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How to use EquivalencyAssertionOptions class of org.amshove.kluent package

Best Kluent code snippet using org.amshove.kluent.EquivalencyAssertionOptions

ShouldBeEquivalentBacktickTest.kt

Source:ShouldBeEquivalentBacktickTest.kt

1package org.amshove.kluent.tests.equivalency2import org.amshove.kluent.EquivalencyAssertionOptions3import org.amshove.kluent.`should be equivalent to`4import org.amshove.kluent.`should not be equivalent to`5import org.junit.Test6import java.time.LocalDate7@ExperimentalStdlibApi8class ShouldBeEquivalentBacktickTest {9    @Test10    fun `pass should be equivalent to as includedProperties are equal`() {11        // arrange12        val team1 = ShouldBeEquivalentTo.Team("team1").apply {13            persons = listOf(14                ShouldBeEquivalentTo.Person("John", "Johnson"),15                ShouldBeEquivalentTo.Person("Marc", "Marcson").apply {16                    birthDate = LocalDate.of(2020, 2, 1)17                    address = ShouldBeEquivalentTo.Address("Graham Street", "36", "London", "N1 8GJ", "UK").apply {18                        address2 = "Islington"19                    }20                }21            )22        }23        val team2 = ShouldBeEquivalentTo.Team("team2").apply {24            persons = listOf(25                ShouldBeEquivalentTo.Person("John", "Johnson"),26                ShouldBeEquivalentTo.Person("Marc", "Marcson").apply {27                    birthDate = LocalDate.of(2020, 2, 1)28                    address = ShouldBeEquivalentTo.Address("Graham Street", "36", "London", "N1 8GJ", "UK").apply {29                        address2 = "Islington"30                    }31                }32            )33        }34        // assert35        team1 `should be equivalent to` (team2 to { options: EquivalencyAssertionOptions ->36            options.including(ShouldBeEquivalentTo.Team::persons)37        })38    }39    @Test40    fun `pass should not be equivalent to as includedProperties are different`() {41        // arrange42        val team1 = ShouldBeEquivalentTo.Team("team1").apply {43            persons = listOf(44                ShouldBeEquivalentTo.Person("John", "Johnson").apply {45                    address = ShouldBeEquivalentTo.Address(46                        "Mainzerlandstrasse",47                        "200",48                        "Frankfurt am Main",49                        "60327",50                        "Germany"51                    )52                },53                ShouldBeEquivalentTo.Person("Marc", "Marcson").apply {54                    birthDate = LocalDate.of(2020, 2, 1)55                    address = ShouldBeEquivalentTo.Address("Graham Street", "36", "London", "N1 8GJ", "UK").apply {56                        address2 = "Islington"57                    }58                }59            )60        }61        val team2 = ShouldBeEquivalentTo.Team("team1").apply {62            persons = listOf(63                ShouldBeEquivalentTo.Person("John", "Johnson").apply {64                    address = ShouldBeEquivalentTo.Address(65                        "Mainzerlandstrasse",66                        "200",67                        "Frankfurt am Main",68                        "60327",69                        "Germany"70                    )71                },72                ShouldBeEquivalentTo.Person("Marc", "Marcson").apply {73                    birthDate = LocalDate.of(2020, 2, 1)74                    address = ShouldBeEquivalentTo.Address("Graham Street", "36", "London", "N1 8GJ", "UK")75                }76            )77        }78        // assert79        team1 `should not be equivalent to` Pair<ShouldBeEquivalentTo.Team, ((EquivalencyAssertionOptions) -> EquivalencyAssertionOptions)?>(80            team2,81            { options: EquivalencyAssertionOptions ->82                options.including(ShouldBeEquivalentTo.Team::persons)83            })84    }85}...

BasicBacktick.kt

Source:BasicBacktick.kt

...54}55fun Char.`should be digit`(): Char = this.shouldBeDigit()56fun Char.`should not be digit`(): Char = this.shouldNotBeDigit()57@ExperimentalStdlibApi58infix fun <T : Any> T.`should be equivalent to`(expected: Pair<T, ((EquivalencyAssertionOptions) -> EquivalencyAssertionOptions)?>): T =59    this.shouldBeEquivalentTo(expected.first, expected.second)60@ExperimentalStdlibApi61infix fun <T : Any> T.`should not be equivalent to`(expected: Pair<T, ((EquivalencyAssertionOptions) -> EquivalencyAssertionOptions)?>): T =62    this.shouldNotBeEquivalentTo(expected.first, expected.second)...

EquivalencyAssertionOptions.kt

Source:EquivalencyAssertionOptions.kt

1package org.amshove.kluent2import kotlin.reflect.KProperty13class EquivalencyAssertionOptions {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}...

EquivalencyAssertionOptions

Using AI Code Generation

1val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)2val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)3val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)4val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)5val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)6val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)7val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)8val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)9val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)10val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)11val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)12val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)13val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)14val options = EquivalencyAssertionOptions(allowDifferentPropertyTypes = true)

EquivalencyAssertionOptions

Using AI Code Generation

1@file:UseContextualSerialization(Instant::class)2@file:UseSerializers(InstantSerializer::class)3import org.amshove.kluent.shouldBeEqualTo4import org.amshove.kluent.shouldNotBeEqualTo5import org.amshove.kluent.shouldNotBeNull6import java.time.Instant7import java.time.ZoneId8import java.time.ZonedDateTime9import java.time.format.DateTimeFormatter10import kotlin.test.Test11class InstantSerializerTest {12    fun `Instant should be serialized to String`() {13        val instant = Instant.now()14        val serializedInstant = instant.serialize()15        serializedInstant.shouldNotBeNull()16        serializedInstant.shouldBeEqualTo(instant.toString())17    }18    fun `Instant should be deserialized from String`() {19        val instant = Instant.now()20        val deserializedInstant = instant.toString().deserialize<Instant>()21        deserializedInstant.shouldNotBeNull()22        deserializedInstant.shouldBeEqualTo(instant)23    }24    fun `Instant should be serialized to String with custom format`() {25        val instant = Instant.now()26        val serializedInstant = instant.serialize(format)27        serializedInstant.shouldNotBeNull()28        serializedInstant.shouldBeEqualTo(instant.toZonedDateTime().format(format))29    }30    fun `Instant should be deserialized from String with custom format`() {31        val instant = Instant.now()32        val deserializedInstant = instant.toZonedDateTime().format(format).deserialize<Instant>(format)33        deserializedInstant.shouldNotBeNull()34        deserializedInstant.shouldBeEqualTo(instant)35    }36    fun `Instant should be serialized to String with custom formatter`() {37        val instant = Instant.now()38        val serializedInstant = instant.serialize(formatter)39        serializedInstant.shouldNotBeNull()40        serializedInstant.shouldBeEqualTo(instant.toZonedDateTime().format(formatter))41    }

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