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How to use resolve method of org.mockito.internal.util.MockUtil class

Best Mockito code snippet using org.mockito.internal.util.MockUtil.resolve

Source:AcrossJVMSerializationFeature.java

...230            }231        }232    }233    /**234     * Special Mockito aware {@code ObjectInputStream} that will resolve the Mockito proxy class.235     *236     * <p>237     *     This specificaly crafted ObjectInoutStream has the most important role to resolve the Mockito generated238     *     class. It is doing so via the {@link #resolveClass(java.io.ObjectStreamClass)} which looks in the stream239     *     for a Mockito marker. If this marker is found it will try to resolve the mockito class otherwise it240     *     delegates class resolution to the default super behavior.241     *     The mirror method used for serializing the mock is242     *     {@link AcrossJVMSerializationFeature.MockitoMockObjectOutputStream#annotateClass(Class)}.243     * </p>244     *245     * <p>246     *     When this marker is found, {@link org.mockito.internal.creation.cglib.ClassImposterizer} methods are being used to create the mock class.247     *     <em>Note that behind the {@code ClassImposterizer} there is CGLIB and the248     *     {@link org.mockito.internal.creation.util.SearchingClassLoader} that will look if this enhanced class has249     *     already been created in an accessible classloader ; so basically this code trusts the ClassImposterizer250     *     code.</em>251     * </p>252     */253    public static class MockitoMockObjectInputStream extends ObjectInputStream {254        private final Class typeToMock;255        private final Set<Class> extraInterfaces;256        public MockitoMockObjectInputStream(InputStream in, Class typeToMock, Set<Class> extraInterfaces) throws IOException {257            super(in) ;258            this.typeToMock = typeToMock;259            this.extraInterfaces = extraInterfaces;260            enableResolveObject(true); // ensure resolving is enabled261        }262        /**263         * Resolve the Mockito proxy class if it is marked as such.264         *265         * <p>Uses the fields {@link #typeToMock} and {@link #extraInterfaces} to266         * create the Mockito proxy class as the {@code ObjectStreamClass}267         * doesn't carry useful information for this purpose.</p>268         *269         * @param desc Description of the class in the stream, not used.270         * @return The class that will be used to deserialize the instance mock.271         * @throws IOException272         * @throws ClassNotFoundException273         */274        @Override275        protected Class<?> resolveClass(ObjectStreamClass desc) throws IOException, ClassNotFoundException {276            if (notMarkedAsAMockitoMock(readObject())) {277                return super.resolveClass(desc);278            }279            // TODO check the class is mockable in the deserialization side280            // ClassImposterizer.INSTANCE.canImposterise(typeToMock);281            // create the Mockito mock class before it can even be deserialized282            //TODO SF unify creation of imposterizer, constructor code duplicated, pulling in CreationSettings internal class283            ClassImposterizer imposterizer = new ClassImposterizer(new InstantiatorProvider().getInstantiator(new CreationSettings()));284            imposterizer.setConstructorsAccessible(typeToMock, true);285            Class<?