How to use Exhaustive.map method of io.kotest.property.exhaustive.Exhaustive class

Best Kotest code snippet using io.kotest.property.exhaustive.Exhaustive.Exhaustive.map

NumberTest.kt

Source:NumberTest.kt Github

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1import io.harmor.msgpack.NumberValue2import io.harmor.msgpack.internal.MessageType.FLOAT323import io.harmor.msgpack.internal.MessageType.FLOAT644import io.harmor.msgpack.internal.MessageType.INT165import io.harmor.msgpack.internal.MessageType.INT326import io.harmor.msgpack.internal.MessageType.INT647import io.harmor.msgpack.internal.MessageType.INT88import io.harmor.msgpack.internal.RANGE9import io.harmor.msgpack.msgpack.float10import io.harmor.msgpack.msgpack.int11import io.kotest.matchers.shouldBe12import io.kotest.property.Arb13import io.kotest.property.Exhaustive14import io.kotest.property.arbitrary.double15import io.kotest.property.arbitrary.float16import io.kotest.property.arbitrary.int17import io.kotest.property.arbitrary.long18import io.kotest.property.checkAll19import io.kotest.property.exhaustive.bytes20import io.kotest.property.exhaustive.map21import io.kotest.property.exhaustive.plus22import utils.MessageUnpackerFactory23import utils.TypedElement24import utils.minus25import utils.pack26import utils.shorts27import utils.toLong28import utils.toShort29import utils.convert30import utils.ubytes31import utils.ushorts32import utils.with33private val ALL_NEGATIVE_FIX_INT = Exhaustive.bytes(-32, -1)34private val ALL_POSITIVE_FIX_INT = Exhaustive.bytes(0, 127)35private val ALL_FIX_INT = ALL_NEGATIVE_FIX_INT + ALL_POSITIVE_FIX_INT36private val ALL_INT8 = Exhaustive.bytes()37private val ALL_INT16 = Exhaustive.shorts()38private val ALL_UINT8 = Exhaustive.ubytes()39private val ALL_UINT16 = Exhaustive.ushorts()40class NumberTest : AbstractMessagePackTest() {41 init {42 "Packer" should {43 "use fixint" {44 checkAll(ALL_FIX_INT) {45 int(it) with packer shouldBe fixint(it)46 int(it.toShort()) with packer shouldBe fixint(it)47 int(it.toInt()) with packer shouldBe fixint(it)48 int(it.toLong()) with packer shouldBe fixint(it)49 }50 }51 "use int8" {52 checkAll(ALL_INT8 - ALL_FIX_INT) {53 int(it) with packer shouldBe int8(it)54 int(it.toShort()) with packer shouldBe int8(it)55 int(it.toInt()) with packer shouldBe int8(it)56 int(it.toLong()) with packer shouldBe int8(it)57 }58 }59 "use int16" {60 checkAll(ALL_INT16 - ALL_INT8.toShort()) {61 int(it) with packer shouldBe int16(it)62 int(it.toInt()) with packer shouldBe int16(it)63 int(it.toLong()) with packer shouldBe int16(it)64 }65 }66 "use int32" {67 checkAll(Arb.int() - Short.RANGE) {68 int(it) with packer shouldBe int32(it)69 int(it.toLong()) with packer shouldBe int32(it)70 }71 }72 "use int64" {73 checkAll(Arb.long() - Int.RANGE.toLong()) {74 int(it) with packer shouldBe int64(it)75 }76 }77 "use float32" {78 checkAll(Arb.float()) {79 float(it) with packer shouldBe float32(it)80 }81 }82 "use float64" {83 checkAll(Arb.double()) {84 float(it) with packer shouldBe float64(it)85 }86 }87 }88 "Unpacker" should {89 "decode fixint" {90 checkAll(ALL_FIX_INT) {91 int(it) with unpacker shouldBe int(it)92 }93 }94 "decode int8" {95 checkAll(ALL_INT8) {96 int(it) with unpacker shouldBe int(it)97 }98 }99 "decode int16" {100 checkAll(ALL_INT16) {101 int(it) with unpacker shouldBe int(it)102 }103 }104 "decode int32" {105 checkAll(Arb.int()) {106 int(it) with unpacker shouldBe int(it)107 }108 }109 "decode int64" {110 checkAll(Arb.long()) {111 int(it) with unpacker shouldBe int(it)112 }113 }114 "decode uint8" {115 checkAll(ALL_UINT8.map { it.toInt() }) {116 int(it) with unpacker shouldBe int(it)117 }118 }119 "decode uint16" {120 checkAll(ALL_UINT16.map { it.toInt() }) {121 int(it) with unpacker shouldBe int(it)122 }123 }124 "decode uint32" {125 checkAll(Arb.long(0L..UInt.MAX_VALUE.toLong())) {126 int(it) with unpacker shouldBe int(it)127 }128 }129 "decode uint64" {130 checkAll(Arb.long()) {131 int(it.toULong()) with unpacker shouldBe int(it.toULong())132 }133 }134 }135 }136}137private fun fixint(value: Byte) = TypedElement(value, int(value))138private fun int8(value: Byte) = TypedElement(INT8, int(value))139private fun int16(value: Short) = TypedElement(INT16, int(value))140private fun int32(value: Int) = TypedElement(INT32, int(value))141private fun int64(value: Long) = TypedElement(INT64, int(value))142private fun float32(value: Float) = TypedElement(FLOAT32, float(value.toDouble()))143private fun float64(value: Double) = TypedElement(FLOAT64, float(value))144infix fun NumberValue.with(unpacker: MessageUnpackerFactory): NumberValue =145 unpacker(convert().pack()).nextNumber()...

