How to use evaluateAssertion method of org.assertj.core.api.recursive.assertion.RecursiveAssertionDriver class

Best Assertj code snippet using org.assertj.core.api.recursive.assertion.RecursiveAssertionDriver.evaluateAssertion

Source:RecursiveAssertionDriver.java

...56    if (nodeMustBeIgnored(node, nodeType, fieldLocation)) return;57    boolean nodeAlreadyVisited = markNodeAsVisited(node);58    if (nodeAlreadyVisited) return;59    if (!isRootObject(fieldLocation) && shouldEvaluateAssertion(nodeType)) {60      evaluateAssertion(predicate, node, fieldLocation);61    }62    recurseIntoFieldsOfCurrentNode(predicate, node, nodeType, fieldLocation);63  }64  private boolean nodeMustBeIgnored(Object node, Class<?> nodeType, FieldLocation fieldLocation) {65    return isNullWhichAreIgnored(node)66           || isPrimitiveWhichAreIgnored(nodeType)67           || configuration.matchesAnIgnoredField(fieldLocation)68           || configuration.matchesAnIgnoredFieldRegex(fieldLocation)69           || configuration.getIgnoredTypes().contains(nodeType);70  }71  private boolean isRootObject(FieldLocation fieldLocation) {72    return fieldLocation.equals(rootFieldLocation());73  }74  private boolean isNullWhichAreIgnored(Object node) {75    return node == null && configuration.shouldIgnoreAllNullFields();76  }77  private boolean isPrimitiveWhichAreIgnored(Class<?> nodeType) {78    return configuration.shouldIgnorePrimitiveFields() && isPrimitiveOrWrapper(nodeType);79  }80  private void evaluateAssertion(Predicate<Object> predicate, Object node, FieldLocation fieldLocation) {81    if (assertionFails(predicate, node)) {82      fieldsFailingTheAssertion.add(fieldLocation);83    }84  }85  private boolean assertionFails(Predicate<Object> predicate, Object node) {86    return !predicate.test(node);87  }88  private boolean shouldEvaluateAssertion(Class<?> nodeType) {89    boolean ignoreContainerAssertion = configuration.shouldIgnoreContainer() && isContainer(nodeType);90    boolean ignoreMapAssertion = configuration.shouldIgnoreMap() && isMap(nodeType);91    boolean ignoreOptionalAssertion = configuration.shouldIgnoreOptional() && isOptionalOrPrimitiveOptional(nodeType);92    return !(ignoreContainerAssertion || ignoreMapAssertion || ignoreOptionalAssertion);93  }94  private boolean isContainer(Class<?> nodeType) {95    return isCollection(nodeType) || isArray(nodeType);96  }97  private void recurseIntoFieldsOfCurrentNode(Predicate<Object> predicate, Object node, Class<?> nodeType,98                                              FieldLocation fieldLocation) {99    if (isTypeRequiringSpecificHandling(nodeType)) {100      if (shouldRecurseOverSpecialTypes(nodeType)) {101        doRecursionForSpecialTypes(predicate, node, nodeType, fieldLocation);102      }103    } else if (shouldRecurseIntoNode(node)) {104      evaluateFieldsOfCurrentNodeRecursively(predicate, node, fieldLocation);105    }106  }107  private boolean isTypeRequiringSpecificHandling(Class<?> nodeType) {108    return isCollection(nodeType) || isMap(nodeType) || isArray(nodeType) || isOptionalOrPrimitiveOptional(nodeType);109  }110  private boolean shouldRecurseOverSpecialTypes(Class<?> nodeType) {111    boolean recurseOverContainer = isContainer(nodeType)112                                   && configuration.getCollectionAssertionPolicy() != COLLECTION_OBJECT_ONLY;113    boolean recurseOverMap = isMap(nodeType) && configuration.getMapAssertionPolicy() != MAP_OBJECT_ONLY;114    boolean recurseOverOptional = isOptionalOrPrimitiveOptional(nodeType)115                                  && configuration.getOptionalAssertionPolicy() != OPTIONAL_OBJECT_ONLY;116    return recurseOverContainer || recurseOverMap || recurseOverOptional;117  }118  private void doRecursionForSpecialTypes(Predicate<Object> predicate, Object node, Class<?> nodeType,119                                          FieldLocation fieldLocation) {120    if (isCollection(nodeType)) {121      recurseIntoCollection(predicate, (Collection<?>) node, fieldLocation);122    } else if (isArray(nodeType)) {123      recurseIntoArray(predicate, node, nodeType, fieldLocation);124    } else if (isMap(nodeType)) {125      recurseIntoMap(predicate, (Map<?, ?>) node, fieldLocation);126    } else if (isOptionalOrPrimitiveOptional(nodeType)) {127      recurseIntoOptional(predicate, node, fieldLocation);128    }129  }130  private void recurseIntoCollection(Predicate<Object> predicate, Collection<?> collection, FieldLocation fieldLocation) {131    // TODO handle collection if needed by policy132    int index = 0;133    for (Object element : collection) {134      assertRecursively(predicate, element, safeGetClass(element), fieldLocation.field(format(INDEX_FORMAT, index)));135      index++;136    }137  }138  private void recurseIntoArray(Predicate<Object> predicate, Object node, Class<?> nodeType, FieldLocation fieldLocation) {139    Class<?> arrayType = nodeType.getComponentType();140    Object[] array = Arrays.asObjectArray(node);141    for (int i = 0; i < array.length; i++) {142      assertRecursively(predicate, array[i], arrayType, fieldLocation.field(format(INDEX_FORMAT, i)));143    }144  }145  private void recurseIntoOptional(Predicate<Object> predicate, Object node, FieldLocation fieldLocation) {146    // If we are here, we know the node is an optional or a primitive optional147    if (node instanceof Optional) {148      Optional<?> optionalNode = (Optional<?>) node;149      if (optionalNode.isPresent()) {150        Class<?> nextNodeType = safeGetClass(optionalNode.get());151        assertRecursively(predicate, optionalNode.get(), nextNodeType, fieldLocation.field("value"));152      }153    } else if (node instanceof OptionalInt) {154      OptionalInt optionalIntNode = (OptionalInt) node;155      if (optionalIntNode.isPresent()) {156        evaluateAssertion(predicate, optionalIntNode.getAsInt(), fieldLocation.field("value"));157      }158    } else if (node instanceof OptionalLong) {159      OptionalLong optionalLongNode = (OptionalLong) node;160      if (optionalLongNode.isPresent()) {161        evaluateAssertion(predicate, optionalLongNode.getAsLong(), fieldLocation.field("value"));162      }163    } else if (node instanceof OptionalDouble) {164      OptionalDouble optionalDoubleNode = (OptionalDouble) node;165      if (optionalDoubleNode.isPresent()) {166        evaluateAssertion(predicate, optionalDoubleNode.getAsDouble(), fieldLocation.field("value"));167      }168    }169  }170  private void recurseIntoMap(Predicate<Object> predicate, Map<?, ?> node, FieldLocation fieldLocation) {171    // If we are here, we can assume the policy is not MAP_OBJECT_ONLY172    // For both policies VALUES_ONLY and MAP_OBJECT_AND_ENTRIES we have to recurse over the values.173    recurseIntoMapValues(predicate, node, fieldLocation);174    if (configuration.getMapAssertionPolicy() == MAP_OBJECT_AND_ENTRIES) {175      recurseIntoMapKeys(predicate, node, fieldLocation);176    }177  }178  private void recurseIntoMapValues(Predicate<Object> predicate, Map<?, ?> currentNode, FieldLocation fieldLocation) {179    currentNode.values().forEach(nextNode -> recurseIntoMapElement(predicate, fieldLocation, nextNode, VALUE_FORMAT));180  }...

