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How to use Arb.take method of io.kotest.property.arbitrary.arbs class

Best Kotest code snippet using io.kotest.property.arbitrary.arbs.Arb.take

AppendLoanStatesContractUnitTest.kt

Source:AppendLoanStatesContractUnitTest.kt

1package io.provenance.scope.loan.contracts2import io.kotest.assertions.throwables.shouldNotThrow3import io.kotest.assertions.throwables.shouldThrow4import io.kotest.core.spec.style.WordSpec5import io.kotest.core.test.TestCaseOrder6import io.kotest.matchers.ints.shouldBeExactly7import io.kotest.matchers.string.shouldContain8import io.kotest.matchers.string.shouldContainIgnoringCase9import io.kotest.property.Arb10import io.kotest.property.arbitrary.arbitrary11import io.kotest.property.arbitrary.flatMap12import io.kotest.property.arbitrary.int13import io.kotest.property.arbitrary.pair14import io.kotest.property.checkAll15import io.provenance.scope.loan.test.Constructors.appendLoanStatesContractWithNoExistingStates16import io.provenance.scope.loan.test.LoanPackageArbs.anyUuid17import io.provenance.scope.loan.test.LoanPackageArbs.anyValidChecksum18import io.provenance.scope.loan.test.LoanPackageArbs.anyValidLoanState19import io.provenance.scope.loan.test.LoanPackageArbs.anyValidTimestamp20import io.provenance.scope.loan.test.LoanPackageArbs.loanStateSet21import io.provenance.scope.loan.utility.ContractViolationException22import io.provenance.scope.util.toOffsetDateTime23import tech.figure.servicing.v1beta1.LoanStateOuterClass.LoanStateMetadata24import tech.figure.servicing.v1beta1.LoanStateOuterClass.ServicingData25import kotlin.math.max26class AppendLoanStatesContractUnitTest : WordSpec({27    "appendLoanStates" When {28        "given an empty input" should {29            "throw an appropriate exception" {30                shouldThrow<ContractViolationException> {31                    appendLoanStatesContractWithNoExistingStates.appendLoanStates(emptyList())32                }.let { exception ->33                    exception.message shouldContainIgnoringCase "Must supply at least one loan state"34                }35            }36        }37        "given at least one loan state with invalid fields" should {38            "throw an appropriate exception" {39                checkAll(anyValidLoanState) { randomLoanState ->40                    shouldThrow<ContractViolationException> {41                        appendLoanStatesContractWithNoExistingStates.appendLoanStates(42                            listOf(43                                LoanStateMetadata.getDefaultInstance(),44                                randomLoanState,45                            )46                        )47                    }.let { exception ->48                        exception.message shouldContainIgnoringCase "must have valid ID"49                        exception.message shouldContainIgnoringCase "missing URI"50                        exception.message shouldContainIgnoringCase "missing checksum"51                    }52                }53            }54        }55        "given loan states which duplicate existing loan state checksums" should {56            "throw an appropriate exception" {57                checkAll(anyValidLoanState, anyValidLoanState, anyValidChecksum) { randomExistingLoanState, randomNewLoanState, randomChecksum ->58                    shouldThrow<ContractViolationException> {59                        AppendLoanStatesContract(60                            existingServicingData = ServicingData.newBuilder().also { servicingDataBuilder ->61                                servicingDataBuilder.clearLoanState()62                                servicingDataBuilder.addLoanState(63                                    randomExistingLoanState.toBuilder().also { loanStateBuilder ->64                                        loanStateBuilder.checksum = randomChecksum65                                    }.build()66                                )67                            }.build()68                        ).appendLoanStates(69                            listOf(70                                randomNewLoanState.toBuilder().also { loanStateBuilder ->71                                    loanStateBuilder.checksum = randomChecksum72                                }.build()73                            )74                        )75                    }.let { exception ->76                        exception.message shouldContain "Loan state with checksum ${randomChecksum.checksum} already exists"77                    }78                }79            }80        }81        "given loan states which duplicate existing loan state IDs" should {82            "throw an appropriate exception" {83                