@Test(expected = ResolutionException.class) public final void assertThatEnsureNoConflictingAnnotationsPresentOnCorrectlyRecognizesAConflict() { AnnotatedFieldProcessor .ensureNoConflictingAnnotationsPresentOn(BeanHavingEndpointInjectAndInjectAnnotatedField.class); }
static <X> void ensureNoConflictingAnnotationsPresentOn(final Class<X> type) throws ResolutionException { final Set<Field> fieldsHavingConflictingAnnotations = new HashSet<Field>(); for (final Field fieldToInspect : allFieldsAndSuperclassFieldsIn(type)) { if (isAnnotatedWithOneOf(fieldToInspect, CAMEL) && isAnnotatedWithOneOf(fieldToInspect, CDI_CONFLICTS)) { fieldsHavingConflictingAnnotations.add(fieldToInspect); } } if (!fieldsHavingConflictingAnnotations.isEmpty()) { final String error = buildErrorMessageFrom(fieldsHavingConflictingAnnotations); throw new ResolutionException(error); } }
AnnotatedFieldProcessor { static <X> void ensureNoConflictingAnnotationsPresentOn(final Class<X> type) throws ResolutionException { final Set<Field> fieldsHavingConflictingAnnotations = new HashSet<Field>(); for (final Field fieldToInspect : allFieldsAndSuperclassFieldsIn(type)) { if (isAnnotatedWithOneOf(fieldToInspect, CAMEL) && isAnnotatedWithOneOf(fieldToInspect, CDI_CONFLICTS)) { fieldsHavingConflictingAnnotations.add(fieldToInspect); } } if (!fieldsHavingConflictingAnnotations.isEmpty()) { final String error = buildErrorMessageFrom(fieldsHavingConflictingAnnotations); throw new ResolutionException(error); } } }
AnnotatedFieldProcessor { static <X> void ensureNoConflictingAnnotationsPresentOn(final Class<X> type) throws ResolutionException { final Set<Field> fieldsHavingConflictingAnnotations = new HashSet<Field>(); for (final Field fieldToInspect : allFieldsAndSuperclassFieldsIn(type)) { if (isAnnotatedWithOneOf(fieldToInspect, CAMEL) && isAnnotatedWithOneOf(fieldToInspect, CDI_CONFLICTS)) { fieldsHavingConflictingAnnotations.add(fieldToInspect); } } if (!fieldsHavingConflictingAnnotations.isEmpty()) { final String error = buildErrorMessageFrom(fieldsHavingConflictingAnnotations); throw new ResolutionException(error); } }  }
AnnotatedFieldProcessor { static <X> void ensureNoConflictingAnnotationsPresentOn(final Class<X> type) throws ResolutionException { final Set<Field> fieldsHavingConflictingAnnotations = new HashSet<Field>(); for (final Field fieldToInspect : allFieldsAndSuperclassFieldsIn(type)) { if (isAnnotatedWithOneOf(fieldToInspect, CAMEL) && isAnnotatedWithOneOf(fieldToInspect, CDI_CONFLICTS)) { fieldsHavingConflictingAnnotations.add(fieldToInspect); } } if (!fieldsHavingConflictingAnnotations.isEmpty()) { final String error = buildErrorMessageFrom(fieldsHavingConflictingAnnotations); throw new ResolutionException(error); } }   }
AnnotatedFieldProcessor { static <X> void ensureNoConflictingAnnotationsPresentOn(final Class<X> type) throws ResolutionException { final Set<Field> fieldsHavingConflictingAnnotations = new HashSet<Field>(); for (final Field fieldToInspect : allFieldsAndSuperclassFieldsIn(type)) { if (isAnnotatedWithOneOf(fieldToInspect, CAMEL) && isAnnotatedWithOneOf(fieldToInspect, CDI_CONFLICTS)) { fieldsHavingConflictingAnnotations.add(fieldToInspect); } } if (!fieldsHavingConflictingAnnotations.isEmpty()) { final String error = buildErrorMessageFrom(fieldsHavingConflictingAnnotations); throw new ResolutionException(error); } }    }