> proxyClass = imposterizer.createProxyClass(286                    typeToMock,287                    extraInterfaces.toArray(new Class[extraInterfaces.size()])288            );289            hackClassNameToMatchNewlyCreatedClass(desc, proxyClass);290            return proxyClass;291        }292        /**293         * Hack the {@code name} field of the given {@code ObjectStreamClass} with294         * the {@code newProxyClass}.295         *296         * The parent ObjectInputStream will check the name of the class in the stream matches the name of the one297         * that is created in this method.298         *299         * The CGLIB classes uses a hash of the classloader and/or maybe some other data that allow them to be300         * relatively unique in a JVM.301         *302         * When names differ, which happens when the mock is deserialized in another ClassLoader, a303         * {@code java.io.InvalidObjectException} is thrown, so this part of the code is hacking through304         * the given {@code ObjectStreamClass} to change the name with the newly created class.305         *306         * @param descInstance The {@code ObjectStreamClass} that will be hacked.307         * @param proxyClass The proxy class whose name will be applied.308         * @throws InvalidObjectException309         */310        private void hackClassNameToMatchNewlyCreatedClass(ObjectStreamClass descInstance, Class<?> proxyClass) throws ObjectStreamException {311            try {312              Field classNameField = descInstance.getClass().getDeclaredField("name");313              new FieldSetter(descInstance, classNameField).set(proxyClass.getCanonicalName());314            } catch (NoSuchFieldException nsfe) {315                // TODO use our own mockito mock serialization exception316                throw new MockitoSerializationIssue(join(317                        "Wow, the class 'ObjectStreamClass' in the JDK don't have the field 'name',",318                        "this is definitely a bug in our code as it means the JDK team changed a few internal things.",319                        "",320                        "Please report an issue with the JDK used, a code sample and a link to download the JDK would be welcome."321                ), nsfe);322            }323        }324        /**325         * Read the stream class annotation and identify it as a Mockito mock or not.326         *327         * @param marker The marker to identify.328         * @return {@code true} if not marked as a Mockito, {@code false} if the class annotation marks a Mockito mock.329         * @throws IOException330         * @throws ClassNotFoundException331         */332        private boolean notMarkedAsAMockitoMock(Object marker) throws IOException, ClassNotFoundException {333            return !MOCKITO_PROXY_MARKER.equals(marker);334        }335    }336    /**337     * Special Mockito aware {@code ObjectOutputStream}.338     *339     * <p>340     *     This output stream has the role of marking in the stream the Mockito class. This341     *     marking process is necessary to identify the proxy class that will need to be recreated.342     *343     *     The mirror method used for deserializing the mock is344     *     {@link MockitoMockObjectInputStream#resolveClass(ObjectStreamClass)}.345     * </p>346     *347     */348    private static class MockitoMockObjectOutputStream extends ObjectOutputStream {349        private static final String NOTHING = "";350        public MockitoMockObjectOutputStream(ByteArrayOutputStream out) throws IOException {351            super(out);352        }353        /**354         * Annotates (marks) the class if this class is a Mockito mock.355         *356         * @param cl The class to annotate.357         * @throws IOException358         */...