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RoomsKtTest.kt

Source:RoomsKtTest.kt Github

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1package com.tylerkindy.betrayal.db2import com.tylerkindy.betrayal.Direction3import io.kotest.assertions.throwables.shouldThrow4import io.kotest.core.spec.style.DescribeSpec5import io.kotest.matchers.collections.shouldBeEmpty6import io.kotest.matchers.collections.shouldContainExactlyInAnyOrder7import io.kotest.matchers.should8import io.kotest.matchers.shouldBe9import io.kotest.property.Arb10import io.kotest.property.Exhaustive11import io.kotest.property.arbitrary.ShortShrinker12import io.kotest.property.arbitrary.arbitrary13import io.kotest.property.arbitrary.enum14import io.kotest.property.arbitrary.set15import io.kotest.property.checkAll16import io.kotest.property.exhaustive.ints17import io.kotest.property.exhaustive.map18import io.kotest.property.forAll19import org.jetbrains.exposed.sql.insert20import org.jetbrains.exposed.sql.select21import org.jetbrains.exposed.sql.selectAll22import org.jetbrains.exposed.sql.transactions.transaction23import kotlin.random.nextInt24val directionSets = Arb.set(Arb.enum<Direction>(), 0..Direction.values().size)25val rotations = Exhaustive.ints(0..3).map { it.toShort() }26val invalidRotationValues = (Short.MIN_VALUE..Short.MAX_VALUE) - (0..3)27val invalidRotations = arbitrary(listOf(Short.MIN_VALUE, -1, 4, Short.MAX_VALUE), ShortShrinker) {28 it.random.nextInt(invalidRotationValues.indices).let { i -> invalidRotationValues[i] }.toShort()29}30class RoomsKtTest : DescribeSpec({31 useDatabase()32 describe("returnRoomToStack") {33 it("returns to empty stack") {34 transaction {35 val gameId = "ABCDEF"36 val stackId =37 RoomStacks.insert {38 it[this.gameId] = gameId39 it[curIndex] = null40 it[flipped] = false41 } get RoomStacks.id42 val roomId =43 Rooms.insert {44 it[this.gameId] = gameId45 it[roomDefId] = 1446 it[gridX] = 047 it[gridY] = 048 it[rotation] = 049 } get Rooms.id50 returnRoomToStack(gameId, roomId)51 Rooms.selectAll().shouldBeEmpty()52 val stackRows = RoomStacks.select { RoomStacks.id eq stackId }53 stackRows.count().shouldBe(1)54 stackRows.first().should {55 it[RoomStacks.curIndex].shouldBe(0)56 }57 RoomStackContents.select { RoomStackContents.stackId eq stackId }58 .first().should {59 it[RoomStackContents.index].shouldBe(0)60 it[RoomStackContents.roomDefId].shouldBe(14)61 }62 }63 }64 it("returns to non-empty stack") {65 transaction {66 val gameId = "ABCDEF"67 val stackId = RoomStacks.insert {68 it[this.gameId] = gameId69 it[curIndex] = 1770 it[flipped] = false71 } get RoomStacks.id72 RoomStackContents.insert {73 it[this.stackId] = stackId74 it[index] = 2575 it[roomDefId] = 976 }77 RoomStackContents.insert {78 it[this.stackId] = stackId79 it[index] = 1780 it[roomDefId] = 1381 }82 RoomStackContents.insert {83 it[this.stackId] = stackId84 it[index] = 385 it[roomDefId] = 2386 }87 val roomId = Rooms.insert {88 it[this.gameId] = gameId89 it[roomDefId] = 1490 it[gridX] = 091 it[gridY] = 092 it[rotation] = 093 } get Rooms.id94 returnRoomToStack(gameId, roomId)95 Rooms.selectAll().shouldBeEmpty()96 RoomStackContents.selectAll()97 .map { it[RoomStackContents.index] }98 .shouldContainExactlyInAnyOrder(0, 1, 2, 3)99 }100 }101 }102 describe("rotateDoors") {103 it("maintains number of directions") {104 forAll(directionSets, rotations) { dirs, rotation ->105 rotateDoors(dirs, rotation).size == dirs.size106 }107 }108 it("throws for invalid rotations") {109 checkAll(directionSets, invalidRotations) { dirs, rotation ->110 shouldThrow<IllegalArgumentException> { rotateDoors(dirs, rotation) }111 }112 }113 it("returns the same directions with no rotation") {114 forAll(directionSets) { dirs ->115 rotateDoors(dirs, 0) == dirs116 }117 }118 it("always returns all directions") {119 val allDirections = Direction.values().toSet()120 forAll(rotations) { rotation ->121 rotateDoors(allDirections, rotation) == allDirections122 }123 }124 it("rotates doors") {125 rotateDoors(126 setOf(Direction.NORTH, Direction.WEST),127 3128 ) shouldBe setOf(Direction.NORTH, Direction.EAST)129 }130 }131})...

