How to use iterator method of org.jmock.test.unit.internal.InvocationDispatcherTests class

Best Jmock-library code snippet using org.jmock.test.unit.internal.InvocationDispatcherTests.iterator

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...161 this.barrier = barrier;162 }163 private void await() {164 try {165 /​/​ we want the expectation check to have got the iterator166 /​/​ but not progressed checking167 barrier.await(TIMEOUT, TIMEOUT_UNIT);168 } catch (InterruptedException e) {169 throw new RuntimeException(e);170 } catch (BrokenBarrierException e) {171 throw new RuntimeException(e);172 } catch (TimeoutException e) {173 throw new RuntimeException(e);174 }175 }176 public int size() {177 return delegate.size();178 }179 public boolean isEmpty() {180 return delegate.isEmpty();181 }182 public boolean contains(Object o) {183 return delegate.contains(o);184 }185 public Iterator<T> iterator() {186 Iterator<T> reply = delegate.iterator();187 await(); /​/​ expectation add follows this188 await(); /​/​ wait for add to complete189 return reply;190 }191 public Object[] toArray() {192 return delegate.toArray();193 }194 public <U> U[] toArray(U[] a) {195 return delegate.toArray(a);196 }197 public boolean add(T e) {198 /​/​ Make sure iterator is called before adding199 await();200 boolean reply = delegate.add(e);201 /​/​ Make sure iterator returns after adding202 await();203 return reply;204 }205 public boolean remove(Object o) {206 return delegate.remove(o);207 }208 public boolean containsAll(Collection<?> c) {209 return delegate.containsAll(c);210 }211 public boolean addAll(Collection<? extends T> c) {212 return delegate.addAll(c);213 }214 public boolean removeAll(Collection<?> c) {215 return delegate.removeAll(c);...

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iterator

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1 public void testCanDispatchToIteratorMethodOfObject() {2 Mock mock = mock(Iterator.class);3 mock.stubs().method("next").will(returnValue("a"));4 mock.stubs().method("hasNext").will(returnValue(true));5 Iterator iterator = (Iterator) mock.proxy();6 assertTrue("should have next", iterator.hasNext());7 assertEquals("a", iterator.next());8 }9 public void testCanDispatchToIteratorMethodOfObjectWithArguments() {10 Mock mock = mock(Iterator.class);11 mock.stubs().method("next").withNoArguments().will(returnValue("a"));12 mock.stubs().method("hasNext").withNoArguments().will(returnValue(true));13 Iterator iterator = (Iterator) mock.proxy();14 assertTrue("should have next", iterator.hasNext());15 assertEquals("a", iterator.next());16 }17 public void testCanDispatchToIteratorMethodOfObjectWithArgumentsAndArgs() {18 Mock mock = mock(Iterator.class);19 mock.stubs().method("next").with(eq("a")).will(returnValue("a"));20 mock.stubs().method("hasNext").with(eq("a")).will(returnValue(true));21 Iterator iterator = (Iterator) mock.proxy();22 assertTrue("should have next", iterator.hasNext());23 assertEquals("a", iterator.next());24 }25 public void testCanDispatchToIteratorMethodOfObjectWithArgumentsAndArgsAndReturnValue() {26 Mock mock = mock(Iterator.class);27 mock.stubs().method("next").with(eq("a")).will(returnValue("a"));28 mock.stubs().method("hasNext").with(eq("a")).will(returnValue(true));29 Iterator iterator = (Iterator) mock.proxy();30 assertTrue("should have next", iterator.hasNext());31 assertEquals("a", iterator.next());32 }33 public void testCanDispatchToIteratorMethodOfObjectWithArgumentsAndArgsAndReturnValueAndThrows() {34 Mock mock = mock(Iterator.class);35 mock.stubs().method("next").with(eq("a")).will(returnValue("a"));36 mock.stubs().method("hasNext").with(eq("a")).will(returnValue(true));37 Iterator iterator = (Iterator) mock.proxy();38 assertTrue("should have next", iterator.hasNext());39 assertEquals("a", iterator.next());40 }41 public void testCanDispatchToIteratorMethodOfObjectWithArgumentsAndArgsAndReturnValueAndThrowsAndConsecutive() {42 Mock mock = mock(