checkAll(anyValidLoanState, anyValidLoanState, anyUuid) { randomExistingLoanState, randomNewLoanState, randomUuid ->84                    shouldThrow<ContractViolationException> {85                        AppendLoanStatesContract(86                            existingServicingData = ServicingData.newBuilder().also { servicingDataBuilder ->87                                servicingDataBuilder.clearLoanState()88                                servicingDataBuilder.addLoanState(89                                    randomExistingLoanState.toBuilder().also { loanStateBuilder ->90                                        loanStateBuilder.id = randomUuid91                                    }.build()92                                )93                            }.build()94                        ).appendLoanStates(95                            listOf(96                                randomNewLoanState.toBuilder().also { loanStateBuilder ->97                                    loanStateBuilder.id = randomUuid98                                }.build()99                            )100                        )101                    }.let { exception ->102                        exception.message shouldContain "Loan state with ID ${randomUuid.value} already exists"103                    }104                }105            }106        }107        "given loan states which duplicate existing loan state times" should {108            "throw an appropriate exception" {109                checkAll(anyValidLoanState, anyValidLoanState, anyValidTimestamp) { randomExistingLoanState, randomNewLoanState, randomTimestamp ->110                    shouldThrow<ContractViolationException> {111                        AppendLoanStatesContract(112                            existingServicingData = ServicingData.newBuilder().also { servicingDataBuilder ->113                                servicingDataBuilder.clearLoanState()114                                servicingDataBuilder.addLoanState(115                                    randomExistingLoanState.toBuilder().also { loanStateBuilder ->116                                        loanStateBuilder.effectiveTime = randomTimestamp117                                    }.build()118                                )119                            }.build()120                        ).appendLoanStates(121                            listOf(122                                randomNewLoanState.toBuilder().also { loanStateBuilder ->123                                    loanStateBuilder.effectiveTime = randomTimestamp124                                }.build()125                            )126                        )127                    }.let { exception ->128                        exception.message shouldContain "Loan state with effective time ${randomTimestamp.toOffsetDateTime()} already exists"129                    }130                }131            }132        }133        "given only new & valid loan states" should {134            "not throw an exception" {135                val stateCountRange = 2..4 // Reduce the upper bound of this range (to no lower than 3) to decrease the execution time136                val arbitraryStateCountAndSplit = Arb.int(stateCountRange).flatMap { randomStateCount ->137                    Arb.pair(arbitrary { randomStateCount }, Arb.int(0..max(randomStateCount - 1, 1)))138                }139                checkAll(arbitraryStateCountAndSplit) { (randomStateCount, randomSplit) ->140                    checkAll(loanStateSet(size = randomStateCount)) { randomStateSet ->141                        val (randomExistingStates, randomNewStates) = randomStateSet.let { orderedRandomStateSet ->142                            orderedRandomStateSet.take(randomSplit) to orderedRandomStateSet.drop(randomSplit)143                        }144                        shouldNotThrow<ContractViolationException> {145                            AppendLoanStatesContract(146                                existingServicingData = ServicingData.newBuilder().also { servicingDataBuilder ->147                                    servicingDataBuilder.clearLoanState()148                                    servicingDataBuilder.addAllLoanState(randomExistingStates)149                                }.build()150                            ).appendLoanStates(151                                randomNewStates152                            ).let { outputRecord ->153                                outputRecord.loanStateCount shouldBeExactly randomStateCount154                            }155                        }156                    }157                }158            }159        }160    }161}) {162    override fun testCaseOrder() = TestCaseOrder.Random163}...

