreenShot

public void takeScreenShot(java.lang.String fileSysPath,
                           java.lang.Boolean noLog,
                           java.lang.Object props)
                    throws ExecutionException

Takes a screen shot and embeds the image in the playback log.

Parameters:

fileSysPath - file path to copy screenshot in file system

noLog - true to prevent embedding the image in the playback log.

Default is false.

props - properties for image format(format) and image compression in precentage(resizePercentage)


1. format, string, optional, can be GIf, JPG or PNG

Default is "sahi.takeScreenShot_image.format" property defines in config/sahi.properties, this can be overridden in userdata/config/userdata.properties


2. resizePercentage, integer, optional

Default is "sahi.takeScreenShot_image.resize_percentage" property defines in config/sahi.properties, this can be override in userdata/config/userdata.properties

100 means no compression

Throws:

ExecutionException

takeScreenShot

public void takeScreenShot(java.lang.String fileSysPath,
                           java.lang.Boolean noLog)
                    throws ExecutionException

Takes a screen shot and embeds the image in the playback log.

Parameters:

fileSysPath - file path to copy screenshot in file system

noLog - true to prevent embedding the image in the playback log.

Default is false.

Throws:

ExecutionException

takeScreenShot

public void takeScreenShot(java.lang.String fileSysPath)
                    throws ExecutionException

Takes a screen shot and embeds the image in the playback log.

Parameters:

fileSysPath - file path to copy screenshot in file system

Throws:

ExecutionException

takeScreenShot

public void takeScreenShot()
                    throws ExecutionException

Takes a screen shot and embeds the image in the playback log.

Throws:

ExecutionException

takeScreenShots

public void takeScreenShots(java.lang.Boolean enable,
                            java.lang.String directory,
                            java.lang.Boolean noLog)
                     throws ExecutionException

Takes a screen shot after every step and embeds the image in the playback log.

Parameters:

enable - true for enabling screenshots, false to disable

directory - file path directory to copy screenshot in file system

noLog - true to prevent embedding the image in the playback log.

Throws:

ExecutionException

takeScreenShots

public void takeScreenShots(java.lang.Boolean enable,
                            java.lang.String directory)
                     throws ExecutionException

Takes a screen shot after every step and embeds the image in the playback log.

Parameters:

enable - true for enabling screenshots, false to disable

directory - file path directory to copy screenshot in file system

Throws:

ExecutionException

takeScreenShots

public void takeScreenShots(java.lang.Boolean enable)
                     throws ExecutionException

Takes a screen shot after every step and embeds the image in the playback log.

Parameters:

enable - true for enabling screenshots, false to disable

Throws:

ExecutionException

takePageScreenShot

public void takePageScreenShot(ElementStub element,
                               java.lang.String fileSysPath,
                               java.lang.Boolean noLog,
                               java.lang.Object props)
                        throws ExecutionException

takePageScreenShot

Parameters:

element - If specified, a full page screenshot of the element would be taken

fileSysPath - File system path to save a copy of the screenshot, additionally to. Relative paths will be resolved relative to current executing script.

Default is null.

noLog - Pass true to prevent embedding the image in the playback log.

Default is false.

props - Properties to specify for image delay, scrollLimit, trim, format and image compression in percentage(resizePercentage).


1. delay, integer, optional, time delay between scroll and screenshot in milliseconds.

For long pages, the page is scrolled, individual screenshots are taken and then stitched.

Sometimes images on the page may load slowly on scroll and a wait may be needed between scroll and screenshot.

Default is 100 ms.


2. scrollLimit, integer, optional, height in pixels. Maximum scroll size in pixels for a page/element. Default is 200000.


3. trim, boolean, optional, Trim the image for blank space. Default is true. This works only if Graphics Magick is installed and configured correctly. Fails silently if not installed.


