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How to use Arb.Companion.toPrimitiveArray method of io.kotest.property.arbitrary.array class

Best Kotest code snippet using io.kotest.property.arbitrary.array.Arb.Companion.toPrimitiveArray

ints.kt

Source:ints.kt

1package io.kotest.property.arbitrary2import io.kotest.property.Arb3import io.kotest.property.Gen4import io.kotest.property.Shrinker5import io.kotest.property.arbitrary.numbers.IntClassifier6import kotlin.math.abs7import kotlin.random.nextInt8import kotlin.random.nextUInt9class IntShrinker(val range: IntRange) : Shrinker<Int> {10   override fun shrink(value: Int): List<Int> = when (value) {11      0 -> emptyList()12      1, -1 -> listOf(0).filter { it in range }13      else -> {14         val a = intArrayOf(0, 1, -1, abs(value), value / 3, value / 2, value * 2 / 3)15         val b = (1..5).map { value - it }.reversed().filter { it > 0 }16         (a + b).distinct().filterNot { it == value }.filter { it in range }17      }18   }19}20/**21 * Returns an [Arb] that produces [Int]s from [min] to [max] (inclusive).22 *23 * The edge cases are [min], -1, 0, 1 and [max] where -1, 0, and 1 are only included if they24 * are inside the given range.25 *26 * Min defaults to [Int.MIN_VALUE] and max defaults to [Int.MAX_VALUE].27 */28fun Arb.Companion.int(min: Int = Int.MIN_VALUE, max: Int = Int.MAX_VALUE) = int(min..max)29/**30 * Returns an [Arb] that produces [Int]s in [range].31 *32 * The edge cases are [IntRange.first], -1, 0, 1 and [IntRange.last] where -1, 0, and 1 are only33 * included if they are inside the given range.34 *35 * The range defaults to [Int.MIN_VALUE] to [Int.MAX_VALUE].36 */37fun Arb.Companion.int(range: IntRange = Int.MIN_VALUE..Int.MAX_VALUE): Arb<Int> {38   val edgeCases = intArrayOf(range.first, -1, 0, 1, range.last).filter { it in range }.distinct()39   return ArbitraryBuilder.create { it.random.nextInt(range) }40      .withEdgecases(edgeCases)41      .withShrinker(IntShrinker(range))42      .withClassifier(IntClassifier(range))43      .build()44}45/**46 * Returns an [Arb] that produces positive [Int]s from 1 to [max] (inclusive).47 * The edge cases are 1 and [max].48 *49 * Max defaults to [Int.MAX_VALUE]50 */51fun Arb.Companion.positiveInt(max: Int = Int.MAX_VALUE) = int(1, max)52@Deprecated("use positiveInt. Deprecated in 5.0.", ReplaceWith("positiveInt(max)"))53fun Arb.Companion.positiveInts(max: Int = Int.MAX_VALUE) = positiveInt(max)54@Deprecated("use positiveInt. Deprecated in 5.0.", ReplaceWith("positiveInt(max)"))55fun Arb.Companion.nats(max: Int = Int.MAX_VALUE) = positiveInt(max)56/**57 * Returns an [Arb] that produces non-negative [Int]s from 0 to [max] (inclusive).58 * The edge cases are 0, 1 and [max].59 *60 * Max defaults to [Int.MAX_VALUE]61 */62fun Arb.Companion.nonNegativeInt(max: Int = Int.MAX_VALUE) = int(0, max)63/**64 * Returns an [Arb] that produces negative [Int]s from [min] to -1 (inclusive).65 * The edge cases are [min] and -1.66 */67fun Arb.Companion.negativeInt(min: Int = Int.MIN_VALUE) = int(min, -1)68@Deprecated("use negativeInt. Deprecated in 5.0.", ReplaceWith("negativeInt(min)"))69fun Arb.Companion.negativeInts(min: Int = Int.MIN_VALUE) = negativeInt(min)70/**71 * Returns an [Arb] that produces non-positive [Int]s from [min] to 0 (inclusive).72 * The edge cases are [min], -1 and 0.73 */74fun Arb.Companion.nonPositiveInt(min: Int = Int.MIN_VALUE) = int(min, 0)75/**76 * Returns an [Arb] that produces [IntArray]s where [length] produces the length of the arrays and77 * [content] produces the content of the arrays.78 */79fun Arb.Companion.intArray(length: Gen<Int>, content: Arb<Int>): Arb<IntArray> =80   toPrimitiveArray(length, content, Collection<Int>::toIntArray)81class UIntShrinker(val range: UIntRange) : Shrinker<UInt> {82   override fun shrink(value: UInt): List<UInt> = when (value) {83      0u -> emptyList()84      1u -> listOf(0u).filter { it in range }85      else -> {86         val a = listOf(0u, 1u, value / 3u, value / 2u, value * 2u / 3u)87         val b = (1u..5u).map { value - it }.reversed().filter { it > 0u }88         (a + b).distinct().filterNot { it == value }.filter { it in range }89      }90   }91}92/**93 * Returns an [Arb] that produces [UInt]s from [min] to [max] (inclusive).94 * The edge cases are [min], 1 and [max] where 1 is included only if it is in the provided range.95 */96fun Arb.Companion.uInt(min: UInt = UInt.MIN_VALUE, max: UInt = UInt.MAX_VALUE) = uInt(min..max)97/**98 * Returns an [Arb] that produces [UInt]s in range.99 * The edge cases are [UIntRange.first], 1 and [UIntRange.last] where 1 is included only100 * if it is in the provided range.101 */102fun Arb.Companion.uInt(range: UIntRange = UInt.MIN_VALUE..UInt.MAX_VALUE): Arb<UInt> {103   val edges = listOf(range.first, 1u, range.last).filter { it in range }.distinct()104   return arbitrary(edges, UIntShrinker(range)) { it.random.nextUInt(range) }105}106/**107 * Returns an [Arb] that produces [UIntArray]s where [length] produces the length of the arrays and108 * [content] produces the content of the arrays.109 */110@ExperimentalUnsignedTypes111fun Arb.Companion.uIntArray(length: Gen<Int>, content: Arb<UInt>): Arb<UIntArray> =112   toPrimitiveArray(length, content, Collection<UInt>::toUIntArray)...

