def setUp(self):
self.testFileName = "file://" + os.path.dirname(__file__) + "/testWebsite/seleniumTestPage.html"
self.host = 'localhost'
self.port = 4444
self.browserStartCommand = '*firefox'
self.url = 'http://localhost:6666'
self.seleniumExecutionContext = SharedSeleniumExecutionContext(self.host, self.port, self.browserStartCommand, self.url)
self.seleniumExecutionContext.initialize()
self.action = SeleniumDrivenUserActions(self.seleniumExecutionContext)
self.action.goesTo( self.testFileName)
self.expectation = SeleniumDrivenUserExpectations(self.seleniumExecutionContext)
def SeleniumDrivenUserExpectationsShouldReturnChainingElementWhenTextIsTheOneExpected(self):
expectation = SeleniumDrivenUserExpectations(self.seleniumExecutionContext)
self.assertTrue(expectation.chainingElement is expectation.shouldSee(Locators.SPAN).withText("Text"))
class SeleniumDrivenUserExpectationsExpectations(unittest.TestCase):
def setUp(self):
self.testFileName = "file://" + os.path.dirname(__file__) + "/testWebsite/seleniumTestPage.html"
self.host = 'localhost'
self.port = 4444
self.browserStartCommand = '*firefox'
self.url = 'http://localhost:6666'
self.seleniumExecutionContext = SharedSeleniumExecutionContext(self.host, self.port, self.browserStartCommand, self.url)
self.seleniumExecutionContext.initialize()
self.action = SeleniumDrivenUserActions(self.seleniumExecutionContext)
self.action.goesTo( self.testFileName)
self.expectation = SeleniumDrivenUserExpectations(self.seleniumExecutionContext)
def tearDown(self):
pass
def __del__(self):
self.seleniumExecutionContext.destroy()
def SeleniumDrivenUserExpectationsShouldBeOnPageShouldThrowExceptionWhenContextDoesNotReportWeAreOnThatPage(self):
try:
self.expectation.shouldBeOnPage("http://www.websitethatdoesnotexist.ca")
self.fail("shouldBeOnPage should of raised exception when current location does not match expected page")
except SeleniumDrivenUserExpectationsException:
pass
def SeleniumDrivenUserExpectationsShouldBeOnPageShouldNotThrowExceptionWhenContextsCurrentLocationDoesMatchThePageWeExpect(self):
self.expectation.shouldBeOnPage(self.testFileName)
def SeleniumDrivenUserExpectationsShouldSeeShouldUpdateTheLastVisitedLocation(self):
self.seleniumExecutionContext.setLastVisitedLocation = Mock()
self.expectation.shouldSee(Locators.INPUT_TEXT)
self.assertTrue(self.seleniumExecutionContext.setLastVisitedLocation.called)
def SeleniumDrivenUserExpectationsShouldSeeShouldThrowAnExceptionWhenLocatorDoesNotExistOnPage(self):
self.seleniumExecutionContext.setLastVisitedLocation = Mock()
try:
self.expectation.shouldSee("locator that does not exist")
self.fail("Should see should raise exception when locator does not exist")
except LocatorNotFoundException:
pass
def SeleniumDrivenUserExpectationsShouldNotSeeShouldRaiseExceptionWhenelementIsPresent(self):
self.seleniumExecutionContext.setLastVisitedLocation = Mock()
try:
self.expectation.shouldNotSee(Locators.INPUT_TEXT)
self.fail("shouldNotSee should raise exception when locator exists")
except SeleniumDrivenUserExpectationsException:
pass
def SeleniumDrivenUserExpectationsShouldRaiseExceptionWhenLocatorIsNotFoundWhenWithValueIsCalled(self):
try:
self.expectation.withValue("Paul")
self.fail("WithValue should raise exception when locator does exists")
except LocatorNotFoundException:
pass
def SeleniumDrivenUserExpectationsShouldRaiseWhenItDoesNotContainSpecifiedValue(self):
try:
self.expectation.shouldSee(Locators.INPUT_TEXT).withValue("Not the right value")
self.fail("withValue should raise exception when values do not match")
except SeleniumDrivenUserExpectationsException:
pass
def SeleniumDrivenUserExpectationsShouldReturnChainingElementWhenValueIsTheOneExpected(self):
textToType = "Awesome"
self.action.fillsOut(Locators.INPUT_TEXT).withThis(textToType)
self.assertTrue(self.expectation.chainingElement is self.expectation.shouldSee(Locators.INPUT_TEXT).withValue(textToType))