4. format, string, optional, can be GIF, JPG or PNG

Default is "sahi.takeScreenShot_image.format" property defined in config/sahi.properties. This can be overridden in userdata/config/userdata.properties


5. resizePercentage, integer, optional

Default is "sahi.takeScreenShot_image.resize_percentage" property defined in config/sahi.properties. This can be overridden in userdata/config/userdata.properties. 100 means no compression.


6. mode, integer, optional

Default is 1.

Set to 2 only if element parameter is specified and element has scrollbar or element is inside a scrolled element.

Throws:

ExecutionException

takePageScreenShot

public void takePageScreenShot(ElementStub element,
                               java.lang.String fileSysPath,
                               java.lang.Boolean noLog)
                        throws ExecutionException

takePageScreenShot

Parameters:

element - If specified, a full page screenshot of the element would be taken

fileSysPath - File system path to save a copy of the screenshot, additionally to. Relative paths will be resolved relative to current executing script.

Default is null.

noLog - Pass true to prevent embedding the image in the playback log.

Default is false.

Throws:

ExecutionException

takePageScreenShot

public void takePageScreenShot(ElementStub element,
                               java.lang.String fileSysPath)
                        throws ExecutionException

takePageScreenShot

Parameters:

element - If specified, a full page screenshot of the element would be taken

fileSysPath - File system path to save a copy of the screenshot, additionally to. Relative paths will be resolved relative to current executing script.

Default is null.

Throws:

ExecutionException

takePageScreenShot

public void takePageScreenShot(ElementStub element)
                        throws ExecutionException

takePageScreenShot

Parameters:

element - If specified, a full page screenshot of the element would be taken

Throws:

ExecutionException

takePageScreenShot

public void takePageScreenShot()
                        throws ExecutionException

takePageScreenShot

Throws:

ExecutionException

compareImages

public java.lang.Boolean compareImages(java.lang.String f1,
                                       java.lang.String f2,
                                       java.lang.Object differenceThreshold)
                                throws ExecutionException

Takes the path of the 2 images and checks if both images are same or not.

Parameters:

f1 - File path of the first image. Relative paths will be resolved relative to current executing script.

f2 - File path of the second image. Relative paths will be resolved relative to current executing script.

differenceThreshold - If the difference between first and second image is lesser than or equal to the differenceThreshold number, they are considered to be same images.

Default is 20.

Returns:

Boolean Returns true if both images are same, else false

Throws:

ExecutionException

compareImages

public java.lang.Boolean compareImages(java.lang.String f1,
                                       java.lang.String f2)
                                throws ExecutionException

Takes the path of the 2 images and checks if both images are same or not.

Parameters:

f1 - File path of the first image. Relative paths will be resolved relative to current executing script.

f2 - File path of the second image. Relative paths will be resolved relative to current executing script.

Returns:

Boolean Returns true if both images are same, else false

Throws:

ExecutionException

setXHRReadyStatesToWaitFor

public void setXHRReadyStatesToWaitFor(java.lang.String readyStates,
                                       java.lang.String forURL)
                                throws ExecutionException

Sets what readyStates of an XMLHttpRequest (XHR) Sahi should wait for.

Parameters:

readyStates - Comma separated ready states e.g "1,2,3"

forURL - URL for which given ready states should be set. URL pattern can also be specified here using regular expression.

Throws:

ExecutionException

setXHRReadyStatesToWaitFor

public void setXHRReadyStatesToWaitFor(java.lang.String readyStates)
                                throws ExecutionException

Sets what readyStates of an XMLHttpRequest (XHR) Sahi should wait for.

Parameters:

readyStates - Comma separated ready states e.g "1,2,3"

Throws:

ExecutionException

byPassWaitMechanism

public void byPassWaitMechanism(java.lang.Boolean b)
                         throws ExecutionException

When set to true, it will not use the Sahi wait mechanism.

