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

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

ShouldBeEquivalentBacktickTest.kt

Source:ShouldBeEquivalentBacktickTest.kt Github

copy

Full Screen

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}...

Full Screen

Full Screen

BasicBacktick.kt

Source:BasicBacktick.kt Github

copy

Full Screen

...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)...

Full Screen

Full Screen

EquivalencyAssertionOptions.kt

Source:EquivalencyAssertionOptions.kt Github

copy

Full Screen

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}...

Full Screen

Full Screen

EquivalencyAssertionOptions

Using AI Code Generation

copy

Full Screen

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)

Full Screen

Full Screen

EquivalencyAssertionOptions

Using AI Code Generation

copy

Full Screen

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 }

Full Screen

Full Screen

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.

LambdaTest Learning Hubs:

YouTube

You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.

Run Kluent automation tests on LambdaTest cloud grid

Perform automation testing on 3000+ real desktop and mobile devices online.

Try LambdaTest Now !!

Get 100 minutes of automation test minutes FREE!!

Next-Gen App & Browser Testing Cloud

Was this article helpful?

Helpful

NotHelpful