evaluateAssertion

Using AI Code Generation

1RecursiveAssertionDriver.evaluateAssertion(softAssertions, actual, assertion);2RecursiveAssertionDriver.evaluateAssertion(softAssertions, actual, assertion, recursiveComparisonConfiguration);3RecursiveAssertionDriver.evaluateAssertion(softAssertions, actual, assertion, RecursiveComparisonConfiguration.builder().build());4RecursiveAssertionDriver.evaluateAssertion(softAssertions, actual, assertion, recursiveComparisonConfiguration, recursiveComparisonConfiguration);5RecursiveAssertionDriver.evaluateAssertion(softAssertions, actual, assertion, RecursiveComparisonConfiguration.builder().build(), recursiveComparisonConfiguration);6RecursiveAssertionDriver.evaluateAssertion(softAssertions, actual, assertion, recursiveComparisonConfiguration, RecursiveComparisonConfiguration.builder().build());7RecursiveAssertionDriver.evaluateAssertion(softAssertions, actual, assertion, RecursiveComparisonConfiguration.builder().build(), RecursiveComparisonConfiguration.builder().build());8RecursiveAssertionDriver.evaluateAssertion(softAssertions, actual, assertion, recursiveComparisonConfiguration, recursiveComparisonConfiguration, recursiveComparisonConfiguration);9RecursiveAssertionDriver.evaluateAssertion(softAssertions, actual, assertion, RecursiveComparisonConfiguration.builder().build(), recursiveComparisonConfiguration, recursiveComparisonConfiguration);10RecursiveAssertionDriver.evaluateAssertion(softAssertions, actual, assertion, recursiveComparisonConfiguration, RecursiveComparisonConfiguration.builder().build(), recursiveComparisonConfiguration);11RecursiveAssertionDriver.evaluateAssertion(softAssertions, actual, assertion, recursiveComparisonConfiguration, recursiveComparisonConfiguration, RecursiveComparisonConfiguration.builder().build());

evaluateAssertion

Using AI Code Generation

1import org.assertj.core.api.recursive.comparison.RecursiveComparisonConfiguration2import org.assertj.core.api.recursive.comparison.RecursiveComparisonConfigurationBuilder3import org.assertj.core.api.recursive.comparison.RecursiveComparisonDifference4import org.assertj.core.api.recursive.comparison.RecursiveComparisonDifferenceType5import org.assertj.core.api.recursive.comparison.RecursiveComparisonDifferenceVisitor6import org.assertj.core.api.recursive.comparison.RecursiveComparisonResult7import org.assertj.core.api.recursive.comparison.RecursiveComparisonResultVisito

evaluateAssertion

Using AI Code Generation

1import org.assertj.core.api.recursive.assertion.RecursiveAssertionDriver;2public class RecursiveAssertionDriverExample {3  public static void main(String[] args) {4    RecursiveAssertionDriver.evaluateAssertion("foo", "foo");5  }6}7RecursiveAssertionDriver.evaluateAssertion("foo", "bar");8RecursiveAssertionDriver.evaluateAssertion("foo", null);9RecursiveAssertionDriver.evaluateAssertion(null, "foo");10RecursiveAssertionDriver.evaluateAssertion(null, null);11RecursiveAssertionDriver.evaluateAssertion(new String[] { "foo", "bar" }, new String[] { "foo", "bar" });12RecursiveAssertionDriver.evaluateAssertion(new String[] { "foo", "bar" }, new String[] { "bar", "foo" });

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