Source:ByteBuddyCrossClassLoaderSerializationSupport.java

...205            }206        }207    }208    /**209     * Special Mockito aware <code>ObjectInputStream</code> that will resolve the Mockito proxy class.210     * <p/>211     * <p>212     *     This specifically crafted ObjectInoutStream has the most important role to resolve the Mockito generated213     *     class. It is doing so via the {@link #resolveClass(ObjectStreamClass)} which looks in the stream214     *     for a Mockito marker. If this marker is found it will try to resolve the mockito class otherwise it215     *     delegates class resolution to the default super behavior.216     *     The mirror method used for serializing the mock is {@link MockitoMockObjectOutputStream#annotateClass(Class)}.217     * </p>218     * <p/>219     * <p>220     *     When this marker is found, {@link ByteBuddyMockMaker#createProxyClass(MockFeatures)} methods are being used221     *     to create the mock class.222     * </p>223     */224    public static class MockitoMockObjectInputStream extends ObjectInputStream {225        private final Class typeToMock;226        private final Set<Class<?>> extraInterfaces;227        public MockitoMockObjectInputStream(InputStream in, Class typeToMock, Set<Class<?>> extraInterfaces) throws IOException {228            super(in);229            this.typeToMock = typeToMock;230            this.extraInterfaces = extraInterfaces;231            enableResolveObject(true); // ensure resolving is enabled232        }233        /**234         * Resolve the Mockito proxy class if it is marked as such.235         * <p/>236         * <p>Uses the fields {@link #typeToMock} and {@link #extraInterfaces} to237         * create the Mockito proxy class as the <code>ObjectStreamClass</code>238         * doesn't carry useful information for this purpose.</p>239         *240         * @param desc Description of the class in the stream, not used.241         * @return The class that will be used to deserialize the instance mock.242         * @throws java.io.IOException243         * @throws ClassNotFoundException244         */245        @Override246        protected Class<?> resolveClass(ObjectStreamClass desc) throws IOException, ClassNotFoundException {247            if (notMarkedAsAMockitoMock(readObject())) {248                return super.resolveClass(desc);249            }250            // TODO check the class is mockable in the deserialization side251            // create the Mockito mock class before it can even be deserialized252            Class<?> proxyClass = ((ByteBuddyMockMaker) Plugins.getMockMaker())253                    .createProxyClass(withMockFeatures(typeToMock, extraInterfaces, true));254            hackClassNameToMatchNewlyCreatedClass(desc, proxyClass);255            return proxyClass;256        }257        /**258         * Hack the <code>name</code> field of the given <code>ObjectStreamClass</code> with259         * the <code>newProxyClass</code>.260         * <p/>261         * The parent ObjectInputStream will check the name of the class in the stream matches the name of the one262         * that is created in this method.263         * <p/>264         * The CGLIB classes uses a hash of the classloader and/or maybe some other data that allow them to be265         * relatively unique in a JVM.266         * <p/>267         * When names differ, which happens when the mock is deserialized in another ClassLoader, a268         * <code>java.io.InvalidObjectException</code> is thrown, so this part of the code is hacking through269         * the given <code>ObjectStreamClass</code> to change the name with the newly created class.270         *271         * @param descInstance The <code>ObjectStreamClass</code> that will be hacked.272         * @param proxyClass   The proxy class whose name will be applied.273         * @throws java.io.InvalidObjectException274         */275        private void hackClassNameToMatchNewlyCreatedClass(ObjectStreamClass descInstance, Class<?> proxyClass) throws ObjectStreamException {276            try {277                Field classNameField = descInstance.getClass().getDeclaredField("name");278                new FieldSetter(descInstance, classNameField).set(proxyClass.getCanonicalName());279            } catch (NoSuchFieldException nsfe) {280                throw new MockitoSerializationIssue(join(281                        "Wow, the class 'ObjectStreamClass' in the JDK don't have the field 'name',",282                        "this is definitely a bug in our code as it means the JDK team changed a few internal things.",283                        "",284                        "Please report an issue with the JDK used, a code sample and a link to download the JDK would be welcome."285                ), nsfe);286            }287        }288        /**289         * Read the stream class annotation and identify it as a Mockito mock or not.290         *291         * @param marker The marker to identify.292         * @return <code>true</code> if not marked as a Mockito, <code>false</code> if the class annotation marks a Mockito mock.293         * @throws java.io.IOException294         * @throws ClassNotFoundException295         */296        private boolean notMarkedAsAMockitoMock(Object marker) throws IOException, ClassNotFoundException {297            return !MOCKITO_PROXY_MARKER.equals(marker);298        }299    }300    /**301     * Special Mockito aware <code>ObjectOutputStream</code>.302     * <p/>303     * <p>304     * This output stream has the role of marking in the stream the Mockito class. This305     * marking process is necessary to identify the proxy class that will need to be recreated.306     * <p/>307     * The mirror method used for deserializing the mock is308     * {@link MockitoMockObjectInputStream#resolveClass(ObjectStreamClass)}.309     * </p>310     */311    private static class MockitoMockObjectOutputStream extends ObjectOutputStream {312        private static final String NOTHING = "";313        public MockitoMockObjectOutputStream(ByteArrayOutputStream out) throws IOException {314            super(out);315        }316        /**317         * Annotates (marks) the class if this class is a Mockito mock.318         *319         * @param cl The class to annotate.320         * @throws java.io.IOException321         */322        @Override...

