org.springframework.test.util.MetaAnnotationUtils.AnnotationDescriptor Java Examples

/**
 * Resolve the list of {@linkplain ContextConfigurationAttributes context
 * configuration attributes} for the supplied {@linkplain Class test class} and its
 * superclasses.
 * <p>Note that the {@link ContextConfiguration#inheritLocations inheritLocations} and
 * {@link ContextConfiguration#inheritInitializers() inheritInitializers} flags of
 * {@link ContextConfiguration @ContextConfiguration} will <strong>not</strong>
 * be taken into consideration. If these flags need to be honored, that must be
 * handled manually when traversing the list returned by this method.
 * @param testClass the class for which to resolve the configuration attributes
 * (must not be {@code null})
 * @return the list of configuration attributes for the specified class, ordered
 * <em>bottom-up</em> (i.e., as if we were traversing up the class hierarchy);
 * never {@code null}
 * @throws IllegalArgumentException if the supplied class is {@code null} or if
 * {@code @ContextConfiguration} is not <em>present</em> on the supplied class
 */
static List<ContextConfigurationAttributes> resolveContextConfigurationAttributes(Class<?> testClass) {
	Assert.notNull(testClass, "Class must not be null");

	List<ContextConfigurationAttributes> attributesList = new ArrayList<>();
	Class<ContextConfiguration> annotationType = ContextConfiguration.class;

	AnnotationDescriptor<ContextConfiguration> descriptor = findAnnotationDescriptor(testClass, annotationType);
	Assert.notNull(descriptor, () -> String.format(
				"Could not find an 'annotation declaring class' for annotation type [%s] and class [%s]",
				annotationType.getName(), testClass.getName()));

	while (descriptor != null) {
		convertContextConfigToConfigAttributesAndAddToList(descriptor.synthesizeAnnotation(),
				descriptor.getRootDeclaringClass(), attributesList);
		descriptor = findAnnotationDescriptor(descriptor.getRootDeclaringClass().getSuperclass(), annotationType);
	}

	return attributesList;
}
 

@Test
public void findAnnotationDescriptorWithInheritedAnnotationOnInterface() {
	// Note: @Transactional is inherited
	Transactional rawAnnotation = InheritedAnnotationInterface.class.getAnnotation(Transactional.class);

	AnnotationDescriptor<Transactional> descriptor =
			findAnnotationDescriptor(InheritedAnnotationInterface.class, Transactional.class);
	assertNotNull(descriptor);
	assertEquals(InheritedAnnotationInterface.class, descriptor.getRootDeclaringClass());
	assertEquals(InheritedAnnotationInterface.class, descriptor.getDeclaringClass());
	assertEquals(rawAnnotation, descriptor.getAnnotation());

	descriptor = findAnnotationDescriptor(SubInheritedAnnotationInterface.class, Transactional.class);
	assertNotNull(descriptor);
	assertEquals(SubInheritedAnnotationInterface.class, descriptor.getRootDeclaringClass());
	assertEquals(InheritedAnnotationInterface.class, descriptor.getDeclaringClass());
	assertEquals(rawAnnotation, descriptor.getAnnotation());

	descriptor = findAnnotationDescriptor(SubSubInheritedAnnotationInterface.class, Transactional.class);
	assertNotNull(descriptor);
	assertEquals(SubSubInheritedAnnotationInterface.class, descriptor.getRootDeclaringClass());
	assertEquals(InheritedAnnotationInterface.class, descriptor.getDeclaringClass());
	assertEquals(rawAnnotation, descriptor.getAnnotation());
}
 

@Test
public void findAnnotationDescriptorForNonInheritedAnnotationOnInterface() {
	// Note: @Order is not inherited.
	Order rawAnnotation = NonInheritedAnnotationInterface.class.getAnnotation(Order.class);

	AnnotationDescriptor<Order> descriptor =
			findAnnotationDescriptor(NonInheritedAnnotationInterface.class, Order.class);
	assertNotNull(descriptor);
	assertEquals(NonInheritedAnnotationInterface.class, descriptor.getRootDeclaringClass());
	assertEquals(NonInheritedAnnotationInterface.class, descriptor.getDeclaringClass());
	assertEquals(rawAnnotation, descriptor.getAnnotation());

	descriptor = findAnnotationDescriptor(SubNonInheritedAnnotationInterface.class, Order.class);
	assertNotNull(descriptor);
	assertEquals(SubNonInheritedAnnotationInterface.class, descriptor.getRootDeclaringClass());
	assertEquals(NonInheritedAnnotationInterface.class, descriptor.getDeclaringClass());
	assertEquals(rawAnnotation, descriptor.getAnnotation());
}
 