def SeleniumDrivenUserExpectationsShouldRaiseExceptionWhenLocatorIsNotFoundWhenWithTextIsCalled(self):
try:
self.expectation.withText("Text")
self.fail("WithText should raise exception when locator does exists")
except LocatorNotFoundException:
pass
def SeleniumDrivenUserExpectationsShouldRaiseWhenItDoesNotContainSpecifiedText(self):
try:
self.expectation.shouldSee(Locators.SPAN).withText("Text that is not there")
self.fail("withText should raise exception when values do not match")
except SeleniumDrivenUserExpectationsException:
pass
def SeleniumDrivenUserExpectationsShouldReturnChainingElementWhenTextIsTheOneExpected(self):
expectation = SeleniumDrivenUserExpectations(self.seleniumExecutionContext)
self.assertTrue(expectation.chainingElement is expectation.shouldSee(Locators.SPAN).withText("Text"))
def SeleniumDrivenUserExpectationsShouldThrowAnExceptionWhenCheckedIsCalledwithoutAPreviouslyVisitedLocator(self):
try:
self.expectation.checked()
self.fail("Checked should raise exception when locator does exists")
except LocatorNotFoundException:
pass
def SeleniumDrivenUserExpectationsShouldThrowAnExceptionWhenCheckedIsCalledOnAnItemThatIsNotChecked(self):
try:
self.expectation.shouldSee(Locators.CHECKBOX).checked()
self.fail("Checked should raise exception when locator is not checked")
except SeleniumDrivenUserExpectationsException:
pass
def SeleniumDrivenUserExpectationsShouldReturnChainingElementWhenCheckedSucceeds(self):
self.action.checks(Locators.CHECKBOX)
self.assertTrue(self.expectation.shouldSee(Locators.CHECKBOX).checked() is self.expectation.chainingElement)
def SeleniumDrivenUserExpectationsShouldThrowAnExceptionWhenUnCheckedIsCalledwithoutAPreviouslyVisitedLocator(self):
try:
self.expectation.unchecked()
self.fail("UnChecked should raise exception when locator does exists")
except LocatorNotFoundException:
pass
def SeleniumDrivenUserExpectationsShouldThrowAnExceptionWhenUnCheckedIsCalledOnAnItemThatIsChecked(self):
try:
self.action.checks(Locators.CHECKBOX)
self.expectation.shouldSee(Locators.CHECKBOX).unchecked()
self.fail("UnChecked should raise exception when locator is checked")
except SeleniumDrivenUserExpectationsException:
pass
def SeleniumDrivenUserExpectationsShouldReturnChainingElementWhenUnCheckedSucceeds(self):
self.assertTrue(self.expectation.shouldSee(Locators.CHECKBOX).unchecked() is self.expectation.chainingElement)
def SeleniumDrivenUserExpectationsShouldRaiseExceptionWhenWithOptionIsCalledWithNoVisitedLocation(self):
try:
self.expectation.withOption(Locators.OPTION3)
self.fail("withOption should raise exception when locator was not set before hand")
except LocatorNotFoundException:
pass
def SeleniumDrivenUserExpectationsShouldUpdateOptionBeingHandled(self):
self.expectation.shouldSee(Locators.SELECT).withOption(Locators.OPTION3)
self.assertEquals(self.seleniumExecutionContext.optionBeingHandled,Locators.OPTION3)
def SeleniumDrivenUserExpectationsShouldRaiseExceptionWhenSelectedIsCalledWithNoVisitedLocation(self):
try:
self.expectation.selected()
self.fail("selected should raise exception when locator does exists")
except LocatorNotFoundException:
pass
def SeleniumDrivenUserExpectationsShouldRaiseAnExceptionWhenSelectedIsCalledWithNoOptionSpecified(self):
try:
self.expectation.shouldSee(Locators.SELECT).selected()
self.fail("selected should throw exception when no option was selected")
except OptionNotFoundException:
pass
def SeleniumDrivenUserExpectationsShouldRaiseExceptionWhenSelectedIsCalledWithAnOptionThatIsNotSelected(self):
try:
self.expectation.shouldSee(Locators.SELECT).withOption(Locators.OPTION3).selected()
self.fail("selected should trhow an exception when the expected option is not selected")
except SeleniumDrivenUserExpectationsException:
pass
def SeleniumDrivenUserExpectationsShouldResetOptionBeingHandledAndLastVisitedLocation(self):
self.expectation.shouldSee(Locators.SELECT).withOption(Locators.OPTION1).selected()
self.assertTrue(self.seleniumExecutionContext.optionBeingHandled is None)