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TestCodeGenerators.kt

Source:TestCodeGenerators.kt Github

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1import io.kotest.property.Arb2import io.kotest.property.Exhaustive3import io.kotest.property.arbitrary.bind4import io.kotest.property.arbitrary.list5import io.kotest.property.arbitrary.take6import io.kotest.property.exhaustive.azstring7import io.kotest.property.exhaustive.collection8import konnekt.HeadersDeclaration9import konnekt.MimeEncodingsDeclaration10import konnekt.SourcesDeclaration11import konnekt.names12import konnekt.prelude.FormUrlEncoded13import konnekt.prelude.Multipart14fun functions(source: SourcesDeclaration): List<String> {15 val annotations = annotationVariants(source)16 return when (source) {17 SourcesDeclaration.PATH -> annotations.mapIndexed { i, annotation ->18 """|@GET("/test/{p}")19 |suspend fun test${source.name}$i($annotation r: Int): String""".trimMargin()20 }21 SourcesDeclaration.BODY, SourcesDeclaration.QUERY, SourcesDeclaration.PART, SourcesDeclaration.FIELD, SourcesDeclaration.HEADER -> annotations.mapIndexed { i, annotation ->22 """|${source.optInAnnotation()}23 |@GET("/test")24 |suspend fun test${source.name}$i($annotation r: Int): String""".trimMargin()25 }26 }27}28fun headerFunctions(): Iterable<String> {29 val annotations = headerAnnotationVariants.take(50)30 return annotations.mapIndexed { i, annotation ->31 """|@GET("/test")32 |$annotation33 |suspend fun testHEADERS_$i(): String""".trimMargin()34 }.asIterable()35}36fun mimeEncodingFunctions(encoding: MimeEncodingsDeclaration): Iterable<String> {37 val annotations = encoding.names.map { "@$it" }38 return annotations.mapIndexed { i, annotation ->39 """|$annotation40 |@GET("/test")41 |suspend fun testMIME_ENCODING_$i(): String""".trimMargin()42 }43}44private fun annotationVariants(it: SourcesDeclaration): List<String> {45 return when (it) {46 SourcesDeclaration.BODY -> it.names.map { "@$it" }47 SourcesDeclaration.PATH -> (it.names product listOf("\"p\"").named("value"))48 .let { oneArg ->49 val stringOnly = oneArg.map { (name, str) -> "@$name($str)" }50 val complete = (oneArg product booleanLiterals.named("encoded")).map { (name, str, bool) -> "@$name($str, $bool)" }51 stringOnly + complete52 }53 SourcesDeclaration.QUERY, SourcesDeclaration.FIELD -> (it.names product stringLiterals.named("value"))54 .let { oneArg ->55 val stringOnly = oneArg.map { (name, str) -> "@$name($str)" }56 val complete = (oneArg product booleanLiterals.named("encoded")).map { (name, str, bool) -> "@$name($str, $bool)" }57 stringOnly + complete58 }59 SourcesDeclaration.PART, SourcesDeclaration.HEADER -> (it.names product stringLiterals.named("value"))60 .map { (name, str) -> "@$name($str)" }61 }62}63private fun SourcesDeclaration.optInAnnotation(): String {64 val name = when (this) {65 SourcesDeclaration.PART -> Multipart::class.java.simpleName66 SourcesDeclaration.FIELD -> FormUrlEncoded::class.java.simpleName67 else -> null68 }69 return name?.let { "@$it" } ?: ""70}71private val headerAnnotationVariants = Arb.bind(72 Exhaustive.collection(HeadersDeclaration.names),73 Arb.list(Exhaustive.azstring(1..10).toArb())74) { name, args ->75 val varargs = args.joinToString(", "){ "\"$it\"" }76 "@$name($varargs)"77}78private val stringLiterals = listOf(""""p"""", "\"\"")79private val booleanLiterals = listOf("true", "false")80infix fun <T, E> List<T>.product(other: List<E>): List<Pair<T, E>> {81 return flatMap { l -> other.map { r -> l to r } }82}83@JvmName("productTriple")84infix fun <T, E, L> List<Pair<T, E>>.product(other: List<L>): List<Triple<T, E, L>> {85 return flatMap { (l1, l2) -> other.map { r -> Triple(l1, l2, r) } }86}87private fun List<String>.named(name: String): List<Argument> = flatMap {88 listOf(Argument(it, null), Argument(it, name))89}90data class Argument(val value: String, val name: String? = null) {91 override fun toString(): String =92 if (name != null) {93 "$name = $value"94 } else {95 value96 }97}...