/**
 * Resolve the list of {@linkplain ContextConfigurationAttributes context
 * configuration attributes} for the supplied {@linkplain Class test class} and its
 * superclasses.
 * <p>Note that the {@link ContextConfiguration#inheritLocations inheritLocations} and
 * {@link ContextConfiguration#inheritInitializers() inheritInitializers} flags of
 * {@link ContextConfiguration @ContextConfiguration} will <strong>not</strong>
 * be taken into consideration. If these flags need to be honored, that must be
 * handled manually when traversing the list returned by this method.
 * @param testClass the class for which to resolve the configuration attributes
 * (must not be {@code null})
 * @return the list of configuration attributes for the specified class, ordered
 * <em>bottom-up</em> (i.e., as if we were traversing up the class hierarchy);
 * never {@code null}
 * @throws IllegalArgumentException if the supplied class is {@code null} or if
 * {@code @ContextConfiguration} is not <em>present</em> on the supplied class
 */
static List<ContextConfigurationAttributes> resolveContextConfigurationAttributes(Class<?> testClass) {
	Assert.notNull(testClass, "Class must not be null");

	List<ContextConfigurationAttributes> attributesList = new ArrayList<>();
	Class<ContextConfiguration> annotationType = ContextConfiguration.class;

	AnnotationDescriptor<ContextConfiguration> descriptor = findAnnotationDescriptor(testClass, annotationType);
	Assert.notNull(descriptor, () -> String.format(
				"Could not find an 'annotation declaring class' for annotation type [%s] and class [%s]",
				annotationType.getName(), testClass.getName()));

	while (descriptor != null) {
		convertContextConfigToConfigAttributesAndAddToList(descriptor.synthesizeAnnotation(),
				descriptor.getRootDeclaringClass(), attributesList);
		descriptor = findAnnotationDescriptor(descriptor.getRootDeclaringClass().getSuperclass(), annotationType);
	}

	return attributesList;
}
 

@Test
public void overriddenContextConfigurationLocationsAndInheritLocations() throws Exception {
	Class<?> declaringClass = OverriddenMetaLocationsConfigTestCase.class;
	AnnotationDescriptor<ContextConfiguration> descriptor = findAnnotationDescriptor(declaringClass,
		ContextConfiguration.class);
	assertNotNull(descriptor);
	assertEquals(declaringClass, descriptor.getRootDeclaringClass());
	assertEquals(MetaLocationsConfig.class, descriptor.getComposedAnnotationType());
	assertEquals(ContextConfiguration.class, descriptor.getAnnotationType());
	assertNotNull(descriptor.getComposedAnnotation());
	assertEquals(MetaLocationsConfig.class, descriptor.getComposedAnnotationType());

	// direct access to annotation attributes:
	assertArrayEquals(new String[] { "foo.xml" }, descriptor.getAnnotation().locations());
	assertFalse(descriptor.getAnnotation().inheritLocations());

	// overridden attributes:
	AnnotationAttributes attributes = descriptor.getAnnotationAttributes();
	assertArrayEquals(new String[] { "bar.xml" }, attributes.getStringArray("locations"));
	assertTrue(attributes.getBoolean("inheritLocations"));
}
 

@Test
public void contextConfigurationLocationsAndInheritLocations() throws Exception {
	Class<MetaLocationsConfigTestCase> declaringClass = MetaLocationsConfigTestCase.class;
	AnnotationDescriptor<ContextConfiguration> descriptor = findAnnotationDescriptor(declaringClass,
		ContextConfiguration.class);
	assertNotNull(descriptor);
	assertEquals(declaringClass, descriptor.getRootDeclaringClass());
	assertEquals(MetaLocationsConfig.class, descriptor.getComposedAnnotationType());
	assertEquals(ContextConfiguration.class, descriptor.getAnnotationType());
	assertNotNull(descriptor.getComposedAnnotation());
	assertEquals(MetaLocationsConfig.class, descriptor.getComposedAnnotationType());

	// direct access to annotation attributes:
	assertArrayEquals(new String[] { "foo.xml" }, descriptor.getAnnotation().locations());
	assertFalse(descriptor.getAnnotation().inheritLocations());
}
 