Parameters:

b - true or false

Throws:

ExecutionException

setWaitTimes

public void setWaitTimes(java.lang.Integer windowLoadTime,
                         java.lang.Integer ajaxLoadTime,
                         java.lang.Integer flexLoadTime)
                  throws ExecutionException

Modify the Windows, AJAX and Flex wait times. Sahi will wait for the specified time after start of every step, following which it will move on to execute the next step,

Parameters:

windowLoadTime - time in milliseconds. Default is 60000ms.

ajaxLoadTime - time in milliseconds. Default is 60000ms.

flexLoadTime - time in milliseconds. Default is 0ms.

Throws:

ExecutionException

setStrictVisibilityCheck

public void setStrictVisibilityCheck(java.lang.Boolean doCheck,
                                     java.lang.Boolean checkZIndex,
                                     java.lang.Boolean doScroll)
                              throws ExecutionException

setStrictVisibilityCheck

Parameters:

doCheck - set to true to enable strict visibility check.

checkZIndex - If true, checks whether the element is on top or not(Checks whether some other element with a higher Z index is not hiding it). If false, omits this check. Default is false.

doScroll - If true, checks whether element is the top element by scrolling to the element. If false, checks only for the current viewport. Default is false.
Used only when checkZIndex is true.

Throws:

ExecutionException

setStrictVisibilityCheck

public void setStrictVisibilityCheck(java.lang.Boolean doCheck,
                                     java.lang.Boolean checkZIndex)
                              throws ExecutionException

setStrictVisibilityCheck

Parameters:

doCheck - set to true to enable strict visibility check.

checkZIndex - If true, checks whether the element is on top or not(Checks whether some other element with a higher Z index is not hiding it). If false, omits this check. Default is false.

Throws:

ExecutionException

setStrictVisibilityCheck

public void setStrictVisibilityCheck(java.lang.Boolean doCheck)
                              throws ExecutionException

setStrictVisibilityCheck

Parameters:

doCheck - set to true to enable strict visibility check.

Throws:

ExecutionException

setSpeed

public void setSpeed(java.lang.Integer speed)
              throws ExecutionException

Sets the speed of execution of steps.

Parameters:

speed - speed in milliseconds

Throws:

ExecutionException

setPingDelayAfterStep

public void setPingDelayAfterStep(java.lang.Integer delay)
                           throws ExecutionException

Sahi Pro continuously pings the proxy server to await commands. In some very rare cases, it may be required to

Parameters:

delay - delay in milliseconds

Throws:

ExecutionException

stopOnError

public void stopOnError()
                 throws ExecutionException

Forces script to fail and abort on any error. Further steps will not be executed.

Throws:

ExecutionException

continueOnError

public void continueOnError()
                     throws ExecutionException

Forces script to continue inspite of error. Further steps will be executed.

Throws:

ExecutionException

lock

public java.lang.String lock(java.lang.String name,
                             java.lang.Integer timeout)
                      throws ExecutionException

Acquires a lock with given name. If another script calls lock with the same name, that script will wait till

Parameters:

name - Lock name

timeout - timeout

Returns:

String Key that can be used in the _unlock API

Throws:

ExecutionException

lock

public java.lang.String lock(java.lang.String name)
                      throws ExecutionException

Acquires a lock with given name. If another script calls lock with the same name, that script will wait till

Parameters:

name - Lock name

Returns:

String Key that can be used in the _unlock API

Throws:

ExecutionException

unlock

public void unlock(java.lang.String key)
            throws ExecutionException

Unlocks or releases the lock (acquired through the _lock API) that matches the given key.

Parameters:

key - Lock key returned from _lock

Throws:

ExecutionException

lockWindow

public void lockWindow(java.lang.Object timeout)
                throws ExecutionException

This is a more specific version of the _lock API.

Parameters:

timeout - timeout

Throws:

ExecutionException

lockWindow

public void lockWindow()
                throws ExecutionException

This is a more specific version of the _lock API.

Throws:

ExecutionException

unlockWindow

public void unlockWindow()
                  throws ExecutionException

Unlocks or releases the lock acquired by calling _lockWindow.

