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How to use withIgnoredFields method of org.assertj.core.api.recursive.AbstractRecursiveOperationConfiguration class

Best Assertj code snippet using org.assertj.core.api.recursive.AbstractRecursiveOperationConfiguration.withIgnoredFields

Source:RecursiveComparisonConfiguration.java

...1132      this.typeMessages.registerMessage(type, message);1133      return this;1134    }1135    @Override1136    public Builder withIgnoredFields(String... fieldsToIgnore) {1137      return super.withIgnoredFields(fieldsToIgnore);1138    }1139    @Override1140    public Builder withIgnoredFieldsMatchingRegexes(String... regexes) {1141      return super.withIgnoredFieldsMatchingRegexes(regexes);1142    }1143    @Override1144    public Builder withIgnoredFieldsOfTypes(Class<?>... types) {1145      return super.withIgnoredFieldsOfTypes(types);1146    }1147    public RecursiveComparisonConfiguration build() {1148      return new RecursiveComparisonConfiguration(this);1149    }1150  }1151  @SuppressWarnings({ "rawtypes", "unchecked" })1152  private static Comparator toComparator(BiPredicate equals) {1153    requireNonNull(equals, "Expecting a non null BiPredicate");1154    return (o1, o2) -> equals.test(o1, o2) ? 0 : 1;1155  }1156}...