ChooseTest.kt

Source:ChooseTest.kt

1package com.sksamuel.kotest.property.arbitrary2import io.kotest.assertions.throwables.shouldNotThrow3import io.kotest.assertions.throwables.shouldThrow4import io.kotest.core.spec.style.FunSpec5import io.kotest.data.forAll6import io.kotest.data.row7import io.kotest.matchers.collections.shouldContainExactly8import io.kotest.matchers.doubles.plusOrMinus9import io.kotest.matchers.shouldBe10import io.kotest.property.Arb11import io.kotest.property.EdgeConfig12import io.kotest.property.RandomSource13import io.kotest.property.arbitrary.choose14import io.kotest.property.arbitrary.constant15import io.kotest.property.arbitrary.single16import io.kotest.property.arbitrary.withEdgecases17import io.kotest.property.random18class ChooseTest : FunSpec({19   test("Arb.choose should honour seed") {20      val seedListA =21         Arb.choose(1 to 'A', 3 to 'B', 4 to 'C', 5 to 'D').samples(684658365846L.random()).take(500).toList()22            .map { it.value }23      val seedListB =24         Arb.choose(1 to 'A', 3 to 'B', 4 to 'C', 5 to 'D').samples(684658365846L.random()).take(500).toList()25            .map { it.value }26      seedListA shouldBe seedListB27   }28   test("Arb.choose for values should generate expected values in correct ratios according to weights") {29      forAll(30         row(listOf(1 to 'A', 1 to 'B'), mapOf('A' to 0.5, 'B' to 0.5)),31         row(listOf(1 to 'A', 3 to 'B', 1 to 'C'), mapOf('A' to 0.2, 'B' to 0.6, 'C' to 0.2)),32         row(listOf(1 to 'A', 3 to 'C', 1 to 'C'), mapOf('A' to 0.2, 'C' to 0.8)),33         row(listOf(1 to 'A', 3 to 'B', 1 to 'C', 4 to 'D'), mapOf('A' to 0.11, 'B' to 0.33, 'C' to 0.11, 'D' to 0.44))34      ) { weightPairs, expectedRatiosMap ->35         val genCount = 10000036         val chooseGen = Arb.choose(weightPairs[0], weightPairs[1], *weightPairs.drop(2).toTypedArray())37         val actualCountsMap = (1..genCount).map { chooseGen.single() }.groupBy { it }.map { (k, v) -> k to v.count() }38         val actualRatiosMap = actualCountsMap.associate { (k, v) -> k to (v.toDouble() / genCount) }39         actualRatiosMap.keys shouldBe expectedRatiosMap.keys40         actualRatiosMap.forEach { (k, actualRatio) ->41            actualRatio shouldBe (expectedRatiosMap[k] as Double plusOrMinus 0.02)42         }43      }44   }45   test("Arb.choose should not accept negative weights") {46      shouldThrow<IllegalArgumentException> { Arb.choose(-1 to 'A', 1 to 'B') }47   }48   test("Arb.choose should not accept all zero weights") {49      shouldThrow<IllegalArgumentException> { Arb.choose(0 to 'A', 0 to 'B') }50   }51   test("Arb.choose should accept weights if at least one is non-zero") {52      shouldNotThrow<Exception> { Arb.choose(0 to 'A', 0 to 'B', 1 to 'C') }53   }54   test("Arb.choose(arbs) should generate expected values in correct ratios according to weights") {55      val arbA = Arb.constant('A')56      val arbB = Arb.constant('B')57      val arbC = Arb.constant('C')58      val arbD = Arb.constant('D')59      forAll(60         row(listOf(1 to arbA, 1 to arbB), mapOf('A' to 0.5, 'B' to 0.5)),61         row(listOf(1 to arbA, 3 to arbB, 1 to arbC), mapOf('A' to 0.2, 'B' to 0.6, 'C' to 0.2)),62         row(listOf(1 to arbA, 3 to arbC, 1 to arbC), mapOf('A' to 0.2, 'C' to 0.8)),63         row(64            listOf(1 to arbA, 3 to arbB, 1 to arbC, 4 to arbD),65            mapOf('A' to 0.11, 'B' to 0.33, 'C' to 0.11, 'D' to 0.44)66         )67      ) { weightPairs, expectedRatiosMap ->68         val genCount = 10000069         val chooseGen = Arb.choose(weightPairs[0], weightPairs[1], *weightPairs.drop(2).toTypedArray())70         val actualCountsMap = (1..genCount).map { chooseGen.single() }.groupBy { it }.map { (k, v) -> k to v.count() }71         val actualRatiosMap = actualCountsMap.associate { (k, v) -> k to (v.toDouble() / genCount) }72         actualRatiosMap.keys shouldBe expectedRatiosMap.keys73         actualRatiosMap.forEach { (k, actualRatio) ->74            actualRatio shouldBe (expectedRatiosMap[k] as Double plusOrMinus 0.02)75         }76      }77   }78   test("Arb.choose(arbs) should not accept all zero weights") {79      shouldThrow<IllegalArgumentException> { Arb.choose(0 to Arb.constant('A'), 0 to Arb.constant('B')) }80   }81   test("Arb.choose(arbs) should not accept negative weights") {82      shouldThrow<IllegalArgumentException> { Arb.choose(-1 to Arb.constant('A'), 1 to Arb.constant('B')) }83   }84   test("Arb.choose(arbs) should accept weights if at least one is non-zero") {85      shouldNotThrow<Exception> { Arb.choose(0 to Arb.constant('A'), 0 to Arb.constant('B'), 1 to Arb.constant('C')) }86   }87   test("Arb.choose(arbs) should collate edge cases") {88      val arb = Arb.choose(89         1 to Arb.constant('A').withEdgecases('a'),90         3 to Arb.constant('B').withEdgecases('b'),91         4 to Arb.constant('C').withEdgecases('c'),92         5 to Arb.constant('D').withEdgecases('d')93      )94      val edgeCases = arb95         .generate(RandomSource.seeded(1234L), EdgeConfig(edgecasesGenerationProbability = 1.0))96         .take(10)97         .map { it.value }98         .toList()99      edgeCases shouldContainExactly listOf(100         'c',101         'c',102         'd',103         'a',104         'b',105         'a',106         'd',107         'd',108         'a',109         'b'110      )111   }112})...