longs.kt

Source:longs.kt

1package io.kotest.property.arbitrary2import io.kotest.property.Arb3import io.kotest.property.Gen4import io.kotest.property.Shrinker5import io.kotest.property.arbitrary.numbers.LongClassifier6import kotlin.math.abs7import kotlin.random.nextLong8import kotlin.random.nextULong9class LongShrinker(private val range: LongRange) : Shrinker<Long> {10   override fun shrink(value: Long): List<Long> = when (value) {11      0L -> emptyList()12      1L, -1L -> listOf(0L).filter { it in range }13      else -> {14         val a = listOf(0, 1, -1, abs(value), value / 3, value / 2, value * 2 / 3)15         val b = (1..5).map { value - it }.reversed().filter { it > 0 }16         (a + b).distinct().filterNot { it == value }.filter { it in range }17      }18   }19}20/**21 * Returns an [Arb] that produces [Long]s from [min] to [max] (inclusive).22 * The edge cases are [min], -1, 0, 1 and [max] which are only included if they are in the provided range.23 */24fun Arb.Companion.long(min: Long = Long.MIN_VALUE, max: Long = Long.MAX_VALUE) = long(min..max)25/**26 * Returns an [Arb] that produces [Long]s in [range].27 *28 * The edge cases are [LongRange.first], -1, 0, 1 and [LongRange.last].29 *30 * -1, 0, and 1 are only included if they are present in the given range.31 */32fun Arb.Companion.long(range: LongRange = Long.MIN_VALUE..Long.MAX_VALUE): Arb<Long> {33   val edgeCases = longArrayOf(range.first, -1, 0, 1, range.last).filter { it in range }.distinct()34   return ArbitraryBuilder.create { it.random.nextLong(range) }35      .withEdgecases(edgeCases)36      .withShrinker(LongShrinker(range))37      .withClassifier(LongClassifier(range))38      .build()39}40/**41 * Returns an [Arb] that produces positive [Long]s from 1 to [max] (inclusive).42 * The edge cases are 1 and [max].43 */44fun Arb.Companion.positiveLong(max: Long = Long.MAX_VALUE): Arb<Long> = long(1L, max)45/**46 * Returns an [Arb] that produces negative [Long]s from [min] to -1 (inclusive).47 * The edge cases are [min] and -1.48 */49fun Arb.Companion.negativeLong(min: Long = Long.MIN_VALUE): Arb<Long> = long(min, -1L)50/**51 * Returns an [Arb] that produces [LongArray]s where [generateArrayLength] produces the length of the arrays and52 * [generateContents] produces the content of the arrays.53 */54fun Arb.Companion.longArray(generateArrayLength: Gen<Int>, generateContents: Arb<Long>): Arb<LongArray> =55   toPrimitiveArray(generateArrayLength, generateContents, Collection<Long>::toLongArray)56class ULongShrinker(val range: ULongRange) : Shrinker<ULong> {57   override fun shrink(value: ULong): List<ULong> = when (value) {58      0uL -> emptyList()59      1uL -> listOf(0uL).filter { it in range }60      else -> {61         val a = listOf(0uL, 1uL, value / 3u, value / 2u, value * 2u / 3u)62         val b = (1u..5u).map { value - it }.reversed().filter { it > 0u }63         (a + b).distinct().filterNot { it == value }.filter { it in range }64      }65   }66}67/**68 * Returns an [Arb] that produces [ULong]s from [min] to [max] (inclusive).69 * The edge cases are [min], 1 and [max] which are only included if they are in the provided range.70 */71fun Arb.Companion.uLong(min: ULong = ULong.MIN_VALUE, max: ULong = ULong.MAX_VALUE) = uLong(min..max)72/**73 * Returns an [Arb] that produces [ULong]s in range.74 * The edge cases are [ULongRange.first], 1 and [ULongRange.last] which are only included if they are in the provided75 * range.76 */77fun Arb.Companion.uLong(range: ULongRange = ULong.MIN_VALUE..ULong.MAX_VALUE): Arb<ULong> {78   val edgeCases = listOf(range.first, 1uL, range.last).filter { it in range }.distinct()79   return arbitrary(edgeCases, ULongShrinker(range)) {80      var value = it.random.nextULong(range)81      while(value !in range) value = it.random.nextULong(range) // temporary workaround for KT-4730482      value83   }84}85/**86 * Returns an [Arb] that produces [ULongArray]s where [generateArrayLength] produces the length of the arrays and87 * [generateContents] produces the content of the arrays.88 */89@ExperimentalUnsignedTypes90fun Arb.Companion.uLongArray(generateArrayLength: Gen<Int>, generateContents: Arb<ULong>): Arb<ULongArray> =91   toPrimitiveArray(generateArrayLength, generateContents, Collection<ULong>::toULongArray)...

