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How to use isActualFieldAnAtomicIntegerArray method of org.assertj.core.api.recursive.comparison.DualValue class

Best Assertj code snippet using org.assertj.core.api.recursive.comparison.DualValue.isActualFieldAnAtomicIntegerArray

Source: RecursiveComparisonDifferenceCalculator.java

...551    // we add VALUE_FIELD_NAME to the path since we register AtomicInteger.value fields.552    comparisonState.registerForComparison(new DualValue(dualValue.fieldLocation.field(VALUE_FIELD_NAME), value1, value2));553  }554  private static void compareAtomicIntegerArray(DualValue dualValue, ComparisonState comparisonState) {555    if (!dualValue.isActualFieldAnAtomicIntegerArray()) {556      comparisonState.addDifference(dualValue, differentTypeErrorMessage(dualValue, "an AtomicIntegerArray"));557      return;558    }559    AtomicIntegerArray actual = (AtomicIntegerArray) dualValue.actual;560    AtomicIntegerArray expected = (AtomicIntegerArray) dualValue.expected;561    // both values in dualValue are arrays562    int actualArrayLength = actual.length();563    int expectedArrayLength = expected.length();564    if (actualArrayLength != expectedArrayLength) {565      comparisonState.addDifference(dualValue,566                                    format(DIFFERENT_SIZE_ERROR, "AtomicIntegerArrays", actualArrayLength, expectedArrayLength));567      // no need to inspect elements, arrays are not equal as they don't have the same size568      return;569    }...

Source: DualValue_atomicValues_Test.java

...152    then(isExpectedFieldAnAtomicInteger).isFalse();153  }154  // AtomicIntegerArray155  @Test156  void isActualFieldAnAtomicIntegerArray_should_return_true_when_actual_is_an_AtomicIntegerArray() {157    // GIVEN158    DualValue dualValue = new DualValue(PATH, new AtomicIntegerArray(new int[] { 1, 2, 3 }), "");159    // WHEN160    boolean isActualFieldAnAtomicIntegerArray = dualValue.isActualFieldAnAtomicIntegerArray();161    // THEN162    then(isActualFieldAnAtomicIntegerArray).isTrue();163  }164  @ParameterizedTest165  @NullSource166  @ValueSource(strings = { "abc" })167  void isActualFieldAnAtomicIntegerArray_should_return_false_when_actual_is_not_an_AtomicIntegerArray(String actual) {168    // GIVEN169    DualValue dualValue = new DualValue(PATH, actual, "");170    // WHEN171    boolean isActualFieldAnAtomicIntegerArray = dualValue.isActualFieldAnAtomicIntegerArray();172    // THEN173    then(isActualFieldAnAtomicIntegerArray).isFalse();174  }175  @Test176  void isExpectedFieldAnAtomicIntegerArray_should_return_true_when_expected_is_an_AtomicIntegerArray() {177    // GIVEN178    DualValue dualValue = new DualValue(PATH, "", new AtomicIntegerArray(new int[] { 1, 2, 3 }));179    // WHEN180    boolean isExpectedFieldAnAtomicIntegerArray = dualValue.isExpectedFieldAnAtomicIntegerArray();181    // THEN182    then(isExpectedFieldAnAtomicIntegerArray).isTrue();183  }184  @ParameterizedTest185  @NullSource186  @ValueSource(strings = { "abc" })187  void isExpectedFieldAnAtomicIntegerArray_should_return_false_when_expected_is_not_an_AtomicIntegerArray(String expected) {...

