How to use Array.shouldBeUnique method of io.kotest.matchers.collections.unique class

Best Kotest code snippet using io.kotest.matchers.collections.unique.Array.shouldBeUnique

matchers.kt

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1package io.kotest.matchers.collections2import io.kotest.assertions.show.show3import io.kotest.matchers.Matcher4import io.kotest.matchers.MatcherResult5import io.kotest.matchers.neverNullMatcher6import io.kotest.matchers.should7import io.kotest.matchers.shouldHave8import io.kotest.matchers.shouldNot9import kotlin.jvm.JvmName10fun <T> Iterable<T>.shouldContainOnlyNulls() = toList().shouldContainOnlyNulls()11fun <T> Array<T>.shouldContainOnlyNulls() = asList().shouldContainOnlyNulls()12fun <T> Collection<T>.shouldContainOnlyNulls() = this should containOnlyNulls()13fun <T> Iterable<T>.shouldNotContainOnlyNulls() = toList().shouldNotContainOnlyNulls()14fun <T> Array<T>.shouldNotContainOnlyNulls() = asList().shouldNotContainOnlyNulls()15fun <T> Collection<T>.shouldNotContainOnlyNulls() = this shouldNot containOnlyNulls()16fun <T> containOnlyNulls() = object : Matcher<Collection<T>> {17 override fun test(value: Collection<T>) =18 MatcherResult(19 value.all { it == null },20 "Collection should contain only nulls",21 "Collection should not contain only nulls"22 )23}24fun <T> Iterable<T>.shouldContainNull() = toList().shouldContainNull()25fun <T> Array<T>.shouldContainNull() = asList().shouldContainNull()26fun <T> Collection<T>.shouldContainNull() = this should containNull()27fun <T> Iterable<T>.shouldNotContainNull() = toList().shouldNotContainNull()28fun <T> Array<T>.shouldNotContainNull() = asList().shouldNotContainNull()29fun <T> Collection<T>.shouldNotContainNull() = this shouldNot containNull()30fun <T> containNull() = object : Matcher<Collection<T>> {31 override fun test(value: Collection<T>) =32 MatcherResult(33 value.any { it == null },34 "Collection should contain at least one null",35 "Collection should not contain any nulls"36 )37}38fun <T> Iterable<T>.shouldHaveElementAt(index: Int, element: T) = toList().shouldHaveElementAt(index, element)39fun <T> Array<T>.shouldHaveElementAt(index: Int, element: T) = asList().shouldHaveElementAt(index, element)40fun <T> List<T>.shouldHaveElementAt(index: Int, element: T) = this should haveElementAt(index, element)41fun <T> Iterable<T>.shouldNotHaveElementAt(index: Int, element: T) = toList().shouldNotHaveElementAt(index, element)42fun <T> Array<T>.shouldNotHaveElementAt(index: Int, element: T) = asList().shouldNotHaveElementAt(index, element)43fun <T> List<T>.shouldNotHaveElementAt(index: Int, element: T) = this shouldNot haveElementAt(index, element)44fun <T, L : List<T>> haveElementAt(index: Int, element: T) = object : Matcher<L> {45 override fun test(value: L) =46 MatcherResult(47 value[index] == element,48 { "Collection should contain ${element.show().value} at index $index" },49 { "Collection should not contain ${element.show().value} at index $index" }50 )51}52fun <T> Iterable<T>.shouldContainNoNulls() = toList().shouldContainNoNulls()53fun <T> Array<T>.shouldContainNoNulls() = asList().shouldContainNoNulls()54fun <T> Collection<T>.shouldContainNoNulls() = this should containNoNulls()55fun <T> Iterable<T>.shouldNotContainNoNulls() = toList().shouldNotContainNoNulls()56fun <T> Array<T>.shouldNotContainNoNulls() = asList().shouldNotContainNoNulls()57fun <T> Collection<T>.shouldNotContainNoNulls() = this shouldNot containNoNulls()58fun <T> containNoNulls() = object : Matcher<Collection<T>> {59 override fun test(value: Collection<T>) =60 MatcherResult(61 value.all { it != null },62 { "Collection should not contain nulls" },63 { "Collection should have at least one null" }64 )65}66infix fun <T> Array<T>.shouldNotContainExactlyInAnyOrder(expected: Array<T>) =67 asList().shouldNotContainExactlyInAnyOrder(expected.asList())68infix fun <T, C : Collection<T>> C?.shouldNotContainExactlyInAnyOrder(expected: C) =69 this shouldNot containExactlyInAnyOrder(expected)70fun <T, C : Collection<T>> C?.shouldNotContainExactlyInAnyOrder(vararg expected: T) =71 this shouldNot containExactlyInAnyOrder(*expected)72infix fun <T> Array<T>.shouldContainExactlyInAnyOrder(expected: Array<T>) =73 asList().shouldContainExactlyInAnyOrder(expected.asList())74infix fun <T, C : Collection<T>> C?.shouldContainExactlyInAnyOrder(expected: C) =75 this should containExactlyInAnyOrder(expected)76fun <T, C : Collection<T>> C?.shouldContainExactlyInAnyOrder(vararg expected: T) =77 this should containExactlyInAnyOrder(*expected)78fun <T> containExactlyInAnyOrder(vararg expected: T): Matcher<Collection<T>?