floats.kt

Source:floats.kt

1package io.kotest.property.arbitrary2import io.kotest.property.Arb3import io.kotest.property.Gen4import io.kotest.property.Shrinker5import kotlin.math.absoluteValue6private val numericEdgeCases = listOf(-1.0F, -Float.MIN_VALUE, -0.0F, 0.0F, Float.MIN_VALUE, 1.0F)7private val nonFiniteEdgeCases = listOf(Float.NEGATIVE_INFINITY, Float.NaN, Float.POSITIVE_INFINITY)8object FloatShrinker : Shrinker<Float> {9   override fun shrink(value: Float): List<Float> =10      if (value == 0f || !value.isFinite() || value.absoluteValue < 10 * Float.MIN_VALUE)11         emptyList()12      else13         listOfNotNull(DoubleShrinker.shrink(value.toString())?.toFloat())14}15/**16 * Returns an [Arb] that produces [Float]s from [min] to [max] (inclusive).17 * The edge cases are [Float.NEGATIVE_INFINITY], [min], -1.0, -[Float.MIN_VALUE], -0.0, 0.0, [Float.MIN_VALUE], 1.0,18 * [max], [Float.POSITIVE_INFINITY] and [Float.NaN] which are only included if they are in the provided range.19 *20 * @see numericFloat to only produce numeric [Float]s21 */22fun Arb.Companion.float(min: Float = -Float.MAX_VALUE, max: Float = Float.MAX_VALUE): Arb<Float> = float(min..max)23/**24 * Returns an [Arb] that produces [Float]s in [range].25 * The edge cases are [Float.NEGATIVE_INFINITY], [ClosedFloatingPointRange.start], -1.0, -[Float.MIN_VALUE], -0.0,26 * 0.0, [Float.MIN_VALUE], 1.0, [ClosedFloatingPointRange.endInclusive], [Float.POSITIVE_INFINITY] and [Float.NaN] which27 * are only included if they are in the provided range.28 */29fun Arb.Companion.float(range: ClosedFloatingPointRange<Float> = -Float.MAX_VALUE..Float.MAX_VALUE): Arb<Float> =30   arbitrary(31      (numericEdgeCases.filter { it in range } +32         listOf(-1.0F, -0.0F, 0.0F, 1.0F).filter { it in range }.map { it / 0.0F } +33         listOf(range.start, range.endInclusive)34         ).distinct(),35      FloatShrinker36   ) {37      it.random.nextDouble(range.start.toDouble(), range.endInclusive.toDouble()).toFloat()38   }39/**40 * Returns an [Arb] that produces positive [Float]s from [Float.MIN_VALUE] to [max] (inclusive).41 * The edge cases are [Float.MIN_VALUE], 1.0, [max] and [Float.POSITIVE_INFINITY] which are only included if they are42 * in the provided range.43 */44fun Arb.Companion.positiveFloat(): Arb<Float> = float(Float.MIN_VALUE, Float.MAX_VALUE)45/**46 * Returns an [Arb] that produces negative [Float]s from [min] to -[Float.MIN_VALUE] (inclusive).47 * The edge cases are [Float.NEGATIVE_INFINITY], [min], -1.0 and -[Float.MIN_VALUE] which are only included if they48 * are in the provided range.49 */50fun Arb.Companion.negativeFloat(): Arb<Float> = float(-Float.MAX_VALUE, -Float.MIN_VALUE)51/**52 * Returns an [Arb] that produces numeric [Float]s from [min] to [max] (inclusive).53 * The edge cases are [min], -1.0, -[Float.MIN_VALUE], -0.0, 0.0, [Float.MIN_VALUE], 1.0 and [max] which are only54 * included if they are in the provided range.55 *56 * @see float to also have non numeric [Float]s as edge cases.57 */58fun Arb.Companion.numericFloat(59   min: Float = -Float.MAX_VALUE,60   max: Float = Float.MAX_VALUE61): Arb<Float> = arbitrary((numericEdgeCases.filter { it in min..max } + listOf(min, max)).distinct(), FloatShrinker) {62   it.random.nextDouble(min.toDouble(), max.toDouble()).toFloat()63}64@Deprecated("use numericFloat", ReplaceWith("numericFloat(from, to)"))65fun Arb.Companion.numericFloats(from: Float = -Float.MAX_VALUE, to: Float = Float.MAX_VALUE): Arb<Float> =66   numericFloat(from, to)67/**68 * Returns an [Arb] that produces [FloatArray]s where [length] produces the length of the arrays and69 * [content] produces the content of the arrays.70 */71fun Arb.Companion.floatArray(length: Gen<Int>, content: Arb<Float>): Arb<FloatArray> =72   toPrimitiveArray(length, content, Collection<Float>::toFloatArray)...

