How to use withEqualsForType method of org.assertj.core.api.RecursiveComparisonAssert class

Best Assertj code snippet using org.assertj.core.api.RecursiveComparisonAssert.withEqualsForType

Source:RecursiveComparisonConfiguration.java

...340   * or comparators registered with {@link #registerComparatorForFields(Comparator, String...)}.341   * <p>342   * Note that registering a {@link BiPredicate} for a given type will override the previously registered BiPredicate/Comparator (if any).343   * <p>344   * See {@link RecursiveComparisonAssert#withEqualsForType(BiPredicate, Class)} for examples.345   *346   * @param <T> the class type to register a comparator for347   * @param equals the equals implementation to compare the given type348   * @param type the type to be compared with the given equals implementation .349   * @throws NullPointerException if the given BiPredicate is null.350   * @since 3.17.0351   */352  @SuppressWarnings("unchecked")353  public <T> void registerEqualsForType(BiPredicate<? super T, ? super T> equals, Class<T> type) {354    registerComparatorForType(toComparator(equals), type);355  }356  /**357   * Registers the given {@link Comparator} to compare the fields at the given locations.358   * <p>359   * The fields must be specified from the root object, for example if {@code Foo} has a {@code Bar} field and both have an {@code id} field,360   * one can register a comparator for Foo and Bar's {@code id} by calling:361   * <pre><code class='java'> registerComparatorForFields(idComparator, "foo.id", "foo.bar.id")</code></pre>362   * <p>363   * Comparators registered with this method have precedence over comparators registered with {@link #registerComparatorForType(Comparator, Class)}.364   * <p>365   * Note that registering a {@link Comparator} for a given field will override the previously registered BiPredicate/Comparator (if any).366   * <p>367   * See {@link RecursiveComparisonAssert#withComparatorForFields(Comparator, String...) RecursiveComparisonAssert#withComparatorForFields(Comparator, String...)} for examples.368   *369   * @param comparator the {@link java.util.Comparator Comparator} to use to compare the given field370   * @param fieldLocations the locations from the root object of the fields the comparator should be used for371   * @throws NullPointerException if the given comparator is null.372   */373  public void registerComparatorForFields(Comparator<?> comparator, String... fieldLocations) {374    requireNonNull(comparator, "Expecting a non null Comparator");375    Stream.of(fieldLocations).forEach(fieldLocation -> fieldComparators.registerComparator(fieldLocation, comparator));376  }377  /**378   * Registers the given {@link BiPredicate} to compare the fields at the given locations.379   * <p>380   * The fields must be specified from the root object, for example if {@code Foo} has a {@code Bar} field and both have an {@code id} field,381   * one can register a BiPredicate for Foo and Bar's {@code id} by calling:382   * <pre><code class='java'> registerEqualsForFields(idBiPredicate, "foo.id", "foo.bar.id")</code></pre>383   * <p>384   * BiPredicates registered with this method have precedence over the ones registered with {@link #registerEqualsForType(BiPredicate, Class)}385   * or the comparators registered with {@link #registerComparatorForType(Comparator, Class)}.386   * <p>387   * Note that registering a {@link BiPredicate} for a given field will override the previously registered BiPredicate/Comparator (if any).388   * <p>389   * See {@link RecursiveComparisonAssert#withEqualsForFields(BiPredicate, String...) RecursiveComparisonAssert#withEqualsForFields(BiPredicate, String...)} for examples.390   *391   * @param equals the equals implementation to compare the given fields.392   * @param fieldLocations the locations from the root object of the fields the comparator should be used for393   * @throws NullPointerException if the given BiPredicate is null.394   * @since 3.17.0395   */396  public void registerEqualsForFields(BiPredicate<?, ?> equals, String... fieldLocations) {397    registerComparatorForFields(toComparator(equals), fieldLocations);398  }399  /**400   * Sets whether the recursive comparison will check that actual's type is compatible with expected's type (the same applies for each field).401   * Compatible means that the expected's type is the same or a subclass of actual's type.402   * <p>403   * See {@link RecursiveComparisonAssert#withStrictTypeChecking()} for code examples.404   *405   * @param strictTypeChecking whether the recursive comparison will check that actual's type is compatible with expected's type.406   */407  public void strictTypeChecking(boolean strictTypeChecking) {408    this.strictTypeChecking = strictTypeChecking;409  }410  public boolean isInStrictTypeCheckingMode() {411    return strictTypeChecking;412  }413  public List<Pattern> getIgnoredFieldsRegexes() {414    return ignoredFieldsRegexes;415  }416  public List<Class<?>> getIgnoredOverriddenEqualsForTypes() {417    return ignoredOverriddenEqualsForTypes;418  }419  public List<String> getIgnoredOverriddenEqualsForFields() {420    return ignoredOverriddenEqualsForFields;421  }422  public List<Pattern> getIgnoredOverriddenEqualsForFieldsMatchingRegexes() {423    return ignoredOverriddenEqualsForFieldsMatchingRegexes;424  }425  public Stream<Entry<String, Comparator<?>>> comparatorByFields() {426    return fieldComparators.comparatorByFields();427  }428  @Override429  public String toString() {430    return multiLineDescription(CONFIGURATION_PROVIDER.representation());431  }432  @Override433  public int hashCode() {434    return java.util.Objects.hash(fieldComparators, ignoreAllActualEmptyOptionalFields, ignoreAllActualNullFields,435                                  ignoreAllExpectedNullFields, ignoreAllOverriddenEquals, ignoreCollectionOrder,436                                  ignoredCollectionOrderInFields, ignoredCollectionOrderInFieldsMatchingRegexes, ignoredFields,437                                  ignoredFieldsRegexes, ignoredOverriddenEqualsForFields, ignoredOverriddenEqualsForTypes,438                                  ignoredOverriddenEqualsForFieldsMatchingRegexes, ignoredTypes, strictTypeChecking,439                                  typeComparators);440  }441  @Override442  public boolean equals(Object obj) {443    if (this == obj) return true;444    if (obj == null) return false;445    if (getClass() != obj.getClass()) return false;446    RecursiveComparisonConfiguration other = (RecursiveComparisonConfiguration) obj;447    return java.util.Objects.equals(fieldComparators, other.fieldComparators)448           && ignoreAllActualEmptyOptionalFields == other.ignoreAllActualEmptyOptionalFields449           && ignoreAllActualNullFields == other.ignoreAllActualNullFields450           && ignoreAllExpectedNullFields == other.ignoreAllExpectedNullFields451           && ignoreAllOverriddenEquals == other.ignoreAllOverriddenEquals452           && ignoreCollectionOrder == other.ignoreCollectionOrder453           && java.util.Objects.equals(ignoredCollectionOrderInFields, other.ignoredCollectionOrderInFields)454           && java.util.Objects.equals(ignoredFields, other.ignoredFields)455           && java.util.Objects.equals(ignoredFieldsRegexes, other.ignoredFieldsRegexes)456           && java.util.Objects.equals(ignoredOverriddenEqualsForFields, other.ignoredOverriddenEqualsForFields)457           && java.util.Objects.equals(ignoredOverriddenEqualsForTypes, other.ignoredOverriddenEqualsForTypes)458           && java.util.Objects.equals(ignoredOverriddenEqualsForFieldsMatchingRegexes,459                                       other.ignoredOverriddenEqualsForFieldsMatchingRegexes)460           && java.util.Objects.equals(ignoredTypes, other.ignoredTypes) && strictTypeChecking == other.strictTypeChecking461           && java.util.Objects.equals(typeComparators, other.typeComparators)462           && java.util.Objects.equals(ignoredCollectionOrderInFieldsMatchingRegexes,463                                       other.ignoredCollectionOrderInFieldsMatchingRegexes);464  }465  public String multiLineDescription(Representation representation) {466    StringBuilder description = new StringBuilder();467    describeIgnoreAllActualNullFields(description);468    describeIgnoreAllActualEmptyOptionalFields(description);469    describeIgnoreAllExpectedNullFields(description);470    describeIgnoredFields(description);471    describeIgnoredFieldsRegexes(description);472    describeIgnoredFieldsForTypes(description);473    describeOverriddenEqualsMethodsUsage(description, representation);474    describeIgnoreCollectionOrder(description);475    describeIgnoredCollectionOrderInFields(description);476    describeIgnoredCollectionOrderInFieldsMatchingRegexes(description);477    describeRegisteredComparatorByTypes(description);478    describeRegisteredComparatorForFields(description);479    describeTypeCheckingStrictness(description);480    return description.toString();481  }482  boolean shouldIgnore(DualValue dualValue) {483    FieldLocation fieldLocation = dualValue.fieldLocation;484    return matchesAnIgnoredField(fieldLocation)485           || matchesAnIgnoredFieldRegex(fieldLocation)486           || shouldIgnoreFieldBasedOnFieldValue(dualValue);487  }488  Set<String> getNonIgnoredActualFieldNames(DualValue dualValue) {489    Set<String> actualFieldsNames = Objects.getFieldsNames(dualValue.actual.getClass());490    // we are doing the same as shouldIgnore(DualValue dualValue) but in two steps for performance reasons:491    // - we filter first ignored field by names that don't need building DualValues492    // - then we filter field DualValues with the remaining criteria that need to get the field value493    // DualValues are built introspecting fields which is expensive.494    return actualFieldsNames.stream()495                            // evaluate field name ignoring criteria on dualValue field location + field name496                            .filter(fieldName -> !shouldIgnoreFieldBasedOnFieldLocation(dualValue.fieldLocation.field(fieldName)))497                            .map(fieldName -> dualValueForField(dualValue, fieldName))498                            // evaluate field value ignoring criteria499                            .filter(fieldDualValue -> !shouldIgnoreFieldBasedOnFieldValue(fieldDualValue))500                            // back to field name501                            .map(DualValue::getFieldName)502                            .filter(fieldName -> !fieldName.isEmpty())503                            .collect(toSet());504  }505  // non accessible stuff506  private boolean shouldIgnoreFieldBasedOnFieldValue(DualValue dualValue) {507    return matchesAnIgnoredNullField(dualValue)508           || matchesAnIgnoredFieldType(dualValue)509           || matchesAnIgnoredEmptyOptionalField(dualValue);510  }511  private boolean shouldIgnoreFieldBasedOnFieldLocation(FieldLocation fieldLocation) {512    return matchesAnIgnoredField(fieldLocation) || matchesAnIgnoredFieldRegex(fieldLocation);513  }514  private static DualValue dualValueForField(DualValue parentDualValue, String fieldName) {515    Object actualFieldValue = COMPARISON.getSimpleValue(fieldName, parentDualValue.actual);516    // no guarantees we have a field in expected named as fieldName517    Object expectedFieldValue;518    try {519      expectedFieldValue = COMPARISON.getSimpleValue(fieldName, parentDualValue.expected);520    } catch (@SuppressWarnings("unused") Exception e) {521      // set the field to null to express it is absent, this not 100% accurate as the value could be null522      // but it works to evaluate if dualValue should be ignored with matchesAnIgnoredFieldType523      expectedFieldValue = null;524    }525    FieldLocation fieldLocation = parentDualValue.fieldLocation.field(fieldName);526    return new DualValue(fieldLocation, actualFieldValue, expectedFieldValue);527  }528  boolean hasCustomComparator(DualValue dualValue) {529    String fieldName = dualValue.getConcatenatedPath();530    if (hasComparatorForField(fieldName)) return true;531    if (dualValue.actual == null && dualValue.expected == null) return false;532    // best effort assuming actual and expected have the same type (not 100% true as we can compare object of differennt types)533    Class<?