Source:RecursiveAssertionConfiguration.java

...287     * sherlock.address.street = "Baker Street";288     * sherlock.address.number = 221;289     *290     * RecursiveAssertionConfiguration config = RecursiveAssertionConfiguration.builder()291     *                                                                         .withIgnoredFields("address", "age")292     *                                                                         .build();293     *294     * // assertion succeeds Person has only String fields except for address and age295     * assertThat(sherlock).usingRecursiveAssertion(config)296     *                     .allFieldsSatisfy(field -> field instanceof String);297     *298     * // assertion fails because of age, address and address.number fields299     * assertThat(sherlock).usingRecursiveComparison()300     *                     .allFieldsSatisfy(field -> field instanceof String);</code></pre>301     *302     * @param fieldsToIgnore the fields to ignore in the object under test.303     * @return this builder.304     */305    @Override306    public Builder withIgnoredFields(String... fieldsToIgnore) {307      return super.withIgnoredFields(fieldsToIgnore);308    }309    /**310     * Makes the recursive assertion to ignore the fields matching the specified regexes in the object under test.311     * <p>312     * Example:313     * <pre><code class='java'> class Person {314     *   String name;315     *   String occupation;316     *   int age;317     *   Address address = new Address();318     * }319     *320     * class Address {321     *   int number;322     *   String street;323     * }324     *325     * Person sherlock = new Person("Sherlock", "Detective", 60);326     * sherlock.address.street = "Baker Street";327     * sherlock.address.number = 221;328     *329     * RecursiveAssertionConfiguration config = RecursiveAssertionConfiguration.builder()330     *                                                                         .withIgnoredFieldsMatchingRegexes("ad.*", "ag.")331     *                                                                         .build();332     *333     * // assertion succeeds Person has only String fields except for address and age334     * assertThat(sherlock).usingRecursiveAssertion(config)335     *                     .allFieldsSatisfy(field -> field instanceof String);336     *337     * // assertion fails because of age, address and address.number fields as by default no fields are ignored338     * assertThat(sherlock).usingRecursiveComparison()339     *                     .allFieldsSatisfy(field -> field instanceof String);</code></pre>340     *341     * @param regexes regexes used to ignore fields in the assertion.342     * @return this builder.343     */344    @Override345    public Builder withIgnoredFieldsMatchingRegexes(String... regexes) {346      return super.withIgnoredFieldsMatchingRegexes(regexes);347    }348    /**349     * Makes the recursive assertion to ignore all null fields.350     * <p>351     * Example:352     * <pre><code class='java'> class Person {353     *   String name;354     *   String occupation;355     *   Address address;356     * }357     *358     * class Address {359     *   int number;360     *   String street;361     * }362     *363     * Person sherlock = new Person("Sherlock", "Detective");364     * sherlock.address = null;365     *366     * RecursiveAssertionConfiguration config = RecursiveAssertionConfiguration.builder()367     *                                                                         .withIgnoreAllNullFields(true)368     *                                                                         .build();369     *370     * // assertion succeeds as name and home.address.street fields are ignored in the comparison371     * assertThat(noName).usingRecursiveAssertion(config)372     *                  .allFieldsSatisfy(field -> field instanceof String);373     *374     * // assertion fails as name and home.address.street fields are populated for sherlock but not for noName.375     * assertThat(sherlock).usingRecursiveComparison()376     *                     .allFieldsSatisfy(field -> field instanceof String);</code></pre>377     *378     * @param ignoreAllNullFields whether to ignore empty optional fields in the recursive comparison379     * @return This builder.380     */381    public Builder withIgnoreAllNullFields(boolean ignoreAllNullFields) {382      this.ignoreAllNullFields = ignoreAllNullFields;383      return this;384    }385    /**386     * Choose between running the {@link Predicate} in use over the primitive fields of an object in an object tree or not,387     * by default asserting over primitives is <em>enabled</em>.388     * <p>389     * For example, consider the following class:390     * <pre><code class='java'> class Example {391     *    public int primitiveField;392     *    public String objectField;393     *  } </code></pre>394     * <p>395     * By default, the assertion being applied recursively is applied to <code>primitiveField</code> and to396     * <code>objectField</code>. If ignoring primitives it set to true, the assertion will only be applied to <code>objectField</code>.397     * <p>398     * If you elect to assert over primitives then it is your own responsibility as a developer to ensure that your399     * {@link Predicate} can handle (boxed) primitive arguments.</p>400     *401     * @param ignorePrimitiveFields <code>true</code> to avoid asserting over primitives, <code>false</code> to enable.402     * @return This builder.403     */404    public Builder withIgnorePrimitiveFields(final boolean ignorePrimitiveFields) {405      this.ignorePrimitiveFields = ignorePrimitiveFields;406      return this;407    }408    /**409     * <p>Choose whether or not, while recursively applying a {@link Predicate} to an object tree, the recursion will dive into 410     * types defined in the Java Class Library. That is to say, whether or not to recurse into objects whose classes are 411     * declared in a package starting with java.* or javax.* .</p>412     * <p>Consider the following example:</p>413     * <pre><code style='java'> class Example {414     *   String s = "Don't look at me!";415     * }416     *417     * assertThat(new Example()).usingRecursiveAssertion(...).allFieldsSatisfy(o -> myPredicate(o)); </code></pre>418     *419     * <p>With no recursion into Java Class Library types, <code>myPredicate()</code> is applied to the field <code>s</code>420     * but not to the internal fields of {@link String}. With recursion into Java standard types active, the internal 421     * fields of String will be examined as well.</p>422     * <p>By default, recursion into Java Class Library types is <em>disabled</em>. 423     *424     * @param recursionIntoJavaClassLibraryTypes <code>true</code> to enable recursion into Java Class Library types, <code>false</code> to disable it. Defaults to <code>false</code>.  425     * @return This builder.426     */427    public Builder withRecursionIntoJavaClassLibraryTypes(final boolean recursionIntoJavaClassLibraryTypes) {428      this.skipJavaLibraryTypeObjects = !recursionIntoJavaClassLibraryTypes;429      return this;430    }431    /**432     * Makes the recursive assertion to ignore the object under test fields of the given types.433     * 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.434     * <p>435     * If some object under test fields are null it is not possible to evaluate their types and thus these fields are not ignored.436     * <p>437     * Example:438     * <pre><code class='java'> class Person {439     *   String name;440     *   String occupation;441     *   Address address = new Address();442     * }443     *444     * class Address {445     *   int number;446     *   String street;447     * }448     *449     * Person sherlock = new Person("Sherlock", "Detective");450     * sherlock.address.street = "Baker Street";451     * sherlock.address.number = 221;452     *453     * RecursiveAssertionConfiguration config = RecursiveAssertionConfiguration.builder()454     *                                                                         .withIgnoredFieldsOfTypes(Address.class)455     *                                                                         .build();456     *457     * // assertion succeeds Person has only String fields except for address458     * assertThat(sherlock).usingRecursiveAssertion(config)459     *                     .allFieldsSatisfy(field -> field instanceof String);460     *461     * // assertion fails because of address and address.number fields as the default config does not ignore any types.462     * assertThat(sherlock).usingRecursiveComparison()463     *                     .allFieldsSatisfy(field -> field instanceof String);</code></pre>464     *465     * @param types the types we want to ignore in the object under test fields.466     * @return This builder.467     */468    @Override469    public Builder withIgnoredFieldsOfTypes(Class<?>... types) {470      return super.withIgnoredFieldsOfTypes(types);471    }472    /**473     * <p>Selects the {@link CollectionAssertionPolicy} to use for recursive application of a {@link Predicate} to an object tree. 474     * If not set, defaults to {@link CollectionAssertionPolicy#COLLECTION_OBJECT_AND_ELEMENTS}.</p>475     * <p>Note that for the purposes of recursive asserting, an array counts as a collection, so this policy is applied to476     * arrays as well as children of {@link Collection}.477     *478     * @param policy The policy to use for collections and arrays in recursive asserting.479     * @return This builder.480     */481    public Builder withCollectionAssertionPolicy(CollectionAssertionPolicy policy) {482      collectionAssertionPolicy = policy;483      return this;484    }...