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NotePitchTest.kt

Source:NotePitchTest.kt Github

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1package io.loskunos.midi2import io.kotest.data.forAll3import io.kotest.data.row4import io.kotest.matchers.collections.shouldContainExactly5import io.kotest.matchers.shouldBe6import io.kotest.property.Arb7import io.kotest.property.Exhaustive8import io.kotest.property.arbitrary.element9import io.kotest.property.arbitrary.list10import io.kotest.property.checkAll11import io.kotest.property.exhaustive.collection12import io.kotest.property.exhaustive.enum13import io.loskunos.midi.Octave.Companion.o014import io.loskunos.midi.Octave.Companion.o115import io.loskunos.midi.Octave.Companion.o216import io.loskunos.midi.Octave.Companion.o317import io.loskunos.midi.Octave.Companion.o418import io.loskunos.midi.Octave.Companion.o519import io.loskunos.midi.Octave.Companion.o620import io.loskunos.midi.Octave.Companion.o721import io.loskunos.midi.Octave.Companion.o822import io.loskunos.midi.PitchClass.C23import kotlinx.coroutines.runBlocking24import org.junit.jupiter.api.Nested25import org.junit.jupiter.api.Test26class NotePitchTest {27 private val allPitchClassInstances = PitchClass::class.sealedSubclasses.map { it.objectInstance!! }28 @Nested29 inner class PitchClassToNotePitch {30 @Test31 fun `should be the same note`() {32 runBlocking {33 checkAll(Exhaustive.collection(allPitchClassInstances)) { pitchClass ->34 pitchClass.octave(o1).pitchClass shouldBe pitchClass35 }36 }37 }38 @Test39 fun `should have given octave`() {40 runBlocking {41 checkAll(Exhaustive.enum<Octave>()) { givenOctave ->42 C.octave(givenOctave) shouldBe NotePitch(C, givenOctave)43 }44 }45 }46 }47 @Test48 fun `adding octave to a list of PitchClasses returns a list of NotePitches with correct octave`() {49 runBlocking {50 checkAll(iterations = 10, Arb.list(Arb.element(allPitchClassInstances), range = 0..10)) { pitchClasses ->51 checkAll(Exhaustive.enum<Octave>()) { givenOctave ->52 forAll(53 row { octave(givenOctave, *pitchClasses.toTypedArray()) },54 row { octave(givenOctave) { pitchClasses } },55 row { pitchClasses.octave(givenOctave) }56 ) { octaveFun ->57 val result = octaveFun()58 result.map { it.octave }.forEach { it shouldBe givenOctave }59 result.map { it.pitchClass } shouldContainExactly pitchClasses60 }61 }62 }63 }64 }65 @Test66 fun `o0-o8 functions should return NotePitch with correct octave`() {67 C.o0.octave shouldBe o068 C.o1.octave shouldBe o169 C.o2.octave shouldBe o270 C.o3.octave shouldBe o371 C.o4.octave shouldBe o472 C.o5.octave shouldBe o573 C.o6.octave shouldBe o674 C.o7.octave shouldBe o775 C.o8.octave shouldBe o876 }77}...