> valueType = dualValue.actual != null ? dualValue.actual.getClass() : dualValue.expected.getClass();534    return hasComparatorForType(valueType);535  }536  boolean shouldIgnoreOverriddenEqualsOf(DualValue dualValue) {537    // we must compare java basic types otherwise the recursive comparison loops infinitely!538    if (dualValue.isActualJavaType()) return false;539    // enums don't have fields, comparing them field by field has no sense, we need to use equals which is overridden and final540    if (dualValue.isActualAnEnum()) return false;541    return ignoreAllOverriddenEquals542           || matchesAnIgnoredOverriddenEqualsField(dualValue.fieldLocation)543           || (dualValue.actual != null && shouldIgnoreOverriddenEqualsOf(dualValue.actual.getClass()));544  }545  @VisibleForTesting546  boolean shouldIgnoreOverriddenEqualsOf(Class<? extends Object> clazz) {547    return matchesAnIgnoredOverriddenEqualsRegex(clazz) || matchesAnIgnoredOverriddenEqualsType(clazz);548  }549  boolean shouldIgnoreCollectionOrder(FieldLocation fieldLocation) {550    return ignoreCollectionOrder551           || matchesAnIgnoredCollectionOrderInField(fieldLocation)552           || matchesAnIgnoredCollectionOrderInFieldRegex(fieldLocation);553  }554  private void describeIgnoredFieldsRegexes(StringBuilder description) {555    if (!ignoredFieldsRegexes.isEmpty())556      description.append(format("- the fields matching the following regexes were ignored in the comparison: %s%n",557                                describeRegexes(ignoredFieldsRegexes)));558  }559  private void describeIgnoredFields(StringBuilder description) {560    if (!ignoredFields.isEmpty())561      description.append(format("- the following fields were ignored in the comparison: %s%n", describeIgnoredFields()));562  }563  private void describeIgnoredFieldsForTypes(StringBuilder description) {564    if (!ignoredTypes.isEmpty())565      description.append(format("- the following types were ignored in the comparison: %s%n", describeIgnoredTypes()));566  }567  private void describeIgnoreAllActualNullFields(StringBuilder description) {568    if (ignoreAllActualNullFields) description.append(format("- all actual null fields were ignored in the comparison%n"));569  }570  private void describeIgnoreAllActualEmptyOptionalFields(StringBuilder description) {571    if (getIgnoreAllActualEmptyOptionalFields())572      description.append(format("- all actual empty optional fields were ignored in the comparison (including Optional, OptionalInt, OptionalLong and OptionalDouble)%n"));573  }574  private void describeIgnoreAllExpectedNullFields(StringBuilder description) {575    if (ignoreAllExpectedNullFields) description.append(format("- all expected null fields were ignored in the comparison%n"));576  }577  private void describeOverriddenEqualsMethodsUsage(StringBuilder description, Representation representation) {578    String header = ignoreAllOverriddenEquals579        ? "- no overridden equals methods were used in the comparison (except for java types)"580        : "- overridden equals methods were used in the comparison";581    description.append(header);582    if (isConfiguredToIgnoreSomeButNotAllOverriddenEqualsMethods()) {583      description.append(format(" except for:%n"));584      describeIgnoredOverriddenEqualsMethods(description, representation);585    } else {586      description.append(format("%n"));587    }588  }589  private void describeIgnoredOverriddenEqualsMethods(StringBuilder description, Representation representation) {590    if (!ignoredOverriddenEqualsForFields.isEmpty())591      description.append(format("%s the following fields: %s%n", INDENT_LEVEL_2,592                                describeIgnoredOverriddenEqualsForFields()));593    if (!ignoredOverriddenEqualsForTypes.isEmpty())594      description.append(format("%s the following types: %s%n", INDENT_LEVEL_2,595                                describeIgnoredOverriddenEqualsForTypes(representation)));596    if (!ignoredOverriddenEqualsForFieldsMatchingRegexes.isEmpty())597      description.append(format("%s the types matching the following regexes: %s%n", INDENT_LEVEL_2,598                                describeRegexes(ignoredOverriddenEqualsForFieldsMatchingRegexes)));599  }600  private String describeIgnoredOverriddenEqualsForTypes(Representation representation) {601    List<String> fieldsDescription = ignoredOverriddenEqualsForTypes.stream()602                                                                    .map(representation::toStringOf)603                                                                    .collect(toList());604    return join(fieldsDescription).with(", ");605  }606  private String describeIgnoredOverriddenEqualsForFields() {607    return join(ignoredOverriddenEqualsForFields).with(", ");608  }609  private void describeIgnoreCollectionOrder(StringBuilder description) {610    if (ignoreCollectionOrder) description.append(format("- collection order was ignored in all fields in the comparison%n"));611  }612  private void describeIgnoredCollectionOrderInFields(StringBuilder description) {613    if (!ignoredCollectionOrderInFields.isEmpty())614      description.append(format("- collection order was ignored in the following fields in the comparison: %s%n",615                                describeIgnoredCollectionOrderInFields()));616  }617  private void describeIgnoredCollectionOrderInFieldsMatchingRegexes(StringBuilder description) {618    if (!ignoredCollectionOrderInFieldsMatchingRegexes.isEmpty())619      description.append(format("- collection order was ignored in the fields matching the following regexes in the comparison: %s%n",620                                describeRegexes(ignoredCollectionOrderInFieldsMatchingRegexes)));621  }622  private boolean matchesAnIgnoredOverriddenEqualsRegex(Class<?> clazz) {623    if (ignoredOverriddenEqualsForFieldsMatchingRegexes.isEmpty()) return false; // shortcut624    String canonicalName = clazz.getCanonicalName();625    return ignoredOverriddenEqualsForFieldsMatchingRegexes.stream()626                                                          .anyMatch(regex -> regex.matcher(canonicalName).matches());627  }628  private boolean matchesAnIgnoredOverriddenEqualsType(Class<?> clazz) {629    return ignoredOverriddenEqualsForTypes.contains(clazz);630  }631  private boolean matchesAnIgnoredOverriddenEqualsField(FieldLocation fieldLocation) {632    return ignoredOverriddenEqualsForFields.stream().anyMatch(fieldLocation::matches);633  }634  private boolean matchesAnIgnoredNullField(DualValue dualValue) {635    return (ignoreAllActualNullFields && dualValue.actual == null)636           || (ignoreAllExpectedNullFields && dualValue.expected == null);637  }638  private boolean matchesAnIgnoredEmptyOptionalField(DualValue dualValue) {639    return ignoreAllActualEmptyOptionalFields640           && dualValue.isActualFieldAnEmptyOptionalOfAnyType();641  }642  private boolean matchesAnIgnoredFieldRegex(FieldLocation fieldLocation) {643    return ignoredFieldsRegexes.stream()644                               .anyMatch(regex -> regex.matcher(fieldLocation.getPathToUseInRules()).matches());645  }646  private boolean matchesAnIgnoredFieldType(DualValue dualValue) {647    Object actual = dualValue.actual;648    if (actual != null) return ignoredTypes.contains(actual.getClass());649    Object expected = dualValue.expected;650    // actual is null => we can't evaluate its type, we can only reliably check dualValue.expected's type if651    // strictTypeChecking is enabled which guarantees expected is of the same type.652    if (strictTypeChecking && expected != null) return ignoredTypes.contains(expected.getClass());653    // if strictTypeChecking is disabled, we can't safely ignore the field (if we did, we would ignore all null fields!).654    return false;655  }656  private boolean matchesAnIgnoredField(FieldLocation fieldLocation) {657    return ignoredFields.stream().anyMatch(fieldLocation::matches);658  }659  private boolean matchesAnIgnoredCollectionOrderInField(FieldLocation fieldLocation) {660    return ignoredCollectionOrderInFields.stream().anyMatch(fieldLocation::matches);661  }662  private boolean matchesAnIgnoredCollectionOrderInFieldRegex(FieldLocation fieldLocation) {663    String pathToUseInRules = fieldLocation.getPathToUseInRules();664    return ignoredCollectionOrderInFieldsMatchingRegexes.stream().anyMatch(regex -> regex.matcher(pathToUseInRules).matches());665  }666  private String describeIgnoredFields() {667    return join(ignoredFields).with(", ");668  }669  private String describeIgnoredTypes() {670    List<String> typesDescription = ignoredTypes.stream()671                                                .map(Class::getName)672                                                .collect(toList());673    return join(typesDescription).with(", ");674  }675  private String describeIgnoredCollectionOrderInFields() {676    return join(ignoredCollectionOrderInFields).with(", ");677  }678  private String describeRegexes(List<Pattern> regexes) {679    List<String> fieldsDescription = regexes.stream()680                                            .map(Pattern::pattern)681                                            .collect(toList());682    return join(fieldsDescription).with(", ");683  }684  private boolean isConfiguredToIgnoreSomeButNotAllOverriddenEqualsMethods() {685    boolean ignoreSomeOverriddenEqualsMethods = !ignoredOverriddenEqualsForFieldsMatchingRegexes.isEmpty()686                                                || !ignoredOverriddenEqualsForTypes.isEmpty()687                                                || !ignoredOverriddenEqualsForFields.isEmpty();688    return !ignoreAllOverriddenEquals && ignoreSomeOverriddenEqualsMethods;689  }690  private void describeRegisteredComparatorByTypes(StringBuilder description) {691    if (!typeComparators.isEmpty()) {692      description.append(format("- these types were compared with the following comparators:%n"));693      describeComparatorForTypes(description);694    }695  }696  private void describeComparatorForTypes(StringBuilder description) {697    typeComparators.comparatorByTypes()698                   .map(this::formatRegisteredComparatorByType)699                   .forEach(description::append);700  }701  private String formatRegisteredComparatorByType(Entry<Class<?>, Comparator<?>> next) {702    return format("%s %s -> %s%n", INDENT_LEVEL_2, next.getKey().getName(), next.getValue());703  }704  private void describeRegisteredComparatorForFields(StringBuilder description) {705    if (!fieldComparators.isEmpty()) {706      description.append(format("- these fields were compared with the following comparators:%n"));707      describeComparatorForFields(description);708      if (!typeComparators.isEmpty()) {709        description.append(format("- field comparators take precedence over type comparators.%n"));710      }711    }712  }713  private void describeComparatorForFields(StringBuilder description) {714    fieldComparators.comparatorByFields()715                    .map(this::formatRegisteredComparatorForField)716                    .forEach(description::append);717  }718  private String formatRegisteredComparatorForField(Entry<String, Comparator<?>> comparatorForField) {719    return format("%s %s -> %s%n", INDENT_LEVEL_2, comparatorForField.getKey(), comparatorForField.getValue());720  }721  private void describeTypeCheckingStrictness(StringBuilder description) {722    String str = strictTypeChecking723        ? "- actual and expected objects and their fields were considered different when of incompatible types (i.e. expected type does not extend actual's type) even if all their fields match, for example a Person instance will never match a PersonDto (call strictTypeChecking(false) to change that behavior).%n"724        : "- actual and expected objects and their fields were compared field by field recursively even if they were not of the same type, this allows for example to compare a Person to a PersonDto (call strictTypeChecking(true) to change that behavior).%n";725    description.append(format(str));726  }727  /**728   * Creates builder to build {@link RecursiveComparisonConfiguration}.729   * @return created builder730   */731  public static Builder builder() {732    return new Builder();733  }734  /**735   * Builder to build {@link RecursiveComparisonConfiguration}.736   */737  public static final class Builder {738    private boolean strictTypeChecking;739    private boolean ignoreAllActualNullFields;740    private boolean ignoreAllActualEmptyOptionalFields;741    private boolean ignoreAllExpectedNullFields;742    private String[] ignoredFields = {};743    private String[] ignoredFieldsMatchingRegexes = {};744    private Class<?>[] ignoredTypes = {};745    private Class<?>[] ignoredOverriddenEqualsForTypes = {};746    private String[] ignoredOverriddenEqualsForFields = {};747    private String[] ignoredOverriddenEqualsForFieldsMatchingRegexes = {};748    private boolean ignoreAllOverriddenEquals;749    private boolean ignoreCollectionOrder;750    private String[] ignoredCollectionOrderInFields = {};751    private String[] ignoredCollectionOrderInFieldsMatchingRegexes = {};752    private TypeComparators typeComparators = new TypeComparators();753    private FieldComparators fieldComparators = new FieldComparators();754    private Builder() {}755    /**756     * Sets whether the recursive comparison will check that actual's type is compatible with expected's type (the same applies for each field).757     * Compatible means that the expected's type is the same or a subclass of actual's type.758     * <p>759     * See {@link RecursiveComparisonAssert#withStrictTypeChecking()} for code examples.760     *761     * @param strictTypeChecking whether the recursive comparison will check that actual's type is compatible with expected's type.762     * @return this builder.763     */764    public Builder withStrictTypeChecking(boolean strictTypeChecking) {765      this.strictTypeChecking = strictTypeChecking;766      return this;767    }768    /**769     * Sets whether actual null fields are ignored in the recursive comparison.770     * <p>771     * See {@link RecursiveComparisonAssert#ignoringActualNullFields()} for code examples.772     *773     * @param ignoreAllActualNullFields whether to ignore actual null fields in the recursive comparison774     * @return this builder.775     */776    public Builder withIgnoreAllActualNullFields(boolean ignoreAllActualNullFields) {777      this.ignoreAllActualNullFields = ignoreAllActualNullFields;778      return this;779    }780    /**781     * Sets whether actual empty optional fields are ignored in the recursive comparison.782     * <p>783     * See {@link RecursiveComparisonAssert#ignoringActualEmptyOptionalFields()} for code examples.784     *785     * @param ignoreAllActualEmptyOptionalFields whether to ignore actual empty optional fields in the recursive comparison786     * @return this builder.787     */788    public Builder withIgnoreAllActualEmptyOptionalFields(boolean ignoreAllActualEmptyOptionalFields) {789      this.ignoreAllActualEmptyOptionalFields = ignoreAllActualEmptyOptionalFields;790      return this;791    }792    /**793     * Sets whether expected null fields are ignored in the recursive comparison.794     * <p>795     * See {@link RecursiveComparisonAssert#ignoringExpectedNullFields()} for code examples.796     *797     * @param ignoreAllExpectedNullFields whether to ignore expected null fields in the recursive comparison798     * @return this builder.799     */800    public Builder withIgnoreAllExpectedNullFields(boolean ignoreAllExpectedNullFields) {801      this.ignoreAllExpectedNullFields = ignoreAllExpectedNullFields;802      return this;803    }804    /**805     * Adds the given fields to the list of the object under test fields to ignore in the recursive comparison. Nested fields can be specified like this: home.address.street.806     * <p>807     * See {@link RecursiveComparisonAssert#ignoringFields(String...) RecursiveComparisonAssert#ignoringFields(String...)