Source:AbstractRecursiveOperationConfiguration.java

...180     *181     * @param fieldsToIgnore the fields of the object under test to ignore in the comparison.182     * @return this builder.183     */184    public BUILDER_TYPE withIgnoredFields(String... fieldsToIgnore) {185      this.ignoredFields = fieldsToIgnore;186      return thisBuilder;187    }188    /**189     * 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.190     * <p>191     * See {@link RecursiveComparisonAssert#ignoringFieldsMatchingRegexes(String...) RecursiveComparisonAssert#ignoringFieldsMatchingRegexes(String...)} for examples.192     *193     * @param regexes regexes used to ignore fields in the comparison.194     * @return this builder.195     */196    public BUILDER_TYPE withIgnoredFieldsMatchingRegexes(String... regexes) {197      this.ignoredFieldsMatchingRegexes = regexes;198      return thisBuilder;199    }200    /**201     * Adds the given types to the list fields from the object under test types to ignore in the recursive comparison.202     * 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.203     * <p>204     * Note that if some object under test fields are null, they are not ignored by this method as their type can't be evaluated.205     * <p>206     * See {@link RecursiveComparisonAssert#ignoringFields(String...) RecursiveComparisonAssert#ignoringFieldsOfTypes(Class...)} for examples.207     *208     * @param types the types of the object under test to ignore in the comparison.209     * @return this builder.210     */211    public BUILDER_TYPE withIgnoredFieldsOfTypes(Class<?>... types) {212      this.ignoredTypes = types;213      return thisBuilder;214    }215  }216}...

withIgnoredFields

Using AI Code Generation

1import org.assertj.core.api.recursive.comparison.RecursiveComparisonConfiguration;2import org.assertj.core.api.recursive.comparison.RecursiveComparisonDifference;3import org.assertj.core.api.recursive.comparison.RecursiveComparisonDifferenceEvaluator;4import org.assertj.core.api.recursive.comparison.RecursiveComparisonDifferenceEvaluatorRegistry;5import org.assertj.core.api.recursive.comparison.RecursiveComparisonDifferenceEvaluators;6import or

withIgnoredFields

Using AI Code Generation

1import org.assertj.core.api.recursive.comparison.RecursiveComparisonConfiguration;2import org.assertj.core.data.Percentage;3import org.assertj.core.groups.Tuple;4import java.util.Arrays;5public class Main {6    public static void main(String[] args) {7        RecursiveComparisonConfiguration configuration = RecursiveComparisonConfiguration.builder()8                .withIgnoredFields("id", "name")9                .withIgnoredFields("id", "name", "age")10                .withIgnoredFields("id", "name", "age", "salary")11                .withIgnoredFields("id", "name", "age", "salary", "married")12                .withIgnoredFields("id", "name", "age", "salary", "married", "address")13                .withIgnoredFields("id", "name", "age", "salary", "married", "address", "phone")14                .withIgnoredFields("id", "name", "age", "salary", "married", "address", "phone", "children")15                .withIgnoredFields("id", "name", "age", "salary", "married", "address", "phone", "children", "dogs")16                .withIgnoredFields("id", "name", "age", "salary", "married", "address", "phone", "children", "dogs", "cars")17                .withIgnoredFields("id", "name", "age", "salary", "married", "address", "phone", "children", "dogs", "cars", "pets")18                .withIgnoredFields("id", "name", "age", "salary", "married", "address", "phone", "children", "dogs", "cars", "pets", "hobbies")19                .withIgnoredFields("id", "name", "age", "salary", "married", "address", "phone", "children", "dogs", "cars", "pets", "hobbies", "friends")20                .withIgnoredFields("id", "name", "age", "salary", "married", "address", "phone", "children", "dogs", "cars", "pets", "hobbies", "friends", "colleagues")21                .withIgnoredFields("id", "name", "age", "salary", "married", "address", "phone", "children", "dogs", "cars", "pets", "hobbies",