@Test
public void overriddenContextConfigurationValue() throws Exception {
	Class<?> declaringClass = OverriddenMetaValueConfigTestCase.class;
	AnnotationDescriptor<ContextConfiguration> descriptor = findAnnotationDescriptor(declaringClass,
		ContextConfiguration.class);
	assertNotNull(descriptor);
	assertEquals(declaringClass, descriptor.getRootDeclaringClass());
	assertEquals(MetaValueConfig.class, descriptor.getComposedAnnotationType());
	assertEquals(ContextConfiguration.class, descriptor.getAnnotationType());
	assertNotNull(descriptor.getComposedAnnotation());
	assertEquals(MetaValueConfig.class, descriptor.getComposedAnnotationType());

	// direct access to annotation value:
	assertArrayEquals(new String[] { "foo.xml" }, descriptor.getAnnotation().value());

	// overridden attribute:
	AnnotationAttributes attributes = descriptor.getAnnotationAttributes();

	// NOTE: we would like to be able to override the 'value' attribute; however,
	// Spring currently does not allow overrides for the 'value' attribute.
	// See SPR-11393 for related discussions.
	assertArrayEquals(new String[] { "foo.xml" }, attributes.getStringArray("value"));
}
 

/**
 * @since 4.0.3
 */
@Test
public void findAnnotationDescriptorOnMetaCycleAnnotatedClassWithMissingTargetMetaAnnotation() {
	AnnotationDescriptor<Component> descriptor = findAnnotationDescriptor(
			MetaCycleAnnotatedClass.class, Component.class);
	assertNull("Should not find @Component on MetaCycleAnnotatedClass", descriptor);
}
 

/**
 * Resolve the <em>bean definition profiles</em> for the given {@linkplain
 * Class test class} based on profiles configured declaratively via
 * {@link ActiveProfiles#profiles} or {@link ActiveProfiles#value}.
 * @param testClass the test class for which the profiles should be resolved;
 * never {@code null}
 * @return the list of bean definition profiles to use when loading the
 * {@code ApplicationContext}; never {@code null}
 */
@Override
public String[] resolve(Class<?> testClass) {
	Assert.notNull(testClass, "Class must not be null");

	final Set<String> activeProfiles = new LinkedHashSet<String>();

	Class<ActiveProfiles> annotationType = ActiveProfiles.class;
	AnnotationDescriptor<ActiveProfiles> descriptor = findAnnotationDescriptor(testClass, annotationType);

	if (descriptor == null) {
		if (logger.isDebugEnabled()) {
			logger.debug(String.format(
				"Could not find an 'annotation declaring class' for annotation type [%s] and class [%s]",
				annotationType.getName(), testClass.getName()));
		}
	}
	else {
		Class<?> declaringClass = descriptor.getDeclaringClass();
		ActiveProfiles annotation = descriptor.synthesizeAnnotation();

		if (logger.isTraceEnabled()) {
			logger.trace(String.format("Retrieved @ActiveProfiles [%s] for declaring class [%s].", annotation,
				declaringClass.getName()));
		}

		for (String profile : annotation.profiles()) {
			if (StringUtils.hasText(profile)) {
				activeProfiles.add(profile.trim());
			}
		}
	}

	return StringUtils.toStringArray(activeProfiles);
}
 

private static List<TestPropertySourceAttributes> resolveTestPropertySourceAttributes(Class<?> testClass) {
	Assert.notNull(testClass, "Class must not be null");

	final List<TestPropertySourceAttributes> attributesList = new ArrayList<TestPropertySourceAttributes>();
	final Class<TestPropertySource> annotationType = TestPropertySource.class;
	AnnotationDescriptor<TestPropertySource> descriptor = findAnnotationDescriptor(testClass, annotationType);
	Assert.notNull(descriptor, String.format(
		"Could not find an 'annotation declaring class' for annotation type [%s] and class [%s]",
		annotationType.getName(), testClass.getName()));

	while (descriptor != null) {
		TestPropertySource testPropertySource = descriptor.synthesizeAnnotation();
		Class<?> rootDeclaringClass = descriptor.getRootDeclaringClass();

		if (logger.isTraceEnabled()) {
			logger.trace(String.format("Retrieved @TestPropertySource [%s] for declaring class [%s].",
				testPropertySource, rootDeclaringClass.getName()));
		}

