How to use TypeCanonizerTest class of org.assertj.core.test package

Best Assertj code snippet using org.assertj.core.test.TypeCanonizerTest

Source:TypeCanonizerTest.java

...27 * @author Filip Hrisafov28 * @author Clement Mathieu29 */30@SuppressWarnings("unused")31public class TypeCanonizerTest {32    private interface Asssert<T> {}33    @SuppressWarnings("unused")34    private static class Api {35        public static <T> TypeCanonizerTest.Asssert<T> m(List<? extends T> in) {36            return null;37        }38        public static <T> TypeCanonizerTest.Asssert<T> mSame(List<? extends T> in) {39            return null;40        }41        public static <T> TypeCanonizerTest.Asssert<? extends T> mExtends(List<? extends T> in) {42            return null;43        }44        public static <ELEMENT> TypeCanonizerTest.Asssert<? extends ELEMENT> mExtendsElement(List<? extends ELEMENT> in) {45            return null;46        }47        public static <T> TypeCanonizerTest.Asssert<? super T> mSuper(List<? extends T> in) {48            return null;49        }50        public static <ELEMENT> TypeCanonizerTest.Asssert<? super ELEMENT> mSuperElement(List<? extends ELEMENT> in) {51            return null;52        }53        public static <T> AbstractListAssert<?, List<? extends T>, T, ObjectAssert<T>> complex1(List<? extends T> in) {54            return null;55        }56        public static <T> AbstractListAssert<?, List<? extends T>, T, ObjectAssert<T>> complex2(List<? extends T> in) {57            return null;58        }59        public static <T extends AssertDelegateTarget> T returnsT(T assertion) {60            return null;61        }62        public static <T extends AssertDelegateTarget> T returnsT2(T assertion) {63            return null;64        }65        public static <K, V> MapAssert<K, V> doubleTypeVariables(Map<K, V> actual) {66            return null;67        }68        public static <K, V> MapAssert<K, V> doubleTypeVariables2(Map<K, V> actual) {69            return null;70        }71        public static <ELEMENT> ListAssert<ELEMENT> listAssert(List<? extends ELEMENT> actual) {72            return null;73        }74        public static <T> ListAssert<T> listAssert2(List<? extends T> actual) {75            return null;76        }77        public static <T> T[] genericArray(T[] actual) {78            return null;79        }80        public static <ELEMENT> ELEMENT[] genericArray2(ELEMENT[] actual) {81            return null;82        }83        public static <T> T[][] doubleGenericArray(T[] actual) {84            return null;85        }86        public static <ELEMENT> ELEMENT[][] doubleGenericArray2(ELEMENT[] actual) {87            return null;88        }89    }90    @Test91    public void T_and_T_are_equals() {92        Type m = TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "m");93        Type mSame = TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "mSame");94        Assertions.assertThat(m).isEqualTo(mSame);95    }96    @Test97    public void T_and_QUESTION_MARK_extends_T_are_not_equals() {98        Assertions.assertThat(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "m")).isNotEqualTo(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "mExtends"));99    }100    @Test101    public void QUESTION_MARK_extends_T_and_QUESTION_MARK_extends_ELEMENT_are_equal() {102        Assertions.assertThat(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "mExtends")).isEqualTo(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "mExtendsElement"));103    }104    @Test105    public void QUESTION_MARK_super_T_and_QUESTION_MARK_super_ELEMENT_are_equal() {106        Assertions.assertThat(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "mSuper")).isEqualTo(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "mSuperElement"));107    }108    @Test109    public void T_and_QUESTION_MARK_super_T_are_not_equals() {110        Assertions.assertThat(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "m")).isNotEqualTo(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "mSuper"));111    }112    @Test113    public void T_extends_something_returns_T_are_equal() {114        Assertions.assertThat(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "returnsT")).isEqualTo(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "returnsT2"));115    }116    @Test117    public void list_asserts_are_equal() {118        Assertions.assertThat(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "listAssert")).isEqualTo(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "listAssert2"));119    }120    @Test121    public void K_and_V_and_K_and_V_are_equal() {122        Assertions.assertThat(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "doubleTypeVariables")).isEqualTo(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "doubleTypeVariables2"));123    }124    @Test125    public void generic_array_T_and_generic_array_ELEMENT_are_equal() {126        Assertions.assertThat(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "genericArray")).isEqualTo(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "genericArray2"));127    }128    @Test129    public void double_generic_array_T_and_double_generic_array_ELEMENT_are_equal() {130        Assertions.assertThat(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "doubleGenericArray")).isEqualTo(TypeCanonizerTest.resolveGenericReturnType(TypeCanonizerTest.Api.class, "doubleGenericArray2"));131    }132}...

TypeCanonizerTest

Using AI Code Generation

1import org.assertj.core.api.Assertions;2import org.assertj.core.api.ThrowableAssert.ThrowingCallable;3import org.assertj.core.test.TypeCanonizerTest;4import org.assertj.core.test.TypeCanonizerTest.Foo;5import org.assertj.core.test.TypeCanonizerTest.FooSubclass;6import org.junit.Test;7public class TypeCanonizerTest {8  public void should_canonize_type() {9    TypeCanonizer canonizer = new TypeCanonizer();10    Class<?> canonizedType = canonizer.canonize(FooSubclass.class);11    Assertions.assertThat(canonizedType).isEqualTo(Foo.class);12  }13  public void should_fail_if_type_is_not_subclass_of_expected_type() {14    TypeCanonizer canonizer = new TypeCanonizer();15    ThrowingCallable canonize = () -> canonizer.canonize(TypeCanonizerTest.class);16    Assertions.assertThatExceptionOfType(AssertionError.class).isThrownBy(canonize)17                                                              .withMessage("Expecting type to be a subclass of org.assertj.core.test.TypeCanonizerTest.Foo but was org.assertj.core.test.TypeCanonizerTest");18  }19  public static class Foo {20  }21  public static class FooSubclass extends Foo {22  }23}24import org.assertj.core.api.Assertions;25import org.assertj.core.api.ThrowableAssert.ThrowingCallable;26import org.assertj.core.test.TypeCanonizerTest;27import org.assertj.core.test.TypeCanonizerTest.Foo;28import org.assertj.core.test.TypeCanonizerTest.FooSubclass;29import org.junit.Test;30public class TypeCanonizerTest {31  public void should_canonize_type() {32    TypeCanonizer canonizer = new TypeCanonizer();33    Class<?> canonizedType = canonizer.canonize(FooSubclass.class);34    Assertions.assertThat(canonizedType).isEqualTo(Foo.class);35  }36  public void should_fail_if_type_is_not_subclass_of_expected_type() {37    TypeCanonizer canonizer = new TypeCanonizer();38    ThrowingCallable canonize = () -> canonizer.canonize(TypeCanonizerTest.class);

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