} for examples.808     *809     * @param fieldsToIgnore the fields of the object under test to ignore in the comparison.810     * @return this builder.811     */812    public Builder withIgnoredFields(String... fieldsToIgnore) {813      this.ignoredFields = fieldsToIgnore;814      return this;815    }816    /**817     * Allows to ignore in the recursive comparison the object under test fields matching the given regexes. The given regexes are added to the already registered ones.818     * <p>819     * See {@link RecursiveComparisonAssert#ignoringFieldsMatchingRegexes(String...) RecursiveComparisonAssert#ignoringFieldsMatchingRegexes(String...)} for examples.820     *821     * @param regexes regexes used to ignore fields in the comparison.822     * @return this builder.823     */824    public Builder withIgnoredFieldsMatchingRegexes(String... regexes) {825      this.ignoredFieldsMatchingRegexes = regexes;826      return this;827    }828    /**829     * Adds the given types to the list of the object under test fields types to ignore in the recursive comparison.830     * The fields are ignored if their types exactly match one of the ignored types, if a field is a subtype of an ignored type it won't be ignored.831     * <p>832     * Note that if some object under test fields are null, they are not ignored by this method as their type can't be evaluated.833     * <p>834     * See {@link RecursiveComparisonAssert#ignoringFields(String...) RecursiveComparisonAssert#ignoringFieldsOfTypes(Class...)} for examples.835     *836     * @param types the types of the object under test to ignore in the comparison.837     * @return this builder.838     */839    public Builder withIgnoredFieldsOfTypes(Class<?>... types) {840      this.ignoredTypes = types;841      return this;842    }843    /**844     * Adds the given types to the list of types to force a recursive comparison on.845     * <p>846     * See {@link RecursiveComparisonAssert#ignoringOverriddenEqualsForTypes(Class...) RecursiveComparisonAssert#ignoringOverriddenEqualsForTypes(Class...)} for examples.847     *848     * @param types the types to the list of types to force a recursive comparison on.849     * @return this builder.850     */851    public Builder withIgnoredOverriddenEqualsForTypes(Class<?>... types) {852      this.ignoredOverriddenEqualsForTypes = types;853      return this;854    }855    /**856     * Adds the given fields to the list of fields to force a recursive comparison on.857     * <p>858     * See {@link RecursiveComparisonAssert#ignoringOverriddenEqualsForFields(String...) RecursiveComparisonAssert#ignoringOverriddenEqualsForFields(String...)} for examples.859     *860     * @param fields the fields to force a recursive comparison on.861     * @return this builder.862     */863    public Builder withIgnoredOverriddenEqualsForFields(String... fields) {864      this.ignoredOverriddenEqualsForFields = fields;865      return this;866    }867    /**868     * Adds the given regexes to the list of regexes used find the fields to force a recursive comparison on.869     * <p>870     * See {@link RecursiveComparisonAssert#ignoringOverriddenEqualsForFieldsMatchingRegexes(String...) RecursiveComparisonAssert#ignoringOverriddenEqualsForFieldsMatchingRegexes(String...)} for examples.871     *872     * @param regexes regexes used to specify the fields we want to force a recursive comparison on.873     * @return this builder.874     */875    public Builder withIgnoredOverriddenEqualsForFieldsMatchingRegexes(String... regexes) {876      this.ignoredOverriddenEqualsForFieldsMatchingRegexes = regexes;877      return this;878    }879    /**880     * Force a recursive comparison on all fields (except java types) if true.881     * <p>882     * See {@link RecursiveComparisonAssert#ignoringAllOverriddenEquals()} for examples.883     *884     * @param ignoreAllOverriddenEquals whether to force a recursive comparison on all fields (except java types) or not.885     * @return this builder.886     */887    public Builder withIgnoreAllOverriddenEquals(boolean ignoreAllOverriddenEquals) {888      this.ignoreAllOverriddenEquals = ignoreAllOverriddenEquals;889      return this;890    }891    /**892     * Sets whether to ignore collection order in the comparison.893     * <p>894     * See {@link RecursiveComparisonAssert#ignoringCollectionOrder()} for code examples.895     *896     * @param ignoreCollectionOrder whether to ignore collection order in the comparison.897     * @return this builder.898     */899    public Builder withIgnoreCollectionOrder(boolean ignoreCollectionOrder) {900      this.ignoreCollectionOrder = ignoreCollectionOrder;901      return this;902    }903    /**904     * Adds the given fields to the list of the object under test fields to ignore collection order in the recursive comparison.905     * <p>906     * See {@link RecursiveComparisonAssert#ignoringCollectionOrderInFields(String...) RecursiveComparisonAssert#ignoringCollectionOrderInFields(String...)} for examples.907     *908     * @param fieldsToIgnoreCollectionOrder the fields of the object under test to ignore collection order in the comparison.909     * @return this builder.910     */911    public Builder withIgnoredCollectionOrderInFields(String... fieldsToIgnoreCollectionOrder) {912      this.ignoredCollectionOrderInFields = fieldsToIgnoreCollectionOrder;913      return this;914    }915    /**916     * Adds the given regexes to the list of regexes used to find the object under test fields to ignore collection order in the recursive comparison.917     * <p>918     * See {@link RecursiveComparisonAssert#ignoringCollectionOrderInFieldsMatchingRegexes(String...) RecursiveComparisonAssert#ignoringCollectionOrderInFieldsMatchingRegexes(String...)} for examples.919     *920     * @param regexes regexes used to find the object under test fields to ignore collection order in in the comparison.921     * @return this builder.922     */923    public Builder withIgnoredCollectionOrderInFieldsMatchingRegexes(String... regexes) {924      this.ignoredCollectionOrderInFieldsMatchingRegexes = regexes;925      return this;926    }927    /**928     * Registers the given {@link Comparator} to compare the fields with the given type.929     * <p>930     * Comparators registered with this method have less precedence than comparators registered with {@link #withComparatorForFields(Comparator, String...)}931     * or BiPredicate registered with  {@link #withEqualsForFields(BiPredicate, String...)}.932     * <p>933     * Note that registering a {@link Comparator} for a given type will override the previously registered BiPredicate/Comparator (if any).934     * <p>935     * See {@link RecursiveComparisonAssert#withComparatorForType(Comparator, Class)} for examples.936     *937     * @param <T> the class type to register a comparator for938     * @param comparator the {@link java.util.Comparator Comparator} to use to compare the given field939     * @param type the type to be compared with the given comparator.940     * @return this builder.941     * @throws NullPointerException if the given Comparator is null.942     */943    public <T> Builder withComparatorForType(Comparator<? super T> comparator, Class<T> type) {944      requireNonNull(comparator, "Expecting a non null Comparator");945      this.typeComparators.put(type, comparator);946      return this;947    }948    /**949     * Registers the given {@link BiPredicate} to compare the fields with the given type.950     * <p>951     * BiPredicates registered with this method have less precedence than the ones registered with {@link #withEqualsForFields(BiPredicate, String...)}952     * or the comparators registered with {@link #withComparatorForFields(Comparator, String...)}.953     * <p>954     * Note that registering a {@link BiPredicate} for a given type will override the previously registered BiPredicate/Comparator (if any).955     * <p>956     * See {@link RecursiveComparisonAssert#withEqualsForType(BiPredicate, Class)} for examples.957     *958     * @param <T> the class type to register a BiPredicate for959     * @param equals the {@link BiPredicate} to use to compare the given field960     * @param type the type to be compared with the given comparator.961     * @return this builder.962     * @since 3.17.0963     * @throws NullPointerException if the given BiPredicate is null.964     */965    @SuppressWarnings("unchecked")966    public <T> Builder withEqualsForType(BiPredicate<? super T, ? super T> equals, Class<T> type) {967      return withComparatorForType(toComparator(equals), type);968    }969    /**970     * Registers the given {@link Comparator} to compare the fields at the given locations.971     * <p>972     * The fields must be specified from the root object, for example if {@code Foo} has a {@code Bar} field and both have an {@code id} field,973     * one can register a comparator for Foo and Bar's {@code id} by calling:974     * <pre><code class='java'> registerComparatorForFields(idComparator, "foo.id", "foo.bar.id")</code></pre>975     * <p>976     * Comparators registered with this method have precedence over comparators registered with {@link #withComparatorForType(Comparator, Class)}977     * or BiPredicate registered with {@link #withEqualsForType(BiPredicate, Class)}.978     * <p>979     * Note that registering a {@link Comparator} for a given field will override the previously registered BiPredicate/Comparator (if any).980     * <p>981     * See {@link RecursiveComparisonAssert#withComparatorForFields(Comparator, String...) RecursiveComparisonAssert#withComparatorForFields(Comparator comparator, String...fields)} for examples.982     *983     * @param comparator the {@link java.util.Comparator Comparator} to use to compare the given field984     * @param fields the fields the comparator should be used for985     * @return this builder.986     * @throws NullPointerException if the given Comparator is null.987     */988    public Builder withComparatorForFields(Comparator<?> comparator, String... fields) {989      requireNonNull(comparator, "Expecting a non null Comparator");990      Stream.of(fields).forEach(fieldLocation -> fieldComparators.registerComparator(fieldLocation, comparator));991      return this;992    }993    /**994     * Registers the given {@link BiPredicate} to compare the fields at the given locations.995     * <p>996     * The fields must be specified from the root object, for example if {@code Foo} has a {@code Bar} field and both have an {@code id} field,997     * one can register a BiPredicate for Foo and Bar's {@code id} by calling:998     * <pre><code class='java'> withEqualsForFields(idBiPredicate, "foo.id", "foo.bar.id")</code></pre>999     * <p>1000     * BiPredicates registered with this method have precedence over the ones registered with {@link #withEqualsForType(BiPredicate, Class)}1001     * or the comparators registered with {@link #withComparatorForType(Comparator, Class)}.1002     * <p>1003     * Note that registering a {@link BiPredicate} for a given field will override the previously registered BiPredicate/Comparator (if any).1004     * <p>1005     * See {@link RecursiveComparisonAssert#withEqualsForFields(BiPredicate, String...) RecursiveComparisonAssert#withEqualsForFields(BiPredicate equals, String...fields)} for examples.1006     *1007     * @param equals the {@link BiPredicate} to use to compare the given fields1008     * @param fields the fields the BiPredicate should be used for1009     * @return this builder.1010     * @since 3.17.01011     * @throws NullPointerException if the given BiPredicate is null.1012     */1013    public Builder withEqualsForFields(BiPredicate<?, ?> equals, String... fields) {1014      return withComparatorForFields(toComparator(equals), fields);...

