Best Kluent code snippet using org.amshove.kluent.tests.equivalency.ShouldBeEquivalentTo.passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion
ShouldBeEquivalentTo.kt
Source: ShouldBeEquivalentTo.kt
...779 }780 }781 }782 @Test783 fun passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion() {784 // arrange785 val a1 = listOf(786 A("name1").apply {787 b = B("name11").apply {788 c = C(D("name111").apply { name2 = "name1111" }).apply { name = "name1111" }789 d = D("name111").apply {790 Elist = mutableListOf(791 E().apply {792 Flist = listOf(793 F(1),794 F(2)795 )796 },797 E().apply {...
passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion
Using AI Code Generation
1val result = passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion()2fun passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion() {3val result = shouldBeEquivalentTo(allowingInfiniteRecursion) {4Person("John", 30)5Person("Jane", 30)6}7assertThat(result.passed).isTrue()8}9fun failShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion() {10val result = shouldBeEquivalentTo(allowingInfiniteRecursion) {11Person("John", 30)12Person("Jane", 31)13}14assertThat(result.passed).isFalse()15}16fun failShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursionWithMessage() {17val result = shouldBeEquivalentTo(allowingInfiniteRecursion) {18Person("John", 30)19Person("Jane", 31)20}21assertThat(result.description).isEqualTo("The following 1 assertion(s) failed:22Property age of the first object (30) is not equal to the property age of the second object (31)23assertThat(result.passed).isFalse()24}25fun failShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursionWithCustomMessage() {26val result = shouldBeEquivalentTo("Test") {27Person("John", 30)28Person("Jane", 31)29}30assertThat(result.description).isEqualTo("Test31The following 1 assertion(s) failed:32Property age of the first object (30) is not equal to the property age of the second object (31)33assertThat(result.passed).isFalse()34}35fun passShouldNotBeEquivalentToAsPropertiesAreDifferentAndNotAllowingInfiniteRecursion() {36val result = shouldBeEquivalentTo(notAllowingInfiniteRecursion) {37Person("John", 30)38Person("Jane", 30)39}40assertThat(result.passed).isTrue()41}42fun failShouldNotBeEquivalentToAsPropertiesAreDifferentAndNotAllowingInfiniteRecursion() {43val result = shouldBeEquivalentTo(notAllowingInfiniteRecursion) {44Person("John", 30)45Person("Jane", 31)46}47assertThat(result.passed).isFalse()48}
passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion
Using AI Code Generation
1@org.junit.Test public void passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion () { val result = 1 shouldBeEquivalentTo 1.0 allowInfiniteRecursion }2@org.junit.Test public void passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion () { val result = 1 shouldBeEquivalentTo 1.0 allowInfiniteRecursion }3@org.junit.Test public void passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion () { val result = 1 shouldBeEquivalentTo 1.0 allowInfiniteRecursion }4@org.junit.Test public void passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion () { val result = 1 shouldBeEquivalentTo 1.0 allowInfiniteRecursion }5@org.junit.Test public void passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion () { val result = 1 shouldBeEquivalentTo 1.0 allowInfiniteRecursion }6@org.junit.Test public void passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion () { val result = 1 shouldBeEquivalentTo 1.0 allowInfiniteRecursion }
passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion
Using AI Code Generation
1 fun `passShouldNotBeEquivalentToAsPropertiesAreDifferentAndAllowingInfiniteRecursion`() {2 val first = object {3 }4 val second = object {5 }6}7 val kluentRule = KluentJUnitRule()8fun < T > T .shouldNotBeEquivalentTo ( other : T , message : String ? = null , allowInfiniteRecursion : Boolean = false ) {9 if ( this is Equatable && other is Equatable ) {10 if ( this .isEquivalentTo ( other , allowInfiniteRecursion ) || other .isEquivalentTo ( this , allowInfiniteRecursion )) {11 if ( message == null ) {12 fail ( "The objects should not be equivalent" )13 } else {14 fail ( message )15 }16 }17 } else {18 if ( message == null ) {19 fail ( "The objects should not be equivalent" )20 } else {21 fail ( message
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