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iterator

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1InvocationDispatcherTests {2 def "testIterator"() {3 def dispatcher = new InvocationDispatcher()4 def mock = Mockery()5 def mockObject = mock.mock(Object)6 def invocation = new Invocation("foo", [1, 2, 3], [mockObject])7 def invocation2 = new Invocation("bar", [1, 2, 3], [mockObject])8 def invocation3 = new Invocation("baz", [1, 2, 3], [mockObject])9 dispatcher.add(invocation)10 dispatcher.add(invocation2)11 dispatcher.add(invocation3)12 def iterator = dispatcher.iterator()13 iterator.next() == invocation14 iterator.next() == invocation215 iterator.next() == invocation316 }17 def "testIteratorWithRemove"() {18 def dispatcher = new InvocationDispatcher()19 def mock = Mockery()20 def mockObject = mock.mock(Object)21 def invocation = new Invocation("foo", [1, 2, 3], [mockObject])22 def invocation2 = new Invocation("bar", [1, 2, 3], [mockObject])23 def invocation3 = new Invocation("baz", [1, 2, 3], [mockObject])24 dispatcher.add(invocation)25 dispatcher.add(invocation2)26 dispatcher.add(invocation3)27 def iterator = dispatcher.iterator()28 iterator.next()29 iterator.remove()30 iterator.next() == invocation231 iterator.next() == invocation332 }33 def "testIteratorWithRemoveBeforeNext"() {34 def dispatcher = new InvocationDispatcher()35 def mock = Mockery()36 def mockObject = mock.mock(Object)37 def invocation = new Invocation("foo", [1, 2, 3], [mockObject])38 def invocation2 = new Invocation("bar", [1, 2, 3], [mockObject])39 def invocation3 = new Invocation("baz", [1, 2, 3], [mockObject])40 dispatcher.add(invocation)41 dispatcher.add(invocation2)42 dispatcher.add(invocation3)43 def iterator = dispatcher.iterator()44 iterator.remove()45 iterator.next() == invocation46 iterator.next() == invocation247 iterator.next() == invocation3

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iterator

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1 public void testIterateOverHandlers() {2 Mockery context = new Mockery();3 final InvocationDispatcher dispatcher = new InvocationDispatcher();4 final Method method = MethodUtils.getMethod(InvocationDispatcherTests.class, "testIterateOverHandlers");5 final Object[] args = new Object[0];6 final Invocation invocation = new Invocation("mock", method, args);7 final InvocationHandler handler1 = context.mock(InvocationHandler.class, "handler1");8 final InvocationHandler handler2 = context.mock(InvocationHandler.class, "handler2");9 final InvocationHandler handler3 = context.mock(InvocationHandler.class, "handler3");10 context.checking(new Expectations() {{11 oneOf(handler1).invoke(invocation, dispatcher);12 will(returnValue("handler1 result"));13 oneOf(handler2).invoke(invocation, dispatcher);14 will(returnValue("handler2 result"));15 oneOf(handler3).invoke(invocation, dispatcher);16 will(returnValue("handler3 result"));17 }});18 dispatcher.add(handler1);19 dispatcher.add(handler2);20 dispatcher.add(handler3);21 Iterator<InvocationHandler> handlers = dispatcher.iterator();22 assertThat(handlers.next(), is(handler1));23 assertThat(handlers.next(), is(handler2));24 assertThat(handlers.next(), is(handler3));25 assertFalse(handlers.hasNext());26 }27}

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iterator

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1package org.jmock.test.unit.internal;2import java.lang.reflect.Method;3import java.util.ArrayList;4import java.util.Iterator;5import java.util.List;6import junit.framework.TestCase;7import org.jmock.api.Invokable;8import org.jmock.internal.InvocationDispatcher;9import org.jmock.internal.InvocationDispatcher.Listener;10import org.jmock.test.unit.support.MethodFactory;11import org.jmock.test.unit.support.MethodFactory.MethodDescription;12import org.jmock.test.unit.support.MethodFactory.MethodDescriptionBuilder;13public class InvocationDispatcherTests extends TestCase {14 private static final String METHOD_NAME = "method";15 private static final Class<?>[] PARAMETER_TYPES = new Class<?>[] { String.class };16 private static final String PARAMETER_VALUE = "param";17 private static final Class<?> RETURN_TYPE = String.class;18 private static final String RETURN_VALUE = "return";19 private static final MethodDescription METHOD_DESCRIPTION = new MethodDescriptionBuilder()20 .withName(METHOD_NAME)21 .withParameterTypes(PARAMETER_TYPES)22 .withReturnType(RETURN_TYPE)23 .build();24 private static final Method METHOD = MethodFactory.newMethod(METHOD_DESCRIPTION);25 private InvocationDispatcher dispatcher;26 private Invokable invokable;27 private List<Listener> listeners;28 public void setUp() throws Exception {29 dispatcher = new InvocationDispatcher();30 invokable = new Invokable() {31 public Object invoke(Object proxy, Method method, Object[] args) throws Throwable {32 return RETURN_VALUE;33 }34 };35 listeners = new ArrayList<Listener>();36 }37 public void testThatDispatcherForwardsToCorrectListener() throws Throwable {38 final Object[] arguments = new Object[] { PARAMETER_VALUE };39 final Listener listener1 = new Listener() {40 public boolean matches(Method method, Object[] args) {41 return false;42 }43 public Object invoke(Object proxy, Method method, Object[] args) throws Throwable {44 fail("listener1 should not be invoked");45 return null;46 }47 };48 final Listener listener2 = new Listener() {49 public boolean matches(Method method, Object[] args) {50 return true;51 }52 public Object invoke(Object proxy, Method method, Object[] args) throws

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