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How to use passShouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects method of org.amshove.kluent.tests.equivalency.ShouldBeEquivalentTo class

Best Kluent code snippet using org.amshove.kluent.tests.equivalency.ShouldBeEquivalentTo.passShouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects

ShouldBeEquivalentTo.kt

Source:ShouldBeEquivalentTo.kt

...643            }644        }645    }646    @Test647    fun passShouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects() {648        // arrange649        val team1 = Team("team1").apply {650            persons = listOf(651                Person("John", "Johnson").apply {652                    address = Address("Mainzerlandstrasse", "200", "Frankfurt am Main", "60327", "Germany")653                },654                Person("Marc", "Marcson").apply { birthDate = LocalDate.of(2020, 2, 1) }655            )656        }657        val team2 = Team("team1").apply {658            persons = listOf(659                Person("John", "Johnson"),660                Person("Marc", "Marcson")661            )...

passShouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects

Using AI Code Generation

1import org.amshove.kluent.*2import org.jetbrains.spek.api.Spek3import kotlin.test.assertFails4class ShouldBeEquivalentToTests : Spek({5    given("the shouldBeEquivalentTo method") {6        on("comparing two equivalent objects") {7            it("should pass") {8                val person1 = Person("John", 20)9                val person2 = Person("John", 20)10            }11        }12        on("comparing two inequivalent objects") {13            it("should fail") {14                val person1 = Person("John", 20)15                val person2 = Person("John", 21)16                assertFails { person1 shouldBeEquivalentTo person2 }17            }18        }19        on("comparing two equivalent objects that have different property names") {20            it("should pass") {21                val person1 = Person("John", 20)22                val person2 = Person("John", 20)23            }24        }25        on("comparing two inequivalent objects that have different property names") {26            it("should fail") {27                val person1 = Person("John", 20)28                val person2 = Person("John", 21)29                assertFails { person1 shouldBeEquivalentTo person2 }30            }31        }32        on("comparing two equivalent objects that have different property types") {33            it("should pass") {34                val person1 = Person("John", 20)35                val person2 = Person("John", 20)36            }37        }38        on("comparing two inequivalent objects that have different property types") {39            it("should fail") {40                val person1 = Person("John", 20)41                val person2 = Person("John", 21)42                assertFails { person1 shouldBeEquivalentTo person2 }43            }44        }45        on("comparing two equivalent objects that have a nested object") {46            it("should pass") {47                val person1 = PersonWithAddress("John", 20, Address("Street", "City"))48                val person2 = PersonWithAddress("John", 20, Address("Street", "City"))49            }50        }51        on("

passShouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects

Using AI Code Generation

1import org.amshove.kluent.tests.equivalency.ShouldBeEquivalentTo2val shouldBeEquivalentTo = ShouldBeEquivalentTo()3import org.amshove.kluent.tests.equivalency.ShouldBeEquivalentTo4val shouldBeEquivalentTo = ShouldBeEquivalentTo()5import org.amshove.kluent.tests.equivalency.ShouldBeEquivalentTo6val shouldBeEquivalentTo = ShouldBeEquivalentTo()7import org.amshove.kluent.tests.equivalency.ShouldBeEquivalentTo8val shouldBeEquivalentTo = ShouldBeEquivalentTo()9import org.amshove.kluent.tests.equivalency.ShouldBeEquivalentTo10val shouldBeEquivalentTo = ShouldBeEquivalentTo()11import org.amshove.kluent.tests.equivalency.ShouldBeEquivalentTo12val shouldBeEquivalentTo = ShouldBeEquivalentTo()13import org.amshove.kluent.tests.equivalency.ShouldBeEquivalentTo14val shouldBeEquivalentTo = ShouldBeEquivalentTo()15import org.amshove.kluent.tests.equivalency.ShouldBeEquivalentTo16val shouldBeEquivalentTo = ShouldBeEquivalentTo()

passShouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects

Using AI Code Generation

1val   a   =   Person ( "John" ,   "Doe" ,   42 ,   listOf ( "a" ,   "b" ,   "c" )) 2 val   b   =   Person ( "John" ,   "Doe" ,   42 ,   listOf ( "a" ,   "b" ,   "c" )) 3 a . shouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects ( b ) 4val   a   =   Person ( "John" ,   "Doe" ,   42 ,   listOf ( "a" ,   "b" ,   "c" )) 5 val   b   =   Person ( "John" ,   "Doe" ,   42 ,   listOf ( "a" ,   "b" ,   "c" )) 6 a . shouldNotBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects ( b ) 7val   a   =   Person ( "John" ,   "Doe" ,   42 ,   listOf ( "a" ,   "b" ,   "c" )) 8 val   b   =   Person ( "John" ,   "Doe" ,   42 ,   listOf ( "a" ,   "b" ,   "c" )) 9 a . shouldNotBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects ( b ) 10val   a   =   Person ( "John" ,   "Doe" ,   42

passShouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects

Using AI Code Generation

1public void passShouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects() {2    val actual = Person(1, "John", "Doe", Address("1", "Main Street", "London", "England"))3    val expected = Person(1, "Jane", "Doe", Address("1", "Main Street", "London", "England"))4    actual.shouldBeEquivalentTo(expected, excluding(Person::address))5}6public void passShouldBeEquivalentToEvenIfPropertiesAreDifferentAsIgnoringNestedObjects() {7    val actual = Person(1, "John", "Doe", Address("1", "Main Street", "London", "England"))8    val expected = Person(1, "Jane", "Doe", Address("1", "Main Street", "London", "England"))9    actual.shouldBeEquivalentTo(expected, ignoring(Person::address))10}11public void passShouldBeEquivalentToEvenIfPropertiesAreDifferentAsIncludingNestedObjects() {12    val actual = Person(1, "John", "Doe", Address("1", "Main Street", "London", "England"))13    val expected = Person(1, "Jane", "Doe", Address("1", "Main Street", "London", "England"))14    actual.shouldBeEquivalentTo(expected, including(Person::address))15}16public void passShouldBeEquivalentToEvenIfPropertiesAreDifferentAsIncludingNestedObjectsWithCustomEquivalency() {17    val actual = Person(1, "John", "Doe", Address("1", "Main Street", "London", "England"))18    val expected = Person(1, "Jane", "Doe", Address("1", "Main Street", "London", "England"))19    actual.shouldBeEquivalentTo(expected, including(Person::address, PersonAddressEquivalency))20}

passShouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects

Using AI Code Generation

1public void testPassShouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects() {2    val person1 = Person("John", "Doe", 30, listOf(Pet("Fido", 10)))3    val person2 = Person("John", "Doe", 30, listOf(Pet("Fido", 20)))4    person1 shouldBeEquivalentTo person2 excludingNestedObjects { it.name == "Fido" }5}6public void testPassShouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects() {7    val person1 = Person("John", "Doe", 30, listOf(Pet("Fido", 10)))8    val person2 = Person("John", "Doe", 30, listOf(Pet("Fido", 20)))9    person1 shouldBeEquivalentTo person2 excludingNestedObjects { it.name == "Fido" }10}11public void testPassShouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects() {12    val person1 = Person("John", "Doe", 30, listOf(Pet("Fido", 10)))13    val person2 = Person("John", "Doe", 30, listOf(Pet("Fido", 20)))14    person1 shouldBeEquivalentTo person2 excludingNestedObjects { it.name == "Fido" }15}16public void testPassShouldBeEquivalentToEvenIfPropertiesAreDifferentAsExcludingNestedObjects() {17    val person1 = Person("John", "Doe", 30, listOf(Pet("Fido", 10)))18    val person2 = Person("John", "Doe", 30, listOf(Pet("Fido", 20)))19    person1 shouldBeEquivalentTo person2 excludingNestedObjects { it.name == "Fido" }20}

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