withIgnoredFields

Using AI Code Generation

1public class IgnoredFieldsTest {2  public static void main(String[] args) {3    Person person = new Person("John", "Doe", 30);4    assertThat(person).usingRecursiveComparison().withIgnoredFields("firstName").isEqualTo(new Person("Jane", "Doe", 30));5  }6}7public class IgnoredFieldsTest {8  public static void main(String[] args) {9    Person person = new Person("John", "Doe", 30);10    assertThat(person).usingRecursiveComparison().withIgnoredFields("firstName").isEqualTo(new Person("Jane", "Doe", 30));11  }12}13public class IgnoredFieldsTest {14  public static void main(String[] args) {15    Person person = new Person("John", "Doe", 30);16    assertThat(person).usingRecursiveComparison().withIgnoredFields("firstName").isEqualTo(new Person("Jane", "Doe", 30));17  }18}19public class IgnoredFieldsTest {20  public static void main(String[] args) {21    Person person = new Person("John", "Doe", 30);22    assertThat(person).usingRecursiveComparison().withIgnoredFields("firstName").isEqualTo(new Person("Jane", "Doe", 30));23  }24}25public class IgnoredFieldsTest {26  public static void main(String[] args) {27    Person person = new Person("John", "Doe", 30);28    assertThat(person).usingRecursiveComparison().withIgnoredFields("firstName").isEqualTo(new Person("Jane", "Doe", 30));29  }30}31public class IgnoredFieldsTest {32  public static void main(String[] args) {33    Person person = new Person("John", "Doe", 30);

withIgnoredFields

Using AI Code Generation

1public class IgnoredFieldsTest {2    public void test() {3        AbstractRecursiveComparisonConfiguration configuration = new AbstractRecursiveComparisonConfiguration() {4        };5        configuration.withIgnoredFields("price", "name");6        RecursiveComparisonAssert.setRecursiveComparisonConfiguration(configuration);7        List<Item> items = new ArrayList<>();8        items.add(new Item("A", 10));9        items.add(new Item("B", 20));10        items.add(new Item("C", 30));11        List<Item> items2 = new ArrayList<>();12        items2.add(new Item("A", 10));13        items2.add(new Item("B", 20));14        items2.add(new Item("C", 30));15        assertThat(items).usingRecursiveComparison().isEqualTo(items2);16    }17}18public class IgnoredFieldsTest {19    public void test() {20        AbstractRecursiveComparisonConfiguration configuration = new AbstractRecursiveComparisonConfiguration() {21        };22        configuration.withIgnoredFields("price", "name");23        RecursiveComparisonAssert.setRecursiveComparisonConfiguration(configuration);24        List<Item> items = new ArrayList<>();25        items.add(new Item("A", 10));26        items.add(new Item("B", 20));27        items.add(new Item("C", 30));28        List<Item> items2 = new ArrayList<>();29        items2.add(new Item("A", 10));30        items2.add(new Item("B", 20));31        items2.add(new Item("C", 30));32        assertThat(items).usingRecursiveComparison().isEqualTo(items2);33    }34}35public class IgnoredFieldsTest {36    public void test() {

withIgnoredFields

Using AI Code Generation

1import java.util.Arrays;2import org.assertj.core.api.recursive.comparison.RecursiveComparisonConfiguration;3public class IgnoreFields {4    public static void main(String[] args) {5        RecursiveComparisonConfiguration recursiveComparisonConfiguration = new RecursiveComparisonConfiguration();6        recursiveComparisonConfiguration = recursiveComparisonConfiguration.withIgnoredFields("name");7        Employee employee1 = new Employee("John", 10000);8        Employee employee2 = new Employee("John", 20000);9        boolean isEqual = employee1.isEqualTo(employee2, recursiveComparisonConfiguration);10        System.out.println("Are objects equal? " + isEqual);11    }12}13public class Employee {14    private String name;15    private int salary;16    public Employee(String name, int salary) {17        this.name = name;18        this.salary = salary;19    }20    public String getName() {21        return name;22    }23    public void setName(String name) {24        this.name = name;25    }26    public int getSalary() {27        return salary;28    }29    public void setSalary(int salary) {30        this.salary = salary;31    }32}

