How to use testClickAndExpectOneOfNegativeTest method of com.paypal.selion.platform.html.AbstractElementTest class

Best SeLion code snippet using com.paypal.selion.platform.html.AbstractElementTest.testClickAndExpectOneOfNegativeTest

Source:AbstractElementTest.java

...140        assertTrue(expected3.equals(inMemoryPage));141    }142    @Test(groups = { "functional" }, expectedExceptions = { TimeoutException.class })143    @WebTest144    public void testClickAndExpectOneOfNegativeTest() throws IOException {145        Grid.driver().get(TestServerUtils.getTestEditableURL());146        Button submitButton = new Button(TestObjectRepository.CHROME_BUTTON_SUBMIT_LOCATOR.getValue());147        String fakeLocator = "//h1[contains(text(),'Fake Page')]";148        TextField textField = new TextField(TestObjectRepository.TEXTFIELD_LOCATOR.getValue());149        String origTimeout = Config.getConfigProperty(Config.ConfigProperty.EXECUTION_TIMEOUT);150        try {151            Config.setConfigProperty(Config.ConfigProperty.EXECUTION_TIMEOUT, "20000");152            submitButton.clickAndExpectOneOf(textField, fakeLocator);153        } finally {154            Config.setConfigProperty(Config.ConfigProperty.EXECUTION_TIMEOUT, origTimeout);155        }156    }157    private static class SampleSuccessPage extends BasicPageImpl {158        public SampleSuccessPage() {...

testClickAndExpectOneOfNegativeTest

Using AI Code Generation

1    public void testClickAndExpectOneOfNegativeTest() {2        Button button = new Button("button1");3        button.testClickAndExpectOneOfNegativeTest();4    }5}6public void testClickAndExpectOneOfNegativeTest() {7    Button button = new Button("button1");8    button.testClickAndExpectOneOfNegativeTest();9}10public void testClickAndExpectOneOfNegativeTest() {11    Button button = new Button("button1");12    button.testClickAndExpectOneOfNegativeTest();13}14public void testClickAndExpectOneOfNegativeTest() {15    Button button = new Button("button1");16    button.testClickAndExpectOneOfNegativeTest();17}18public void testClickAndExpectOneOfNegativeTest() {19    Button button = new Button("button1");20    button.testClickAndExpectOneOfNegativeTest();21}22public void testClickAndExpectOneOfNegativeTest() {

testClickAndExpectOneOfNegativeTest

Using AI Code Generation

1public void testClickAndExpectOneOfNegativeTest() {2    String[] expectedTexts = { "test1", "test2" };3    String[] actualTexts = { "test1", "test2" };4    String[] negativeTexts = { "test3" };5    List<String> expectedTextsList = Arrays.asList(expectedTexts);6    List<String> actualTextsList = Arrays.asList(actualTexts);7    List<String> negativeTextsList = Arrays.asList(negativeTexts);8    try {9        AbstractElementTest.testClickAndExpectOneOfNegativeTest(expectedTextsList, actualTextsList, negativeTextsList);10    } catch (AssertionError e) {11        Assert.assertEquals(e.getMessage(), "Expected one of the following text(s) [test3] but found [test1, test2]");12    }13}14public void testClickAndExpectOneOfNegativeTest() {15    String[] expectedTexts = { "test1", "test2" };16    String[] actualTexts = { "test1", "test2" };17    String[] negativeTexts = { "test3" };18    List<String> expectedTextsList = Arrays.asList(expectedTexts);19    List<String> actualTextsList = Arrays.asList(actualTexts);20    List<String> negativeTextsList = Arrays.asList(negativeTexts);21    try {22        AbstractElementTest.testClickAndExpectOneOfNegativeTest(expectedTextsList, actualTextsList, negativeTextsList);23    } catch (AssertionError e) {24        Assert.assertEquals(e.getMessage(), "Expected one of the following text(s) [test3] but found [test1, test2]");25    }26}27public void testClickAndExpectOneOfNegativeTest() {28    String[] expectedTexts = { "test1", "test2" };29    String[] actualTexts = { "test1", "test2" };30    String[] negativeTexts = { "test3" };31    List<String> expectedTextsList = Arrays.asList(expectedText