isActualFieldAnAtomicIntegerArray

Using AI Code Generation

1DualValue dualValue = new DualValue();2dualValue.isActualFieldAnAtomicIntegerArray();3DualValue dualValue = new DualValue();4dualValue.isActualFieldAnAtomicIntegerFieldUpdater();5DualValue dualValue = new DualValue();6dualValue.isActualFieldAnAtomicLong();7DualValue dualValue = new DualValue();8dualValue.isActualFieldAnAtomicLongArray();9DualValue dualValue = new DualValue();10dualValue.isActualFieldAnAtomicMarkableReference();11DualValue dualValue = new DualValue();12dualValue.isActualFieldAnAtomicReference();13DualValue dualValue = new DualValue();14dualValue.isActualFieldAnAtomicReferenceArray();15DualValue dualValue = new DualValue();16dualValue.isActualFieldAnAtomicReferenceFieldUpdater();17DualValue dualValue = new DualValue();18dualValue.isActualFieldAnAtomicStampedReference();19DualValue dualValue = new DualValue();20dualValue.isActualFieldAnAtomicInteger();

isActualFieldAnAtomicIntegerArray

Using AI Code Generation

1import org.assertj.core.api.recursive.comparison.DualValue;2import java.util.concurrent.atomic.AtomicIntegerArray;3public class 1 {4    public static void main(String[] args) {5        DualValue dualValue = new DualValue();6        AtomicIntegerArray atomicIntegerArray = new AtomicIntegerArray(1);7        System.out.println(dualValue.isActualFieldAnAtomicIntegerArray(atomicIntegerArray));8    }9}10public boolean isActualFieldAnAtomicIntegerArray(Object actualField) {11    return actualField instanceof AtomicIntegerArray;12}13public boolean isActualFieldAnAtomicIntegerArray(Object actualField) {14    return actualField instanceof AtomicIntegerArray;15}

isActualFieldAnAtomicIntegerArray

Using AI Code Generation

1package org.assertj.core.api.recursive.comparison;2import java.util.concurrent.atomic.AtomicIntegerArray;3import org.assertj.core.api.recursive.comparison.DualValue;4import org.assertj.core.api.recursive.comparison.FieldLocation;5import org.assertj.core.api.recursive.comparison.RecursiveComparisonConfiguration;6import org.assertj.core.api.recursive.comparison.RecursiveComparisonDifference;7public class RecursiveComparisonDifferenceTest {8    public static void main(String[] args) {9        DualValue dualValue = new DualValue(new AtomicIntegerArray(3), new AtomicIntegerArray(3), FieldLocation.of("foo"), RecursiveComparisonConfiguration.builder().build());10        RecursiveComparisonDifference recursiveComparisonDifference = new RecursiveComparisonDifference(dualValue, "foo");11        System.out.println(recursiveComparisonDifference.isActualFieldAnAtomicIntegerArray());12    }13}

isActualFieldAnAtomicIntegerArray

Using AI Code Generation

1public class DualValue {2  private final Object actual;3  private final Object other;4  public DualValue(Object actual, Object other) {5    this.actual = actual;6    this.other = other;7  }8  public boolean isActualFieldAnAtomicIntegerArray() {9    return actual instanceof AtomicIntegerArray && other instanceof AtomicIntegerArray;10  }11}12public class DualValue {13  private final Object actual;14  private final Object other;15  public DualValue(Object actual, Object other) {16    this.actual = actual;17    this.other = other;18  }19  public boolean isActualFieldAnAtomicLongArray() {20    return actual instanceof AtomicLongArray && other instanceof AtomicLongArray;21  }22}23public class DualValue {24  private final Object actual;25  private final Object other;26  public DualValue(Object actual, Object other) {27    this.actual = actual;28    this.other = other;29  }30  public boolean isActualFieldAnAtomicReferenceArray() {31    return actual instanceof AtomicReferenceArray && other instanceof AtomicReferenceArray;32  }33}34public class DualValue {35  private final Object actual;36  private final Object other;37  public DualValue(Object actual, Object other) {38    this.actual = actual;39    this.other = other;40  }41  public boolean isActualFieldAnAtomicReference() {42    return actual instanceof AtomicReference && other instanceof AtomicReference;43  }44}45public class DualValue {46  private final Object actual;47  private final Object other;48  public DualValue(Object actual, Object other) {49    this.actual = actual;50    this.other = other;51  }52  public boolean isActualFieldAnAtomicIntegerFieldUpdater() {53    return actual instanceof AtomicIntegerFieldUpdater && other instanceof AtomicIntegerFieldUpdater;54  }55}

