Best Kluent code snippet using org.amshove.kluent.EquivalencyAssertionOptions.excludingNestedObjects
Equivalency.kt
Source: Equivalency.kt
...79 return false80 } else if (subA != null && subB != null) {81 if (subA is Iterable<*>) {82 if ((currentLevelOfRecursion == equivalencyAssertionOptions.maxLevelOfRecursion && !equivalencyAssertionOptions.allowingInfiniteRecursion)83 || equivalencyAssertionOptions.excludingNestedObjects84 ) {85 return true86 }87 val actualList = subA.toList()88 val expectedList = (subB as Iterable<*>).toMutableList()89 if (actualList.size != expectedList.size) {90 return false91 }92 for (i in actualList.indices) {93 for (j in expectedList.indices) {94 if (expectedList.size > j) {95 equivalencyAssertionOptions.includedProperties.clear()96 equivalencyAssertionOptions.excludedProperties.clear()97 val deepEquals = areEquivalent(98 currentLevelOfRecursion,99 actualList[i]!!,100 expectedList[j]!!,101 equivalencyAssertionOptions102 )103 if (deepEquals) {104 expectedList.removeAt(j)105 }106 }107 }108 }109 for (i in expectedList.indices) {110 equivalencyAssertionOptions.includedProperties.clear()111 equivalencyAssertionOptions.excludedProperties.clear()112 val deepEquals = areEquivalent(113 currentLevelOfRecursion,114 actualList[i]!!,115 expectedList[i]!!,116 equivalencyAssertionOptions117 )118 if (!deepEquals) {119 return false120 }121 }122 } else {123 if ((currentLevelOfRecursion == equivalencyAssertionOptions.maxLevelOfRecursion && !equivalencyAssertionOptions.allowingInfiniteRecursion)124 || equivalencyAssertionOptions.excludingNestedObjects125 ) {126 return true127 }128 equivalencyAssertionOptions.includedProperties.clear()129 equivalencyAssertionOptions.excludedProperties.clear()130 if (!areEquivalent(currentLevelOfRecursion, subA, subB, equivalencyAssertionOptions)) {131 return false132 }133 }134 }135 }136 }137 return true138}...
EquivalencyAssertionOptions.kt
Source: EquivalencyAssertionOptions.kt
...4 init {5 compareByProperties()6 }7 private var _compareByProperties: Boolean = true8 private var _excludingNestedObjects: Boolean = false9 private var _allowingInfiniteRecursion: Boolean = false10 private var _maxLevelOfRecursion = 1011 private var _withStrictOrdering: Boolean = false12 internal var compareByProperties13 get() = _compareByProperties14 private set(value) {15 _compareByProperties = value16 }17 internal val includedProperties: MutableList<KProperty1<*, *>> = mutableListOf()18 internal val excludedProperties: MutableList<KProperty1<*, *>> = mutableListOf()19 internal var excludingNestedObjects20 get() = _excludingNestedObjects21 private set(value) {22 _excludingNestedObjects = value23 }24 internal var allowingInfiniteRecursion25 get() = _allowingInfiniteRecursion26 private set(value) {27 _allowingInfiniteRecursion = value28 }29 internal var maxLevelOfRecursion30 get() = _maxLevelOfRecursion31 internal set(value) {32 _maxLevelOfRecursion = value33 }34 internal var withStrictOrdering35 get() = _withStrictOrdering36 private set(value) {37 _withStrictOrdering = value38 }39 fun compareByProperties(): EquivalencyAssertionOptions {40 compareByProperties = true41 return this42 }43 fun notCompareByProperties(): EquivalencyAssertionOptions {44 compareByProperties = false45 return this46 }47 fun excluding(property: KProperty1<*, *>): EquivalencyAssertionOptions {48 excludedProperties.add(property)49 return this50 }51 fun including(property: KProperty1<*, *>): EquivalencyAssertionOptions {52 includedProperties.add(property)53 return this54 }55 fun excludingNestedObjects(): EquivalencyAssertionOptions {56 excludingNestedObjects = true57 return this58 }59 fun allowingInfiniteRecursion(): EquivalencyAssertionOptions {60 allowingInfiniteRecursion = true61 return this62 }63 fun withStrictOrdering(): EquivalencyAssertionOptions {64 withStrictOrdering = true65 return this66 }67}...