withIgnoredFields

Using AI Code Generation

1public class 1 {2    private String name;3    private int id;4    private String address;5    public String getName() {6        return name;7    }8    public void setName(String name) {9        this.name = name;10    }11    public int getId() {12        return id;13    }14    public void setId(int id) {15        this.id = id;16    }17    public String getAddress() {18        return address;19    }20    public void setAddress(String address) {21        this.address = address;22    }23}24public class 2 {25    private String name;26    private int id;27    private String address;28    public String getName() {29        return name;30    }31    public void setName(String name) {32        this.name = name;33    }34    public int getId() {35        return id;36    }37    public void setId(int id) {38        this.id = id;39    }40    public String getAddress() {41        return address;42    }43    public void setAddress(String address) {44        this.address = address;45    }46}47public class 3 {48    private String name;49    private int id;50    private String address;51    public String getName() {52        return name;53    }54    public void setName(String name) {55        this.name = name;56    }57    public int getId() {58        return id;59    }60    public void setId(int id) {61        this.id = id;62    }63    public String getAddress() {64        return address;65    }66    public void setAddress(String address) {67        this.address = address;68    }69}70public class 4 {71    private String name;72    private int id;73    private String address;74    public String getName() {75        return name;76    }77    public void setName(String name) {78        this.name = name;79    }80    public int getId() {81        return id;82    }

withIgnoredFields

Using AI Code Generation

1import org.assertj.core.api.recursive.*;2public class 1 {3    public static void main(String[] args) {4        AbstractRecursiveComparisonConfiguration configuration = new AbstractRecursiveComparisonConfiguration() {5            public boolean isIgnoredField(Field field) {6                return field.getName().equals("field1") || field.getName().equals("field2");7            }8        };9        assertThat(actual).usingRecursiveComparison().withIgnoredFields(configuration).isEqualTo(expected);10    }11}12import org.assertj.core.api.recursive.*;13public class 2 {14    public static void main(String[] args) {15        AbstractRecursiveComparisonConfiguration configuration = new AbstractRecursiveComparisonConfiguration() {16            public boolean isIgnoredField(Field field) {17                return field.getName().equals("field1") || field.getName().equals("field2");18            }19        };20        assertThat(actual).usingRecursiveComparison().withIgnoredFields(configuration).isEqualTo(expected);21    }22}23import org.assertj.core.api.recursive.*;24public class 3 {25    public static void main(String[] args) {26        AbstractRecursiveComparisonConfiguration configuration = new AbstractRecursiveComparisonConfiguration() {27            public boolean isIgnoredField(Field field) {28                return field.getName().equals("field1") || field.getName().equals("field2");29            }30        };31        assertThat(actual).usingRecursiveComparison().withIgnoredFields(configuration).isEqualTo(expected);32    }33}34import org.assertj

withIgnoredFields

Using AI Code Generation

1package org.assertj.core.api.recursive;2import org.assertj.core.api.recursive.comparison.RecursiveComparisonConfiguration;3import org.assertj.core.api.recursive.comparison.RecursiveComparisonConfigurationBuilder;4import org.assertj.core.api.recursive.comparison.RecursiveComparisonDifference;5import java.util.List;6import static org.assertj.core.api.Assertions.assertThat;7public class RecursiveComparisonConfigurationTest {8  public static void main(String[] args) {9    Person actual = new Person("John", new Address("London"));10    Person expected = new Person("Jack", new Address("Paris"));11      .recursiveComparisonConfiguration().withIgnoredFields("name").build();12      .compareFieldByFieldRecursively(actual, expected);13    assertThat(differences).hasSize(1);14    assertThat(differences.get(0).toString()).isEqualTo("field/property 'address' differ:\n" +15      "actual value   : Address{city='London'}\n" +16      "expected value : Address{city='Paris'}");17  }18  private static class Person {19    String name;20    Address address;21    public Person(String name, Address address) {22      this.name = name;23      this.address = address;24    }25    public String toString() {26      return "Person{" +27        '}';28    }29  }30  private static class Address {31    String city;32    public Address(String city) {33      this.city = city;34    }35    public String toString() {36      return "Address{" +37        '}';38    }39  }40}41actual value   : Address{city='London'}42expected value : Address{city='Paris'}

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