Throws:

ExecutionException

userDataDir

public java.lang.String userDataDir(java.lang.String fileSeparator)
                             throws ExecutionException

userDataDir

Parameters:

fileSeparator - To get path with specified file separator.
Can be one of "\\" or "/"
Defaults to "/"

Returns:

String Full file path of userdata directory

Throws:

ExecutionException

userDataDir

public java.lang.String userDataDir()
                             throws ExecutionException

userDataDir

Returns:

String Full file path of userdata directory

Throws:

ExecutionException

userDataPath

public java.lang.String userDataPath(java.lang.String relPath,
                                     java.lang.String fileSeparator)
                              throws ExecutionException

userDataPath

Parameters:

relPath - Path to resolve relative to userdata path

fileSeparator - To get path with specified file separator.
Can be one of "\\" or "/"
Defaults to "/"

Returns:

String Full file path of file resolved relative to userdata directory

Throws:

ExecutionException

userDataPath

public java.lang.String userDataPath(java.lang.String relPath)
                              throws ExecutionException

userDataPath

Parameters:

relPath - Path to resolve relative to userdata path

Returns:

String Full file path of file resolved relative to userdata directory

Throws:

ExecutionException

readURL

public java.lang.String readURL(java.lang.String url)
                         throws ExecutionException

Sends a GET request to the URL and returns response body as a string.

Parameters:

url - URL to read content from

Returns:

String Response body

Throws:

ExecutionException

addMock

public void addMock(java.lang.String pattern,
                    java.lang.String class_method)
             throws ExecutionException

Forces the proxy to process certain patterns of urls differently.

Parameters:

pattern - URL regex pattern as a string.

class_method - Combination of class and method names which will process this URL pattern.

Throws:

ExecutionException

addMock

public void addMock(java.lang.String pattern)
             throws ExecutionException

Forces the proxy to process certain patterns of urls differently.

Parameters:

pattern - URL regex pattern as a string.

Throws:

ExecutionException

mockImage

public void mockImage(java.lang.String pattern,
                      java.lang.String class_method)
               throws ExecutionException

Similar to _addMock, but by default sends back an image.

Parameters:

pattern - URL regex pattern as a string.

class_method - Combination of class and method names which will process this URL pattern.

Throws:

ExecutionException

mockImage

public void mockImage(java.lang.String pattern)
               throws ExecutionException

Similar to _addMock, but by default sends back an image.

Parameters:

pattern - URL regex pattern as a string.

Throws:

ExecutionException

removeMock

public void removeMock(java.lang.String pattern)
                throws ExecutionException

removeMock

Parameters:

pattern - URL regex pattern as a string.
Removes the mock behavior added via _addMock or _mockImage for that pattern.

Throws:

ExecutionException

encrypt

public java.lang.String encrypt(java.lang.String password)
                         throws ExecutionException

Example

Parameters:

password - password to be encrypted

Returns:

String Encrypted password string

Throws:

ExecutionException

getSessionId

public java.lang.String[] getSessionId(java.lang.String windowIdentifier)
                                throws ExecutionException

Example

Parameters:

windowIdentifier - the windowIdentifier can be the window name, the window title or a regular expression of any of these.

Returns:

String[] Array of sessionId

Throws:

ExecutionException

getSessionId

public java.lang.String[] getSessionId()
                                throws ExecutionException

Example

Returns:

String[] Array of sessionId

Throws:

ExecutionException

crawlWebsite

public void crawlWebsite(java.lang.String websiteURL,
                         java.lang.Integer depth,
                         java.lang.String csvOutputFilePath)
                  throws ExecutionException

This api is used for testing links on a website. Sahi will navigate to all the links and store the information in a csv file.