> =79 containExactlyInAnyOrder(expected.asList())80/** Assert that a collection contains exactly the given values and nothing else, in any order. */81fun <T, C : Collection<T>> containExactlyInAnyOrder(expected: C): Matcher<C?> = neverNullMatcher { value ->82 val valueGroupedCounts: Map<T, Int> = value.groupBy { it }.mapValues { it.value.size }83 val expectedGroupedCounts: Map<T, Int> = expected.groupBy { it }.mapValues { it.value.size }84 val passed = expectedGroupedCounts.size == valueGroupedCounts.size85 && expectedGroupedCounts.all { valueGroupedCounts[it.key] == it.value }86 MatcherResult(87 passed,88 "Collection should contain ${expected.show().value} in any order, but was ${value.show().value}",89 "Collection should not contain exactly ${expected.show().value} in any order"90 )91}92infix fun <T : Comparable<T>> Iterable<T>.shouldHaveUpperBound(t: T) = toList().shouldHaveUpperBound(t)93infix fun <T : Comparable<T>> Array<T>.shouldHaveUpperBound(t: T) = asList().shouldHaveUpperBound(t)94infix fun <T : Comparable<T>, C : Collection<T>> C.shouldHaveUpperBound(t: T) = this should haveUpperBound(t)95fun <T : Comparable<T>, C : Collection<T>> haveUpperBound(t: T) = object : Matcher<C> {96 override fun test(value: C) = MatcherResult(97 value.all { it <= t },98 "Collection should have upper bound $t",99 "Collection should not have upper bound $t"100 )101}102infix fun <T : Comparable<T>> Iterable<T>.shouldHaveLowerBound(t: T) = toList().shouldHaveLowerBound(t)103infix fun <T : Comparable<T>> Array<T>.shouldHaveLowerBound(t: T) = asList().shouldHaveLowerBound(t)104infix fun <T : Comparable<T>, C : Collection<T>> C.shouldHaveLowerBound(t: T) = this should haveLowerBound(t)105fun <T : Comparable<T>, C : Collection<T>> haveLowerBound(t: T) = object : Matcher<C> {106 override fun test(value: C) = MatcherResult(107 value.all { t <= it },108 "Collection should have lower bound $t",109 "Collection should not have lower bound $t"110 )111}112fun <T> Iterable<T>.shouldBeUnique() = toList().shouldBeUnique()113fun <T> Array<T>.shouldBeUnique() = asList().shouldBeUnique()114fun <T> Collection<T>.shouldBeUnique() = this should beUnique()115fun <T> Iterable<T>.shouldNotBeUnique() = toList().shouldNotBeUnique()116fun <T> Array<T>.shouldNotBeUnique() = asList().shouldNotBeUnique()117fun <T> Collection<T>.shouldNotBeUnique() = this shouldNot beUnique()118fun <T> beUnique() = object : Matcher<Collection<T>> {119 override fun test(value: Collection<T>) = MatcherResult(120 value.toSet().size == value.size,121 "Collection should be Unique",122 "Collection should contain at least one duplicate element"123 )124}125fun <T> Iterable<T>.shouldContainDuplicates() = toList().shouldContainDuplicates()126fun <T> Array<T>.shouldContainDuplicates() = asList().shouldContainDuplicates()127fun <T> Collection<T>.shouldContainDuplicates() = this should containDuplicates()128fun <T> Iterable<T>.shouldNotContainDuplicates() = toList().shouldNotContainDuplicates()129fun <T> Array<T>.shouldNotContainDuplicates() = asList().shouldNotContainDuplicates()130fun <T> Collection<T>.shouldNotContainDuplicates() = this shouldNot containDuplicates()131fun <T> containDuplicates() = object : Matcher<Collection<T>> {132 override fun test(value: Collection<T>) = MatcherResult(133 value.toSet().size < value.size,134 "Collection should contain duplicates",135 "Collection should not contain duplicates"136 )137}138fun <T> beSortedWith(comparator: Comparator<in T>): Matcher<List<T>> = sortedWith(comparator)139fun <T> beSortedWith(cmp: (T, T) -> Int): Matcher<List<T>> = sortedWith(cmp)140fun <T> sortedWith(comparator: Comparator<in T>): Matcher<List<T>> = sortedWith { a, b ->141 comparator.compare(a, b)142}143fun <T> sortedWith(cmp: (T, T) -> Int): Matcher<List<T>> = object : Matcher<List<T>> {144 override fun test(value: List<T>): MatcherResult {145 val failure = value.withIndex().firstOrNull { (i, it) -> i != value.lastIndex && cmp(it, value[i + 1]) > 0 }146 val snippet = value.joinToString(",", limit = 10)147 val elementMessage = when (failure) {148 null -> ""149 else -> ". Element ${failure.value} at index ${failure.index} shouldn't precede element ${value[failure.index + 1]}"150 }151 return MatcherResult(152 failure == null,153 "List [$snippet] should be sorted$elementMessage",154 "List [$snippet] should not be sorted"155 )156 }157}158fun <T : Comparable<T>> Iterable<T>.shouldBeSorted() = toList().shouldBeSorted()159fun <T : Comparable<T>> Array<T>.shouldBeSorted() = asList().shouldBeSorted()160fun <T : Comparable<T>> List<T>.shouldBeSorted() = this should beSorted<T>()161fun <T : Comparable<T>> Iterable<T>.shouldNotBeSorted() = toList().shouldNotBeSorted()162fun <T : Comparable<T>> Array<T>.shouldNotBeSorted() = asList().shouldNotBeSorted()163fun <T : Comparable<T>> List<T>.shouldNotBeSorted() = this shouldNot beSorted<T>()164infix fun <T> Iterable<T>.shouldBeSortedWith(comparator: Comparator<in T>) = toList().shouldBeSortedWith(comparator)165infix fun <T> Array<T>.shouldBeSortedWith(comparator: Comparator<in T>) = asList().shouldBeSortedWith(comparator)166infix fun <T> List<T>.shouldBeSortedWith(comparator: Comparator<in T>) = this should beSortedWith(comparator)167infix fun <T> Iterable<T>.shouldNotBeSortedWith(comparator: Comparator<in T>) = toList().shouldNotBeSortedWith(comparator)168infix fun <T> Array<T>.shouldNotBeSortedWith(comparator: Comparator<in T>) = asList().shouldNotBeSortedWith(comparator)169infix fun <T> List<T>.shouldNotBeSortedWith(comparator: Comparator<in T>) = this shouldNot beSortedWith(comparator)170infix fun <T> Iterable<T>.shouldBeSortedWith(cmp: (T, T) -> Int) = toList().shouldBeSortedWith(cmp)171infix fun <T> Array<T>.shouldBeSortedWith(cmp: (T, T) -> Int) = asList().shouldBeSortedWith(cmp)172infix fun <T> List<T>.shouldBeSortedWith(cmp: (T, T) -> Int) = this should beSortedWith(cmp)173infix fun <T> Iterable<T>.shouldNotBeSortedWith(cmp: (T, T) -> Int) = toList().shouldNotBeSortedWith(cmp)174infix fun <T> Array<T>.shouldNotBeSortedWith(cmp: (T, T) -> Int) = asList().shouldNotBeSortedWith(cmp)175infix fun <T> List<T>.shouldNotBeSortedWith(cmp: (T, T) -> Int) = this shouldNot beSortedWith(cmp)176fun <T : Comparable<T>> Iterable<T>.shouldBeMonotonicallyIncreasing() = toList().shouldBeMonotonicallyIncreasing()177fun <T : Comparable<T>> Array<T>.shouldBeMonotonicallyIncreasing() = asList().shouldBeMonotonicallyIncreasing()178fun <T : Comparable<T>> List<T>.shouldBeMonotonicallyIncreasing() = this should beMonotonicallyIncreasing<T>()179fun <T : Comparable<T>> Iterable<T>.shouldNotBeMonotonicallyIncreasing() = toList().shouldNotBeMonotonicallyIncreasing()180fun <T : Comparable<T>> Array<T>.shouldNotBeMonotonicallyIncreasing() = asList().shouldNotBeMonotonicallyIncreasing()181fun <T : Comparable<T>> List<T>.shouldNotBeMonotonicallyIncreasing() = this shouldNot beMonotonicallyIncreasing<T>()182fun <T> List<T>.shouldBeMonotonicallyIncreasingWith(comparator: Comparator<in T>) =183 this should beMonotonicallyIncreasingWith(comparator)184fun <T> Iterable<T>.shouldBeMonotonicallyIncreasingWith(comparator: Comparator<in T>) =185 toList().shouldBeMonotonicallyIncreasingWith(comparator)186fun <T> Array<T>.shouldBeMonotonicallyIncreasingWith(comparator: Comparator<in T>) =187 asList().shouldBeMonotonicallyIncreasingWith(comparator)188fun <T> List<T>.shouldNotBeMonotonicallyIncreasingWith(comparator: Comparator<in T>) =189 this shouldNot beMonotonicallyIncreasingWith(comparator)190fun <T> Iterable<T>.shouldNotBeMonotonicallyIncreasingWith(comparator: Comparator<in T>) =191 toList().shouldNotBeMonotonicallyIncreasingWith(comparator)192fun <T> Array<T>.shouldNotBeMonotonicallyIncreasingWith(comparator: Comparator<in T>) =193 asList().shouldNotBeMonotonicallyIncreasingWith(comparator)194fun <T : Comparable<T>> Iterable<T>.shouldBeMonotonicallyDecreasing() = toList().shouldBeMonotonicallyDecreasing()195fun <T : Comparable<T>> Array<T>.shouldBeMonotonicallyDecreasing() = asList().shouldBeMonotonicallyDecreasing()196fun <T : Comparable<T>> List<T>.shouldBeMonotonicallyDecreasing() = this should beMonotonicallyDecreasing<T>()197fun <T : Comparable<T>> Iterable<T>.shouldNotBeMonotonicallyDecreasing() = toList().shouldNotBeMonotonicallyDecreasing()198fun <T : Comparable<T>> Array<T>.shouldNotBeMonotonicallyDecreasing() = asList().shouldNotBeMonotonicallyDecreasing()199fun <T : Comparable<T>> List<T>.shouldNotBeMonotonicallyDecreasing() = this shouldNot beMonotonicallyDecreasing<T>()200fun <T> List<T>.shouldBeMonotonicallyDecreasingWith(comparator: Comparator<in T>) =201 this should beMonotonicallyDecreasingWith(comparator)202fun <T> Iterable<T>.shouldBeMonotonicallyDecreasingWith(comparator: Comparator<in T>) =203 toList().shouldBeMonotonicallyDecreasingWith(comparator)204fun <T> Array<T>.shouldBeMonotonicallyDecreasingWith(comparator: Comparator<in T>) =205 asList().shouldBeMonotonicallyDecreasingWith(comparator)206fun <T> List<T>.shouldNotBeMonotonicallyDecreasingWith(comparator: Comparator<in T>) =207 this shouldNot beMonotonicallyDecreasingWith(comparator)208fun <T> Iterable<T>.shouldNotBeMonotonicallyDecreasingWith(comparator: Comparator<in T>) =209 toList().shouldNotBeMonotonicallyDecreasingWith(comparator)210fun <T> Array<T>.shouldNotBeMonotonicallyDecreasingWith(comparator: Comparator<in T>) =211 asList().shouldNotBeMonotonicallyDecreasingWith(comparator)212fun <T : Comparable<T>> Iterable<T>.shouldBeStrictlyIncreasing() = toList().shouldBeStrictlyIncreasing()213fun <T : Comparable<T>> Array<T>.shouldBeStrictlyIncreasing() = asList().shouldBeStrictlyIncreasing()214fun <T : Comparable<T>> List<T>.shouldBeStrictlyIncreasing() = this should beStrictlyIncreasing<T>()215fun <T : Comparable<T>> Iterable<T>.shouldNotBeStrictlyIncreasing() = toList().shouldNotBeStrictlyIncreasing()216fun <T : Comparable<T>> Array<T>.shouldNotBeStrictlyIncreasing() = asList().shouldNotBeStrictlyIncreasing()217fun <T : Comparable<T>> List<T>.shouldNotBeStrictlyIncreasing() = this shouldNot beStrictlyIncreasing<T>()218fun <T> List<T>.shouldBeStrictlyIncreasingWith(comparator: Comparator<in T>) =219 this should beStrictlyIncreasingWith(comparator)220fun <T> Iterable<T>.shouldBeStrictlyIncreasingWith(comparator: Comparator<in T>) =221 toList().shouldBeStrictlyIncreasingWith(comparator)222fun <T> Array<T>.shouldBeStrictlyIncreasingWith(comparator: Comparator<in T>) =223 asList().shouldBeStrictlyIncreasingWith(comparator)224fun <T> List<T>.shouldNotBeStrictlyIncreasingWith(comparator: Comparator<in T>) =225 this shouldNot beStrictlyIncreasingWith(comparator)226fun <T> Iterable<T>.shouldNotBeStrictlyIncreasingWith(comparator: Comparator<in T>) =227 toList().shouldNotBeStrictlyIncreasingWith(comparator)228fun <T> Array<T>.shouldNotBeStrictlyIncreasingWith(comparator: Comparator<in T>) =229 asList().shouldNotBeStrictlyIncreasingWith(comparator)230fun <T : Comparable<T>> Iterable<T>.shouldBeStrictlyDecreasing() = toList().shouldBeStrictlyDecreasing()231fun <T : Comparable<T>> List<T>.shouldBeStrictlyDecreasing() = this should beStrictlyDecreasing<T>()232fun <T : Comparable<T>> Iterable<T>.shouldNotBeStrictlyDecreasing() = toList().shouldNotBeStrictlyDecreasing()233fun <T : Comparable<T>> List<T>.shouldNotBeStrictlyDecreasing() = this shouldNot beStrictlyDecreasing<T>()234fun <T> List<T>.shouldBeStrictlyDecreasingWith(comparator: Comparator<in T>) =235 this should beStrictlyDecreasingWith(comparator)236fun <T> Iterable<T>.shouldBeStrictlyDecreasingWith(comparator: Comparator<in T>) =237 toList().shouldBeStrictlyDecreasingWith(comparator)238fun <T> Array<T>.shouldBeStrictlyDecreasingWith(comparator: Comparator<in T>) =239 asList().shouldBeStrictlyDecreasingWith(comparator)240fun <T> List<T>.shouldNotBeStrictlyDecreasingWith(comparator: Comparator<in T>) =241 this shouldNot beStrictlyDecreasingWith(comparator)242fun <T> Iterable<T>.shouldNotBeStrictlyDecreasingWith(comparator: Comparator<in T>) =243 toList().shouldNotBeStrictlyDecreasingWith(comparator)244fun <T> Array<T>.shouldNotBeStrictlyDecreasingWith(comparator: Comparator<in T>) =245 asList().shouldNotBeStrictlyDecreasingWith(comparator)246infix fun <T> Iterable<T>.shouldHaveSingleElement(t: T) = toList().shouldHaveSingleElement(t)247infix fun <T> Array<T>.shouldHaveSingleElement(t: T) = asList().shouldHaveSingleElement(t)248infix fun <T> Iterable<T>.shouldHaveSingleElement(p: (T) -> Boolean) = toList().shouldHaveSingleElement(p)249infix