DataConversionExtensionsUnitTest.kt

Source:DataConversionExtensionsUnitTest.kt

1package io.provenance.scope.loan.utility2import io.kotest.assertions.throwables.shouldNotThrow3import io.kotest.assertions.throwables.shouldThrow4import io.kotest.core.spec.style.WordSpec5import io.kotest.core.test.TestCaseOrder6import io.kotest.matchers.shouldBe7import io.kotest.property.Arb8import io.kotest.property.arbitrary.string9import io.kotest.property.checkAll10import io.provenance.scope.loan.test.LoanPackageArbs11import io.provenance.scope.loan.test.shouldBeParseFailureFor12import tech.figure.proto.util.toProtoAny13import tech.figure.util.v1beta1.Checksum as FigureTechChecksum14import tech.figure.util.v1beta1.UUID as FigureTechUUID15class DataConversionExtensionsUnitTest : WordSpec({16    // TODO: Introduce top-level When block for each data conversion function being tested17    "unpackAs" should {18        "successfully unpack a packed protobuf as the same type that was packed" {19            checkAll(LoanPackageArbs.anyValidChecksum) { randomChecksum ->20                shouldNotThrow<UnexpectedContractStateException> {21                    randomChecksum.toProtoAny().unpackAs<FigureTechChecksum>() shouldBe randomChecksum22                }23            }24        }25        "fail to unpack a packed protobuf as a type with inherently different fields" {26            checkAll(LoanPackageArbs.anyValidChecksum) { randomChecksum ->27                shouldThrow<UnexpectedContractStateException> {28                    randomChecksum.toProtoAny().unpackAs<FigureTechUUID>()29                }.let { exception ->30                    exception shouldBeParseFailureFor "tech.figure.util.v1beta1.UUID"31                }32            }33        }34    }35    "tryUnpackingAs" xshould {36        // TODO: Implement37    }38    "toFigureTechLoan" should {39        "throw an exception for unpacking when called on a non-nullable inapplicable protobuf" {40            checkAll(Arb.string(), Arb.string()) { randomChecksumString, randomAlgorithmString ->41                FigureTechChecksum.newBuilder().apply {42                    checksum = randomChecksumString43                    algorithm = randomAlgorithmString44                }.build().let { randomChecksum ->45                    shouldThrow<UnexpectedContractStateException> {46                        randomChecksum?.toProtoAny()?.toFigureTechLoan()47                    }.let { exception ->48                        exception shouldBeParseFailureFor "tech.figure.loan.v1beta1.Loan"49                    }50                    IllegalArgumentException("Expected the receiver's algorithm to not be set").let { callerException ->51                        shouldThrow<IllegalArgumentException> { // Sanity check that parsing is only attempted when intended by code52                            randomChecksum.takeIf { false }?.toProtoAny()?.toFigureTechLoan()53                                ?: throw callerException54                        }.let { thrownException ->55                            thrownException shouldBe callerException56                        }57                    }58                }59            }60        }61    }62    "toMISMOLoan" xshould {63        // TODO: Implement64    }65}) {66    override fun testCaseOrder() = TestCaseOrder.Random67}...