testClickAndExpectOneOfNegativeTest

Using AI Code Generation

1public void testClickAndExpectOneOfNegativeTest() throws Exception {2    String[] expectedTexts = new String[0];3    String[] actualTexts = new String[0];4    String[] expectedValues = new String[0];5    String[] actualValues = new String[0];6    String[] expectedIds = new String[0];7    String[] actualIds = new String[0];8    String[] expectedNames = new String[0];9    String[] actualNames = new String[0];10    String[] expectedClassNames = new String[0];11    String[] actualClassNames = new String[0];12    String[] expectedTags = new String[0];13    String[] actualTags = new String[0];14    String[] expectedXpaths = new String[0];15    String[] actualXpaths = new String[0];16    String[] expectedCssSelectors = new String[0];17    String[] actualCssSelectors = new String[0];18    String[] expectedLinkTexts = new String[0];19    String[] actualLinkTexts = new String[0];20    String[] expectedPartialLinkTexts = new String[0];21    String[] actualPartialLinkTexts = new String[0];22    String[] expectedTitles = new String[0];23    String[] actualTitles = new String[0];24    String[] expectedTexts1 = new String[1];25    expectedTexts1[0] = "test";26    String[] actualTexts1 = new String[1];27    actualTexts1[0] = "test";28    String[] expectedValues1 = new String[1];29    expectedValues1[0] = "test";30    String[] actualValues1 = new String[1];31    actualValues1[0] = "test";32    String[] expectedIds1 = new String[1];33    expectedIds1[0] = "test";34    String[] actualIds1 = new String[1];35    actualIds1[0] = "test";36    String[] expectedNames1 = new String[1];37    expectedNames1[0] = "test";38    String[] actualNames1 = new String[1];39    actualNames1[0] = "test";40    String[] expectedClassNames1 = new String[1];

testClickAndExpectOneOfNegativeTest

Using AI Code Generation

1public void testClickAndExpectOneOfNegativeTest() throws Exception {2    Object[] parameters = new Object[] {new String[] {"a", "b", "c"}, new String[] {"a", "b", "c"}};3    Object result = TestNGMethodExecutor.execute(AbstractElementTest.class, "testClickAndExpectOneOfNegativeTest", parameters);4    Assert.assertEquals(result, null);5}6TestNGMethodExecutor.execute(AbstractElementTest.class, "testClickAndExpectOneOfNegativeTest", parameters);7TestNGMethodExecutor.execute(AbstractElementTest.class, "testClickAndExpectOneOfNegativeTest", parameters);8public void testClickAndExpectOneOfNegativeTest() throws Exception {9    Object[] parameters = new Object[] {new String[] {"a", "b", "c"}, new String[] {"a", "b", "c"}};10    Object result = TestNGMethodExecutor.execute(AbstractElementTest.class, "testClickAndExpectOneOfNegativeTest", parameters);11    Assert.assertEquals(result, null);12}13public void testClickAndExpectOneOfNegativeTest() throws Exception {14    Object[] parameters = new Object[] {new String[] {"a", "b", "c"}, new String[] {"a", "b", "c"}};15    Object result = TestNGMethodExecutor.execute(AbstractElementTest.class, "testClickAndExpectOneOfNegativeTest", parameters);16    Assert.assertEquals(result, null);17}18public void testClickAndExpectOneOfNegativeTest() throws Exception {19    Object[] parameters = new Object[] {new String[] {"a", "b", "c"}, new String[] {"a", "b", "c"}};20    Object result = TestNGMethodExecutor.execute(AbstractElementTest.class, "testClickAndExpectOneOfNegativeTest", parameters);21    Assert.assertEquals(result, null);22}23import org.testng.annotations.Test;24import org.testng.annotations.BeforeMethod;25import org.testng.annotations.AfterMethod;26import org

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