Source:FieldInitializer.java

...54     * </p>55     *56     * @param fieldOwner Instance of the test.57     * @param field Field to be initialize.58     * @param argResolver Constructor parameters resolver59     */60    public FieldInitializer(Object fieldOwner, Field field, ConstructorArgumentResolver argResolver) {61        this(fieldOwner, field, new ParameterizedConstructorInstantiator(fieldOwner, field, argResolver));62    }6364    private FieldInitializer(Object fieldOwner, Field field, ConstructorInstantiator instantiator) {65        if(new FieldReader(fieldOwner, field).isNull()) {66            checkNotLocal(field);67            checkNotInner(field);68            checkNotInterface(field);69            checkNotAbstract(field);70        }71        this.fieldOwner = fieldOwner;72        this.field = field;73        this.instantiator = instantiator;74    }7576    /**77     * Initialize field if not initialized and return the actual instance.78     *79     * @return Actual field instance.80     */81    public FieldInitializationReport initialize() {82        final AccessibilityChanger changer = new AccessibilityChanger();83        changer.enableAccess(field);8485        try {86            return acquireFieldInstance();87        } catch(IllegalAccessException e) {88            throw new MockitoException("Problems initializing field '" + field.getName() + "' of type '" + field.getType().getSimpleName() + "'", e);89        } finally {90            changer.safelyDisableAccess(field);91        }92    }9394    private void checkNotLocal(Field field) {95        if(field.getType().isLocalClass()) {96            throw new MockitoException("the type '" + field.getType().getSimpleName() + "' is a local class.");97        }98    }99100    private void checkNotInner(Field field) {101        if(field.getType().isMemberClass() && !Modifier.isStatic(field.getType().getModifiers())) {102            throw new MockitoException("the type '" + field.getType().getSimpleName() + "' is an inner class.");103        }104    }105106    private void checkNotInterface(Field field) {107        if(field.getType().isInterface()) {108            throw new MockitoException("the type '" + field.getType().getSimpleName() + "' is an interface.");109        }110    }111112    private void checkNotAbstract(Field field) {113        if(Modifier.isAbstract(field.getType().getModifiers())) {114            throw new MockitoException("the type '" + field.getType().getSimpleName() + " is an abstract class.");115        }116    }117118    private FieldInitializationReport acquireFieldInstance() throws IllegalAccessException {119        Object fieldInstance = field.get(fieldOwner);120        if(fieldInstance != null) {121            return new FieldInitializationReport(fieldInstance, false, false);122        }123124        return instantiator.instantiate();125    }126127    /**128     * Represents the strategy used to resolve actual instances129     * to be given to a constructor given the argument types.130     */131    public interface ConstructorArgumentResolver {132133        /**134         * Try to resolve instances from types.135         *136         * <p>137         * Checks on the real argument type or on the correct argument number138         * will happen during the field initialization {@link FieldInitializer#initialize()}.139         * I.e the only responsibility of this method, is to provide instances <strong>if possible</strong>.140         * </p>141         *142         * @param argTypes Constructor argument types, should not be null.143         * @return The argument instances to be given to the constructor, should not be null.144         */145        Object[] resolveTypeInstances(Class<?>... argTypes);146    }147148    private interface ConstructorInstantiator {149        FieldInitializationReport instantiate();150    }151152    /**153     * Constructor instantiating strategy for no-arg constructor.154     *155     * <p>156     * If a no-arg constructor can be found then the instance is created using157     * this constructor.158     * Otherwise a technical MockitoException is thrown.159     * </p>160     */161    static class NoArgConstructorInstantiator implements ConstructorInstantiator {162        private final Object testClass;163        private final Field field;164165        /**166         * Internal, checks are done by FieldInitializer.167         * Fields are assumed to be accessible.168         */169        NoArgConstructorInstantiator(Object testClass, Field field) {170            this.testClass = testClass;171            this.field = field;172        }173174        public FieldInitializationReport instantiate() {175            final AccessibilityChanger changer = new AccessibilityChanger();176            Constructor<?