bytes.kt

Source:bytes.kt

1package io.kotest.property.arbitrary2import io.kotest.property.Arb3import io.kotest.property.Gen4import io.kotest.property.bimap5import kotlin.random.nextUInt6/**7 * Returns an [Arb] that produces [Byte]s from [min] to [max] (inclusive).8 * The edge cases are [min], -1, 0, 1 and [max] which are only included if they are in the provided range.9 */10fun Arb.Companion.byte(min: Byte = Byte.MIN_VALUE, max: Byte = Byte.MAX_VALUE): Arb<Byte> =11   arbitrary(byteArrayOf(min, -1, 0, 1, max).filter { it in min..max }.distinct(), ByteShrinker) {12      generateSequence { it.random.nextBytes(1).first() }.filter { it in min..max }.first()13   }14val ByteShrinker = IntShrinker(Byte.MIN_VALUE..Byte.MAX_VALUE).bimap({ it.toInt() }, { it.toByte() })15/**16 * Returns an [Arb] that produces positive [Byte]s from 1 to [max] (inclusive).17 * The edge cases are 1 and [max] which are only included if they are in the provided range.18 */19fun Arb.Companion.positiveByte(max: Byte = Byte.MAX_VALUE): Arb<Byte> = byte(1, max)20/**21 * Returns an [Arb] that produces negative [Byte]s from [min] to -1 (inclusive).22 * The edge cases are [min] and -1 which are only included if they are in the provided range.23 */24fun Arb.Companion.negativeByte(min: Byte = Byte.MIN_VALUE): Arb<Byte> = byte(min, -1)25/**26 * Returns an [Arb] that produces [ByteArray]s where [length] produces the length of the arrays and27 * [content] produces the content of the arrays.28 */29fun Arb.Companion.byteArray(length: Gen<Int>, content: Arb<Byte>): Arb<ByteArray> =30   toPrimitiveArray(length, content, Collection<Byte>::toByteArray)31@Deprecated("use byteArray", ReplaceWith("byteArray(generateArrayLength, generateContents)"))32fun Arb.Companion.byteArrays(generateArrayLength: Gen<Int>, generateContents: Arb<Byte>): Arb<ByteArray> =33   byteArray(generateArrayLength, generateContents)34/**35 * Returns an [Arb] that produces [UByte]s from [min] to [max] (inclusive).36 * The edge cases are [min], 1 and [max] which are only included if they are in the provided range.37 */38fun Arb.Companion.uByte(min: UByte = UByte.MIN_VALUE, max: UByte = UByte.MAX_VALUE): Arb<UByte> =39   arbitrary(listOf(min, 1u, max).filter { it in min..max }.distinct(), UByteShrinker) {40      it.random.nextUInt(min..max).toUByte()41   }42val UByteShrinker = UIntShrinker(UByte.MIN_VALUE..UByte.MAX_VALUE).bimap({ it.toUInt() }, { it.toUByte() })43/**44 * Returns an [Arb] that produces [UByteArray]s where [length] produces the length of the arrays and45 * [content] produces the content of the arrays.46 */47@ExperimentalUnsignedTypes48fun Arb.Companion.uByteArray(length: Gen<Int>, content: Arb<UByte>): Arb<UByteArray> =49   toPrimitiveArray(length, content, Collection<UByte>::toUByteArray)...

