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How to use iterator method of org.assertj.core.presentation.StandardRepresentation_toStringOf_AtomicReferences_Test class

Best Assertj code snippet using org.assertj.core.presentation.StandardRepresentation_toStringOf_AtomicReferences_Test.iterator

Source:StandardRepresentation_toStringOf_AtomicReferences_Test.java

...219      public MyIterable(String[] strings) {220        arrayList = new ArrayList<>(Arrays.asList(strings));221      }222      @Override223      public Iterator<String> iterator() {224        return arrayList.iterator();225      }226      // has no overridden toString227    }228    // GIVEN229    String[] strings = { "A", "B", "C" };230    MyIterable myIterable = new MyIterable(strings);231    // WHEN232    String stringOf = STANDARD_REPRESENTATION.toStringOf(myIterable);233    // THEN234    then(stringOf).isEqualTo("[\"A\", \"B\", \"C\"]");235  }236  @Test237  public void should_use_overridden_toString() {238    class MyIterable implements Iterable<String> {239      List<String> arrayList;240      public MyIterable(String[] strings) {241        arrayList = list(strings);242      }243      @Override244      public Iterator<String> iterator() {245        return arrayList.iterator();246      }247      @Override248      public String toString() {249        return "MyIterable: " + arrayList;250      }251    }252    // GIVEN253    String[] strings = { "A", "B", "C" };254    MyIterable myIterable = new MyIterable(strings);255    // WHEN256    String stringOf = STANDARD_REPRESENTATION.toStringOf(myIterable);257    // THEN258    then(stringOf).isEqualTo("MyIterable: [A, B, C]");259  }...

iterator

Using AI Code Generation

1AtomicReference<String> atomicReference = new AtomicReference<>("foo");2String stringRepresentation = new StandardRepresentation().toStringOf(atomicReference);3assertThat(stringRepresentation).isEqualTo("AtomicReference[foo]");4AtomicReference<String>[] atomicReferences = new AtomicReference[2];5atomicReferences[0] = new AtomicReference<>("foo");6atomicReferences[1] = new AtomicReference<>("bar");7String stringRepresentation = new StandardRepresentation().toStringOf(atomicReferences);8assertThat(stringRepresentation).isEqualTo("[AtomicReference[foo], AtomicReference[bar]]");9AtomicReference<String>[] atomicReferences = new AtomicReference[2];10atomicReferences[0] = new AtomicReference<>("foo");11atomicReferences[1] = new AtomicReference<>("bar");12String stringRepresentation = new StandardRepresentation().toStringOf(atomicReferences);13assertThat(stringRepresentation).isEqualTo("[AtomicReference[foo], AtomicReference[bar]]");14List<AtomicReference<String>> atomicReferences = new ArrayList<>();15atomicReferences.add(new AtomicReference<>("foo"));16atomicReferences.add(new AtomicReference<>("bar"));17String stringRepresentation = new StandardRepresentation().toStringOf(atomicReferences);18assertThat(stringRepresentation).isEqualTo("[AtomicReference[foo], AtomicReference[bar]]");19Set<AtomicReference<String>> atomicReferences = new HashSet<>();20atomicReferences.add(new AtomicReference<>("foo"));21atomicReferences.add(new AtomicReference<>("bar"));22String stringRepresentation = new StandardRepresentation().toStringOf(atomicReferences);23assertThat(stringRepresentation).isEqualTo("[AtomicReference[foo], AtomicReference[bar]]");

iterator

Using AI Code Generation

1@DisplayName("toStringOf(AtomicReference) should use the toString() method of the object contained in the AtomicReference")2void should_use_toString_of_object_in_AtomicReference() {3  AtomicReference<Object> atomicReference = new AtomicReference<>(new Object() {4    public String toString() {5      return "toString of Object in AtomicReference";6    }7  });8  String toStringOfAtomicReference = toStringOf(atomicReference);9  then(toStringOfAtomicReference).isEqualTo("[toString of Object in AtomicReference]");10}11if (object1 == object2) {12}13if (object1.equals(object2)) {14}15if (list.contains(object)) {16}17if (list.contains(object)) {18}

iterator

Using AI Code Generation

1    org.assertj.core.presentation.StandardRepresentation_toStringOf_AtomicReferences_Test > should_format_AtomicReference_using_iterator_method() FAILED2        at org.assertj.core.presentation.StandardRepresentation_toStringOf_AtomicReferences_Test.should_format_AtomicReference_using_iterator_method(StandardRepresentation_toStringOf_AtomicReferences_Test.java:44)3org.assertj.core.presentation.StandardRepresentation_toStringOf_AtomicReferences_Test > should_format_AtomicReference_using_iterator_method() FAILED4    at org.assertj.core.presentation.StandardRepresentation_toStringOf_AtomicReferences_Test.should_format_AtomicReference_using_iterator_method(StandardRepresentation_toStringOf_AtomicReferences_Test.java:44)5org.assertj.core.presentation.StandardRepresentation_toStringOf_AtomicReferences_Test > should_format_AtomicReference_using_iterator_method() FAILED6    at org.assertj.core.presentation.StandardRepresentation_toStringOf_AtomicReferences_Test.should_format_AtomicReference_using_iterator_method(StandardRepresentation_toStringOf_AtomicReferences_Test.java:44)7org.assertj.core.presentation.StandardRepresentation_toStringOf_AtomicReferences_Test > should_format_AtomicReference_using_iterator_method() FAILED8    at org.assertj.core.presentation.StandardRepresentation_toStringOf_AtomicReferences_Test.should_format_AtomicReference_using_iterator_method(StandardRepresentation_toStringOf_AtomicReferences

iterator

Using AI Code Generation

1@DisplayNameGeneration(DisplayNameGenerator.ReplaceUnderscores.class)2class DisplayNameGeneratorDemo {3  @DisplayName("Custom test name containing spaces")4  void testWithDisplayNameContainingSpaces() {5  }6  @DisplayName("╯°□°）╯")7  void testWithDisplayNameContainingSpecialCharacters() {8  }9  @DisplayName("😱")10  void testWithDisplayNameContainingEmoji() {11  }12}13class DisabledClassDemo {14  void testWillBeSkipped() {15  }16  @Disabled("for demonstration purposes")17  void testWillBeSkippedWithReason() {18  }19}20@Tag("fast")21class TagDemo {22  @Tag("taxes")23  void testingTaxCalculation() {24  }25  @Tag("taxes")26  @Tag("taxes")27  void testingTaxCalculation2() {28  }29}30class NestedTestsDemo {31  void test1() {32  }33  @DisplayName("Nested test")34  class NestedTest {35    void test2() {36    }

iterator

Using AI Code Generation

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