excludingNestedObjects
Using AI Code Generation
1 fun `should be equal`() {2 val expected = Person("John", "Doe")3 val actual = Person("John", "Doe")4 }5 fun `should be equal`() {6 val expected = Person("John", "Doe")7 val actual = Person("John", "Doe")8 }9 fun `should be equal`() {10 val expected = Person("John", "Doe")11 val actual = Person("John", "Doe")12 }13}14class Person(val firstName: String, val lastName: String)15val list = listOf("A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z")16val result = listOf(17 listOf("A"),18 listOf("B"),19 listOf("C"),20 listOf("D"),21 listOf("E"),22 listOf("F"),23 listOf("G"),24 listOf("H"),25 listOf("I"),26 listOf("J"),27 listOf("K"),28 listOf("L"),29 listOf("M"),30 listOf("N"),31 listOf("O"),32 listOf("P"),33 listOf("Q"),34 listOf("R"),35 listOf("S"),36 listOf("T"),37 listOf("U"),38 listOf("V"),39 listOf("W"),40 listOf("X"),41 listOf("Y"),42 listOf("Z")43val result = list.groupBy { it[0] }
excludingNestedObjects
Using AI Code Generation
1val expected = Person(name = "John", age = 20, address = Address(street = "Street 1", city = "City 1"))2val actual = Person(name = "John", age = 20, address = Address(street = "Street 2", city = "City 2"))3actual shouldEqual expected using EquivalencyAssertionOptions(excludingNestedObjects = true)4val expected = Person(name = "John", age = 20, address = Address(street = "Street 1", city = "City 1"))5val actual = Person(name = "John", age = 20, address = Address(street = "Street 2", city = "City 2"))6actual shouldEqual expected using EquivalencyAssertionOptions(excludingNestedObjects = true)7val expected = Person(name = "John", age = 20, address = Address(street = "Street 1", city = "City 1"))8val actual = Person(name = "John", age = 20, address = Address(street = "Street 2", city = "City 2"))9actual shouldEqual expected using EquivalencyAssertionOptions(excludingNestedObjects = true)10val expected = Person(name = "John", age = 20, address = Address(street = "Street 1", city = "City 1"))11val actual = Person(name = "John", age = 20, address = Address(street = "Street 2", city = "City 2"))12actual shouldEqual expected using EquivalencyAssertionOptions(excludingNestedObjects = true)13val expected = Person(name = "John", age = 20, address = Address(street = "Street 1", city = "City 1"))14val actual = Person(name = "John", age = 20, address = Address(street =
excludingNestedObjects
Using AI Code Generation
1import org.amshove.kluent.shouldNotBeEqualToIgnoringFields2fun main( args: Array<String> ) {3 val user1 = User(1, "John", "Doe", 30)4 val user2 = User(1, "John", "Doe", 30)5}6import org.amshove.kluent.shouldNotBeEqualToIgnoringFields7fun main( args: Array<String> ) {8 val user1 = User(1, "John", "Doe", 30)9 val user2 = User(1, "John", "Doe", 30)10}
excludingNestedObjects
Using AI Code Generation
1fun `test excludingNestedObjects method`() {2 val person1 = Person("John", "Doe")3 val person2 = Person("John", "Doe")4 person1.address = Address("123 Main Street")5 person2.address = Address("456 Main Street")6 person1.shouldBeEqualTo(person2, EquivalencyAssertionOptions.excludingNestedObjects { it.address })7}8fun `test excludingNestedObjects method with multiple properties`() {9 val person1 = Person("John", "Doe")10 val person2 = Person("John", "Doe")11 person1.address = Address("123 Main Street")12 person2.address = Address("456 Main Street")13 person1.shouldBeEqualTo(person2,14 EquivalencyAssertionOptions.excludingNestedObjects({ it.address }, { it.name }))15}16fun `test excludingNestedObjects method with constructor`() {17 val person1 = Person("John", "Doe")18 val person2 = Person("John", "Doe")19 person1.address = Address("123 Main Street")20 person2.address = Address("456 Main Street")21 person1.shouldBeEqualTo(person2, EquivalencyAssertionOptions.excludingNestedObjects(Address::class))22}
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