> constructor = null;177            try {178                constructor = field.getType().getDeclaredConstructor();179                changer.enableAccess(constructor);180181                final Object[] noArg = new Object[0];182                Object newFieldInstance = constructor.newInstance(noArg);183                new FieldSetter(testClass, field).set(newFieldInstance);184185                return new FieldInitializationReport(field.get(testClass), true, false);186            } catch (NoSuchMethodException e) {187                throw new MockitoException("the type '" + field.getType().getSimpleName() + "' has no default constructor", e);188            } catch (InvocationTargetException e) {189                throw new MockitoException("the default constructor of type '" + field.getType().getSimpleName() + "' has raised an exception (see the stack trace for cause): " + e.getTargetException().toString(), e);190            } catch (InstantiationException e) {191                throw new MockitoException("InstantiationException (see the stack trace for cause): " + e.toString(), e);192            } catch (IllegalAccessException e) {193                throw new MockitoException("IllegalAccessException (see the stack trace for cause): " + e.toString(), e);194            } finally {195                if(constructor != null) {196                    changer.safelyDisableAccess(constructor);197                }198            }199        }200    }201202    /**203     * Constructor instantiating strategy for parameterized constructors.204     *205     * <p>206     * Choose the constructor with the highest number of parameters, then207     * call the ConstructorArgResolver to get actual argument instances.208     * If the argResolver fail, then a technical MockitoException is thrown is thrown.209     * Otherwise the instance is created with the resolved arguments.210     * </p>211     */212    static class ParameterizedConstructorInstantiator implements ConstructorInstantiator {213        private final Object testClass;214        private final Field field;215        private final ConstructorArgumentResolver argResolver;216	      private final MockUtil mockUtil = new MockUtil();217        private final Comparator<Constructor<?>> byParameterNumber = new Comparator<Constructor<?>>() {218            public int compare(Constructor<?> constructorA, Constructor<?> constructorB) {219	            int argLengths = constructorB.getParameterTypes().length - constructorA.getParameterTypes().length;220	            if (argLengths == 0) {221		            int constructorAMockableParamsSize = countMockableParams(constructorA);222		            int constructorBMockableParamsSize = countMockableParams(constructorB);223		            return constructorBMockableParamsSize - constructorAMockableParamsSize;224	            }225	            return argLengths;226            }227	        228	        private int countMockableParams(Constructor<?> constructor) {229		        int constructorMockableParamsSize = 0;230		        for (Class<?> aClass : constructor.getParameterTypes()) {231			        if(mockUtil.isTypeMockable(aClass)){232				        constructorMockableParamsSize++;233			        }234		        }235		        return constructorMockableParamsSize;236	        }237        };238239        /**240         * Internal, checks are done by FieldInitializer.241         * Fields are assumed to be accessible.242         */243        ParameterizedConstructorInstantiator(Object testClass, Field field, ConstructorArgumentResolver argumentResolver) {244            this.testClass = testClass;245            this.field = field;246            this.argResolver = argumentResolver;247        }248249        public FieldInitializationReport instantiate() {250            final AccessibilityChanger changer = new AccessibilityChanger();251            Constructor<?> constructor = null;252            try {253                constructor = biggestConstructor(field.getType());254                changer.enableAccess(constructor);255256                final Object[] args = argResolver.resolveTypeInstances(constructor.getParameterTypes());257                Object newFieldInstance = constructor.newInstance(args);258                new FieldSetter(testClass, field).set(newFieldInstance);259260                return new FieldInitializationReport(field.get(testClass), false, true);261            } catch (IllegalArgumentException e) {262                throw new MockitoException("internal error : argResolver provided incorrect types for constructor " + constructor + " of type " + field.getType().getSimpleName(), e);263            } catch (InvocationTargetException e) {264                throw new MockitoException("the constructor of type '" + field.getType().getSimpleName() + "' has raised an exception (see the stack trace for cause): " + e.getTargetException().toString(), e);265            } catch (InstantiationException e) {266                throw new MockitoException("InstantiationException (see the stack trace for cause): " + e.toString(), e);267            } catch (IllegalAccessException e) {268                throw new MockitoException("IllegalAccessException (see the stack trace for cause): " + e.toString(), e);269            } finally {270                if(constructor != null) {
...