products.kt

Source:products.kt

1package io.kotest.property.arbs.products2import io.kotest.property.Arb3import io.kotest.property.arbitrary.flatMap4import io.kotest.property.arbitrary.map5import io.kotest.property.arbitrary.take6import io.kotest.property.arbs.Color7import io.kotest.property.arbs.color8import kotlin.random.Random9data class Product(10  val sku: Sku,11  val brand: Brand,12  val gtin: Gtin,13  val price: Int, // cents14  val quantity: Int,15  val material: String,16  val color: Color?,17  val size: String,18  val name: String,19  val taxonomy: GoogleTaxonomy20)21data class Sku(val value: String)22data class Gtin(val value: String)23fun Arb.Companion.products() = color().flatMap { color ->24  brand().flatMap { brand ->25    googleTaxonomy().map { taxonomy ->26      val sku = List(3) { ('A'..'Z').random() }.joinToString("") + List(8) { Random.nextInt(0, 10) }.joinToString("")27      val gtin = List(12) { Random.nextInt(0, 10) }.joinToString("")28      Product(29        sku = Sku(sku),30        brand = brand,31        gtin = Gtin(gtin),32        price = Random.nextInt(1000, 25000),33        quantity = Random.nextInt(0, 999),34        material = listOf("wool", "leather", "silk", "jersey", "cotton", "nylon").random(),35        color = color,36        size = listOf("XS", "S", "M", "L", "XL", "XXL", "XXXL").random(),37        name = listOf(38          "onesie",39          "dress shirt",40          "neck tie",41          "varsity top",42          "jumper",43          "summer top",44          "zipped jacket",45          "sweater",46          "hoodie",47          "sneakers",48          "blouse",49          "tuxedo",50          "sports tee",51          "running top",52          "long sleeve shirt",53          "short sleeve shirt",54          "winter jacket"55        ).random(),56        taxonomy = taxonomy57      )58    }59  }60}61fun main() {62  Arb.products().take(100).forEach(::println)63}...

wine.kt

Source:wine.kt

1package io.kotest.property.arbs.wine2import io.kotest.property.Arb3import io.kotest.property.arbitrary.flatMap4import io.kotest.property.arbitrary.map5import io.kotest.property.arbitrary.of6import io.kotest.property.arbitrary.take7import io.kotest.property.arbs.Name8import io.kotest.property.arbs.loadResourceAsLines9import io.kotest.property.arbs.name10import kotlin.random.Random11private val vineyards = lazy { loadResourceAsLines("/wine/vineyards.txt") }12private val regions = lazy { loadResourceAsLines("/wine/region.txt") }13private val wineries = lazy { loadResourceAsLines("/wine/winery.txt") }14private val varities = lazy { loadResourceAsLines("/wine/variety.txt") }15fun Arb.Companion.vineyards() = Arb.of(vineyards.value).map { Vineyard(it) }16fun Arb.Companion.wineRegions() = Arb.of(regions.value).map { WineRegion(it) }17fun Arb.Companion.wineries() = Arb.of(wineries.value).map { Winery(it) }18fun Arb.Companion.wineVarities() = Arb.of(varities.value).map { WineVariety(it) }19fun Arb.Companion.wines() = vineyards().flatMap { vineyard ->20  wineRegions().flatMap { region ->21    wineVarities().flatMap { variety ->22      wineries().map { winery ->23        Wine(vineyard, variety, winery, region, Random.nextInt(1920, 2020))24      }25    }26  }27}28fun Arb.Companion.wineReviews() = wines().  flatMap { wine ->29  name().map { name ->30    WineReview(wine, Random.nextDouble(0.1, 5.0), name)31  }32}33fun main() {34  Arb.wineReviews().take(100).forEach(::println)35}36data class Wine(37  val vineyard: Vineyard,38  val variety: WineVariety,39  val winery: Winery,40  val region: WineRegion,41  val year: Int42)43data class WineReview(val wine: Wine, val rating: Double, val name: Name)44data class Vineyard(val value: String)45data class WineVariety(val value: String)46data class Winery(val value: String)47data class WineRegion(val value: String)...