shorts.kt

Source:shorts.kt

1package io.kotest.property.arbitrary2import io.kotest.property.Arb3import io.kotest.property.Gen4import io.kotest.property.bimap5import kotlin.random.nextInt6import kotlin.random.nextUInt7/**8 * Returns an [Arb] that produces [Short]s from [min] to [max] (inclusive).9 * The edge cases are [min], -1, 0, 1 and [max] which are only included if they are in the provided range.10 */11fun Arb.Companion.short(min: Short = Short.MIN_VALUE, max: Short = Short.MAX_VALUE): Arb<Short> {12   val edges = shortArrayOf(min, -1, 0, 1, max).filter { it in min..max }.distinct()13   return arbitrary(edges, ShortShrinker) { it.random.nextInt(min..max).toShort() }14}15val ShortShrinker = IntShrinker(Short.MIN_VALUE..Short.MAX_VALUE).bimap({ it.toInt() }, { it.toShort() })16/**17 * Returns an [Arb] that positive produces [Short]s from 1 to [max] (inclusive).18 * The edge cases are 1 and [max] which are only included if they are in the provided range.19 */20fun Arb.Companion.positiveShort(max: Short = Short.MAX_VALUE) = short(1, max)21/**22 * Returns an [Arb] that produces negative [Short]s from [min] to -1 (inclusive).23 * The edge cases are [min] and -1 which are only included if they are in the provided range.24 */25fun Arb.Companion.negativeShort(min: Short = Short.MIN_VALUE) = short(min, -1)26/**27 * Returns an [Arb] that produces [ShortArray]s where [length] produces the length of the arrays and28 * [content] produces the content of the arrays.29 */30fun Arb.Companion.shortArray(length: Gen<Int>, content: Arb<Short>): Arb<ShortArray> =31   toPrimitiveArray(length, content, Collection<Short>::toShortArray)32/**33 * Returns an [Arb] that produces [UShort]s from [min] to [max] (inclusive).34 * The edge cases are [min], 1 and [max] which are only included if they are in the provided range.35 */36fun Arb.Companion.uShort(min: UShort = UShort.MIN_VALUE, max: UShort = UShort.MAX_VALUE): Arb<UShort> {37   val edges = listOf(min, 1u, max).filter { it in min..max }.distinct()38   return arbitrary(edges, UShortShrinker) { it.random.nextUInt(min..max).toUShort() }39}40@Deprecated("use uShort", ReplaceWith("uShort(min, max)"))41fun Arb.Companion.ushort(min: UShort = UShort.MIN_VALUE, max: UShort = UShort.MAX_VALUE): Arb<UShort> = uShort(min, max)42val UShortShrinker = UIntShrinker(UShort.MIN_VALUE..UShort.MAX_VALUE).bimap({ it.toUInt() }, { it.toUShort() })43/**44 * Returns an [Arb] that produces [UShortArray]s where [length] produces the length of the arrays and45 * [content] produces the content of the arrays.46 */47@ExperimentalUnsignedTypes48fun Arb.Companion.uShortArray(length: Gen<Int>, content: Arb<UShort>): Arb<UShortArray> =49   toPrimitiveArray(length, content, Collection<UShort>::toUShortArray)...