		TestPropertySourceAttributes attributes = new TestPropertySourceAttributes(rootDeclaringClass,
			testPropertySource);
		if (logger.isTraceEnabled()) {
			logger.trace("Resolved TestPropertySource attributes: " + attributes);
		}
		attributesList.add(attributes);

		descriptor = findAnnotationDescriptor(rootDeclaringClass.getSuperclass(), annotationType);
	}

	return attributesList;
}
 

static MergedTestPropertySources buildMergedTestPropertySources(Class<?> testClass) {
	Class<TestPropertySource> annotationType = TestPropertySource.class;
	AnnotationDescriptor<TestPropertySource> descriptor = findAnnotationDescriptor(testClass, annotationType);
	if (descriptor == null) {
		return new MergedTestPropertySources();
	}

	// else...
	List<TestPropertySourceAttributes> attributesList = resolveTestPropertySourceAttributes(testClass);
	String[] locations = mergeLocations(attributesList);
	String[] properties = mergeProperties(attributesList);
	return new MergedTestPropertySources(locations, properties);
}
 

/**
 * Resolve the <em>bean definition profiles</em> for the given {@linkplain
 * Class test class} based on profiles configured declaratively via
 * {@link ActiveProfiles#profiles} or {@link ActiveProfiles#value}.
 * @param testClass the test class for which the profiles should be resolved;
 * never {@code null}
 * @return the list of bean definition profiles to use when loading the
 * {@code ApplicationContext}; never {@code null}
 */
@Override
public String[] resolve(Class<?> testClass) {
	Assert.notNull(testClass, "Class must not be null");

	final Set<String> activeProfiles = new LinkedHashSet<>();

	Class<ActiveProfiles> annotationType = ActiveProfiles.class;
	AnnotationDescriptor<ActiveProfiles> descriptor = findAnnotationDescriptor(testClass, annotationType);

	if (descriptor == null) {
		if (logger.isDebugEnabled()) {
			logger.debug(String.format(
				"Could not find an 'annotation declaring class' for annotation type [%s] and class [%s]",
				annotationType.getName(), testClass.getName()));
		}
	}
	else {
		Class<?> declaringClass = descriptor.getDeclaringClass();
		ActiveProfiles annotation = descriptor.synthesizeAnnotation();

		if (logger.isTraceEnabled()) {
			logger.trace(String.format("Retrieved @ActiveProfiles [%s] for declaring class [%s].", annotation,
				declaringClass.getName()));
		}

		for (String profile : annotation.profiles()) {
			if (StringUtils.hasText(profile)) {
				activeProfiles.add(profile.trim());
			}
		}
	}

	return StringUtils.toStringArray(activeProfiles);
}
 

private static List<TestPropertySourceAttributes> resolveTestPropertySourceAttributes(Class<?> testClass) {
	Assert.notNull(testClass, "Class must not be null");
	List<TestPropertySourceAttributes> attributesList = new ArrayList<>();
	Class<TestPropertySource> annotationType = TestPropertySource.class;

	AnnotationDescriptor<TestPropertySource> descriptor = findAnnotationDescriptor(testClass, annotationType);
	Assert.notNull(descriptor, String.format(
			"Could not find an 'annotation declaring class' for annotation type [%s] and class [%s]",
			annotationType.getName(), testClass.getName()));

	while (descriptor != null) {
		TestPropertySource testPropertySource = descriptor.synthesizeAnnotation();
		Class<?> rootDeclaringClass = descriptor.getRootDeclaringClass();
		if (logger.isTraceEnabled()) {
			logger.trace(String.format("Retrieved @TestPropertySource [%s] for declaring class [%s].",
				testPropertySource, rootDeclaringClass.getName()));
		}
		TestPropertySourceAttributes attributes =
				new TestPropertySourceAttributes(rootDeclaringClass, testPropertySource);
		if (logger.isTraceEnabled()) {
			logger.trace("Resolved TestPropertySource attributes: " + attributes);
		}
		attributesList.add(attributes);
		descriptor = findAnnotationDescriptor(rootDeclaringClass.getSuperclass(), annotationType);
	}

	return attributesList;
}
 

static MergedTestPropertySources buildMergedTestPropertySources(Class<?> testClass) {
	Class<TestPropertySource> annotationType = TestPropertySource.class;
	AnnotationDescriptor<TestPropertySource> descriptor = findAnnotationDescriptor(testClass, annotationType);
	if (descriptor == null) {
		return new MergedTestPropertySources();
	}