ChessTest.kt

Source:ChessTest.kt

1package io.kotest.property.arbs.games2import io.kotest.core.spec.style.FunSpec3import io.kotest.matchers.collections.shouldBeEmpty4import io.kotest.matchers.collections.shouldContain5import io.kotest.property.Arb6import io.kotest.property.arbitrary.take7import io.kotest.property.checkAll8class ChessTest : FunSpec() {9  private val squares = ('A'..'H').toList().flatMap { file ->10    (1..8).toList().map { rank ->11      "$file$rank"12    }13  }14  init {15    test("Arb.chessSquare should be in valid range") {16      checkAll(Arb.chessSquare()) { squares.shouldContain(it) }17    }18    test("Arb.chessSquare should cover all rank and files") {19      (squares - Arb.chessSquare().take(10000)).shouldBeEmpty()20    }21  }22}...

harrypotter.kt

Source:harrypotter.kt

1package io.kotest.property.arbs.movies2import io.kotest.property.Arb3import io.kotest.property.arbitrary.arbitrary4import io.kotest.property.arbitrary.take5import io.kotest.property.arbs.loadResourceAsLines6private val first = loadResourceAsLines("/harrypotter_first_names.csv")7private val last = loadResourceAsLines("/harrypotter_last_names.csv")8data class Character(val firstName: String, val lastName: String)9fun Arb.Companion.harryPotterCharacter() = arbitrary {10  Character(first.random(it.random), last.random(it.random))11}12fun main() {13  Arb.harryPotterCharacter().take(100).forEach(::println)14}...

run.kt

Source:run.kt

1package io.kotest.property.arbs2import io.kotest.property.Arb3import io.kotest.property.arbitrary.take4fun main() {5  Arb.usernames().take(100).forEach(::println)6}...

Arb.take

Using AI Code Generation

1val arb : Arb < Int > = Arb . take ( 1 , Arb . int ( 1 , 10 ))2val arb : Arb < Int > = Arb . take ( 1 , Arb . int ( 1 , 10 ))3val arb : Arb < Int > = Arb . take ( 1 , Arb . int ( 1 , 10 ))4val arb : Arb < Int > = Arb . take ( 1 , Arb . int ( 1 , 10 ))5val arb : Arb < Int > = Arb . take ( 1 , Arb . int ( 1 , 10 ))6val arb : Arb < Int > = Arb . take ( 1 , Arb . int ( 1 , 10 ))7val arb : Arb < Int > = Arb . take ( 1 , Arb . int ( 1 , 10 ))8val arb : Arb < Int > = Arb . take ( 1 , Arb . int ( 1 , 10 ))9val arb : Arb < Int > = Arb . take ( 1 , Arb . int ( 1 , 10 ))10val arb : Arb < Int > = Arb . take ( 1 , Arb . int ( 1 , 10 ))11val arb : Arb < Int > = Arb . take ( 1 , Arb . int ( 1 , 10 ))12val arb : Arb < Int > = Arb . take ( 1

