Best Assertj code snippet using org.assertj.core.internal.IterableDiff_Test.Address
Source: IterableDiff_Test.java
...134 // issue #2147135 @Test136 void should_work_when_comparison_strategy_is_not_symmetrical() {137 // GIVEN138 Address address1 = new Address(12, "xyz", "abc", "432432", "asdsa");139 Address address2 = new Address(13, "xyzx", "abcds", "32432432", "asdsdfsa");140 Address address3 = new Address(14, "xyzsa", "axbc", "4sd32432", "asdsfsda");141 List<AddressDto> addressDtoList = list(AddressDto.from(address1), AddressDto.from(address2), AddressDto.from(address3));142 // WHEN/THEN143 assertThat(addressDtoList).usingRecursiveComparison()144 .isEqualTo(list(address1, address2, address3));145 assertThat(addressDtoList).asList()146 .usingRecursiveFieldByFieldElementComparator()147 .containsExactly(address1, address2, address3);148 }149 static class Address {150 int id;151 String randomProperty;152 String name;153 String secondName;154 String street;155 String postCode;156 public Address(int id, String name, String secondName, String street, String postCode) {157 this.id = id;158 this.name = name;159 this.secondName = secondName;160 this.street = street;161 this.postCode = postCode;162 }163 }164 @SuppressWarnings("unused")165 static class AddressDto {166 private final int id;167 private final String name;168 private final String secondName;169 private final String street;170 private final String postCode;171 public AddressDto(int id, String name, String secondName, String street, String postCode) {172 this.id = id;173 this.name = name;174 this.secondName = secondName;175 this.street = street;176 this.postCode = postCode;177 }178 static AddressDto from(Address le) {179 return new AddressDto(le.id, le.name, le.secondName, le.street, le.postCode);180 }181 }182}...
Address
Using AI Code Generation
1public class IterableDiff_Test {2 private ComparisonStrategy comparisonStrategy;3 private IterableDiff iterableDiff;4 private List<String> list;5 private List<String> other;6 private List<String> list2;7 private List<String> other2;8 private List<String> list3;9 private List<String> other3;10 private List<String> list4;11 private List<String> other4;12 private List<String> list5;13 private List<String> other5;14 private List<String> list6;15 private List<String> other6;16 private List<String> list7;17 private List<String> other7;18 private List<String> list8;19 private List<String> other8;20 private List<String> list9;21 private List<String> other9;22 private List<String> list10;23 private List<String> other10;24 private List<String> list11;25 private List<String> other11;26 private List<String> list12;27 private List<String> other12;28 private List<String> list13;29 private List<String> other13;30 private List<String> list14;31 private List<String> other14;32 private List<String> list15;33 private List<String> other15;34 private List<String> list16;35 private List<String> other16;36 private List<String> list17;37 private List<String> other17;38 private List<String> list18;39 private List<String> other18;40 private List<String> list19;41 private List<String> other19;42 private List<String> list20;43 private List<String> other20;44 private List<String> list21;45 private List<String> other21;46 private List<String> list22;47 private List<String> other22;48 private List<String> list23;49 private List<String> other23;50 private List<String> list24;51 private List<String> other24;52 private List<String> list25;53 private List<String> other25;54 private List<String> list26;55 private List<String> other26;56 private List<String> list27;57 private List<String> other27;58 private List<String> list28;59 private List<String> other28;60 private List<String> list29;
Address
Using AI Code Generation
1public class IterableDiff_Test {2 private IterableDiff iterableDiff;3 public void setUp() {4 iterableDiff = new IterableDiff();5 }6 public void testAddress() {7 List<String> list1 = new ArrayList<>();8 list1.add("a");9 list1.add("b");10 list1.add("c");11 List<String> list2 = new ArrayList<>();12 list2.add("a");13 list2.add("b");14 list2.add("c");15 List<String> list3 = new ArrayList<>();16 list3.add("a");17 list3.add("b");18 list3.add("c");19 List<String> list4 = new ArrayList<>();20 list4.add("a");21 list4.add("b");22 list4.add("c");23 List<String> list5 = new ArrayList<>();24 list5.add("a");25 list5.add("b");26 list5.add("c");27 List<String> list6 = new ArrayList<>();28 list6.add("a");29 list6.add("b");30 list6.add("c");31 List<String> list7 = new ArrayList<>();32 list7.add("a");33 list7.add("b");34 list7.add("c");35 List<String> list8 = new ArrayList<>();36 list8.add("a");37 list8.add("b");38 list8.add("c");39 List<String> list9 = new ArrayList<>();40 list9.add("a");41 list9.add("b");42 list9.add("c");43 List<String> list10 = new ArrayList<>();44 list10.add("a");45 list10.add("b");46 list10.add("c");47 List<String> list11 = new ArrayList<>();48 list11.add("a");49 list11.add("b");50 list11.add("c");51 List<String> list12 = new ArrayList<>();52 list12.add("a");53 list12.add("b");54 list12.add("c");55 List<String> list13 = new ArrayList<>();56 list13.add("a");57 list13.add("b");58 list13.add("c");59 List<String> list14 = new ArrayList<>();60 list14.add("a");61 list14.add("
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