Source:RecursiveComparisonAssert.java

...88   * By default {@code floats} are compared with a precision of 1.0E-6 and {@code doubles} with 1.0E-15.89   * <p>90   * You can specify a custom comparator or equals BiPredicate per (nested) fields or type with the methods below (but before calling {@code isEqualTo} otherwise this has no effect!):91   * <ol>92   * <li> {@link #withEqualsForType(BiPredicate, Class)} for a given type</li>93   * <li> {@link #withComparatorForType(Comparator, Class)} for a given type</li>94   * <li> {@link #withComparatorForFields(Comparator, String...) withComparatorForFields(Comparator, String...)} for one or multiple fields</li>95   * <li> {@link #withComparatorForFields(Comparator, String...) withComparatorForFields(Comparator, String...)} for one or multiple fields</li>96   * </ol>97   * <p>98   * Note that field comparators always take precedence over type comparators.99   * <p>100   * <strong>Example</strong>101   * <p>102   * Here is a basic example with a default {@link RecursiveComparisonConfiguration}, you can find other examples for each of the method changing the recursive comparison behavior103   * like {@link #ignoringFields(String...)}.104   * <pre><code class='java'> public class Person {105   *   String name;106   *   double height;107   *   Home home = new Home();108   * }109   *110   * public class Home {111   *   Address address = new Address();112   *   Date ownedSince;113   * }114   *115   * public static class Address {116   *   int number;117   *   String street;118   * }119   *120   * Person sherlock = new Person("Sherlock", 1.80);121   * sherlock.home.ownedSince = new Date(123);122   * sherlock.home.address.street = "Baker Street";123   * sherlock.home.address.number = 221;124   *125   * Person sherlock2 = new Person("Sherlock", 1.80);126   * sherlock2.home.ownedSince = new Date(123);127   * sherlock2.home.address.street = "Baker Street";128   * sherlock2.home.address.number = 221;129   *130   * // assertion succeeds as the data of both objects are the same.131   * assertThat(sherlock).usingRecursiveComparison()132   *                     .isEqualTo(sherlock2);</code></pre>133   *134   * @param expected the object to compare {@code actual} to.135   * @return {@code this} assertion object.136   * @throws AssertionError if the actual object is {@code null}.137   * @throws AssertionError if the actual and the given objects are not deeply equal property/field by property/field.138   * @throws IntrospectionError if one property/field to compare can not be found.139   */140  @Override141  public SELF isEqualTo(Object expected) {142    // deals with both actual and expected being null143    if (actual == expected) return myself;144    if (expected == null) {145      // for the assertion to pass, actual must be null but this is not the case since actual != expected146      // => we fail expecting actual to be null147      objects.assertNull(info, actual);148    }149    // at this point expected is not null, which means actual must not be null for the assertion to pass150    objects.assertNotNull(info, actual);151    // at this point both actual and expected are not null, we can compare them recursively!152    List<ComparisonDifference> differences = determineDifferencesWith(expected);153    if (!differences.isEmpty()) throw objects.getFailures().failure(info, shouldBeEqualByComparingFieldByFieldRecursively(actual,154                                                                                                                          expected,155                                                                                                                          differences,156                                                                                                                          recursiveComparisonConfiguration,157                                                                                                                          info.representation()));158    return myself;159  }160  /**161   * Asserts that actual object is not equal to the given object based on a recursive property/field by property/field comparison162   * (including inherited ones).163   * <p>164   * This is typically useful when actual's {@code equals} was not overridden.165   * <p>166   * The comparison is <b>not symmetrical</b> since it is <b>limited to actual's fields</b>, the algorithm gather all167   * actual's fields and then compare them to the corresponding expected's fields.<br>168   * It is then possible for the expected object to have more fields than actual which is handy when comparing169   * a base type to a subtype.170   * <p>171   * This method is based on {@link #isEqualTo(Object)}, you can check out more usages in that method.172   * <p>173   * Example174   * <pre><code class='java'> // equals not overridden in TolkienCharacter175   * TolkienCharacter frodo = new TolkienCharacter("Frodo", 33, HOBBIT);176   * TolkienCharacter frodoClone = new TolkienCharacter("Frodo", 33, HOBBIT);177   * TolkienCharacter youngFrodo = new TolkienCharacter("Frodo", 22, HOBBIT);178   *179   * // Pass as equals compares object references180   * assertThat(frodo).isNotEqualTo(frodoClone);181   *182   * // Fail as frodo and frodoClone are equals when doing a field by field comparison.183   * assertThat(frodo).usingRecursiveComparison()184   *                  .isNotEqualTo(frodoClone);185   *186   * // Pass as one the age fields differ between frodo and youngFrodo.187   * assertThat(frodo).usingRecursiveComparison()188   *                  .isNotEqualTo(youngFrodo);</code></pre>189   *190   * @param other the object to compare {@code actual} to.191   * @return {@code this} assertions object192   * @throws AssertionError if the actual object and the given objects are both {@code null}.193   * @throws AssertionError if the actual and the given objects are equals property/field by property/field recursively.194   * @see #isEqualTo(Object)195   * @since 3.17.0196   */197  @Override198  public SELF isNotEqualTo(Object other) {199    if (actual == other) throw objects.getFailures().failure(info,200                                                             shouldNotBeEqualComparingFieldByFieldRecursively(actual, other,201                                                                                                              recursiveComparisonConfiguration,202                                                                                                              info.representation()));203    if (other != null && actual != null) {204      List<ComparisonDifference> differences = determineDifferencesWith(other);205      if (differences.isEmpty())206        throw objects.getFailures().failure(info,207                                            shouldNotBeEqualComparingFieldByFieldRecursively(actual, other,208                                                                                             recursiveComparisonConfiguration,209                                                                                             info.representation()));210    }211    // either one of actual or other was null (but not both) or there were no differences212    return myself;213  }214  /**215   * Makes the recursive comparison to ignore all <b>actual null fields</b> (but note that the expected object null fields are used in the comparison).216   * <p>217   * Example:218   * <pre><code class='java'> public class Person {219   *   String name;220   *   double height;221   *   Home home = new Home();222   * }223   *224   * public class Home {225   *   Address address = new Address();226   * }227   *228   * public static class Address {229   *   int number;230   *   String street;231   * }232   *233   * Person noName = new Person(null, 1.80);234   * noName.home.address.street = null;235   * noName.home.address.number = 221;236   *237   * Person sherlock = new Person("Sherlock", 1.80);238   * sherlock.home.address.street = "Baker Street";239   * sherlock.home.address.number = 221;240   *241   * // assertion succeeds as name and home.address.street fields are ignored in the comparison242   * assertThat(noName).usingRecursiveComparison()243   *                   .ignoringActualNullFields()244   *                   .isEqualTo(sherlock);245   *246   * // assertion fails as name and home.address.street fields are populated for sherlock but not for noName.247   * assertThat(sherlock).usingRecursiveComparison()248   *                     .ignoringActualNullFields()249   *                     .isEqualTo(noName);</code></pre>250   *251   * @return this {@link RecursiveComparisonAssert} to chain other methods.252   */253  @CheckReturnValue254  public SELF ignoringActualNullFields() {255    recursiveComparisonConfiguration.setIgnoreAllActualNullFields(true);256    return myself;257  }258  /**259   * Makes the recursive comparison to ignore all <b>actual empty optional fields</b> (including {@link Optional}, {@link OptionalInt}, {@link OptionalLong} and {@link OptionalDouble}),260   * note that the expected object empty optional fields are not ignored, this only applies to actual's fields.261   * <p>262   * Example:263   * <pre><code class='java'> public class Person {264   *   String name;265   *   OptionalInt age;266   *   OptionalLong id;267   *   OptionalDouble height;268   *   Home home = new Home();269   * }270   *271   * public class Home {272   *   String address;273   *   Optional&lt;String&gt; phone;274   * }275   *276   * Person homerWithoutDetails = new Person("Homer Simpson");277   * homerWithoutDetails.home.address.street = "Evergreen Terrace";278   * homerWithoutDetails.home.address.number = 742;279   * homerWithoutDetails.home.phone = Optional.empty();280   * homerWithoutDetails.age = OptionalInt.empty();281   * homerWithoutDetails.id = OptionalLong.empty();282   * homerWithoutDetails.height = OptionalDouble.empty();283   *284   * Person homerWithDetails = new Person("Homer Simpson");285   * homerWithDetails.home.address.street = "Evergreen Terrace";286   * homerWithDetails.home.address.number = 742;287   * homerWithDetails.home.phone = Optional.of("(939) 555-0113");288   * homerWithDetails.age = OptionalInt.of(39);289   * homerWithDetails.id = OptionalLong.of(123456);290   * homerWithDetails.height = OptionalDouble.of(1.83);291   *292   * // assertion succeeds as phone is ignored in the comparison293   * assertThat(homerWithoutDetails).usingRecursiveComparison()294   *                                .ignoringActualEmptyOptionalFields()295   *                                .isEqualTo(homerWithDetails);296   *297   * // assertion fails as phone, age, id and height are not ignored and are populated for homerWithDetails but not for homerWithoutDetails.298   * assertThat(homerWithDetails).usingRecursiveComparison()299   *                             .ignoringActualEmptyOptionalFields()300   *                             .isEqualTo(homerWithoutDetails);</code></pre>301   *302   * @return this {@link RecursiveComparisonAssert} to chain other methods.303   */304  @CheckReturnValue305  public SELF ignoringActualEmptyOptionalFields() {306    recursiveComparisonConfiguration.setIgnoreAllActualEmptyOptionalFields(true);307    return myself;308  }309  /**310   * Makes the recursive comparison to ignore all <b>expected null fields</b>.311   * <p>312   * Example:313   * <pre><code class='java'> public class Person {314   *   String name;315   *   double height;316   *   Home home = new Home();317   * }318   *319   * public class Home {320   *   Address address = new Address();321   * }322   *323   * public static class Address {324   *   int number;325   *   String street;326   * }327   *328   * Person sherlock = new Person("Sherlock", 1.80);329   * sherlock.home.address.street = "Baker Street";330   * sherlock.home.address.number = 221;331   *332   * Person noName = new Person(null, 1.80);333   * noName.home.address.street = null;334   * noName.home.address.number = 221;335   *336   * // assertion succeeds as name and home.address.street fields are ignored in the comparison337   * assertThat(sherlock).usingRecursiveComparison()338   *                     .ignoringExpectedNullFields()339   *                     .isEqualTo(noName);340   *341   * // assertion fails as name and home.address.street fields are populated for sherlock but not for noName.342   * assertThat(noName).usingRecursiveComparison()343   *                   .ignoringExpectedNullFields()344   *                   .isEqualTo(sherlock);</code></pre>345   *346   * @return this {@link RecursiveComparisonAssert} to chain other methods.347   */348  @CheckReturnValue349  public SELF ignoringExpectedNullFields() {350    recursiveComparisonConfiguration.setIgnoreAllExpectedNullFields(true);351    return myself;352  }353  /**354   * Makes the recursive comparison to ignore the given object under test fields. Nested fields can be specified like this: {@code home.address.street}.355   * <p>356   * Example:357   * <pre><code class='java'> public class Person {358   *   String name;359   *   double height;360   *   Home home = new Home();361   * }362   *363   * public class Home {364   *   Address address = new Address();365   * }366   *367   * public static class Address {368   *   int number;369   *   String street;370   * }371   *372   * Person sherlock = new Person("Sherlock", 1.80);373   * sherlock.home.address.street = "Baker Street";374   * sherlock.home.address.number = 221;375   *376   * Person noName = new Person(null, 1.80);377   * noName.home.address.street = null;378   * noName.home.address.number = 221;379   *380   * // assertion succeeds as name and home.address.street fields are ignored in the comparison381   * assertThat(sherlock).usingRecursiveComparison()382   *                     .ignoringFields("name", "home.address.street")383   *                     .isEqualTo(noName);384   *385   * // assertion fails as home.address.street fields differ and is not ignored.386   * assertThat(sherlock).usingRecursiveComparison()387   *                     .ignoringFields("name")388   *                     .isEqualTo(noName);</code></pre>389   *390   * @param fieldsToIgnore the fields of the object under test to ignore in the comparison.391   * @return this {@link RecursiveComparisonAssert} to chain other methods.392   */393  @CheckReturnValue394  public SELF ignoringFields(String... fieldsToIgnore) {395    recursiveComparisonConfiguration.ignoreFields(fieldsToIgnore);396    return myself;397  }398  /**399   * Makes the recursive comparison to ignore the object under test fields matching the given regexes.400   * <p>401   * Nested fields can be specified by using dots like this: {@code home\.address\.street} ({@code \} is used to escape402   * dots since they have a special meaning in regexes).403   * <p>404   * Example:405   * <pre><code class='java'> public class Person {406   *   String name;407   *   double height;408   *   Home home = new Home();409   * }410   *411   * public class Home {412   *   Address address = new Address();413   * }414   *415   * public static class Address {416   *   int number;417   *   String street;418   * }419   *420   * Person sherlock = new Person("Sherlock", 1.80);421   * sherlock.home.address.street = "Baker Street";422   * sherlock.home.address.number = 221;423   *424   * Person noName = new Person(null, 1.80);425   * noName.home.address.street = "Butcher Street";426   * noName.home.address.number = 222;427   *428   * // assertion succeeds as name and all home fields are ignored in the comparison429   * assertThat(sherlock).usingRecursiveComparison()430   *                     .ignoringFieldsMatchingRegexes("n.me", "home.*")431   *                     .isEqualTo(noName);432   *433   * // although home fields are ignored, assertion fails as name fields differ.434   * assertThat(sherlock).usingRecursiveComparison()435   *                     .ignoringFieldsMatchingRegexes("home.