char.kt

Source:char.kt

1package io.kotest.property.arbitrary2import io.kotest.property.Arb3import io.kotest.property.Gen4/**5 * Returns a [Arb] that generates randomly-chosen Chars. Custom characters can be generated by6 * providing CharRanges. Distribution will be even across the ranges of Chars.7 * For example:8 * Gen.char('A'..'C', 'D'..'E')9 * Ths will choose A, B, C, D, and E each 20% of the time.10 */11fun Arb.Companion.char(range: CharRange, vararg ranges: CharRange): Arb<Char> {12   return Arb.char(listOf(range) + ranges)13}14/**15 * Returns a [Arb] that generates randomly-chosen Chars. Custom characters can be generated by16 * providing a list of CharRanges. Distribution will be even across the ranges of Chars.17 * For example:18 * Gen.char(listOf('A'..'C', 'D'..'E')19 * Ths will choose A, B, C, D, and E each 20% of the time.20 *21 * If no parameter is given, ASCII characters will be generated.22 */23fun Arb.Companion.char(ranges: List<CharRange> = CharSets.BASIC_LATIN): Arb<Char> {24   require(ranges.all { !it.isEmpty() }) { "Ranges cannot be empty" }25   require(ranges.isNotEmpty()) { "List of ranges must have at least one range" }26   fun makeRangeWeightedGen(): Arb<CharRange> {27      val weightPairs = ranges.map { range ->28         val weight = range.last.code - range.first.code + 129         Pair(weight, range)30      }31      return Arb.choose(weightPairs[0], weightPairs[1], *weightPairs.drop(2).toTypedArray())32   }33   // Convert the list of CharRanges into a weighted Gen in which34   // the ranges are chosen from the list using the length of the35   // range as the weight.36   val arbRange: Arb<CharRange> =37      if (ranges.size == 1) Arb.constant(ranges.first())38      else makeRangeWeightedGen()39   return arbRange.flatMap { charRange ->40      arbitrary { charRange.random(it.random) }41   }42}43/**44 * Returns an [Arb] that produces [CharArray]s where [length] produces the length of the arrays and45 * [content] produces the content of the arrays.46 */47fun Arb.Companion.charArray(length: Gen<Int>, content: Arb<Char>): Arb<CharArray> =48   toPrimitiveArray(length, content, Collection<Char>::toCharArray)49private object CharSets {50   val CONTROL = listOf('\u0000'..'\u001F', '\u007F'..'\u007F')51   val WHITESPACE = listOf('\u0020'..'\u0020', '\u0009'..'\u0009', '\u000A'..'\u000A')52   val BASIC_LATIN = listOf('\u0021'..'\u007E')53}...

bools.kt

Source:bools.kt

1package io.kotest.property.arbitrary2import io.kotest.property.Arb3import io.kotest.property.Gen4/**5 * Returns an [Arb] that produces [Boolean]s.6 */7fun Arb.Companion.boolean(): Arb<Boolean> = arbitrary(listOf(true, false)) { it.random.nextBoolean() }8@Deprecated("use boolean", ReplaceWith("boolean()"))9fun Arb.Companion.bool(): Arb<Boolean> = boolean()10/**11 * Returns an [Arb] that produces [BooleanArray]s where [length] produces the length of the arrays and12 * [content] produces the content of the arrays.13 */14fun Arb.Companion.booleanArray(length: Gen<Int>, content: Arb<Boolean>): Arb<BooleanArray> =15   toPrimitiveArray(length, content, Collection<Boolean>::toBooleanArray)...