Source:ReturnsDeepStubs.java

...16import org.mockito.stubbing.Stubbing;17public class ReturnsDeepStubs implements Answer<Object>, Serializable {18    private static final long serialVersionUID = -7105341425736035847L;19    public Object answer(InvocationOnMock invocationOnMock) throws Throwable {20        GenericMetadataSupport resolveGenericReturnType = actualParameterizedType(invocationOnMock.getMock()).resolveGenericReturnType(invocationOnMock.getMethod());21        Class<?> rawType = resolveGenericReturnType.rawType();22        if (!mockitoCore().isTypeMockable(rawType)) {23            return delegate().returnValueFor(rawType);24        }25        if (!rawType.equals(Object.class) || resolveGenericReturnType.hasRawExtraInterfaces()) {26            return deepStub(invocationOnMock, resolveGenericReturnType);27        }28        return null;29    }30    private Object deepStub(InvocationOnMock invocationOnMock, GenericMetadataSupport genericMetadataSupport) throws Throwable {31        InvocationContainerImpl invocationContainer = MockUtil.getInvocationContainer(invocationOnMock.getMock());32        for (Stubbing next : invocationContainer.getStubbingsDescending()) {33            if (invocationContainer.getInvocationForStubbing().matches(next.getInvocation())) {34                return next.answer(invocationOnMock);35            }36        }37        StubbedInvocationMatcher recordDeepStubAnswer = recordDeepStubAnswer(newDeepStubMock(genericMetadataSupport, invocationOnMock.getMock()), invocationContainer);38        recordDeepStubAnswer.markStubUsed(recordDeepStubAnswer.getInvocation());39        return recordDeepStubAnswer.answer(invocationOnMock);40    }...

Source:25ReturnsDeepStubs.java

...42    private ReturnsEmptyValues delegate = new ReturnsEmptyValues();4344    public Object answer(InvocationOnMock invocation) throws Throwable {45        GenericMetadataSupport returnTypeGenericMetadata =46                actualParameterizedType(invocation.getMock()).resolveGenericReturnType(invocation.getMethod());4748        Class<?> rawType = returnTypeGenericMetadata.rawType();49        if (!new MockCreationValidator().isTypeMockable(rawType)) {50            return delegate.returnValueFor(rawType);51        }5253        return getMock(invocation);54    }5556    private Object getMock(InvocationOnMock invocation) throws Throwable {57    	InternalMockHandler<Object> handler = new MockUtil().getMockHandler(invocation.getMock());58    	InvocationContainerImpl container = (InvocationContainerImpl) handler.getInvocationContainer();5960        // matches invocation for verification
...

Source:SpyDefinition.java

...70	}71	@SuppressWarnings("unchecked")72	public <T> T createSpy(String name, Object instance) {73		Assert.notNull(instance, "Instance must not be null");74		Assert.isInstanceOf(this.typeToSpy.resolve(), instance);75		if (this.mockUtil.isSpy(instance)) {76			return (T) instance;77		}78		MockSettings settings = MockReset.withSettings(getReset());79		if (StringUtils.hasLength(name)) {80			settings.name(name);81		}82		settings.spiedInstance(instance);83		settings.defaultAnswer(Mockito.CALLS_REAL_METHODS);84		return (T) Mockito.mock(instance.getClass(), settings);85	}86}...