Arb.take

Using AI Code Generation

1val arb: Arb<Int> = Arb.take(10, Arb.int())2val sample = arb.sample()3val arb: Arb<Int> = Arb.take(10, Arb.int())4val sample = arb.sample()5val arb: Arb<Int> = Arb.take(10, Arb.int())6val sample = arb.sample()7val arb: Arb<Int> = Arb.take(10, Arb.int())8val sample = arb.sample()9val arb: Arb<Int> = Arb.take(10, Arb.int())10val sample = arb.sample()11val arb: Arb<Int> = Arb.take(10, Arb.int())12val sample = arb.sample()13val arb: Arb<Int> = Arb.take(10, Arb.int())14val sample = arb.sample()15val arb: Arb<Int> = Arb.take(10, Arb.int())16val sample = arb.sample()17val arb: Arb<Int> = Arb.take(10, Arb.int())18val sample = arb.sample()19val arb: Arb<Int> = Arb.take(10, Arb.int())20val sample = arb.sample()21val arb: Arb<Int> = Arb.take(10, Arb.int())22val sample = arb.sample()23val arb: Arb<Int> = Arb.take(10, Arb.int())24val sample = arb.sample()25val arb: Arb<Int> = Arb.take(10, Arb.int())

Arb.take

Using AI Code Generation

1    val arbInt = Arb.int()2    val arbString = Arb.string()3    val arbPair = Arb.take(arbInt, arbString)4    val arbInt = Arb.int()5    val arbString = Arb.string()6    val arbPair = arbInt.take(arbString)7val arbPerson = arbInt.take(arbString).map { (id, name) -> Person(id, name) }8val arbPerson = arbInt.take(arbString).map { (id, name) -> Person(id, name) }9val arbPerson = arbInt.take(arbString).map { (id, name) -> Person(id, name) }10val arbPerson = arbInt.take(arbString).map { (id, name) -> Person(id, name) }11val arbPerson = arbInt.take(arbString).map { (id, name) -> Person(id, name) }12val arbPerson = arbInt.take(arbString).map { (id, name) -> Person(id, name) }

Arb.take

Using AI Code Generation

1val arb = Arb.take(10, Arb.int())2val result = arb.take(10).toList()3println(result)4val arb = Arb.take(10, Arb.int())5val result = arb.take(10).toList()6println(result)7val arb = Arb.take(10, Arb.int())8val result = arb.take(10).toList()9println(result)10val arb = Arb.take(10, Arb.int())11val result = arb.take(10).toList()12println(result)13val arb = Arb.take(10, Arb.int())14val result = arb.take(10).toList()15println(result)16val arb = Arb.take(10, Arb.int())17val result = arb.take(10).toList()18println(result)19val arb = Arb.take(10, Arb.int())20val result = arb.take(10).toList()21println(result)22val arb = Arb.take(10, Arb.int())23val result = arb.take(10).toList()24println(result)25val arb = Arb.take(10, Arb.int())26val result = arb.take(10).toList()27println(result)28val arb = Arb.take(10, Arb.int())29val result = arb.take(10).toList()30println(result)31val arb = Arb.take(10, Arb.int())32val result = arb.take(10).toList()33println(result)34val arb = Arb.take(10, Arb.int())35val result = arb.take(10).toList()36println(result)

Arb.take

Using AI Code Generation

1val arb = Arb.take(5, Arb.int(1..100))2val sample = arb.sample()3println(sample)4val arb = Arb.take(5, Arb.int(1..100))5val sample = arb.sample()6println(sample)7val arb = Arb.take(5, Arb.int(1..100))8val sample = arb.sample()9println(sample)10val arb = Arb.take(5, Arb.int(1..100))11val sample = arb.sample()12println(sample)13val arb = Arb.take(5, Arb.int(1..100))14val sample = arb.sample()15println(sample)16val arb = Arb.take(5, Arb.int(1..100))17val sample = arb.sample()18println(sample)19val arb = Arb.take(5, Arb.int(1..100))20val sample = arb.sample()21println(sample)22val arb = Arb.take(5, Arb.int(1..100))23val sample = arb.sample()24println(sample)25val arb = Arb.take(5, Arb.int

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