array.kt

Source:array.kt

1package io.kotest.property.arbitrary2import io.kotest.property.Arb3import io.kotest.property.Exhaustive4import io.kotest.property.Gen5internal inline fun <P, A> Arb.Companion.toPrimitiveArray(6   generateArrayLength: Gen<Int>,7   generateContents: Arb<P>,8   crossinline toArray: Collection<P>.() -> A9): Arb<A> = when (generateArrayLength) {10   is Arb -> generateArrayLength11   is Exhaustive -> generateArrayLength.toArb()12}.flatMap { length -> Arb.list(generateContents, length..length) }.map { it.toArray() }...

Arb.Companion.toPrimitiveArray

Using AI Code Generation

1import io.kotest.property.arbitrary.array2import io.kotest.property.arbitrary.toPrimitiveArray3import io.kotest.property.checkAll4checkAll<Array<Int>> { array ->5   val primitiveArray = array.toPrimitiveArray()6}7import io.kotest.property.arbitrary.array8import io.kotest.property.arbitrary.toPrimitiveArray9import io.kotest.property.checkAll10checkAll<Array<Short>> { array ->11   val primitiveArray = array.toPrimitiveArray()12}13import io.kotest.property.arbitrary.array14import io.kotest.property.arbitrary.toPrimitiveArray15import io.kotest.property.checkAll16checkAll<Array<Long>> { array ->17   val primitiveArray = array.toPrimitiveArray()18}19import io.kotest.property.arbitrary.array20import io.kotest.property.arbitrary.toPrimitiveArray21import io.kotest.property.checkAll22checkAll<Array<Byte>> { array ->23   val primitiveArray = array.toPrimitiveArray()24}25import io.kotest.property.arbitrary.array26import io.kotest.property.arbitrary.toPrimitiveArray27import io.kotest.property.checkAll28checkAll<Array<Char>> { array ->29   val primitiveArray = array.toPrimitiveArray()30}31import io.kotest.property.arbitrary.array32import io.kotest.property.arbitrary.toPrimitiveArray33import io.kotest.property.checkAll34checkAll<Array<Float>> { array ->35   val primitiveArray = array.toPrimitiveArray()36}37import io.kotest.property.arbitrary.array38import io.kotest.property.arbitrary.toPrimitiveArray39import io.kotest.property

Arb.Companion.toPrimitiveArray

Using AI Code Generation

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

Arb.Companion.toPrimitiveArray

Using AI Code Generation

1val arb: Arb < Array < Int > > = Arb . array ( Arb . int ( 0 , 100 ) , 0 , 10 ) arb . toPrimitiveArray ( 0 ) . checkAll { array -> array . size in 0 .. 10 array . all { it in 0 .. 100 } }2val arb : Arb < Array < Int > > = Arb . array ( Arb . int ( 0 , 100 ) , 0 , 10 ) arb . toPrimitiveArray ( 0 ) . checkAll { array - > array . size in 0 .. 10 array . all { it in 0 .. 100 } }3val arb : Arb < Array < Int > > = Arb . array ( Arb . int ( 0 , 100 ) , 0 , 10 ) arb . toPrimitiveArray ( 0 ) . checkAll { array -> array . size in 0 .. 10 array . all { it in 0 .. 100 } }4val arb : Arb < Array < Int > > = Arb . array ( Arb . int ( 0 , 100 ) , 0 , 10 ) arb . toPrimitiveArray ( 0 ) . checkAll { array - > array . size in 0 .. 10 array . all { it in 0 .. 100 } }5val arb : Arb < Array < Int > > = Arb . array ( Arb . int ( 0 , 100 ) , 0 , 10 ) arb . toPrimitiveArray ( 0 ) . checkAll { array -> array . size in 0 .. 10 array . all { it in 0 .. 100 } }6val arb : Arb < Array < Int > > = Arb . array ( Arb . int ( 0 , 100 ) , 0 , 10 ) arb . toPrimitiveArray ( 0 ) . checkAll { array

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