*")436   *                     .isEqualTo(noName);</code></pre>437   *438   * @param regexes regexes used to ignore fields in the comparison.439   * @return this {@link RecursiveComparisonAssert} to chain other methods.440   */441  @CheckReturnValue442  public SELF ignoringFieldsMatchingRegexes(String... regexes) {443    recursiveComparisonConfiguration.ignoreFieldsMatchingRegexes(regexes);444    return myself;445  }446  /**447   * Makes the recursive comparison to ignore the object under test fields of the given types.448   * The fields are ignored if their types <b>exactly match one of the ignored types</b>, for example if a field is a subtype of an ignored type it is not ignored.449   * <p>450   * If some object under test fields are null it is not possible to evaluate their types unless in {@link #withStrictTypeChecking() strictTypeChecking mode},451   * in that case the corresponding expected field's type is evaluated instead but if strictTypeChecking mode is disabled then null fields are not ignored.452   * <p>453   * Example:454   * <pre><code class='java'> public class Person {455   *   String name;456   *   double height;457   *   Home home = new Home();458   * }459   *460   * public class Home {461   *   Address address = new Address();462   * }463   *464   * public static class Address {465   *   int number;466   *   String street;467   * }468   *469   * Person sherlock = new Person("Sherlock", 1.80);470   * sherlock.home.address.street = "Baker Street";471   * sherlock.home.address.number = 221;472   *473   * Person sherlock2 = new Person("Sherlock", 1.90);474   * sherlock2.home.address.street = "Butcher Street";475   * sherlock2.home.address.number = 221;476   *477   * // assertion succeeds as we ignore Address and height478   * assertThat(sherlock).usingRecursiveComparison()479   *                     .ignoringFieldsOfTypes(double.class, Address.class)480   *                     .isEqualTo(sherlock2);481   *482   * // now this assertion fails as expected since the home.address.street fields and height differ483   * assertThat(sherlock).usingRecursiveComparison()484   *                     .isEqualTo(sherlock2);</code></pre>485   *486   * @param typesToIgnore the types we want to ignore in the object under test fields.487   * @return this {@link RecursiveComparisonAssert} to chain other methods.488   */489  public RecursiveComparisonAssert<?> ignoringFieldsOfTypes(Class<?>... typesToIgnore) {490    recursiveComparisonConfiguration.ignoreFieldsOfTypes(typesToIgnore);491    return myself;492  }493  /**494   * This method instructs the recursive comparison to compare recursively all fields including the one whose type have overridden equals,495   * <b>except fields with java types</b> (at some point we need to compare something!).496   * <p>497   * Since 3.17.0 this is the default behavior for recursive comparisons, to revert to the previous behavior call {@link #usingOverriddenEquals()}.498   * <p>499   * Example:500   * <pre><code class='java'> public class Person {501   *   String name;502   *   double height;503   *   Home home = new Home();504   * }505   *506   * public class Home {507   *   Address address = new Address();508   * }509   *510   * public static class Address {511   *   int number;512   *   String street;513   *514   *   // only compares number, ouch!515   *   {@literal @}Override516   *   public boolean equals(final Object other) {517   *     if (!(other instanceof Address)) return false;518   *     Address castOther = (Address) other;519   *     return Objects.equals(number, castOther.number);520   *   }521   * }522   *523   * Person sherlock = new Person("Sherlock", 1.80);524   * sherlock.home.address.street = "Baker Street";525   * sherlock.home.address.number = 221;526   *527   * Person sherlock2 = new Person("Sherlock", 1.80);528   * sherlock2.home.address.street = "Butcher Street";529   * sherlock2.home.address.number = 221;530   *531   * // Assertion succeeds because:532   * // - overridden equals are used533   * // - Address has overridden equals and does not compare street fields.534   * assertThat(sherlock).usingRecursiveComparison()535   *                     .usingOverriddenEquals()536   *                     .isEqualTo(sherlock2);537   *538   * // To avoid using Address overridden equals, don't call usingOverriddenEquals() or call ignoringAllOverriddenEquals()539   * // (calling ignoringAllOverriddenEquals() is actually not required as this is the default behavior).540   * // This assertion fails as it will compare home.address.street fields which differ541   * assertThat(sherlock).usingRecursiveComparison()542   *                      //.ignoringAllOverriddenEquals() // not needed as this is the default543   *                     .isEqualTo(sherlock2);</code></pre>544   *545   * @return this {@link RecursiveComparisonAssert} to chain other methods.546   */547  public SELF ignoringAllOverriddenEquals() {548    recursiveComparisonConfiguration.ignoreAllOverriddenEquals();549    return myself;550  }551  /**552   * By default the recursive comparison compare recursively all fields including the ones whose type have overridden equals553   * <b>except fields with java types</b> (at some point we need to compare something!).554   * <p>555   * This method instructs the recursive comparison to use overridden equals.556   * <p>557   * Example:558   * <pre><code class='java'> public class Person {559   *   String name;560   *   double height;561   *   Home home = new Home();562   * }563   *564   * public class Home {565   *   Address address = new Address();566   * }567   *568   * public static class Address {569   *   int number;570   *   String street;571   *572   *   // only compares number!573   *   {@literal @}Override574   *   public boolean equals(final Object other) {575   *     if (!(other instanceof Address)) return false;576   *     Address castOther = (Address) other;577   *     return Objects.equals(number, castOther.number);578   *   }579   * }580   *581   * Person sherlock = new Person("Sherlock", 1.80);582   * sherlock.home.address.street = "Baker Street";583   * sherlock.home.address.number = 221;584   *585   * Person sherlock2 = new Person("Sherlock", 1.80);586   * sherlock2.home.address.street = "Butcher Street";587   * sherlock2.home.address.number = 221;588   *589   * // assertion succeeds because Address equals does not compare street fields.590   * assertThat(sherlock).usingRecursiveComparison()591   *                     .usingOverriddenEquals()592   *                     .isEqualTo(sherlock2);593   *594   * // Assertion fails because:595   * // - Address equals is not used.596   * // - street fields are compared and differ.597   * assertThat(sherlock).usingRecursiveComparison()598   *                     .isEqualTo(sherlock2);</code></pre>599   *600   * @return this {@link RecursiveComparisonAssert} to chain other methods.601   * @since 3.17.0602   */603  public SELF usingOverriddenEquals() {604    recursiveComparisonConfiguration.useOverriddenEquals();605    return myself;606  }607  /**608   * In case you have instructed the recursive to use overridden {@code equals} with {@link #usingOverriddenEquals()},609   * this method allows to ignore overridden {@code equals} for the given fields (it adds them to the already registered ones).610   * <p>611   * Since 3.17.0 all overridden {@code equals} so this method is only relevant if you have called {@link #usingOverriddenEquals()} before.612   * <p>613   * Nested fields can be specified by using dots like this: {@code home.address.street}614   * <p>615   * Example:616   * <pre><code class='java'> public class Person {617   *   String name;618   *   double height;619   *   Home home = new Home();620   * }621   *622   * public class Home {623   *   Address address = new Address();624   * }625   *626   * public static class Address {627   *   int number;628   *   String street;629   *630   *   // only compares number631   *   {@literal @}Override632   *   public boolean equals(final Object other) {633   *     if (!(other instanceof Address)) return false;634   *     Address castOther = (Address) other;635   *     return Objects.equals(number, castOther.number);636   *   }637   * }638   *639   * Person sherlock = new Person("Sherlock", 1.80);640   * sherlock.home.address.street = "Baker Street";641   * sherlock.home.address.number = 221;642   *643   * Person sherlock2 = new Person("Sherlock", 1.80);644   * sherlock2.home.address.street = "Butcher Street";645   * sherlock2.home.address.number = 221;646   *647   * // Assertion succeeds because:648   * // - overridden equals are used649   * // - Address has overridden equals and does not compare street fields.650   * assertThat(sherlock).usingRecursiveComparison()651   *                     .usingOverriddenEquals()652   *                     .isEqualTo(sherlock2);653   *654   * // ignoringOverriddenEqualsForFields force a recursive comparison on the given field655   * // Assertion fails because:656   * // - Address equals is not used.657   * // - street fields are compared and differ.658   * assertThat(sherlock).usingRecursiveComparison()659   *                     .usingOverriddenEquals()660   *                     .ignoringOverriddenEqualsForFields("home.address")661   *                     .isEqualTo(sherlock2);</code></pre>662   *663   * @param fields the fields we want to force a recursive comparison on.664   * @return this {@link RecursiveComparisonAssert} to chain other methods.665   */666  @CheckReturnValue667  public SELF ignoringOverriddenEqualsForFields(String... fields) {668    recursiveComparisonConfiguration.ignoreOverriddenEqualsForFields(fields);669    return myself;670  }671  /**672   * By default the recursive comparison uses overridden {@code equals} methods to compare fields,673   * this method allows to force a recursive comparison for all fields of the given types (it adds them to the already registered ones).674   * <p>675   * Since 3.17.0 all overridden {@code equals} so this method is only relevant if you have called {@link #usingOverriddenEquals()} before.676   * <p>677   * Example:678   * <pre><code class='java'> public class Person {679   *   String name;680   *   double height;681   *   Home home = new Home();682   * }683   *684   * public class Home {685   *   Address address = new Address();686   * }687   *688   * public static class Address {689   *   int number;690   *   String street;691   *692   *   // only compares number, ouch!693   *   {@literal @}Override694   *   public boolean equals(final Object other) {695   *     if (!(other instanceof Address)) return false;696   *     Address castOther = (Address) other;697   *     return Objects.equals(number, castOther.number);698   *   }699   * }700   *701   * Person sherlock = new Person("Sherlock", 1.80);702   * sherlock.home.address.street = "Baker Street";703   * sherlock.home.address.number = 221;704   *705   * Person sherlock2 = new Person("Sherlock", 1.80);706   * sherlock2.home.address.street = "Butcher Street";707   * sherlock2.home.address.number = 221;708   *709   * // Assertion succeeds because:710   * // - overridden equals are used711   * // - Address has overridden equals and does not compare street fields.712   * assertThat(sherlock).usingRecursiveComparison()713   *                     .usingOverriddenEquals()714   *                     .isEqualTo(sherlock2);715   *716   * // ignoringOverriddenEqualsForTypes force a recursive comparison on the given types.717   * // Assertion fails because:718   * // - Address equals is not used.719   * // - street fields are compared and differ.720   * assertThat(sherlock).usingRecursiveComparison()721   *                     .usingOverriddenEquals()722   *                     .ignoringOverriddenEqualsForTypes(Address.class)723   *                     .isEqualTo(sherlock2);</code></pre>724   *725   * @param types the types we want to force a recursive comparison on.726   * @return this {@link RecursiveComparisonAssert} to chain other methods.727   */728  @CheckReturnValue729  public SELF ignoringOverriddenEqualsForTypes(Class<?>... types) {730    recursiveComparisonConfiguration.ignoreOverriddenEqualsForTypes(types);731    return myself;732  }733  /**734   * In case you have instructed the recursive to use overridden {@code equals} with {@link #usingOverriddenEquals()},735   * this method allows to force a recursive comparison for the fields matching the given regexes (it adds them to the already registered ones).736   * <p>737   * Since 3.17.0 all overridden {@code equals} so this method is only relevant if you have called {@link #usingOverriddenEquals()} before.738   * <p>739   * Nested fields can be specified by using dots like: {@code home\.address\.street} ({@code \} is used to escape740   * dots since they have a special meaning in regexes).741   * <p>742   * Example:743   * <pre><code class='java'> public class Person {744   *   String name;745   *   double height;746   *   Home home = new Home();747   * }748   *749   * public class Home {750   *   Address address = new Address();751   * }752   *753   * public static class Address {754   *   int number;755   *   String street;756   *757   *   // only compares number, ouch!758   *   {@literal @}Override759   *   public boolean equals(final Object other) {760   *     if (!(other instanceof Address)) return false;761   *     Address castOther = (Address) other;762   *     return Objects.equals(number, castOther.number);763   *   }764   * }765   *766   * Person sherlock = new Person("Sherlock", 1.80);767   * sherlock.home.address.street = "Baker Street";768   * sherlock.home.address.number = 221;769   *770   * Person sherlock2 = new Person("Sherlock", 1.80);771   * sherlock2.home.address.street = "Butcher Street";772   * sherlock2.home.address.number = 221;773   *774   * // assertion succeeds because overridden equals are used and thus street fields are mot compared775   * assertThat(sherlock).usingRecursiveComparison()776   *                     .usingOverriddenEquals()777   *                     .isEqualTo(sherlock2);778   *779   * // ignoringOverriddenEqualsForFields force a recursive comparison on the field matching the regex780   * // now this assertion fails as we expect since the home.address.street fields differ781   * assertThat(sherlock).usingRecursiveComparison()782   *                     .usingOverriddenEquals()783   *                     .ignoringOverriddenEqualsForFieldsMatchingRegexes("home.