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

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

Source:StandardRepresentation_toStringOf_Test.java

...348    assertThat(toStringOf(entry)).isEqualTo("\"A\"=1");349  }350  @Test351  void should_format_java_map_entry() {352    Entry<String, Integer> entry = newHashMap("key", 123).entrySet().iterator().next();353    assertThat(toStringOf(entry)).isEqualTo("\"key\"=123");354  }355  @Test356  void should_return_toStringOf_method() {357    Method method = Arrays.stream(GenericClass.class.getMethods()).filter(m -> m.getName().equals("someGenericMethod"))358                          .findAny().get();359    assertThat(STANDARD_REPRESENTATION.toStringOf(method)).isEqualTo(method.toGenericString());360  }361  @ParameterizedTest362  @MethodSource("durations")363  void should_return_toString_of_duration(Duration duration, String expectedDurationRepresentation) {364    // WHEN365    String durationRepresentation = STANDARD_REPRESENTATION.toStringOf(duration);366    // THEN367    then(durationRepresentation).isEqualTo(expectedDurationRepresentation);368  }369  @Test370  void should_fix_1483() {371    // GIVEN372    VolatileSizeArrayList<String> list = new VolatileSizeArrayList<>();373    list.add("abc");374    list.add("def");375    // WHEN376    String toString = toStringOf(list);377    // THEN378    assertThat(toString).isEqualTo("[\"abc\", \"def\"]");379  }380  class VolatileSizeArrayList<T> extends AtomicInteger implements List<T> {381    private static final long serialVersionUID = 1L;382    private final List<T> list = new ArrayList<>();383    @Override384    public int size() {385      return list.size();386    }387    @Override388    public boolean isEmpty() {389      return list.isEmpty();390    }391    @Override392    public boolean contains(Object o) {393      return list.contains(o);394    }395    @Override396    public Iterator<T> iterator() {397      return list.iterator();398    }399    @Override400    public Object[] toArray() {401      return list.toArray();402    }403    @Override404    public <E> E[] toArray(E[] a) {405      return list.toArray(a);406    }407    @Override408    public boolean add(T e) {409      return list.add(e);410    }411    @Override...

iterator

Using AI Code Generation

1Map<String, String> map = new HashMap<>();2map.put("a", "a");3map.put("b", "b");4map.put("c", "c");5map.put("d", "d");6map.put("e", "e");7map.put("f", "f");8map.put("g", "g");9map.put("h", "h");10map.put("i", "i");11map.put("j", "j");12map.put("k", "k");13map.put("l", "l");14map.put("m", "m");15map.put("n", "n");16map.put("o", "o");17map.put("p", "p");18map.put("q", "q");19map.put("r", "r");20map.put("s", "s");21map.put("t", "t");22map.put("u", "u");23map.put("v", "v");24map.put("w", "w");25map.put("x", "x");26map.put("y", "y");27map.put("z", "z");28map.put("A", "A");29map.put("B", "B");30map.put("C", "C");31map.put("D", "D");32map.put("E", "E");33map.put("F", "F");34map.put("G", "G");35map.put("H", "H");36map.put("I", "I");37map.put("J", "J");38map.put("K", "K");39map.put("L", "L");40map.put("M", "M");41map.put("N", "N");42map.put("O", "O");43map.put("P", "P");44map.put("Q", "Q");45map.put("R", "R");46map.put("S", "S");47map.put("T", "T");48map.put("U", "U");49map.put("V", "V");50map.put("W", "W");51map.put("X", "X");52map.put("Y", "Y");53map.put("Z", "Z");54map.put("0", "0");55map.put("1", "1");

iterator

Using AI Code Generation

1    List<String> list = new ArrayList<>();2    list.add("Element1");3    list.add("Element2");4    list.add("Element3");5    StandardRepresentation representation = new StandardRepresentation();6    System.out.println(representation.toStringOf(list.iterator()));7    List<String> list = new ArrayList<>();8    list.add("Element1");9    list.add("Element2");10    list.add("Element3");11    StandardRepresentation representation = new StandardRepresentation();12    System.out.println(representation.toStringOf(list.iterator()));13    List<String> list = new ArrayList<>();14    list.add("Element1");15    list.add("Element2");16    list.add("Element3");17    StandardRepresentation representation = new StandardRepresentation();18    System.out.println(representation.toStringOf(list.iterator()));19    List<String> list = new ArrayList<>();20    list.add("Element1");21    list.add("Element2");22    list.add("Element3");23    StandardRepresentation representation = new StandardRepresentation();

iterator

Using AI Code Generation

1public void should_use_iterator_representation_of_iterable() {2  StandardRepresentation representation = new StandardRepresentation();3  String stringRepresentation = representation.toStringOf(newArrayList("Yoda", "Luke"));4  then(stringRepresentation).isEqualTo("[Yoda, Luke]");5}6public void should_use_iterator_representation_of_iterable() {7  StandardRepresentation representation = new StandardRepresentation();8  String stringRepresentation = representation.toStringOf(newArrayList("Yoda", "Luke"));9  then(stringRepresentation).isEqualTo("[Yoda, Luke]");10}11public void should_use_iterator_representation_of_iterable() {12  StandardRepresentation representation = new StandardRepresentation();13  String stringRepresentation = representation.toStringOf(newArrayList("Yoda", "Luke"));14  then(stringRepresentation).isEqualTo("[Yoda, Luke]");15}16public void should_use_iterator_representation_of_iterable() {17  StandardRepresentation representation = new StandardRepresentation();18  String stringRepresentation = representation.toStringOf(newArrayList("Yoda", "Luke"));19  then(stringRepresentation).isEqualTo("[Yoda, Luke]");20}21public void should_use_iterator_representation_of_iterable() {22  StandardRepresentation representation = new StandardRepresentation();23  String stringRepresentation = representation.toStringOf(newArrayList("Yoda", "Luke"));24  then(stringRepresentation).isEqualTo("[Yoda, Luke]");25}26public void should_use_iterator_representation_of_iterable() {

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