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GeneratorTests.kt

Source:GeneratorTests.kt Github

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1package test.kotest.propertyTest2import io.kotest.core.spec.style.StringSpec3import io.kotest.property.Arb4import io.kotest.property.Exhaustive5import io.kotest.property.RandomSource6import io.kotest.property.arbitrary.*7import io.kotest.property.exhaustive.enum8import io.kotest.property.exhaustive.exhaustive9import io.kotest.property.exhaustive.ints10import io.kotest.property.forAll11import java.time.LocalDateTime12enum class Season { Winter, Fall, Spring, Summer }13data class Person(val name: String, val age: Int)14class GeneratorTests : StringSpec({15 //根据类型自动选择合适的generator16 "use forAll" {17 forAll<Int, Double, Boolean, String, LocalDateTime, Season>(10) { a, b, c, d, e, f ->18 println("$a $b $c $d $e $f")19 true20 }21 }22 //使用底层生成器Arbitrary 无限随机生成器23 "use generator" {24 Arb.int(1, 200).take(10).toList().run(::println)25 Arb.intArray(Arb.int(2, 8), Arb.int(200..400)).take(10).map { it.toList() }.toList().run(::println)26 Arb.char('a'..'z').take(10).toList().run(::println)27 Arb.stringPattern("\\w+[0-9]").take(10).toList().run(::println)28 Arb.list(Arb.int(), 1..5).take(10).toList().run(::println)29 }30 //使用有限生成器 Exhaustive31 "use exhaustive" {32 Exhaustive.enum<Season>().values.run(::println)33 Exhaustive.ints(1..10).values.run(::println)34 }35 //使用组合生成器36 "use complex operation" {37 Arb.choice(Arb.int(1..10), Arb.double(20.0..50.0)).take(10).toList().run(::println)38 Arb.bind(Arb.string(), Arb.int()) { name, age ->39 Person(name, age).run(::println)40 }41 Arb.choose(1 to Arb.int(1, 10), 2 to Arb.double(1.0, 5.0)).take(10).toList().run(::println)42 Arb.shuffle(listOf(1, 2, 3, 4, 5, 6)).take(10).toList().run(::println)43 Arb.subsequence(listOf(1, 2, 3, 4, 5, 6)).take(10).toList().run(::println)44 }45 //自定义生成器46 "custom generator" {47 val arb = arbitrary { rs: RandomSource ->48 rs.random.nextInt(1, 20)49 }50 arb.take(10).toList().run(::println)51 val personArb = arbitrary {52 val name = Arb.string(10..12).bind()53 val age = Arb.int(21..150).bind()54 Person(name, age)55 }56 personArb.take(10).toList().run(::println)57 val singleDigitPrimes = listOf(2, 3, 5, 7).exhaustive()58 singleDigitPrimes.values.run(::println)59 }60})...