	List<TestPropertySourceAttributes> attributesList = resolveTestPropertySourceAttributes(testClass);
	String[] locations = mergeLocations(attributesList);
	String[] properties = mergeProperties(attributesList);
	return new MergedTestPropertySources(locations, properties);
}
 

@Test
public void contextConfigurationValue() throws Exception {
	Class<MetaValueConfigTestCase> declaringClass = MetaValueConfigTestCase.class;
	AnnotationDescriptor<ContextConfiguration> descriptor = findAnnotationDescriptor(declaringClass,
		ContextConfiguration.class);
	assertNotNull(descriptor);
	assertEquals(declaringClass, descriptor.getRootDeclaringClass());
	assertEquals(MetaValueConfig.class, descriptor.getComposedAnnotationType());
	assertEquals(ContextConfiguration.class, descriptor.getAnnotationType());
	assertNotNull(descriptor.getComposedAnnotation());
	assertEquals(MetaValueConfig.class, descriptor.getComposedAnnotationType());

	// direct access to annotation value:
	assertArrayEquals(new String[] { "foo.xml" }, descriptor.getAnnotation().value());
}
 

static MergedTestPropertySources buildMergedTestPropertySources(Class<?> testClass) {
	Class<TestPropertySource> annotationType = TestPropertySource.class;
	AnnotationDescriptor<TestPropertySource> descriptor = findAnnotationDescriptor(testClass, annotationType);
	if (descriptor == null) {
		return new MergedTestPropertySources();
	}

	List<TestPropertySourceAttributes> attributesList = resolveTestPropertySourceAttributes(testClass);
	String[] locations = mergeLocations(attributesList);
	String[] properties = mergeProperties(attributesList);
	return new MergedTestPropertySources(locations, properties);
}
 

/**
 * @since 4.0.3
 */
@Test
public void findAnnotationDescriptorOnAnnotatedClassWithMissingTargetMetaAnnotation() {
	// InheritedAnnotationClass is NOT annotated or meta-annotated with @Component
	AnnotationDescriptor<Component> descriptor = findAnnotationDescriptor(
			InheritedAnnotationClass.class, Component.class);
	assertNull("Should not find @Component on InheritedAnnotationClass", descriptor);
}
 

@Test
public void findAnnotationDescriptorForClassWithLocalMetaAnnotationAndAnnotatedSuperclass() {
	AnnotationDescriptor<ContextConfiguration> descriptor = findAnnotationDescriptor(
			MetaAnnotatedAndSuperAnnotatedContextConfigClass.class, ContextConfiguration.class);

	assertNotNull("AnnotationDescriptor should not be null", descriptor);
	assertEquals("rootDeclaringClass", MetaAnnotatedAndSuperAnnotatedContextConfigClass.class, descriptor.getRootDeclaringClass());
	assertEquals("declaringClass", MetaConfig.class, descriptor.getDeclaringClass());
	assertEquals("annotationType", ContextConfiguration.class, descriptor.getAnnotationType());
	assertNotNull("composedAnnotation should not be null", descriptor.getComposedAnnotation());
	assertEquals("composedAnnotationType", MetaConfig.class, descriptor.getComposedAnnotationType());

	assertArrayEquals("configured classes", new Class<?>[] {String.class},
			descriptor.getAnnotationAttributes().getClassArray("classes"));
}
 

@Test
public void findAnnotationDescriptorForClassWithMetaAnnotatedInterface() {
	Component rawAnnotation = AnnotationUtils.findAnnotation(ClassWithMetaAnnotatedInterface.class, Component.class);
	AnnotationDescriptor<Component> descriptor =
			findAnnotationDescriptor(ClassWithMetaAnnotatedInterface.class, Component.class);

	assertNotNull(descriptor);
	assertEquals(ClassWithMetaAnnotatedInterface.class, descriptor.getRootDeclaringClass());
	assertEquals(Meta1.class, descriptor.getDeclaringClass());
	assertEquals(rawAnnotation, descriptor.getAnnotation());
	assertEquals(Meta1.class, descriptor.getComposedAnnotation().annotationType());
}
 

