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How to use toStringMethod method of org.assertj.core.extractor.Extractors class

Best Assertj code snippet using org.assertj.core.extractor.Extractors.toStringMethod

Source:Extractors.java

...17 * Extractors factory, providing convenient methods of creating common extractors.18 * <p>19 * 20 * For example:21 * <pre><code class='java'> assertThat(objectsList).extracting(toStringMethod()).contains("toString 1", "toString 2");22 * assertThat(objectsList).extracting(byName("field")).contains("someResult1", "someResult2");</code></pre>23 * 24 * @author Mateusz Haligowski25 *26 */27public class Extractors {28  /**29   * Provides extractor for extracting {@link java.lang.Object#toString} from any object30   */31  public static Extractor<Object, String> toStringMethod() {32    return new ToStringExtractor();33  }34  35  /**36   * Provides extractor for extracting single field or property from any object using reflection37   */38  public static <F> Extractor<F, Object> byName(String fieldOrProperty) {39    return new ByNameSingleExtractor<>(fieldOrProperty);40  }41  42  /**43   * Provides extractor for extracting multiple fields or properties from any object using reflection44   */45  public static <F> Extractor<F, Tuple> byName(String... fieldsOrProperties) {...

toStringMethod

Using AI Code Generation

1Extractors.toStringMethod("name")2Assertions.toStringMethod("name")3AbstractAssert.toStringMethod("name")4AbstractObjectAssert.toStringMethod("name")5AbstractCharSequenceAssert.toStringMethod("name")6AbstractStringAssert.toStringMethod("name")7AbstractIterableAssert.toStringMethod("name")8AbstractListAssert.toStringMethod("name")9AbstractObjectArrayAssert.toStringMethod("name")10AbstractAssert.toStringMethod("name")11AbstractObjectAssert.toStringMethod("name")12AbstractCharSequenceAssert.toStringMethod("name")13AbstractStringAssert.toStringMethod("name")14AbstractIterableAssert.toStringMethod("name")15AbstractListAssert.toStringMethod("name")16AbstractObjectArrayAssert.toStringMethod("name")17AbstractAssert.toStringMethod("name")18AbstractObjectAssert.toStringMethod("name")19AbstractCharSequenceAssert.toStringMethod("name")20AbstractStringAssert.toStringMethod("name")

toStringMethod

Using AI Code Generation

1List<Person> persons = new ArrayList<>();2persons.add(new Person("John", 25));3persons.add(new Person("Jane", 30));4persons.add(new Person("Adam", 40));5persons.add(new Person("Tom", 20));6List<String> names = assertThat(persons)7  .extracting(toStringMethod())8  .contains("John", "Jane")9  .doesNotContain("Sue")10  .allMatch(name -> name.startsWith("J"))11  .noneMatch(name -> name.startsWith("S"))12  .extracting(name -> name.substring(1))13  .contains("ohn", "ane")14  .doesNotContain("am")15  .allMatch(name -> name.endsWith("n"))16  .noneMatch(name -> name.endsWith("e"))17  .extracting(name -> name.toUpperCase())18  .contains("JOHN", "JANE")19  .doesNotContain("ADAM")20  .allMatch(name -> name.startsWith("J"))21  .noneMatch(name -> name.startsWith("A"))22  .extracting(name -> name.toLowerCase())23  .contains("john", "jane")24  .doesNotContain("adam")25  .allMatch(name -> name.startsWith("j"))26  .noneMatch(name -> name.startsWith("a"))27  .extracting(name -> name.replace("a", "A"))28  .contains("John", "Jane")29  .doesNotContain("Adam")30  .allMatch(name -> name.startsWith("J"))31  .noneMatch(name -> name.startsWith("A"))32  .extracting(name -> name.replace("o", "O"))33  .contains("John", "Jane")34  .doesNotContain("Adam")35  .allMatch(name -> name.startsWith("J"))36  .noneMatch(name -> name.startsWith("A"))37  .extracting(name -> name.replace("n", "N"))38  .contains("John", "Jane")39  .doesNotContain("Adam")40  .allMatch(name -> name.startsWith("J"))41  .noneMatch(name