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Exhaustive.kt

Source:Exhaustive.kt Github

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1package utils2import io.kotest.property.Arb3import io.kotest.property.Exhaustive4import io.kotest.property.Gen5import io.kotest.property.RandomSource6import io.kotest.property.arbitrary.byte7import io.kotest.property.arbitrary.next8import io.kotest.property.exhaustive.exhaustive9import io.kotest.property.exhaustive.filter10import io.kotest.property.exhaustive.ints11import io.kotest.property.exhaustive.map12fun <N : Number> Exhaustive<N>.toInt() = map { it.toInt() }13fun <N : Number> Exhaustive<N>.toShort() = map { it.toShort() }14fun Exhaustive.Companion.shorts(min: Short = Short.MIN_VALUE, max: Short = Short.MAX_VALUE) =15 Exhaustive.ints(min..max).map { it.toShort() }16fun Exhaustive.Companion.ubytes(min: UByte = UByte.MIN_VALUE, max: UByte = UByte.MAX_VALUE): Exhaustive<UByte> =17 Exhaustive.ints(min.toInt()..max.toInt()).map { it.toUByte() }18fun Exhaustive.Companion.ushorts(min: UShort = UShort.MIN_VALUE, max: UShort = UShort.MAX_VALUE): Exhaustive<UShort> =19 Exhaustive.ints(min.toInt()..max.toInt()).map { it.toUShort() }20fun Exhaustive.Companion.byteArrays(length: IntRange, byte: Gen<Byte> = Arb.byte()): Exhaustive<ByteArray> {21 val generator = byte.generate(RandomSource.Default).iterator()22 return length.map { ByteArray(it) { generator.next().value } }.exhaustive()23}24operator fun <A> Exhaustive<A>.minus(other: Exhaustive<A>) =25 filter { it !in other.values }26inline fun <reified T> Exhaustive.Companion.arrayOf(value: Arb<T>, length: IntRange): Exhaustive<Array<T>> {27 return length.map { Array(it) { value.next() } }.exhaustive()28}...

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GeneratorSpec.kt

Source:GeneratorSpec.kt Github

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1package ru.iopump.qa.sample.property2import io.kotest.core.spec.style.FreeSpec3import io.kotest.property.Arb4import io.kotest.property.Exhaustive5import io.kotest.property.arbitrary.*6import io.kotest.property.exhaustive.enum7import io.kotest.property.exhaustive.ints8import io.kotest.property.exhaustive.merge9import io.kotest.property.exhaustive.times10import org.slf4j.event.Level11/** For string generator with leading zero */12/*1*/val numberCodepoint: Arb<Codepoint> = Arb.int(0x0030..0x0039)13 .map { Codepoint(it) }14/** For english string generator */15/*2*/val engCodepoint: Arb<Codepoint> = Arb.int('a'.toInt()..'z'.toInt())16 .merge(Arb.int('A'.toInt()..'Z'.toInt()))17 .map { Codepoint(it) }18class GeneratorSpec : FreeSpec() {19 init {20 "/*3*/ random number supported leading zero" {21 Arb.string(10, numberCodepoint).next()22 .also(::println)23 }24 "/*4*/ random english string" {25 Arb.string(10, engCodepoint).orNull(0.5).next()26 .also(::println)27 }28 "/*5*/ random russian mobile number" {29 Arb.stringPattern("+7\\(\\d{3}\\)\\d{3}-\\d{2}-\\d{2}").next()30 .also(::println)31 }32 "/*6*/ exhaustive collection and enum multiply" {33 Exhaustive.ints(1..5).times(Exhaustive.enum<Level>()).values34 .also(::println)35 }36 "/*7*/ exhaustive collection and enum merge" {37 Exhaustive.ints(1..5).merge(Exhaustive.enum<Level>()).values38 .also(::println)39 }40 }41}...

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option.kt

Source:option.kt Github

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1package io.kotest.property.arrow2import arrow.core.None3import arrow.core.Option4import arrow.core.Some5import arrow.core.some6import io.kotest.property.Arb7import io.kotest.property.Exhaustive8import io.kotest.property.arbitrary.constant9import io.kotest.property.arbitrary.map10import io.kotest.property.arbitrary.merge11import io.kotest.property.exhaustive.exhaustive12/**13 * Returns an Exhaustive that contains a None and a Some with the given value14 */15fun <A> Exhaustive.Companion.option(a: A) = exhaustive(listOf(None, Some(a)))16fun <A> Exhaustive.Companion.none() = exhaustive(listOf(None))17/**18 * Wraps each element generated by the given Arb in a Some.19 */20fun <A> Arb.Companion.some(arb: Arb<A>): Arb<Option<A>> = arb.map { it.some() }21fun <A> Arb.Companion.none(): Arb<Option<A>> = Arb.constant(None)22fun <A> Arb.Companion.option(arb: Arb<A>): Arb<Option<A>> = some(arb).merge(none())...

