Best Assertj code snippet using org.assertj.core.presentation.StandardRepresentation_toStringOf_AtomicReferences_Test.toString
...22import java.util.concurrent.atomic.AtomicReference;23import java.util.concurrent.atomic.AtomicStampedReference;24import org.junit.Test;25@SuppressWarnings({ "serial", "unused" })26public class StandardRepresentation_toStringOf_AtomicReferences_Test {27 @Test28 public void should_use_assertj_representation_for_AtomicReference() {29 // GIVEN30 Object myData = new AtomicReference<String>("value");31 // WHEN32 String stringOf = STANDARD_REPRESENTATION.toStringOf(myData);33 // THEN34 then(stringOf).isEqualTo("AtomicReference[\"value\"]");35 }36 @Test37 public void should_use_overridden_toString_in_AtomicReference_subclass() {38 class MyData extends AtomicReference<String> {39 private String description;40 MyData(String description) {41 this.description = description;42 }43 @Override44 public String toString() {45 return "MyData[" + description + "]";46 }47 }48 // GIVEN49 Object myData = new MyData("Description");50 // WHEN51 String stringOf = STANDARD_REPRESENTATION.toStringOf(myData);52 // THEN53 then(stringOf).isEqualTo("MyData[Description]");54 }55 @Test56 public void should_use_the_last_overridden_toString_in_AtomicReference_subclasses() {57 class MyData extends AtomicReference<String> {58 protected String description;59 MyData(String description) {60 this.description = description;61 }62 @Override63 public String toString() {64 return "MyData[" + description + "]";65 }66 }67 class MySubData extends MyData {68 MySubData(String description) {69 super(description);70 }71 @Override72 public String toString() {73 return "SubMyData[" + description + "]";74 }75 }76 // GIVEN77 Object myData = new MySubData("Description");78 // WHEN79 String stringOf = STANDARD_REPRESENTATION.toStringOf(myData);80 // THEN81 then(stringOf).isEqualTo("SubMyData[Description]");82 }83 @Test84 public void should_use_overridden_toString_in_AtomicReference_intermediate_subclass() {85 class MyData extends AtomicReference<String> {86 protected String description;87 MyData(String description) {88 this.description = description;89 }90 @Override91 public String toString() {92 return "MyData[" + description + "]";93 }94 }95 class MySubData extends MyData {96 MySubData(String description) {97 super(description);98 }99 // no toString => use MyData.toString100 }101 // GIVEN102 Object myData = new MySubData("Description");103 // WHEN104 String stringOf = STANDARD_REPRESENTATION.toStringOf(myData);105 // THEN106 then(stringOf).isEqualTo("MyData[Description]");107 }108 @Test109 public void should_use_assertj_AtomicReference_representation_as_toString_was_not_overridden_in_AtomicReference_subclass() {110 class MyData extends AtomicReference<String> {111 MyData(String value) {112 super(value);113 }114 // no overridden toString => use assertj representation115 }116 // GIVEN117 Object myData = new MyData("value");118 // WHEN119 String stringOf = STANDARD_REPRESENTATION.toStringOf(myData);120 // THEN121 then(stringOf).isEqualTo("MyData[\"value\"]");122 }123 @Test124 public void should_use_assertj_representation_for_AtomicMarkableReference() {125 // GIVEN126 Object myData = new AtomicMarkableReference<String>("value", true);127 // WHEN128 String stringOf = STANDARD_REPRESENTATION.toStringOf(myData);129 // THEN130 then(stringOf).isEqualTo("AtomicMarkableReference[marked=true, reference=\"value\"]");131 }132 @Test133 public void should_use_overridden_toString_in_AtomicMarkableReference_subclass() {134 class MyData extends AtomicMarkableReference<String> {135 private String description;136 MyData(String description) {137 super(description, true);138 this.description = description;139 }140 @Override141 public String toString() {142 return "MyData[" + description + "]";143 }144 }145 // GIVEN146 Object myData = new MyData("Description");147 // WHEN148 String stringOf = STANDARD_REPRESENTATION.toStringOf(myData);149 // THEN150 then(stringOf).isEqualTo("MyData[Description]");151 }152 @Test153 public void should_use_assertj_AtomicMarkableReference_representation_as_toString_was_not_overridden_in_AtomicMarkableReference_subclass() {154 class MyData extends AtomicMarkableReference<String> {155 private String description;156 MyData(String description) {157 super(description, true);158 this.description = description;159 }160 // has no overridden toString, use the predefined one which gives "%s[marked=%s, reference=%s]"161 }162 // GIVEN163 Object myData = new MyData("Description");164 // WHEN165 String stringOf = STANDARD_REPRESENTATION.toStringOf(myData);166 // THEN167 then(stringOf).isEqualTo("MyData[marked=true, reference=\"Description\"]");168 }169 @Test170 public void should_use_assertj_representation_for_AtomicStampedReference() {171 // GIVEN172 Object myData = new AtomicStampedReference<String>("value", 1);173 // WHEN174 String stringOf = STANDARD_REPRESENTATION.toStringOf(myData);175 // THEN176 then(stringOf).isEqualTo("AtomicStampedReference[stamp=1, reference=\"value\"]");177 }178 @Test179 public void should_use_overridden_toString_AtomicStampedReference() {180 class MyData extends AtomicStampedReference<String> {181 private String description;182 MyData(String description) {183 super(description, 0);184 this.description = description;185 }186 @Override187 public String toString() {188 return "MyData[" + description + "]";189 }190 }191 // GIVEN192 Object myData = new MyData("Description");193 // WHEN194 String stringOf = STANDARD_REPRESENTATION.toStringOf(myData);195 // THEN196 then(stringOf).isEqualTo("MyData[Description]");197 }198 @Test199 public void should_use_predefined_toString_AtomicStampedReference() {200 class MyData extends AtomicStampedReference<String> {201 private String description;202 MyData(String description) {203 super(description, 0);204 this.description = description;205 }206 // has no overridden toString, use the predefined one which gives "%s[stamp=%s, reference=%s]"207 }208 // GIVEN209 Object myData = new MyData("Description");210 // WHEN211 String stringOf = STANDARD_REPRESENTATION.toStringOf(myData);212 // THEN213 then(stringOf).isEqualTo("MyData[stamp=0, reference=\"Description\"]");214 }215 @Test216 public void should_use_smartFormat() {217 class MyIterable implements Iterable<String> {218 ArrayList<String> arrayList;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 }260}...
toString
Using AI Code Generation
1assertThat(atomicReference).hasToString("AtomicReference[content]");2assertThat(atomicReferenceArray).hasToString("[AtomicReference[content1], AtomicReference[content2]]");3assertThat(atomicReferenceFieldUpdater).hasToString("AtomicReferenceFieldUpdater[content]");4assertThat(atomicReferenceArrayFieldUpdater).hasToString("AtomicReferenceArrayFieldUpdater[content]");5assertThat(atomicIntegerFieldUpdater).hasToString("AtomicIntegerFieldUpdater[content]");6assertThat(atomicLongFieldUpdater).hasToString("AtomicLongFieldUpdater[content]");7assertThat(atomicStampedReference).hasToString("AtomicStampedReference[content, 1]");8assertThat(atomicMarkableReference).hasToString("AtomicMarkableReference[content, true]");9assertThat(atomicBoolean).hasToString("AtomicBoolean[true]");
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