toStringMethod

Using AI Code Generation

1assertThat(employees).extracting(toStringMethod()).contains("Employee{name='John', age=30}");2assertThat(employees).extracting(method("toString")).contains("Employee{name='John', age=30}");3assertThat(employees).extracting(method("toString", String.class)).contains("Employee{name='John', age=30}");4assertThat(employees).extracting(method("toString", String.class, String.class)).contains("Employee{name='John', age=30}");5assertThat(employees).extracting(method("toString", String.class, String.class, String.class)).contains("Employee{name='John', age=30}");6assertThat(employees).extracting(method("toString", String.class, String.class, String.class, String.class)).contains("Employee{name='John', age=30}");7assertThat(employees).extracting(method("toString", String.class, String.class, String.class, String.class, String.class)).contains("Employee{name='John', age=30}");8assertThat(employees).extracting(method("toString", String.class, String.class, String.class, String.class, String.class, String.class)).contains("Employee{name='John', age=30}");9assertThat(employees).extracting(method("toString", String.class, String.class, String.class, String.class, String

toStringMethod

Using AI Code Generation

1assertThat(employees).extracting(toStringMethod()).contains("Employee{name='John', age=30}");2assertThat(employees).extracting(method("toString")).contains("Employee{name='John', age=30}");3assertThat(employees).extracting(method("toString", String.class)).contains("Employee{name='John', age=30}");4assertThat(employees).extracting(method("toString", String.class, String.class)).contains("Employee{name='John', age=30}");5assertThat(employees).extracting(method("toString", String.class, String.class, String.class)).contains("Employee{name='John', age=30}");6assertThat(employees).extracting(method("toString", String.class, String.class, String.class, String.class)).contains("Employee{name='John', age=30}");7assertThat(employees).extracting(method("toString", String.class, String.class, String.class, String.class, String.class)).contains("Employee{name='John', age=30}");8assertThat(employees).extracting(method("toString", String.class, String.class, String.class, String.class, String.class, String.class)).contains("Employee{name='John', age=30}");

toStringMethod

Using AI Code Generation

1List<String> names = extractProperty("name", Person.class).from(people).toStringMettod();2List<S ring> names = people.stream().map(Person::getName).collect(Collectors.toList());3List<String> names = people.stream().map(p -> p.getName()).collect(Collectors.toList());4List<String> names = people.stream().map(new Function<Person, String>() {5    public String apply(Person person) {6        return person.getName();7    }8}).collect(Collectors.toList());9List<String> names = new ArrayList<>();10for (Person person : people) {11    names.add(person.getName());12}13List<String> names = new ArrayList<>();14for (int i = 0; i < people.size(); i++) {15    Person person = people.get(i);16    names.add(person.getName());17}18List<String> names = new ArrayList<>();19Iterator<Person> iterator = people.iterator();20while (iterator.hasNext()) {21    Person person = iterator.next();22    names.add(person.getName());23}24List<String> names = new ArrayList<>();25for (Person person : people) {26    if (person != null) {27        names.add(person.getName());28    }29}30List<String> names = new ArrayList<>();31for (int i = 0; i < people.size(); i++) {32    Person person = people.get(i);33    if (person != null) {34        names.add(person.getName());35    }36}37List<String> names = new ArrayList<>();38Iterator<Person> iterator = people.iterator();39while (iterator.hasNext()) {40    Person person = iterator.next();41    if (person != null) {42        names.add(person.getName());43    }44}45List<String> names = new ArrayList<>();46for (Person person : people) {47    if (person != null && person.getName() != null) {48        names.add(person.getName());49    }50}51List<String> names = new ArrayList<>();52for (int i = 0; i < people.size(); i++) {53    Person person = people.get(i);54    if (person != null && person.getName() != null) {55        names.add(person.getName());56    }57}58List<String> names = new ArrayList<>();59assertThat(employees).extracting(method("toString", String.class, String.class, String.class, String.class, String