Parameters:

websiteURL - URL of the website to crawl

depth - Specify how deep Sahi should navigate in each link

csvOutputFilePath - Path of output csv file

Throws:

ExecutionException

setCell

public void setCell(java.lang.Object element,
                    java.lang.String value)
             throws ExecutionException

Value entered into the specified cell of the currently selected sheet

Parameters:

element - cell whose value is to be set

value - Value to be set

Throws:

ExecutionException

typeCell

public void typeCell(java.lang.Object element,
                     java.lang.String value)
              throws ExecutionException

Value appended to the specific cell of the currently selected sheet

Parameters:

element - cell element in which the text is to be typed

value - Value to be set

Throws:

ExecutionException

drag

public void drag(java.lang.Object dragElement)
          throws ExecutionException

Simulates a drag action

Parameters:

dragElement - element to be dragged

Throws:

ExecutionException

drop

public void drop(java.lang.Object dropElement)
          throws ExecutionException

Simulates a drag and drop action

Parameters:

dropElement - element where the dragged element will be dropped

Throws:

ExecutionException

button

public ElementStub button(java.lang.Object... args)

jButton

public ElementStub jButton(java.lang.Object... args)

jToggleButton

public ElementStub jToggleButton(java.lang.Object... args)

table

public ElementStub table(java.lang.Object... args)

jTable

public ElementStub jTable(java.lang.Object... args)

jTableHeader

public ElementStub jTableHeader(java.lang.Object... args)

menu

public ElementStub menu(java.lang.Object... args)

jMenu

public ElementStub jMenu(java.lang.Object... args)

jMenuItem

public ElementStub jMenuItem(java.lang.Object... args)

jPopupMenu

public ElementStub jPopupMenu(java.lang.Object... args)

jCheckBoxMenuItem

public ElementStub jCheckBoxMenuItem(java.lang.Object... args)

jRadioButtonMenuItem

public ElementStub jRadioButtonMenuItem(java.lang.Object... args)

checkbox

public ElementStub checkbox(java.lang.Object... args)

jCheckBox

public ElementStub jCheckBox(java.lang.Object... args)

radio

public ElementStub radio(java.lang.Object... args)

jRadioButton

public ElementStub jRadioButton(java.lang.Object... args)

textbox

public ElementStub textbox(java.lang.Object... args)

jTextField

public ElementStub jTextField(java.lang.Object... args)

textarea

public ElementStub textarea(java.lang.Object... args)

jTextArea

public ElementStub jTextArea(java.lang.Object... args)

jTextPane

public ElementStub jTextPane(java.lang.Object... args)

jEditorPane

public ElementStub jEditorPane(java.lang.Object... args)

password

public ElementStub password(java.lang.Object... args)

jPasswordField

public ElementStub jPasswordField(java.lang.Object... args)

jComboBox

public ElementStub jComboBox(java.lang.Object... args)

jTabbedPane

public ElementStub jTabbedPane(java.lang.Object... args)

jList

public ElementStub jList(java.lang.Object... args)

choice

public ElementStub choice(java.lang.Object... args)

list

public ElementStub list(java.lang.Object... args)

label

public ElementStub label(java.lang.Object... args)

jLabel

public ElementStub jLabel(java.lang.Object... args)

jPanel

public ElementStub jPanel(java.lang.Object... args)

jSlider

public ElementStub jSlider(java.lang.Object... args)

scrollbar

public ElementStub scrollbar(java.lang.Object... args)

jScrollbar

public ElementStub jScrollbar(java.lang.Object... args)

textField

public ElementStub textField(java.lang.Object... args)

textArea

public ElementStub textArea(java.lang.Object... args)

jRootPane

public ElementStub jRootPane(java.lang.Object... args)

jLayeredPane

public ElementStub jLayeredPane(java.lang.Object... args)

jScrollPane

public ElementStub jScrollPane(java.lang.Object... args)

jOptionPane

public ElementStub jOptionPane(java.lang.Object... args)

jDialog

public ElementStub jDialog(java.lang.Object... args)

jComponent

public ElementStub jComponent(java.lang.Object... args)