resolve

Using AI Code Generation

1package com.ack.j2se.mock;2import java.lang.reflect.InvocationHandler;3import java.lang.reflect.Proxy;4import org.mockito.cglib.proxy.Enhancer;5import org.mockito.cglib.proxy.MethodInterceptor;6import org.mockito.cglib.proxy.MethodProxy;7import org.mockito.internal.util.MockUtil;8public class MockUtilResolveTest {9  public static void main( String[] args ) {10    Object mock = MockUtil.createMock( Object.class, new InvocationHandler() {11      public Object invoke( Object proxy, java.lang.reflect.Method method,12                            Object[] args ) throws Throwable {13        return null;14      }15    } );16    Object proxy = Proxy.newProxyInstance( Object.class.getClassLoader(),17                                           new Class[] { Object.class },18                                           new InvocationHandler() {19                                             public Object invoke( Object proxy,20                                               throws Throwable {21                                               return null;22                                             }23                                           } );24    Object cglibProxy = Enhancer.create( Object.class,25                                         new MethodInterceptor() {26                                           public Object intercept( Object obj,27                                             throws Throwable {28                                             return null;29                                           }30                                         } );31    Object cglibProxy2 = Enhancer.create( Object.class, null );32    Object cglibProxy3 = Enhancer.create( Object.class, new Class[0], null );33    Object cglibProxy4 = Enhancer.create( Object.class, new Class[0],34                                          new MethodInterceptor() {35                                            public Object intercept( Object obj,36                                              throws Throwable {37                                              return null;38                                            }39                                          } );40    Object cglibProxy5 = Enhancer.create( Object.class, new Class[0],41                                          new MethodInterceptor() {42                                            public Object intercept( Object obj,43                                              throws Throwable {44                                              return null;45                                            }46                                          }, null );47    Object cglibProxy6 = Enhancer.create( Object.class, new Class[0],

resolve

Using AI Code Generation

1import org.mockito.internal.util.MockUtil;2public class Test {3    public static void main(String[] args) {4        Object mock = new Object();5        System.out.println(MockUtil.isMock(mock));6    }7}8import org.mockito.internal.util.MockUtil;9public class Test {10    public static void main(String[] args) {11        Object mock = new Object();12        System.out.println(MockUtil.isMock(mock));13        System.out.println(MockUtil.isMock(new Object()));14    }15}16import org.mockito.internal.util.MockUtil;17public class Test {18    public static void main(String[] args) {19        Object mock = new Object();20        System.out.println(MockUtil.isMock(mock));21        System.out.println(MockUtil.isMock(new Object()));22        System.out.println(MockUtil.isMock(new Object()));23    }24}25import org.mockito.internal.util.MockUtil;26public class Test {27    public static void main(String[] args) {28        Object mock = new Object();29        System.out.println(MockUtil.isMock(mock));30        System.out.println(MockUtil.isMock(new Object()));31        System.out.println(MockUtil.isMock(new Object()));32        System.out.println(MockUtil.isMock(new Object()));33    }34}35import org.mockito.internal.util.MockUtil;36public class Test {37    public static void main(String[] args) {38        Object mock = new Object();39        System.out.println(MockUtil.isMock(mock));

resolve

Using AI Code Generation

1package com.automationrhapsody.mockitoutil;2import org.mockito.Mock;3import org.mockito.MockitoAnnotations;4import org.mockito.internal.util.MockUtil;5public class ResolveMock {6    private String mock;7    public static void main(String[] args) {8        ResolveMock resolveMock = new ResolveMock();9        MockitoAnnotations.initMocks(resolveMock);10        MockUtil mockUtil = new MockUtil();11        System.out.println("mock: " + mockUtil.resolve(resolveMock.mock));12    }13}14package com.automationrhapsody.mockitoutil;15import org.mockito.Mock;16import org.mockito.MockitoAnnotations;17import org.mockito.internal.util.MockUtil;18public class ResolveMock {19    private String mock;20    public static void main(String[] args) {

resolve

Using AI Code Generation

1import org.mockito.internal.util.MockUtil;2import org.mockito.Mock;3import org.mockito.Mockito;4import org.mockito.MockitoAnnotations;5import org.mockito.internal.util.MockUtil;6import java.util.List;7public class Test {8    List<String> list;9    public void test() {10        MockitoAnnotations.initMocks(this);11        MockUtil mockUtil = new MockUtil();12        System.out.println(mockUtil.isMock(list));13        System.out.println(mockUtil.isSpy(list));14        System.out.println(mockUtil.getMockName(list));15        System.out.println(mockUtil.getInvocationContainer(list));16        System.out.println(mockUtil.getSpiedInstance(list));17    }18    public static void main(String[] args) {19        Test test = new Test();20        test.test();21    }22}

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