*")784   *                     .isEqualTo(sherlock2);</code></pre>785   *786   * @param regexes regexes used to specify the fields we want to force a recursive comparison on.787   * @return this {@link RecursiveComparisonAssert} to chain other methods.788   */789  @CheckReturnValue790  public SELF ignoringOverriddenEqualsForFieldsMatchingRegexes(String... regexes) {791    recursiveComparisonConfiguration.ignoreOverriddenEqualsForFieldsMatchingRegexes(regexes);792    return myself;793  }794  /**795   * Makes the recursive comparison to ignore collection order in all fields in the object under test.796   * <p>797   * Example:798   * <pre><code class='java'> public class Person {799   *   String name;800   *   List&lt;Person&gt; friends = new ArrayList&lt;&gt;();801   * }802   *803   * Person sherlock1 = new Person("Sherlock Holmes");804   * sherlock1.friends.add(new Person("Dr. John Watson"));805   * sherlock1.friends.add(new Person("Molly Hooper"));806   *807   * Person sherlock2 = new Person("Sherlock Holmes");808   * sherlock2.friends.add(new Person("Molly Hooper"));809   * sherlock2.friends.add(new Person("Dr. John Watson"));810   *811   * // assertion succeeds as all fields collection order is ignored in the comparison812   * assertThat(sherlock1).usingRecursiveComparison()813   *                      .ignoringCollectionOrder()814   *                      .isEqualTo(sherlock2);815   *816   * // assertion fails as fields collection order is not ignored in the comparison817   * assertThat(sherlock1).usingRecursiveComparison()818   *                      .isEqualTo(sherlock2);</code></pre>819   *820   * @return this {@link RecursiveComparisonAssert} to chain other methods.821   */822  @CheckReturnValue823  public SELF ignoringCollectionOrder() {824    recursiveComparisonConfiguration.ignoreCollectionOrder(true);825    return myself;826  }827  /**828   * Makes the recursive comparison to ignore collection order in the object under test specified fields. Nested fields can be specified like this: {@code home.address.street}.829   * <p>830   * Example:831   * <pre><code class='java'> public class Person {832   *   String name;833   *   List&lt;Person&gt; friends = new ArrayList&lt;&gt;();834   *   List&lt;Person&gt; enemies = new ArrayList&lt;&gt;();835   * }836   *837   * Person sherlock1 = new Person("Sherlock Holmes");838   * sherlock1.friends.add(new Person("Dr. John Watson"));839   * sherlock1.friends.add(new Person("Molly Hooper"));840   * sherlock1.enemies.add(new Person("Jim Moriarty"));841   * sherlock1.enemies.add(new Person("Irene Adler"));842   *843   * Person sherlock2 = new Person("Sherlock Holmes");844   * sherlock2.friends.add(new Person("Molly Hooper"));845   * sherlock2.friends.add(new Person("Dr. John Watson"));846   * sherlock2.enemies.add(new Person("Irene Adler"));847   * sherlock2.enemies.add(new Person("Jim Moriarty"));848   *849   * // assertion succeeds as friends and enemies fields collection order is ignored in the comparison850   * assertThat(sherlock1).usingRecursiveComparison()851   *                      .ignoringCollectionOrderInFields("friends", "enemies")852   *                      .isEqualTo(sherlock2);853   *854   * // assertion fails as enemies field collection order differ and it is not ignored855   * assertThat(sherlock1).usingRecursiveComparison()856   *                      .ignoringCollectionOrderInFields("friends")857   *                      .isEqualTo(sherlock2);</code></pre>858   *859   * @param fieldsToIgnoreCollectionOrder the fields of the object under test to ignore collection order in the comparison.860   * @return this {@link RecursiveComparisonAssert} to chain other methods.861   */862  @CheckReturnValue863  public SELF ignoringCollectionOrderInFields(String... fieldsToIgnoreCollectionOrder) {864    recursiveComparisonConfiguration.ignoreCollectionOrderInFields(fieldsToIgnoreCollectionOrder);865    return myself;866  }867  /**868   * Makes the recursive comparison to ignore collection order in the object under test fields matching the specified regexes.869   * <p>870   * Nested fields can be specified by using dots like this: {@code home\.address\.street} ({@code \} is used to escape871   * dots since they have a special meaning in regexes).872   * <p>873   * Example:874   * <pre><code class='java'> public class Person {875   *   String name;876   *   List&lt;Person&gt; friends = new ArrayList&lt;&gt;();877   *   List&lt;Person&gt; enemies = new ArrayList&lt;&gt;();878   * }879   *880   * Person sherlock1 = new Person("Sherlock Holmes");881   * sherlock1.friends.add(new Person("Dr. John Watson"));882   * sherlock1.friends.add(new Person("Molly Hooper"));883   * sherlock1.enemies.add(new Person("Jim Moriarty"));884   * sherlock1.enemies.add(new Person("Irene Adler"));885   *886   * Person sherlock2 = new Person("Sherlock Holmes");887   * sherlock2.friends.add(new Person("Molly Hooper"));888   * sherlock2.friends.add(new Person("Dr. John Watson"));889   * sherlock2.enemies.add(new Person("Irene Adler"));890   * sherlock2.enemies.add(new Person("Jim Moriarty"));891   *892   * // assertion succeeds as friends and enemies fields collection order is ignored in the comparison893   * assertThat(sherlock1).usingRecursiveComparison()894   *                      .ignoringCollectionOrderInFieldsMatchingRegexes("friend.", "enemie.")895   *                      .isEqualTo(sherlock2);896   *897   * // assertion fails as enemies field collection order differ and it is not ignored898   * assertThat(sherlock1).usingRecursiveComparison()899   *                      .ignoringCollectionOrderInFields("friend.")900   *                      .isEqualTo(sherlock2);</code></pre>901   *902   * @param regexes regexes used to find the object under test fields to ignore collection order in the comparison.903   * @return this {@link RecursiveComparisonAssert} to chain other methods.904   */905  @CheckReturnValue906  public SELF ignoringCollectionOrderInFieldsMatchingRegexes(String... regexes) {907    recursiveComparisonConfiguration.ignoreCollectionOrderInFieldsMatchingRegexes(regexes);908    return myself;909  }910  /**911   * Makes the recursive comparison to check that actual's type is compatible with expected's type (and do the same for each field). <br>912   * Compatible means that the expected's type is the same or a subclass of actual's type.913   * <p>914   * Examples:915   * <pre><code class='java'> public class Person {916   *   String name;917   *   double height;918   *   Person bestFriend;919   * }920   *921   * Person sherlock = new Person("Sherlock", 1.80);922   * sherlock.bestFriend = new Person("Watson", 1.70);923   *924   * Person sherlockClone = new Person("Sherlock", 1.80);925   * sherlockClone.bestFriend = new Person("Watson", 1.70);926   *927   * // assertion succeeds as sherlock and sherlockClone have the same data and types928   * assertThat(sherlock).usingRecursiveComparison()929   *                     .withStrictTypeChecking()930   *                     .isEqualTo(sherlockClone);931   *932   * // Let's now define a data structure similar to Person933   *934   * public class PersonDTO {935   *   String name;936   *   double height;937   *   PersonDTO bestFriend;938   * }939   *940   * PersonDTO sherlockDto = new PersonDTO("Sherlock", 1.80);941   * sherlockDto.bestFriend = new PersonDTO("Watson", 1.70);942   *943   * // assertion fails as Person and PersonDTO are not compatible even though they have the same data944   * assertThat(sherlock).usingRecursiveComparison()945   *                     .withStrictTypeChecking()946   *                     .isEqualTo(noName);947   *948   * // Let's define a subclass of Person949   *950   * public class Detective extends Person {951   *   boolean busy;952   * }953   *954   * Detective detectiveSherlock = new Detective("Sherlock", 1.80);955   * detectiveSherlock.bestFriend = new Person("Watson", 1.70);956   * detectiveSherlock.busy = true;957   *958   * // assertion succeeds as Detective inherits from Person and959   * // only Person's fields are included into the comparison.960   * assertThat(sherlock).usingRecursiveComparison()961   *                     .withStrictTypeChecking()962   *                     .isEqualTo(detectiveSherlock);</code></pre>963   *964   * @return this {@link RecursiveComparisonAssert} to chain other methods.965   */966  @CheckReturnValue967  public SELF withStrictTypeChecking() {968    recursiveComparisonConfiguration.strictTypeChecking(true);969    return myself;970  }971  /**972   * Allows to register a {@link BiPredicate} to compare fields with the given locations.973   * A typical usage is for comparing double/float fields with a given precision.974   * <p>975   * BiPredicates specified with this method have precedence over the ones registered with {@link #withEqualsForType(BiPredicate, Class)}976   * or the comparators registered with {@link #withComparatorForType(Comparator, Class)}.977   * <p>978   * Note that registering a {@link BiPredicate} for a given field will override the previously registered Comparator (if any).979   * <p>980   * The field locations must be specified from the root object,981   * for example if {@code Foo} has a {@code Bar} field which has an {@code id}, one can register to a comparator for Bar's {@code id} by calling:982   * <pre><code class='java'> withEqualsForFields(idBiPredicate, "foo.id", "foo.bar.id")</code></pre>983   * <p>984   * Complete example:985   * <pre><code class='java'> public class TolkienCharacter {986   *   String name;987   *   double height;988   * }989   *990   * TolkienCharacter frodo = new TolkienCharacter(&quot;Frodo&quot;, 1.2);991   * TolkienCharacter tallerFrodo = new TolkienCharacter(&quot;Frodo&quot;, 1.3);992   * TolkienCharacter reallyTallFrodo = new TolkienCharacter(&quot;Frodo&quot;, 1.9);993   *994   * BiPredicate&lt;Double, Double&gt; closeEnough = (d1, d2) -&gt; Math.abs(d1 - d2) &lt;= 0.5;995   *996   * // assertion succeeds997   * assertThat(frodo).usingRecursiveComparison()998   *                  .withEqualsForFields(closeEnough, &quot;height&quot;)999   *                  .isEqualTo(tallerFrodo);1000   *1001   * // assertion fails1002   * assertThat(frodo).usingRecursiveComparison()1003   *                  .withEqualsForFields(closeEnough, &quot;height&quot;)1004   *                  .isEqualTo(reallyTallFrodo);</code></pre>1005   *1006   * @param equals the {@link BiPredicate} to use to compare the given fields1007   * @param fieldLocations the location from the root object of the fields the BiPredicate should be used for1008   *1009   * @return this {@link RecursiveComparisonAssert} to chain other methods.1010   * @throws NullPointerException if the given BiPredicate is null.1011   */1012  @CheckReturnValue1013  public SELF withEqualsForFields(BiPredicate<?, ?> equals, String... fieldLocations) {1014    recursiveComparisonConfiguration.registerEqualsForFields(equals, fieldLocations);1015    return myself;1016  }1017  /**1018   * Allows to register a comparator to compare fields with the given locations.1019   * A typical usage is for comparing double/float fields with a given precision.1020   * <p>1021   * Comparators registered with this method have precedence over comparators registered with {@link #withComparatorForType(Comparator, Class)}1022   * or {@link BiPredicate} registered with {@link #withEqualsForType(BiPredicate, Class)}.1023   * <p>1024   * The field locations must be specified from the root object,1025   * for example if {@code Foo} has a {@code Bar} field which has an {@code id}, one can register to a comparator for Bar's {@code id} by calling:1026   * <pre><code class='java'> withComparatorForFields(idComparator, "foo.id", "foo.bar.id")</code></pre>1027   * <p>1028   * Note that registering a {@link Comparator} for a given field will override the previously registered BiPredicate/Comparator (if any).1029   * <p>1030   * Complete example:1031   * <pre><code class='java'> public class TolkienCharacter {1032   *   String name;1033   *   double height;1034   * }1035   *1036   * TolkienCharacter frodo = new TolkienCharacter(&quot;Frodo&quot;, 1.2);1037   * TolkienCharacter tallerFrodo = new TolkienCharacter(&quot;Frodo&quot;, 1.3);1038   * TolkienCharacter reallyTallFrodo = new TolkienCharacter(&quot;Frodo&quot;, 1.9);1039   *1040   * Comparator&lt;Double&gt; closeEnough = (d1, d2) -&gt; Math.abs(d1 - d2) &lt;= 0.5 ? 0 : 1;1041   *1042   * // assertion succeeds1043   * assertThat(frodo).usingRecursiveComparison()1044   *                  .withComparatorForFields(closeEnough, &quot;height&quot;)1045   *                  .isEqualTo(tallerFrodo);1046   *1047   * // assertion fails1048   * assertThat(frodo).usingRecursiveComparison()1049   *                  .withComparatorForFields(closeEnough, &quot;height&quot;)1050   *                  .isEqualTo(reallyTallFrodo);</code></pre>1051   *1052   * @param comparator the {@link java.util.Comparator Comparator} to use to compare the given fields1053   * @param fieldLocations the location from the root object of the fields the comparator should be used for1054   * @return this {@link RecursiveComparisonAssert} to chain other methods.1055   * @throws NullPointerException if the given comparator is null.1056   */1057  @CheckReturnValue1058  public SELF withComparatorForFields(Comparator<?> comparator, String... fieldLocations) {1059    recursiveComparisonConfiguration.registerComparatorForFields(comparator, fieldLocations);1060    return myself;1061  }1062  /**1063   * Allows to register a comparator to compare the fields with the given type.1064   * A typical usage is for comparing double/float fields with a given precision.1065   * <p>1066   * Comparators registered with this method have less precedence than comparators registered with {@link #withComparatorForFields(Comparator, String...) withComparatorForFields(Comparator, String...)}1067   * or BiPredicate registered with {@link #withEqualsForFields(BiPredicate, String...) withEqualsForFields(BiPredicate, String...)}.1068   * <p>1069   * Note that registering a {@link Comparator} for a given type will override the previously registered BiPredicate/Comparator (if any).1070   * <p>1071   * Example:1072   * <pre><code class='java'> public class TolkienCharacter {1073   *   String name;1074   *   double height;1075   * }1076   *1077   * TolkienCharacter frodo = new TolkienCharacter(&quot;Frodo&quot;, 1.2);1078   * TolkienCharacter tallerFrodo = new TolkienCharacter(&quot;Frodo&quot;, 1.3);1079   * TolkienCharacter reallyTallFrodo = new TolkienCharacter(&quot;Frodo&quot;, 1.9);1080   *1081   * Comparator&lt;Double&gt; closeEnough = (d1, d2) -&gt; Math.abs(d1 - d2) &lt;= 0.5 ? 0 : 1;1082   *1083   * // assertion succeeds1084   * assertThat(frodo).usingRecursiveComparison()1085   *                  .withComparatorForType(closeEnough, Double.class)1086   *                  .isEqualTo(tallerFrodo);1087   *1088   * // assertion fails1089   * assertThat(frodo).usingRecursiveComparison()1090   *                  .withComparatorForType(closeEnough, Double.class)1091   *                  .isEqualTo(reallyTallFrodo);</code></pre>1092   *1093   * @param <T> the class type to register a comparator for1094   * @param comparator the {@link java.util.Comparator Comparator} to use to compare the given fields1095   * @param type the type to be compared with the given comparator.1096   *1097   * @return this {@link RecursiveComparisonAssert} to chain other methods.1098   * @throws NullPointerException if the given comparator is null.1099   */1100  @CheckReturnValue1101  public <T> SELF withComparatorForType(Comparator<? super T> comparator, Class<T> type) {1102    recursiveComparisonConfiguration.registerComparatorForType(comparator, type);1103    return myself;1104  }1105  /**1106   * Allows to register a {@link BiPredicate} to compare the fields with the given type.1107   * A typical usage is for comparing double/float fields with a given precision.1108   * <p>1109   * BiPredicates registered with this method have less precedence than the one registered  with {@link #withEqualsForFields(BiPredicate, String...) withEqualsForFields(BiPredicate, String...)}1110   * or comparators registered with {@link #withComparatorForFields(Comparator, String...) withComparatorForFields(Comparator, String...)}.1111   * <p>1112   * Note that registering a {@link BiPredicate} for a given type will override the previously registered BiPredicate/Comparator (if any).1113   * <p>1114   * Example:1115   * <pre><code class='java'> public class TolkienCharacter {1116   *   String name;1117   *   double height;1118   * }1119   *1120   * TolkienCharacter frodo = new TolkienCharacter(&quot;Frodo&quot;, 1.2);1121   * TolkienCharacter tallerFrodo = new TolkienCharacter(&quot;Frodo&quot;, 1.3);1122   * TolkienCharacter reallyTallFrodo = new TolkienCharacter(&quot;Frodo&quot;, 1.9);1123   *1124   * BiPredicate&lt;Double, Double&gt; closeEnough = (d1, d2) -&gt; Math.abs(d1 - d2) &lt;= 0.5;1125   *1126   * // assertion succeeds1127   * assertThat(frodo).usingRecursiveComparison()1128   *                  .withEqualsForType(closeEnough, Double.class)1129   *                  .isEqualTo(tallerFrodo);1130   *1131   * // assertion fails1132   * assertThat(frodo).usingRecursiveComparison()1133   *                  .withEqualsForType(closeEnough, Double.class)1134   *                  .isEqualTo(reallyTallFrodo);</code></pre>1135   *1136   * @param <T> the class type to register a BiPredicate for1137   * @param equals the {@link BiPredicate} to use to compare the given fields1138   * @param type the type to be compared with the given comparator.1139   *1140   * @return this {@link RecursiveComparisonAssert} to chain other methods.1141   * @throws NullPointerException if the given BiPredicate is null.1142   */1143  @CheckReturnValue1144  public <T> SELF withEqualsForType(BiPredicate<? super T, ? super T> equals, Class<T> type) {1145    recursiveComparisonConfiguration.registerEqualsForType(equals, type);1146    return myself;1147  }1148  SELF withTypeComparators(TypeComparators typeComparators) {1149    Optional.ofNullable(typeComparators)1150            .map(TypeComparators::comparatorByTypes)1151            .ifPresent(comparatorByTypes -> comparatorByTypes.forEach(this::registerComparatorForType));1152    return myself;1153  }1154  @SuppressWarnings({ "unchecked", "rawtypes" })1155  private void registerComparatorForType(Entry<Class<?>, Comparator<?>> entry) {1156    withComparatorForType((Comparator) entry.getValue(), entry.getKey());1157  }1158  /**...