fun <T> Array<T>.shouldHaveSingleElement(p: (T) -> Boolean) = asList().shouldHaveSingleElement(p)250infix fun <T> Collection<T>.shouldHaveSingleElement(t: T) = this should singleElement(t)251infix fun <T> Collection<T>.shouldHaveSingleElement(p: (T) -> Boolean) = this should singleElement(p)252infix fun <T> Iterable<T>.shouldNotHaveSingleElement(t: T) = toList().shouldNotHaveSingleElement(t)253infix fun <T> Array<T>.shouldNotHaveSingleElement(t: T) = asList().shouldNotHaveSingleElement(t)254infix fun <T> Collection<T>.shouldNotHaveSingleElement(t: T) = this shouldNot singleElement(t)255infix fun <T> Iterable<T>.shouldHaveSize(size: Int) = toList().shouldHaveSize(size)256infix fun <T> Array<T>.shouldHaveSize(size: Int) = asList().shouldHaveSize(size)257infix fun <T> Collection<T>.shouldHaveSize(size: Int) = this should haveSize(size = size)258infix fun <T> Iterable<T>.shouldNotHaveSize(size: Int) = toList().shouldNotHaveSize(size)259infix fun <T> Array<T>.shouldNotHaveSize(size: Int) = asList().shouldNotHaveSize(size)260infix fun <T> Collection<T>.shouldNotHaveSize(size: Int) = this shouldNot haveSize(size)261/**262 * Verifies this collection contains only one element263 *264 * This assertion is an alias to `collection shouldHaveSize 1`. This will pass if the collection have exactly one element265 * (definition of a Singleton Collection)266 *267 * ```268 * listOf(1).shouldBeSingleton() // Assertion passes269 * listOf(1, 2).shouldBeSingleton() // Assertion fails270 * ```271 *272 * @see [shouldHaveSize]273 * @see [shouldNotBeSingleton]274 * @see [shouldHaveSingleElement]275 */276fun <T> Collection<T>.shouldBeSingleton() = this shouldHaveSize 1277fun <T> Iterable<T>.shouldBeSingleton() = toList().shouldBeSingleton()278fun <T> Array<T>.shouldBeSingleton() = asList().shouldBeSingleton()279inline fun <T> Collection<T>.shouldBeSingleton(fn: (T) -> Unit) {280 this.shouldBeSingleton()281 fn(this.first())282}283inline fun <T> Iterable<T>.shouldBeSingleton(fn: (T) -> Unit) {284 toList().shouldBeSingleton(fn)285}286inline fun <T> Array<T>.shouldBeSingleton(fn: (T) -> Unit) {287 asList().shouldBeSingleton(fn)288}289/**290 * Verifies this collection doesn't contain only one element291 *292 * This assertion is an alias to `collection shouldNotHaveSize 1`. This will pass if the collection doesn't have exactly one element293 * (definition of a Singleton Collection)294 *295 * ```296 * listOf(1, 2).shouldNotBeSingleton() // Assertion passes297 * listOf<Int>().shouldNotBeSingleton() // Assertion passes298 * listOf(1).shouldNotBeSingleton() // Assertion fails299 * ```300 *301 * @see [shouldNotHaveSize]302 * @see [shouldBeSingleton]303 * @see [shouldNotHaveSingleElement]304 */305fun <T> Collection<T>.shouldNotBeSingleton() = this shouldNotHaveSize 1306fun <T> Iterable<T>.shouldNotBeSingleton() = toList().shouldNotBeSingleton()307fun <T> Array<T>.shouldNotBeSingleton() = asList().shouldNotBeSingleton()308infix fun <T, U> Iterable<T>.shouldBeLargerThan(other: Collection<U>) = toList().shouldBeLargerThan(other)309infix fun <T, U> Array<T>.shouldBeLargerThan(other: Collection<U>) = asList().shouldBeLargerThan(other)310infix fun <T, U> Iterable<T>.shouldBeLargerThan(other: Iterable<U>) = toList().shouldBeLargerThan(other.toList())311infix fun <T, U> Array<T>.shouldBeLargerThan(other: Array<U>) = asList().shouldBeLargerThan(other.asList())312infix fun <T, U> Collection<T>.shouldBeLargerThan(other: Collection<U>) = this should beLargerThan(other)313fun <T, U> beLargerThan(other: Collection<U>) = object : Matcher<Collection<T>> {314 override fun test(value: Collection<T>) = MatcherResult(315 value.size > other.size,316 "Collection of size ${value.size} should be larger than collection of size ${other.size}",317 "Collection of size ${value.size} should not be larger than collection of size ${other.size}"318 )319}320infix fun <T, U> Iterable<T>.shouldBeSmallerThan(other: Collection<U>) = toList().shouldBeSmallerThan(other)321infix fun <T, U> Array<T>.shouldBeSmallerThan(other: Collection<U>) = asList().shouldBeSmallerThan(other)322infix fun <T, U> Iterable<T>.shouldBeSmallerThan(other: Iterable<U>) = toList().shouldBeSmallerThan(other.toList())323infix fun <T, U> Array<T>.shouldBeSmallerThan(other: Array<U>) = asList().shouldBeSmallerThan(other.asList())324infix fun <T, U> Collection<T>.shouldBeSmallerThan(other: Collection<U>) = this should beSmallerThan(other)325fun <T, U> beSmallerThan(other: Collection<U>) = object : Matcher<Collection<T>> {326 override fun test(value: Collection<T>) = MatcherResult(327 value.size < other.size,328 "Collection of size ${value.size} should be smaller than collection of size ${other.size}",329 "Collection of size ${value.size} should not be smaller than collection of size ${other.size}"330 )331}332infix fun <T, U> Iterable<T>.shouldBeSameSizeAs(other: Collection<U>) = toList().shouldBeSameSizeAs(other)333infix fun <T, U> Array<T>.shouldBeSameSizeAs(other: Collection<U>) = asList().shouldBeSameSizeAs(other)334infix fun <T, U> Iterable<T>.shouldBeSameSizeAs(other: Iterable<U>) = toList().shouldBeSameSizeAs(other.toList())335infix fun <T, U> Array<T>.shouldBeSameSizeAs(other: Array<U>) = asList().shouldBeSameSizeAs(other.asList())336infix fun <T, U> Collection<T>.shouldBeSameSizeAs(other: Collection<U>) = this should beSameSizeAs(other)337fun <T, U> beSameSizeAs(other: Collection<U>) = object : Matcher<Collection<T>> {338 override fun test(value: Collection<T>) = MatcherResult(339 value.size == other.size,340 "Collection of size ${value.size} should be the same size as collection of size ${other.size}",341 "Collection of size ${value.size} should not be the same size as collection of size ${other.size}"342 )343}344infix fun <T> Iterable<T>.shouldHaveAtLeastSize(n: Int) = toList().shouldHaveAtLeastSize(n)345infix fun <T> Array<T>.shouldHaveAtLeastSize(n: Int) = asList().shouldHaveAtLeastSize(n)346infix fun <T> Collection<T>.shouldHaveAtLeastSize(n: Int) = this shouldHave atLeastSize(n)347fun <T> atLeastSize(n: Int) = object : Matcher<Collection<T>> {348 override fun test(value: Collection<T>) = MatcherResult(349 value.size >= n,350 "Collection should contain at least $n elements",351 "Collection should contain less than $n elements"352 )353}354infix fun <T> Iterable<T>.shouldHaveAtMostSize(n: Int) = toList().shouldHaveAtMostSize(n)355infix fun <T> Array<T>.shouldHaveAtMostSize(n: Int) = asList().shouldHaveAtMostSize(n)356infix fun <T> Collection<T>.shouldHaveAtMostSize(n: Int) = this shouldHave atMostSize(n)357fun <T> atMostSize(n: Int) = object : Matcher<Collection<T>> {358 override fun test(value: Collection<T>) = MatcherResult(359 value.size <= n,360 "Collection should contain at most $n elements",361 "Collection should contain more than $n elements"362 )363}364infix fun <T> Iterable<T>.shouldExist(p: (T) -> Boolean) = toList().shouldExist(p)365infix fun <T> Array<T>.shouldExist(p: (T) -> Boolean) = asList().shouldExist(p)366infix fun <T> Collection<T>.shouldExist(p: (T) -> Boolean) = this should exist(p)367fun <T> exist(p: (T) -> Boolean) = object : Matcher<Collection<T>> {368 override fun test(value: Collection<T>) = MatcherResult(369 value.any { p(it) },370 "Collection should contain an element that matches the predicate $p",371 "Collection should not contain an element that matches the predicate $p"372 )373}374fun <T> Iterable<T>.shouldExistInOrder(vararg ps: (T) -> Boolean) = toList().shouldExistInOrder(ps.toList())375fun <T> Array<T>.shouldExistInOrder(vararg ps: (T) -> Boolean) = asList().shouldExistInOrder(ps.toList())376fun <T> List<T>.shouldExistInOrder(vararg ps: (T) -> Boolean) = this.shouldExistInOrder(ps.toList())377infix fun <T> Iterable<T>.shouldExistInOrder(expected: List<(T) -> Boolean>) = toList().shouldExistInOrder(expected)378infix fun <T> Array<T>.shouldExistInOrder(expected: List<(T) -> Boolean>) = asList().shouldExistInOrder(expected)379infix fun <T> List<T>.shouldExistInOrder(expected: List<(T) -> Boolean>) = this should existInOrder(expected)380infix fun <T> Iterable<T>.shouldNotExistInOrder(expected: Iterable<(T) -> Boolean>) = toList().shouldNotExistInOrder(expected.toList())381infix fun <T> Array<T>.shouldNotExistInOrder(expected: Array<(T) -> Boolean>) = asList().shouldNotExistInOrder(expected.asList())382infix fun <T> Iterable<T>.shouldNotExistInOrder(expected: List<(T) -> Boolean>) = toList().shouldNotExistInOrder(expected)383infix fun <T> Array<T>.shouldNotExistInOrder(expected: List<(T) -> Boolean>) = asList().shouldNotExistInOrder(expected)384infix fun <T> List<T>.shouldNotExistInOrder(expected: List<(T) -> Boolean>) = this shouldNot existInOrder(expected)385fun <T> Iterable<T>.shouldBeEmpty() = toList().shouldBeEmpty()386fun <T> Array<T>.shouldBeEmpty() = asList().shouldBeEmpty()387fun <T> Collection<T>.shouldBeEmpty() = this should beEmpty()388fun <T> Iterable<T>.shouldNotBeEmpty() = toList().shouldNotBeEmpty()389fun <T> Array<T>.shouldNotBeEmpty() = asList().shouldNotBeEmpty()390fun <T> Collection<T>.shouldNotBeEmpty() = this shouldNot beEmpty()391fun <T> Iterable<T>.shouldContainAnyOf(vararg ts: T) = toList().shouldContainAnyOf(ts)392fun <T> Array<T>.shouldContainAnyOf(vararg ts: T) = asList().shouldContainAnyOf(ts)393fun <T> Collection<T>.shouldContainAnyOf(vararg ts: T) = this should containAnyOf(ts.asList())394fun <T> Iterable<T>.shouldNotContainAnyOf(vararg ts: T) = toList().shouldNotContainAnyOf(ts)395fun <T> Array<T>.shouldNotContainAnyOf(vararg ts: T) = asList().shouldNotContainAnyOf(ts)396fun <T> Collection<T>.shouldNotContainAnyOf(vararg ts: T) = this shouldNot containAnyOf(ts.asList())397infix fun <T> Iterable<T>.shouldContainAnyOf(ts: Collection<T>) = toList().shouldContainAnyOf(ts)398infix fun <T> Array<T>.shouldContainAnyOf(ts: Collection<T>) = asList().shouldContainAnyOf(ts)399infix fun <T> Collection<T>.shouldContainAnyOf(ts: Collection<T>) = this should containAnyOf(ts)400infix fun <T> Iterable<T>.shouldNotContainAnyOf(ts: Collection<T>) = toList().shouldNotContainAnyOf(ts)401infix fun <T> Array<T>.shouldNotContainAnyOf(ts: Collection<T>) = asList().shouldNotContainAnyOf(ts)402infix fun <T> Collection<T>.shouldNotContainAnyOf(ts: Collection<T>) = this shouldNot containAnyOf(ts)403fun <T> containAnyOf(ts: Collection<T>) = object : Matcher<Collection<T>> {404 override fun test(value: Collection<T>): MatcherResult {405 if (ts.isEmpty()) throwEmptyCollectionError()406 return MatcherResult(407 ts.any { it in value },408 { "Collection should contain any of ${ts.joinToString(separator = ", ", limit = 10) { it.show().value }}" },409 { "Collection should not contain any of ${ts.joinToString(separator = ", ", limit = 10) { it.show().value }}" }410 )411 }412}413/**414 * Verifies that this instance is in [collection]415 *416 * Assertion to check that this instance is in [collection]. This assertion checks by reference, and not by value,417 * therefore the exact instance must be in [collection], or this will fail.418 *419 * An empty collection will always fail. If you need to check for empty collection, use [Collection.shouldBeEmpty]420 *421 * @see [shouldNotBeOneOf]422 * @see [beOneOf]423 */424infix fun <T> T.shouldBeOneOf(collection: Collection<T>) = this should beOneOf(collection)425/**426 * Verifies that this instance is NOT in [collection]427 *428 * Assertion to check that this instance is not in [collection]. This assertion checks by reference, and not by value,429 * therefore the exact instance must not be in [collection], or this will fail.430 *431 * An empty collection will always fail. If you need to check for empty collection, use [Collection.shouldBeEmpty]432 *433 * @see [shouldBeOneOf]434 * @see [beOneOf]435 */436infix fun <T> T.shouldNotBeOneOf(collection: Collection<T>) = this shouldNot beOneOf(collection)437/**438 * Verifies that this instance is any of [any]439 *440 * Assertion to check that this instance is any of [any]. This assertion checks by reference, and not by value,441 * therefore the exact instance must be in [any], or this will fail.442 *443 * An empty collection will always fail. If you need to check for empty collection, use [Collection.shouldBeEmpty]444 *445 * @see [shouldNotBeOneOf]446 * @see [beOneOf]447 */448fun <T> T.shouldBeOneOf(vararg any: T) = this should beOneOf(any.toList())449/**450 * Verifies that this instance is NOT any of [any]451 *452 * Assertion to check that this instance is not any of [any]. This assertion checks by reference, and not by value,453 * therefore the exact instance must not be in [any], or this will fail.454 *455 * An empty collection will always fail. If you need to check for empty collection, use [Collection.shouldBeEmpty]456 *457 * @see [shouldNotBeOneOf]458 * @see [beOneOf]459 */460fun <T> T.shouldNotBeOneOf(vararg