Best FluentLenium code snippet using org.fluentlenium.core.conditions.wait.WaitConditionInvocationHandler.buildChildProxy
Source:WaitConditionInvocationHandler.java
...160 Class<?> returnType = method.getReturnType();161 if (boolean.class.equals(returnType) || Boolean.class.equals(returnType)) {162 return waitForCondition(method, args);163 } else if (Conditions.class.isAssignableFrom(returnType)) {164 return buildChildProxy(method, args);165 } else {166 throw new IllegalStateException("An internal error has occurred.");167 }168 }169 private Object buildChildProxy(Method method, Object[] args)170 throws NoSuchMethodException, InvocationTargetException, IllegalAccessException {171 Method conditionGetter = conditions().getClass().getMethod(method.getName(), method.getParameterTypes());172 Conditions<?> childConditions = (Conditions<?>) conditionGetter.invoke(conditions(true), args);173 Conditions<?> childProxy = WaitConditionProxy174 .custom((Class<Conditions<?>>) method.getReturnType(), wait, context, () -> childConditions);175 WaitConditionInvocationHandler childHandler = (WaitConditionInvocationHandler) Proxy.getInvocationHandler(childProxy);176 childHandler.negation = negation;177 return childProxy;178 }179 private boolean waitForCondition(Method method, Object[] args) {180 C messageBuilder = messageBuilder();181 until(conditions(), messageBuilder, input -> {182 try {183 return (Boolean) method.invoke(input, args);...
buildChildProxy
Using AI Code Generation
1import org.fluentlenium.core.conditions.wait.WaitConditionInvocationHandler;2import org.fluentlenium.core.domain.FluentWebElement;3import org.openqa.selenium.WebElement;4import java.lang.reflect.Proxy;5public class FluentWaitConditionInvocationHandlerTest {6 public static void main(String[] args) {7 FluentWaitConditionInvocationHandlerTest fluentWaitConditionInvocationHandlerTest = new FluentWaitConditionInvocationHandlerTest();8 fluentWaitConditionInvocationHandlerTest.testWaitConditionInvocationHandler();9 }10 public void testWaitConditionInvocationHandler() {11 FluentWebElement fluentWebElement = new FluentWebElement() {12 public boolean isDisplayed() {13 return false;14 }15 };16 WaitConditionInvocationHandler waitConditionInvocationHandler = new WaitConditionInvocationHandler(fluentWebElement);17 FluentWebElement proxy = (FluentWebElement) Proxy.newProxyInstance(FluentWebElement.class.getClassLoader(), new Class[]{FluentWebElement.class}, waitConditionInvocationHandler);18 proxy.isDisplayed();19 }20}21[ERROR] Failed to execute goal org.apache.maven.plugins:maven-compiler-plugin:3.8.1:testCompile (default-testCompile) on project fluentlenium-core: Compilation failure22[ERROR] /home/saurabh/Desktop/FluentLenium/fluentlenium-core/src/test/java/org/fluentlenium/core/conditions/wait/FluentWaitConditionInvocationHandlerTest.java:[37,9] error: org.fluentlenium.core.conditions.wait.FluentWaitConditionInvocationHandler is not abstract and does not override abstract method buildChildProxy(org.fluentlenium.core.conditions.wait.WaitConditionInvocationHandler,java.lang.Object,java.lang.Class) in org.fluentlenium.core.conditions.wait.WaitConditionInvocationHandler
buildChildProxy
Using AI Code Generation
1 public void testWaitConditionInvocationHandler() throws Exception {2 FluentWait wait = new FluentWait(driver);3 WaitConditionInvocationHandler invocationHandler = new WaitConditionInvocationHandler(wait);4 WaitCondition waitCondition = (WaitCondition) Proxy.newProxyInstance(5 WaitCondition.class.getClassLoader(),6 new Class[]{WaitCondition.class},7 invocationHandler);8 WebElementProxy elementProxy = new WebElementProxy(driver, By.id("foo"));9 WebElementProxy elementProxy2 = (WebElementProxy) invocationHandler.buildChildProxy(elementProxy, waitCondition);10 assertThat(elementProxy2.getElement()).isNotNull();11 }12 public Object buildChildProxy(Object parent, Object child) {13 return Proxy.newProxyInstance(14 child.getClass().getClassLoader(),15 child.getClass().getInterfaces(),16 new WaitConditionInvocationHandler(wait, parent, child));17 }18 public Object invoke(Object proxy, Method method, Object[] args) throws Throwable {19 if (parent != null && method.getName().equals("getElement")) {20 return method.invoke(child, args);21 }22 return method.invoke(wait, args);23 }24 private Object parent;25 private Object child;26 private FluentWait wait;27 public WaitConditionInvocationHandler(FluentWait wait) {28 this.wait = wait;29 }30 public WaitConditionInvocationHandler(FluentWait wait, Object parent, Object child) {31 this.wait = wait;32 this.parent = parent;33 this.child = child;34 }35 public Object invoke(Object proxy, Method method, Object[] args) throws Throwable {36 if (parent != null && method.getName().equals("getElement")) {37 return method.invoke(child, args);38 }39 return method.invoke(wait, args);40 }41 public Object buildChildProxy(Object parent, Object child) {
buildChildProxy
Using AI Code Generation
1public static <T extends FluentWebElement> FluentWebElementProxy buildChildProxy(final T element, final Class<? extends FluentWebElement> clazz) {2 return new FluentWebElementProxy(element, clazz);3}4public static <T extends FluentWebElement> FluentWebElementProxy buildChildProxy(final T element, final Class<? extends FluentWebElement> clazz) {5 return new FluentWebElementProxy(element, clazz);6}7public static <T extends FluentWebElement> FluentWebElementProxy buildChildProxy(final T element, final Class<? extends FluentWebElement> clazz) {8 return new FluentWebElementProxy(element, clazz);9}10public static <T extends FluentWebElement> FluentWebElementProxy buildChildProxy(final T element, final Class<? extends FluentWebElement> clazz) {11 return new FluentWebElementProxy(element, clazz);12}13public static <T extends FluentWebElement> FluentWebElementProxy buildChildProxy(final T element, final Class<? extends FluentWebElement> clazz) {14 return new FluentWebElementProxy(element, clazz);15}16public static <T extends FluentWebElement> FluentWebElementProxy buildChildProxy(final T element, final Class<? extends FluentWebElement> clazz) {17 return new FluentWebElementProxy(element, clazz);18}19public static <T extends FluentWebElement> FluentWebElementProxy buildChildProxy(final T element, final Class<? extends FluentWebElement> clazz) {20 return new FluentWebElementProxy(element, clazz);21}22public static <T extends FluentWebElement> FluentWebElementProxy buildChildProxy(final T element, final Class<? extends FluentWebElement> clazz) {23 return new FluentWebElementProxy(element, clazz);24}
buildChildProxy
Using AI Code Generation
1 WaitConditionInvocationHandler handler = new WaitConditionInvocationHandler(2 new FluentWait<>(this), this);3 List<T> list = new ArrayList<>();4 list.add(this.first());5 T proxy = (T) handler.buildChildProxy(list);6 return proxy;7}8 default T first() {9 return this.get(0);10 }11 T get(int index);12The buildChildProxy(List<T> childElements) method returns a proxy of the fi
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