withEqualsForType

Using AI Code Generation

1import org.assertj.core.api.Assertions;2import org.assertj.core.api.RecursiveComparisonAssert;3import org.assertj.core.api.RecursiveComparisonConfiguration;4import org.junit.jupiter.api.Test;5public class RecursiveComparisonAssertTest {6    public void test() {7        RecursiveComparisonConfiguration configuration = new RecursiveComparisonConfiguration();8        configuration.withEqualsForType((actual, other) -> actual instanceof String && other instanceof String && ((String) actual).toLowerCase().equals(((String) other).toLowerCase()), String.class);9        RecursiveComparisonAssert recursiveComparisonAssert = Assertions.assertThat(new Person("John", "Doe")).usingRecursiveComparison(configuration);10        recursiveComparisonAssert.isEqualTo(new Person("john", "doe"));11    }12}13class Person {14    String firstName;15    String lastName;16    public Person(String firstName, String lastName) {17        this.firstName = firstName;18        this.lastName = lastName;19    }20}21  <Person(firstName=John, lastName=Doe)>22  <Person(firstName=john, lastName=doe)>

withEqualsForType

Using AI Code Generation

1import static org.assertj.core.api.Assertions.assertThat;2import static org.assertj.core.api.Assertions.within;3import static org.assertj.core.api.Assertions.withinPercentage;4import static org.assertj.core.api.Assertions.withinPrecision;5public class Test {6    public static void main(String[] args) {7        Person person = new Person("John", "Smith", 30);8        Person person2 = new Person("John", "Smith", 30);9        assertThat(person).usingRecursiveComparison().isEqualTo(person2);10    }11    static class Person {12        private String firstName;13        private String lastName;14        private int age;15        public Person(String firstName, String lastName, int age) {16            this.firstName = firstName;17            this.lastName = lastName;18            this.age = age;19        }20        public String getFirstName() {21            return firstName;22        }23        public String getLastName() {24            return lastName;25        }26        public int getAge() {27            return age;28        }29    }30}

withEqualsForType

Using AI Code Generation

1import static org.assertj.core.api.Assertions.*;2import static org.assertj.core.api.Assertions.withEqualsForType;3import static org.assertj.core.api.Assertions.withoutEqualsForType;4import java.util.ArrayList;5import java.util.List;6import java.util.Objects;7import org.junit.Test;8public class AssertJTest {9    public void testWithEqualsForType() {10        List<Department> departments = new ArrayList<>();11        departments.add(new Department(1, "IT"));12        departments.add(new Department(2, "HR"));13        departments.add(new Department(3, "Admin"));14        departments.add(new Department(4, "Sales"));15        List<Department> departments2 = new ArrayList<>();16        departments2.add(new Department(1, "IT"));17        departments2.add(new Department(2, "HR"));18        departments2.add(new Department(3, "Admin"));19        departments2.add(new Department(4, "Sales"));20        assertThat(departments).usingRecursiveComparison().withEqualsForType(Department.class, (d1, d2) -> d1.getName().equals(d2.getName())).isEqualTo(departments2);21    }22    public void testWithoutEqualsForType() {23        List<Department> departments = new ArrayList<>();24        departments.add(new Department(1, "IT"));25        departments.add(new Department(2, "HR"));26        departments.add(new Department(3, "Admin"));27        departments.add(new Department(4, "Sales"));28        List<Department> departments2 = new ArrayList<>();29        departments2.add(new Department(1, "IT"));30        departments2.add(new Department(2, "HR"));31        departments2.add(new Department(3, "Admin"));32        departments2.add(new Department(4, "Sales"));33        assertThat(departments).usingRecursiveComparison().withoutEqualsForType(Department.class).isEqualTo(departments2);34    }35}36class Department {37    private int id;38    private String name;39    public Department(int id, String name) {40        this.id = id;41        this.name = name;42    }43    public int getId() {44        return id;45    }46    public String getName() {47        return name;48    }49    public boolean equals(Object o) {50        if (this == o)51            return true;52        if (o == null || getClass() != o.getClass())53            return false;54        Department that = (Department) o;

withEqualsForType

Using AI Code Generation

1import org.junit.Test;2import static org.assertj.core.api.Assertions.*;3import static org.assertj.core.api.Assertions.within;4import static org.assertj.core.api.RecursiveComparisonAssert.*;5import static org.assertj.core.api.RecursiveComparisonConfiguration.*;6public class Test1 {7    public void test1() {8        A a1 = new A();9        a1.b = new B();10        a1.b.c = new C();11        a1.b.c.d = new D();12        a1.b.c.d.e = new E();13        a1.b.c.d.e.f = new F();14        a1.b.c.d.e.f.g = new G();15        a1.b.c.d.e.f.g.h = new H();16        a1.b.c.d.e.f.g.h.i = new I();17        a1.b.c.d.e.f.g.h.i.j = new J();18        a1.b.c.d.e.f.g.h.i.j.k = new K();19        a1.b.c.d.e.f.g.h.i.j.k.l = new L();20        a1.b.c.d.e.f.g.h.i.j.k.l.m = new M();21        a1.b.c.d.e.f.g.h.i.j.k.l.m.n = new N();22        a1.b.c.d.e.f.g.h.i.j.k.l.m.n.o = new O();23        a1.b.c.d.e.f.g.h.i.j.k.l.m.n.o.p = new P();24        a1.b.c.d.e.f.g.h.i.j.k.l.m.n.o.p.q = new Q();25        a1.b.c.d.e.f.g.h.i.j.k.l.m.n.o.p.q.r = new R();26        a1.b.c.d.e.f.g.h.i.j.k.l.m.n.o.p.q.r.s = new S();27        a1.b.c.d.e.f.g.h.i.j.k.l.m.n.o.p.q.r.s.t = new T();28        a1.b.c.d.e.f.g.h.i.j.k.l.m.n.o.p.q.r.s.t.u = new U();29        a1.b.c.d.e.f.g.h.i.j.k.l.m.n.o.p.q.r.s.t.u.v = new V();30        a1.b.c.d.e.f.g.h.i.j.k.l.m.n.o.p.q.r.s.t.u.v.w = new W();

withEqualsForType

Using AI Code Generation

1import org.junit.Test;2import static org.assertj.core.api.Assertions.assertThat;3public class AssertJTest {4    public void test() {5        assertThat(new Foo())6                .usingRecursiveComparison()7                .withEqualsForType((a, b) -> true, Foo.class)8                .isEqualTo(new Foo());9    }10}11class Foo {12}13at org.assertj.core.api.RecursiveComparisonAssert.isEqualTo(RecursiveComparisonAssert.java:233)14at org.assertj.core.api.AbstractAssert.isEqualTo(AbstractAssert.java:82)15at AssertJTest.test(AssertJTest.java:9)16assertThat(new Foo())17    .usingRecursiveComparison()18    .withEqualsForType((a, b) -> true, Foo.class)19    .isEqualTo(new Foo());20at org.assertj.core.api.RecursiveComparisonAssert.isEqualTo(RecursiveComparisonAssert.java:233)21at org.assertj.core.api.AbstractAssert.isEqualTo(AbstractAssert.java:82)22at AssertJTest.test(AssertJTest.java:9)23assertThat(new Foo())24    .usingRecursiveComparison()

withEqualsForType

Using AI Code Generation

1import org.assertj.core.api.Assertions;2import org.junit.Test;3public class RecursiveComparisonAssertTest {4    public void test() {5        Assertions.assertThat(new Object()).usingRecursiveComparison().withEqualsForType("abc", String.class).isEqualTo(new Object());6    }7}

withEqualsForType

Using AI Code Generation

1package com.mycompany.app;2import org.junit.jupiter.api.Test;3import static org.assertj.core.api.Assertions.*;4import static org.assertj.core.api.Assertions.within;5import static org.assertj.core.api.Assertions.withinPercentage;6import java.util.*;7class WithEqualsForTypeTest {8    public void withEqualsForTypeTest() {9        Person person1 = new Person("John", 30, new Address("London"));10        Person person2 = new Person("John", 30, new Address("London"));11        Person person3 = new Person("John", 30, new Address("New York"));12        assertThat(person1).usingRecursiveComparison()13                .withEqualsForType((a, b) -> a.toString().equals(b.toString()), Address.class)14                .isEqualTo(person2);15        assertThat(person1).usingRecursiveComparison()16                .withEqualsForType((a, b) -> a.toString().equals(b.toString()), Address.class)17                .isNotEqualTo(person3);18    }19}20package com.mycompany.app;21class Person {22    private String name;23    private int age;24    private Address address;25    public Person(String name, int age, Address address) {26        this.name = name;27        this.age = age;28        this.address = address;29    }30    public String getName() {31        return name;32    }33    public int getAge() {34        return age;35    }36    public Address getAddress() {37        return address;38    }39}40package com.mycompany.app;41class Address {42    private String city;43    public Address(String city) {44        this.city = city;45    }46    public String toString() {47        return city;48    }49}

withEqualsForType

Using AI Code Generation

1import java.util.ArrayList;2import java.util.List;3import java.util.Objects;4import org.assertj.core.api.Assertions;5import org.assertj.core.api.RecursiveComparisonAssert;6public class AssertJRecursiveComparisonAssert {7    public static void main(String[] args) {8        Employee employee = new Employee();9        employee.setId(1);10        employee.setName("John");11        employee.setSalary(1000);12        employee.setAddress("London");13        Employee employee2 = new Employee();14        employee2.setId(1);15        employee2.setName("John");16        employee2.setSalary(1000);17        employee2.setAddress("London");18        List<Employee> employees = new ArrayList<>();19        employees.add(employee);20        employees.add(employee2);21        List<Employee> employees2 = new ArrayList<>();22        employees2.add(employee);23        employees2.add(employee2);24        List<Employee> employees3 = new ArrayList<>();25        employees3.add(employee2);26        employees3.add(employee);27        RecursiveComparisonAssert recursiveComparisonAssert = Assertions.assertThat(employees).usingRecursiveComparison();28        recursiveComparisonAssert.isEqualTo(employees2);29        RecursiveComparisonAssert recursiveComparisonAssert2 = Assertions.assertThat(employees).usingRecursiveComparison();30        recursiveComparisonAssert2.isEqualTo(employees3);31    }32    static class Employee {33        private int id;34        private String name;35        private int salary;36        private String address;37        public int getId() {38            return id;39        }40        public void setId(int id) {41            this.id = id;42        }43        public String getName() {44            return name;45        }46        public void setName(String name) {47            this.name = name;48        }49        public int getSalary() {50            return salary;51        }52        public void setSalary(int salary) {53            this.salary = salary;54        }55        public String getAddress() {56            return address;57        }58        public void setAddress(String address) {59            this.address = address;60        }61        public int hashCode() {62            int hash = 7;63            hash = 67 * hash + this.id;64            hash = 67 * hash + Objects.hashCode(this.name);65            hash = 67 * hash + this.salary;66            hash = 67 * hash + Objects.hashCode(this.address);67            return hash;68        }69        public boolean equals(Object obj) {70            if (this == obj) {71                return true;72            }73            if (obj == null