@Test
public void findAnnotationDescriptorWithLocalAndMetaComponentAnnotation() {
	Class<Component> annotationType = Component.class;
	AnnotationDescriptor<Component> descriptor = findAnnotationDescriptor(
			HasLocalAndMetaComponentAnnotation.class, annotationType);

	assertEquals(HasLocalAndMetaComponentAnnotation.class, descriptor.getRootDeclaringClass());
	assertEquals(annotationType, descriptor.getAnnotationType());
	assertNull(descriptor.getComposedAnnotation());
	assertNull(descriptor.getComposedAnnotationType());
}
 

private void assertAtComponentOnComposedAnnotation(Class<?> startClass, Class<?> rootDeclaringClass,
		Class<?> declaringClass, String name, Class<? extends Annotation> composedAnnotationType) {

	AnnotationDescriptor<Component> descriptor = findAnnotationDescriptor(startClass, Component.class);
	assertNotNull("AnnotationDescriptor should not be null", descriptor);
	assertEquals("rootDeclaringClass", rootDeclaringClass, descriptor.getRootDeclaringClass());
	assertEquals("declaringClass", declaringClass, descriptor.getDeclaringClass());
	assertEquals("annotationType", Component.class, descriptor.getAnnotationType());
	assertEquals("component name", name, descriptor.getAnnotation().value());
	assertNotNull("composedAnnotation should not be null", descriptor.getComposedAnnotation());
	assertEquals("composedAnnotationType", composedAnnotationType, descriptor.getComposedAnnotationType());
}
 

/**
 * Resolve the <em>bean definition profiles</em> for the given {@linkplain
 * Class test class} based on profiles configured declaratively via
 * {@link ActiveProfiles#profiles} or {@link ActiveProfiles#value}.
 * @param testClass the test class for which the profiles should be resolved;
 * never {@code null}
 * @return the list of bean definition profiles to use when loading the
 * {@code ApplicationContext}; never {@code null}
 */
@Override
public String[] resolve(Class<?> testClass) {
	Assert.notNull(testClass, "Class must not be null");

	final Set<String> activeProfiles = new LinkedHashSet<>();

	Class<ActiveProfiles> annotationType = ActiveProfiles.class;
	AnnotationDescriptor<ActiveProfiles> descriptor = findAnnotationDescriptor(testClass, annotationType);

	if (descriptor == null) {
		if (logger.isDebugEnabled()) {
			logger.debug(String.format(
				"Could not find an 'annotation declaring class' for annotation type [%s] and class [%s]",
				annotationType.getName(), testClass.getName()));
		}
	}
	else {
		Class<?> declaringClass = descriptor.getDeclaringClass();
		ActiveProfiles annotation = descriptor.synthesizeAnnotation();

		if (logger.isTraceEnabled()) {
			logger.trace(String.format("Retrieved @ActiveProfiles [%s] for declaring class [%s].", annotation,
				declaringClass.getName()));
		}

		for (String profile : annotation.profiles()) {
			if (StringUtils.hasText(profile)) {
				activeProfiles.add(profile.trim());
			}
		}
	}

	return StringUtils.toStringArray(activeProfiles);
}
 

private static List<TestPropertySourceAttributes> resolveTestPropertySourceAttributes(Class<?> testClass) {
	Assert.notNull(testClass, "Class must not be null");
	List<TestPropertySourceAttributes> attributesList = new ArrayList<>();
	Class<TestPropertySource> annotationType = TestPropertySource.class;

	AnnotationDescriptor<TestPropertySource> descriptor = findAnnotationDescriptor(testClass, annotationType);
	Assert.notNull(descriptor, String.format(
			"Could not find an 'annotation declaring class' for annotation type [%s] and class [%s]",
			annotationType.getName(), testClass.getName()));

	while (descriptor != null) {
		TestPropertySource testPropertySource = descriptor.synthesizeAnnotation();
		Class<?> rootDeclaringClass = descriptor.getRootDeclaringClass();
		if (logger.isTraceEnabled()) {
			logger.trace(String.format("Retrieved @TestPropertySource [%s] for declaring class [%s].",
				testPropertySource, rootDeclaringClass.getName()));
		}
		TestPropertySourceAttributes attributes =
				new TestPropertySourceAttributes(rootDeclaringClass, testPropertySource);
		if (logger.isTraceEnabled()) {
			logger.trace("Resolved TestPropertySource attributes: " + attributes);
		}
		attributesList.add(attributes);
		descriptor = findAnnotationDescriptor(rootDeclaringClass.getSuperclass(), annotationType);
	}

	return attributesList;
}