isActualFieldAnAtomicIntegerArray

Using AI Code Generation

1public class DualValue {2  public boolean isActualFieldAnAtomicIntegerArray() {3    return isFieldAnAtomicIntegerArray(actual);4  }5  private boolean isFieldAnAtomicIntegerArray(Object field) {6    return field != null && field.getClass().getName().equals("java.util.concurrent.atomic.AtomicIntegerArray");7  }8}9public class DualValue {10  public boolean isActualFieldAnAtomicIntegerArray() {11    return isFieldAnAtomicIntegerArray(actual);12  }13  private boolean isFieldAnAtomicIntegerArray(Object field) {14    return field != null && field.getClass().getName().equals("java.util.concurrent.atomic.AtomicIntegerArray");15  }16}17public class DualValue {18  public boolean isActualFieldAnAtomicIntegerArray() {19    return isFieldAnAtomicIntegerArray(actual);20  }21  private boolean isFieldAnAtomicIntegerArray(Object field) {22    return field != null && field.getClass().getName().equals("java.util.concurrent.atomic.AtomicIntegerArray");23  }24}25public class DualValue {26  public boolean isActualFieldAnAtomicIntegerArray() {27    return isFieldAnAtomicIntegerArray(actual);28  }29  private boolean isFieldAnAtomicIntegerArray(Object field) {30    return field != null && field.getClass().getName().equals("java.util.concurrent.atomic.AtomicIntegerArray");31  }32}33public class DualValue {34  public boolean isActualFieldAnAtomicIntegerArray() {35    return isFieldAnAtomicIntegerArray(actual);36  }37  private boolean isFieldAnAtomicIntegerArray(Object field) {38    return field != null && field.getClass().getName().equals("java.util.concurrent.atomic.AtomicIntegerArray");39  }40}41public class DualValue {42  public boolean isActualFieldAnAtomicIntegerArray() {43    return isFieldAnAtomicIntegerArray(actual);44  }45  private boolean isFieldAnAtomicIntegerArray(Object field) {46    return field != null && field.getClass().getName().equals("java.util.concurrent.atomic.AtomicIntegerArray");47  }48}49public class DualValue {50  public boolean isActualFieldAnAtomicIntegerArray() {51    return isFieldAnAtomicIntegerArray(actual);52  }53  private boolean isFieldAnAtomicIntegerArray(Object field) {54    return field != null && field.getClass().getName().equals("java.util.concurrent.atomic.Atomic

isActualFieldAnAtomicIntegerArray

Using AI Code Generation

1DualValue dualValue = new DualValue(new AtomicIntegerArray(1), new AtomicIntegerArray(1));2boolean result = dualValue.isActualFieldAnAtomicIntegerArray();3System.out.println(result);4DualValue dualValue = new DualValue(new AtomicIntegerArray(1), new AtomicIntegerArray(1));5boolean result = dualValue.isActualFieldAnAtomicIntegerArray();6System.out.println(result);7DualValue dualValue = new DualValue(new AtomicIntegerArray(1), new AtomicIntegerArray(1));8boolean result = dualValue.isActualFieldAnAtomicIntegerArray();9System.out.println(result);10DualValue dualValue = new DualValue(new AtomicIntegerArray(1), new AtomicIntegerArray(1));11boolean result = dualValue.isActualFieldAnAtomicIntegerArray();12System.out.println(result);13DualValue dualValue = new DualValue(new AtomicIntegerArray(1), new AtomicIntegerArray(1));14boolean result = dualValue.isActualFieldAnAtomicIntegerArray();15System.out.println(result);16DualValue dualValue = new DualValue(new AtomicIntegerArray(1), new AtomicIntegerArray(1));17boolean result = dualValue.isActualFieldAnAtomicIntegerArray();18System.out.println(result);19DualValue dualValue = new DualValue(new AtomicIntegerArray(1), new AtomicIntegerArray(1));20boolean result = dualValue.isActualFieldAnAtomicIntegerArray();21System.out.println(result);22DualValue dualValue = new DualValue(new AtomicIntegerArray(1), new AtomicIntegerArray(1));23boolean result = dualValue.isActualFieldAnAtomicIntegerArray();24System.out.println(result);

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