withEqualsForType

Using AI Code Generation

1import org.junit.Test;2import static org.assertj.core.api.Assertions.assertThat;3public class AssertJTest {4    public void testAssertJ() {5        Foo foo = new Foo();6        foo.setBar("bar");7        foo.setBaz("baz");8        Foo foo2 = new Foo();9        foo2.setBar("bar");10        foo2.setBaz("baz");11        assertThat(foo).usingRecursiveComparison()12                .withEqualsForType((actual, expected) -> true, String.class)13                .isEqualTo(foo2);14        assertThat(foo).usingRecursiveComparison()15                .withEqualsForType((actual, expected) -> false, String.class)16                .isEqualTo(foo2);17    }18}19public class Foo {20    String bar;21    String baz;22    public String getBar() {23        return bar;24    }25    public void setBar(String bar) {26        this.bar = bar;27    }28    public String getBaz() {29        return baz;30    }31    public void setBaz(String baz) {32        this.baz = baz;33    }34    public String toString() {35        return "Foo{" +36                '}';37    }38}39  Foo{bar='bar', baz='baz'}40  Foo{bar='bar', baz='baz'}41	at org.junit.Assert.fail(Assert.java:88)42	at org.junit.Assert.failNotEquals(Assert.java:834)43	at org.junit.Assert.assertNotEquals(Assert.java:1010)44	at org.junit.Assert.assertNotEquals(Assert.java:1031)45	at org.assertj.core.api.AbstractAssert.isNotEqualTo(AbstractAssert.java:167)46	at org.assertj.core.api.AbstractAssert.isNotEqualTo(AbstractAssert.java:152)47	at org.assertj.core.api.AbstractAssert.isNotEqualTo(AbstractAssert.java:146)48	at org.assertj.core.api.AbstractAssert.isEqualTo(AbstractAssert.java:136)49	at org.assertj.core.api.AbstractAssert.isEqualTo(AbstractAssert.java:125)50	at org.assertj.core.api.AbstractAssert.isEqualTo(AbstractAssert.java:60

withEqualsForType

Using AI Code Generation

1import java.util.*;2import java.util.stream.Stream;3import java.util.stream.Collectors;4import java.util.Arrays;5import java.util.List;6import java.util.ArrayList;7import java.util.Map;8import java.util.HashMap;9import java.util.function.BiConsumer;10import java.util.function.BiFunction;11import java.util.function.Function;12import java.util.stream.Stream;13import java.util.stream.Collectors;14import java.util.Arrays;15import java.util.List;16import java.util.ArrayList;17import java.util.Map;18import java.util.HashMap;19import java.util.function.BiConsumer;20import java.util.function.BiFunction;21import java.util.function.Function;22import java.util.stream.Stream;23import java.util.stream.Collectors;24import java.util.Arrays;25import java.util.List;26import java.util.ArrayList;27import java.util.Map;28import java.util.HashMap;29import java.util.function.BiConsumer;30import java.util.function.BiFunction;31import java.util.function.Function;32import java.util.stream.Stream;33import java.util.stream.Collectors;34import java.util.Arrays;35import java.util.List;36import java.util.ArrayList;37import java.util.Map;38import java.util.HashMap;39import java.util.function.BiConsumer;40import java.util.function.BiFunction;41import java.util.function.Function;42import java.util.stream.Stream;43import java.util.stream.Collectors;44import java.util.Arrays;45import java.util.List;46import java.util.ArrayList;47import java.util.Map;48import java.util.HashMap;49import java.util.function.BiConsumer;50import java.util.function.BiFunction;51import java.util.function.Function;52import java.util.stream.Stream;53import java.util.stream.Collectors;54import java.util.Arrays;55import java.util.List;56import java.util.ArrayList;57import java.util.Map;58import java.util.HashMap;59import java.util.function.BiConsumer;60import java.util.function.BiFunction;61import java.util.function.Function;62import java.util.stream.Stream;63import java.util.stream.Collectors;64import java.util.Arrays;65import java.util.List;66import java.util.ArrayList;67import java.util.Map;68import java.util.HashMap;69import java.util.function.BiConsumer;70import java.util.function.BiFunction;71import java.util.function.Function;72import java.util.stream.Stream;73import java.util.stream.Collectors;74import java.util.Arrays;75import java.util.List;76import java.util.ArrayList;77import java.util.Map;78import java.util.HashMap;79import java.util.function.BiConsumer;80import java.util.function.BiFunction;81import java.util.function.Function;82import java.util.stream.Stream;83import java.util.stream.Collectors;84import85    public String toString() {86        return "Foo{" +87                '}';88    }89}90  Foo{bar='bar', baz='baz'}91  Foo{bar='bar', baz='baz'}92	at org.junit.Assert.fail(Assert.java:88)93	at org.junit.Assert.failNotEquals(Assert.java:834)94	at org.junit.Assert.assertNotEquals(Assert.java:1010)95	at org.junit.Assert.assertNotEquals(Assert.java:1031)96	at org.assertj.core.api.AbstractAssert.isNotEqualTo(AbstractAssert.java:167)97	at org.assertj.core.api.AbstractAssert.isNotEqualTo(AbstractAssert.java:152)98	at org.assertj.core.api.AbstractAssert.isNotEqualTo(AbstractAssert.java:146)99	at org.assertj.core.api.AbstractAssert.isEqualTo(AbstractAssert.java:136)100	at org.assertj.core.api.AbstractAssert.isEqualTo(AbstractAssert.java:125)101	at org.assertj.core.api.AbstractAssert.isEqualTo(AbstractAssert.java:60

withEqualsForType

Using AI Code Generation

1import java.util.*;2import java.util.stream.Stream;3import java.util.stream.Collectors;4import java.util.Arrays;5import java.util.List;6import java.util.ArrayList;7import java.util.Map;8import java.util.HashMap;9import java.util.function.BiConsumer;10import java.util.function.BiFunction;11import java.util.function.Function;12import java.util.stream.Stream;13import java.util.stream.Collectors;14import java.util.Arrays;15import java.util.List;16import java.util.ArrayList;17import java.util.Map;18import java.util.HashMap;19import java.util.function.BiConsumer;20import java.util.function.BiFunction;21import java.util.function.Function;22import java.util.stream.Stream;23import java.util.stream.Collectors;24import java.util.Arrays;25import java.util.List;26import java.util.ArrayList;27import java.util.Map;28import java.util.HashMap;29import java.util.function.BiConsumer;30import java.util.function.BiFunction;31import java.util.function.Function;32import java.util.stream.Stream;33import java.util.stream.Collectors;34import java.util.Arrays;35import java.util.List;36import java.util.ArrayList;37import java.util.Map;38import java.util.HashMap;39import java.util.function.BiConsumer;40import java.util.function.BiFunction;41import java.util.function.Function;42import java.util.stream.Stream;43import java.util.stream.Collectors;44import java.util.Arrays;45import java.util.List;46import java.util.ArrayList;47import java.util.Map;48import java.util.HashMap;49import java.util.function.BiConsumer;50import java.util.function.BiFunction;51import java.util.function.Function;52import java.util.stream.Stream;53import java.util.stream.Collectors;54import java.util.Arrays;55import java.util.List;56import java.util.ArrayList;57import java.util.Map;58import java.util.HashMap;59import java.util.function.BiConsumer;60import java.util.function.BiFunction;61import java.util.function.Function;62import java.util.stream.Stream;63import java.util.stream.Collectors;64import java.util.Arrays;65import java.util.List;66import java.util.ArrayList;67import java.util.Map;68import java.util.HashMap;69import java.util.function.BiConsumer;70import java.util.function.BiFunction;71import java.util.function.Function;72import java.util.stream.Stream;73import java.util.stream.Collectors;74import java.util.Arrays;75import java.util.List;76import java.util.ArrayList;77import java.util.Map;78import java.util.HashMap;79import java.util.function.BiConsumer;80import java.util.function.BiFunction;81import java.util.function.Function;82import java.util.stream.Stream;83import java.util.stream.Collectors;84import

withEqualsForType

Using AI Code Generation

1import java.util.*;2import java.util.stream.Stream;3import java.util.stream.Collectors;4import java.util.Arrays;5import java.util.List;6import java.util.ArrayList;7import java.util.Map;8import java.util.HashMap;9import java.util.function.BiConsumer;10import java.util.function.BiFunction;11import java.util.function.Function;12import java.util.stream.Stream;13import java.util.stream.Collectors;14import java.util.Arrays;15import java.util.List;16import java.util.ArrayList;17import java.util.Map;18import java.util.HashMap;19import java.util.function.BiConsumer;20import java.util.function.BiFunction;21import java.util.function.Function;22import java.util.stream.Stream;23import java.util.stream.Collectors;24import java.util.Arrays;25import java.util.List;26import java.util.ArrayList;27import java.util.Map;28import java.util.HashMap;29import java.util.function.BiConsumer;30import java.util.function.BiFunction;31import java.util.function.Function;32import java.util.stream.Stream;33import java.util.stream.Collectors;34import java.util.Arrays;35import java.util.List;36import java.util.ArrayList;37import java.util.Map;38import java.util.HashMap;39import java.util.function.BiConsumer;40import java.util.function.BiFunction;41import java.util.function.Function;42import java.util.stream.Stream;43import java.util.stream.Collectors;44import java.util.Arrays;45import java.util.List;46import java.util.ArrayList;47import java.util.Map;48import java.util.HashMap;49import java.util.function.BiConsumer;50import java.util.function.BiFunction;51import java.util.function.Function;52import java.util.stream.Stream;53import java.util.stream.Collectors;54import java.util.Arrays;55import java.util.List;56import java.util.ArrayList;57import java.util.Map;58import java.util.HashMap;59import java.util.function.BiConsumer;60import java.util.function.BiFunction;61import java.util.function.Function;62import java.util.stream.Stream;63import java.util.stream.Collectors;64import java.util.Arrays;65import java.util.List;66import java.util.ArrayList;67import java.util.Map;68import java.util.HashMap;69import java.util.function.BiConsumer;70import java.util.function.BiFunction;71import java.util.function.Function;72import java.util.stream.Stream;73import java.util.stream.Collectors;74import java.util.Arrays;75import java.util.List;76import java.util.ArrayList;77import java.util.Map;78import java.util.HashMap;79import java.util.function.BiConsumer;80import java.util.function.BiFunction;81import java.util.function.Function;82import java.util.stream.Stream;83import java.util.stream.Collectors;84importName;85        }86        public int getAge() {87            return age;88        }89    }90}

withEqualsForType

Using AI Code Generation

1import org.assertj.core.api.Assertions;2import org.junit.Test;3public class RecursiveComparisonAssertTest {4    public void test() {5        Assertions.assertThat(new Object()).usingRecursiveComparison().withEqualsForType("abc", String.class).isEqualTo(new Object());6    }7}

withEqualsForType

Using AI Code Generation

1import org.junit.Test;2import static org.assertj.core.api.Assertions.assertThat;3public class AssertJTest {4    public void testAssertJ() {5        Foo foo = new Foo();6        foo.setBar("bar");7        foo.setBaz("baz");8        Foo foo2 = new Foo();9        foo2.setBar("bar");10        foo2.setBaz("baz");11        assertThat(foo).usingRecursiveComparison()12                .withEqualsForType((actual, expected) -> true, String.class)13                .isEqualTo(foo2);14        assertThat(foo).usingRecursiveComparison()15                .withEqualsForType((actual, expected) -> false, String.class)16                .isEqualTo(foo2);17    }18}19public class Foo {20    String bar;21    String baz;22    public String getBar() {23        return bar;24    }25    public void setBar(String bar) {26        this.bar = bar;27    }28    public String getBaz() {29        return baz;30    }31    public void setBaz(String baz) {32        this.baz = baz;33    }34    public String toString() {35        return "Foo{" +36                '}';37    }38}39  Foo{bar='bar', baz='baz'}40  Foo{bar='bar', baz='baz'}41	at org.junit.Assert.fail(Assert.java:88)42	at org.junit.Assert.failNotEquals(Assert.java:834)43	at org.junit.Assert.assertNotEquals(Assert.java:1010)44	at org.junit.Assert.assertNotEquals(Assert.java:1031)45	at org.assertj.core.api.AbstractAssert.isNotEqualTo(AbstractAssert.java:167)46	at org.assertj.core.api.AbstractAssert.isNotEqualTo(AbstractAssert.java:152)47	at org.assertj.core.api.AbstractAssert.isNotEqualTo(AbstractAssert.java:146)48	at org.assertj.core.api.AbstractAssert.isEqualTo(AbstractAssert.java:136)49	at org.assertj.core.api.AbstractAssert.isEqualTo(AbstractAssert.java:125)50	at org.assertj.core.api.AbstractAssert.isEqualTo(AbstractAssert.java:60

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