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Exhaustive.map

Using AI Code Generation

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1val exhaustivemap = Exhaustive.map(mapOf(1 to "A", 2 to "B", 3 to "C"))2println(exhaustivemap)3val exhaustivemap = Exhaustive.map(mapOf(1 to "A", 2 to "B", 3 to "C"))4println(exhaustivemap)5val exhaustivemap = Exhaustive.map(mapOf(1 to "A", 2 to "B", 3 to "C"))6println(exhaustivemap)7val exhaustivemap = Exhaustive.map(mapOf(1 to "A", 2 to "B", 3 to "C"))8println(exhaustivemap)9val exhaustivemap = Exhaustive.map(mapOf(1 to "A", 2 to "B", 3 to "C"))10println(exhaustivemap)11val exhaustivemap = Exhaustive.map(mapOf(1 to "A", 2 to "B", 3 to "C"))12println(exhaustivemap)13val exhaustivemap = Exhaustive.map(mapOf(1 to "A", 2 to "B", 3 to "C"))14println(exhaustivemap)15val exhaustivemap = Exhaustive.map(mapOf(1 to "A", 2 to "B", 3 to "C"))16println(exhaustivemap)17val exhaustivemap = Exhaustive.map(mapOf(1 to "A", 2 to "B", 3 to "C"))18println(exhaustivemap)

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Exhaustive.map

Using AI Code Generation

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1val exhaustive = Exhaustive.map(mapOf("a" to 1, "b" to 2))2exhaustive.values.forEach { println(it) }3val exhaustive = Exhaustive.map(mapOf("a" to 1, "b" to 2))4exhaustive.values.forEach { println(it) }5val exhaustive = Exhaustive.map(mapOf("a" to 1, "b" to 2))6exhaustive.values.forEach { println(it) }7val exhaustive = Exhaustive.map(mapOf("a" to 1, "b" to 2))8exhaustive.values.forEach { println(it) }9val exhaustive = Exhaustive.map(mapOf("a" to 1, "b" to 2))10exhaustive.values.forEach { println(it) }11val exhaustive = Exhaustive.map(mapOf("a" to 1, "b" to 2))12exhaustive.values.forEach { println(it) }13val exhaustive = Exhaustive.map(mapOf("a" to 1, "b" to 2))14exhaustive.values.forEach { println(it) }15val exhaustive = Exhaustive.map(mapOf("a" to 1, "b" to 2))16exhaustive.values.forEach { println(it) }

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Exhaustive.map

Using AI Code Generation

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1val e = Exhaustive . map ( listOf ( 1 , 2 , 3 )) { it * 2 }2val e = Exhaustive . mapNotNull ( listOf ( 1 , 2 , 3 , null )) { it }3val e = Exhaustive . mapNotNull ( listOf ( 1 , 2 , 3 , null )) { it?.toString () }4val e = Exhaustive . filter ( listOf ( 1 , 2 , 3 , 4 , 5 )) { it % 2 == 0 }5val e = Exhaustive . filterNot ( listOf ( 1 , 2 , 3 , 4 , 5 )) { it % 2 == 0 }6val e = Exhaustive . flatMap ( listOf ( 1 , 2 , 3 )) { Exhaustive . of ( it , it * 2 , it * 3 ) }7val e = Exhaustive . flatMap ( listOf ( 1 , 2 , 3 )) { Exhaustive . of ( it , it * 2 , it * 3 ) }

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Exhaustive.map

Using AI Code Generation

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1val exhaustive = Exhaustive . map ( setOf ( 1 , 2 , 3 ), { it * 2 } ) 2val exhaustive = Exhaustive . map ( setOf ( 1 , 2 , 3 ), { it * 2 } ) 3val exhaustive = Exhaustive . map ( setOf ( 1 , 2 , 3 ), { it * 2 } ) 4val exhaustive = Exhaustive . map ( setOf ( 1 , 2 , 3 ), { it * 2 } ) 5val exhaustive = Exhaustive . map ( setOf ( 1 , 2 , 3 ), { it * 2 } ) 6val exhaustive = Exhaustive . map ( setOf ( 1 , 2 , 3 ), { it * 2 } ) 7val exhaustive = Exhaustive . map ( setOf ( 1 , 2 , 3 ), { it * 2 } )

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Automation Testing Tutorials

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

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