toStringMethod

Using AI Code Generation

1assertThat(employees).extracting(toStringMethod("name")).containsOnly("John", "Jane", "Jim");2assertThat(employees).extracting("name", String.class).containsOnly("John", "Jane", "Jim");3assertThat(employees).extracting("age", Integer.class).containsOnly(26, 28, 30);4assertThat(employees).extracting("hobbies", List.class).containsOnly(listOfHobbies1, listOfHobbies2, listOfHobbies3);5assertThat(employees).extracting("hobbies", new TypeRef<List<String>>(){}).containsOnly(listOfHobbies1, listOfHobbies2, listOfHobbies3);6assertThat(employees).extracting("hobbies", (Type) List.class).containsOnly(listOfHobbies1, listOfHobbies2, listOfHobbies3);7assertThat(employees).extracting("hobbies", (Type) new TypeRef<List<String>>(){}).containsOnly(listOfHobbies1, listOfHobbies2, listOfHobbies3);8assertThat(employees).extractingResultOf("getName").containsOnly("John", "Jane", "Jim");9assertThat(employees).extractingResultOf("getAge").containsOnly(26, 28, 30);10assertThat(employees).extractingResultOf("getHobbies").containsOnly(listOfHobbies1, listOfHobbies2, listOfHobbies3);11assertThat(employees).extracting("name").containsOnly("John", "Jane", "Jim");12assertThat(employees).extracting("age").containsOnly(26, 28, 30);

toStringMethod

Using AI Code Generation

1List<String> names = extractProperty("name", Person.class).from(people).toStringMethod();2List<String> names = people.stream().map(Person::getName).collect(Collectors.toList());3List<String> names = people.stream().map(p -> p.getName()).collect(Collectors.toList());4List<String> names = people.stream().map(new Function<Person, String>() {5    public String apply(Person person) {6        return person.getName();7    }8}).collect(Collectors.toList());9List<String> names = new ArrayList<>();10for (Person person : people) {11    names.add(person.getName());12}13List<String> names = new ArrayList<>();14for (int i = 0; i < people.size(); i++) {15    Person person = people.get(i);16    names.add(person.getName());17}18List<String> names = new ArrayList<>();19Iterator<Person> iterator = people.iterator();20while (iterator.hasNext()) {21    Person person = iterator.next();22    names.add(person.getName());23}24List<String> names = new ArrayList<>();25for (Person person : people) {26    if (person != null) {27        names.add(person.getName());28    }29}30List<String> names = new ArrayList<>();31for (int i = 0; i < people.size(); i++) {32    Person person = people.get(i);33    if (person != null) {34        names.add(person.getName());35    }36}37List<String> names = new ArrayList<>();38Iterator<Person> iterator = people.iterator();39while (iterator.hasNext()) {40    Person person = iterator.next();41    if (person != null) {42        names.add(person.getName());43    }44}45List<String> names = new ArrayList<>();46for (Person person : people) {47    if (person != null && person.getName() != null) {48        names.add(person.getName());49    }50}51List<String> names = new ArrayList<>();52for (int i = 0; i < people.size(); i++) {53    Person person = people.get(i);54    if (person != null && person.getName() != null) {55        names.add(person.getName());56    }57}58List<String> names = new ArrayList<>();

toStringMethod

Using AI Code Generation

1import org.assertj.core.api.Assertions;2import org.assertj.core.extractor.Extractors;3import java.util.ArrayList;4import java.util.List;5public class AssertJExample {6    public static void main(String[] args) {7        List<Person> persons = new ArrayList<>();8        persons.add(new Person("John", 30));9        persons.add(new Person("Paul", 40));10        persons.add(new Person("George", 50));11        persons.add(new Person("Ringo", 60));12        Assertions.assertThat(persons).extracting(Extractors.toStringMethod("name"))13                .contains("John", "Paul", "George", "Ringo");14    }15    public static class Person {16        private String name;17        private int age;18        public Person(String name, int age) {19            this.name = name;20            this.age = age;21        }22        public String getName() {23            return name;24        }

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