jToolBar

public ElementStub jToolBar(java.lang.Object... args)

tree

public ElementStub tree(java.lang.Object... args)

jTree

public ElementStub jTree(java.lang.Object... args)

cell

public ElementStub cell(java.lang.Object... args)

jListItem

public ElementStub jListItem(java.lang.Object... args)

jTreeItem

public ElementStub jTreeItem(java.lang.Object... args)

synthInternalFrameTitlePane

public ElementStub synthInternalFrameTitlePane(java.lang.Object... args)

jProgressBar

public ElementStub jProgressBar(java.lang.Object... args)

tabDisplayer

public ElementStub tabDisplayer(java.lang.Object... args)

autoHideContainer

public ElementStub autoHideContainer(java.lang.Object... args)

imageIcon

public ElementStub imageIcon(java.lang.Object... args)

diamondIcon

public ElementStub diamondIcon(java.lang.Object... args)

customIcon

public ElementStub customIcon(java.lang.Object... args)

customButton

public ElementStub customButton(java.lang.Object... args)

orVButton

public ElementStub orVButton(java.lang.Object... args)

orTabBar

public ElementStub orTabBar(java.lang.Object... args)

orLWLabel

public ElementStub orLWLabel(java.lang.Object... args)

orMultiLineLabel

public ElementStub orMultiLineLabel(java.lang.Object... args)

orVTextField

public ElementStub orVTextField(java.lang.Object... args)

orFLWTextArea

public ElementStub orFLWTextArea(java.lang.Object... args)

orExtendedCheckbox

public ElementStub orExtendedCheckbox(java.lang.Object... args)

orButton

public ElementStub orButton(java.lang.Object... args)

orLWScrollbar

public ElementStub orLWScrollbar(java.lang.Object... args)

orFormsTabPanel

public ElementStub orFormsTabPanel(java.lang.Object... args)

orLWCheckbox

public ElementStub orLWCheckbox(java.lang.Object... args)

orVPopList

public ElementStub orVPopList(java.lang.Object... args)

orToolBar

public ElementStub orToolBar(java.lang.Object... args)

orLWMenuSeparator

public ElementStub orLWMenuSeparator(java.lang.Object... args)

orLWMenuItem

public ElementStub orLWMenuItem(java.lang.Object... args)

orLWMenuBar

public ElementStub orLWMenuBar(java.lang.Object... args)

orDrawnPanel

public ElementStub orDrawnPanel(java.lang.Object... args)

orFormattedTextField

public ElementStub orFormattedTextField(java.lang.Object... args)

orFormButton

public ElementStub orFormButton(java.lang.Object... args)

orTitleBar

public ElementStub orTitleBar(java.lang.Object... args)

orEwtContainer

public ElementStub orEwtContainer(java.lang.Object... args)

orFWindow

public ElementStub orFWindow(java.lang.Object... args)

orButtonBar

public ElementStub orButtonBar(java.lang.Object... args)

orPushButton

public ElementStub orPushButton(java.lang.Object... args)

orLWTextField

public ElementStub orLWTextField(java.lang.Object... args)

orVTList

public ElementStub orVTList(java.lang.Object... args)

orListView

public ElementStub orListView(java.lang.Object... args)

orExtendedFrame

public ElementStub orExtendedFrame(java.lang.Object... args)

orLWContainer

public ElementStub orLWContainer(java.lang.Object... args)

orFormDesktopContainer

public ElementStub orFormDesktopContainer(java.lang.Object... args)

orImageCanvas

public ElementStub orImageCanvas(java.lang.Object... args)

orEwtLWScrollbar

public ElementStub orEwtLWScrollbar(java.lang.Object... args)

orLWDataSourceList

public ElementStub orLWDataSourceList(java.lang.Object... args)

orLWStatusBar

public ElementStub orLWStatusBar(java.lang.Object... args)

orLWStatusBarTextItem

public ElementStub orLWStatusBarTextItem(java.lang.Object... args)