any: T) = this shouldNot beOneOf(any.toList())461/**462 * Matcher that verifies that this instance is in [collection]463 *464 * Assertion to check that this instance is in [collection]. This matcher checks by reference, and not by value,465 * therefore the exact instance must be in [collection], or this will fail.466 *467 * An empty collection will always fail. If you need to check for empty collection, use [Collection.shouldBeEmpty]468 *469 * @see [shouldBeOneOf]470 * @see [shouldNotBeOneOf]471 */472fun <T> beOneOf(collection: Collection<T>) = object : Matcher<T> {473 override fun test(value: T): MatcherResult {474 if (collection.isEmpty()) throwEmptyCollectionError()475 val match = collection.any { it === value }476 return MatcherResult(477 match,478 "Collection should contain the instance of value, but doesn't.",479 "Collection should not contain the instance of value, but does."480 )481 }482}483/**484 * Verifies that this element is in [collection] by comparing value485 *486 * Assertion to check that this element is in [collection]. This assertion checks by value, and not by reference,487 * therefore even if the exact instance is not in [collection] but another instance with same value is present, the488 * test will pass.489 *490 * An empty collection will always fail. If you need to check for empty collection, use [Collection.shouldBeEmpty]491 *492 * @see [shouldNotBeIn]493 * @see [beIn]494 */495infix fun <T> T.shouldBeIn(collection: Collection<T>) = this should beIn(collection)496/**497 * Verifies that this element is NOT any of [collection]498 *499 * Assertion to check that this element is not any of [collection]. This assertion checks by value, and not by reference,500 * therefore any instance with same value must not be in [collection], or this will fail.501 *502 * An empty collection will always fail. If you need to check for empty collection, use [Collection.shouldBeEmpty]503 *504 * @see [shouldNotBeIn]505 * @see [beIn]506 */507infix fun <T> T.shouldNotBeIn(collection: Collection<T>) = this shouldNot beIn(collection.toList())508/**509 * Verifies that this element is any of [any] by comparing value510 *511 * Assertion to check that this element is any of [any]. This assertion checks by value, and not by reference,512 * therefore even if the exact instance is not any of [any] but another instance with same value is present, the513 * test will pass.514 *515 * An empty collection will always fail. If you need to check for empty collection, use [Collection.shouldBeEmpty]516 *517 * @see [shouldNotBeIn]518 * @see [beIn]519 */520fun <T> T.shouldBeIn(vararg any: T) = this should beIn(any.toList())521/**522 * Verifies that this element is NOT any of [any]523 *524 * Assertion to check that this element is not any of [any]. This assertion checks by value, and not by reference,525 * therefore any instance with same value must not be in [any], or this will fail.526 *527 * An empty collection will always fail. If you need to check for empty collection, use [Collection.shouldBeEmpty]528 *529 * @see [shouldNotBeIn]530 * @see [beIn]531 */532fun <T> T.shouldNotBeIn(vararg any: T) = this shouldNot beIn(any.toList())533/**534 * Verifies that this element is in [array] by comparing value535 *536 * Assertion to check that this element is in [array]. This assertion checks by value, and not by reference,537 * therefore even if the exact instance is not in [array] but another instance with same value is present, the538 * test will pass.539 *540 * An empty array will always fail. If you need to check for empty array, use [Array.shouldBeEmpty]541 *542 * @see [shouldNotBeIn]543 * @see [beIn]544 */545@JvmName("shouldBeInArray")546infix fun <T> T.shouldBeIn(array: Array<T>) = this should beIn(array.toList())547/**548 * Verifies that this element is NOT any of [array]549 *550 * Assertion to check that this element is not any of [array]. This assertion checks by value, and not by reference,551 * therefore any instance with same value must not be in [array], or this will fail.552 *553 * An empty array will always fail. If you need to check for empty array, use [Array.shouldBeEmpty]554 *555 * @see [shouldNotBeIn]556 * @see [beIn]557 */558@JvmName("shouldNotBeInArray")559infix fun <T> T.shouldNotBeIn(array: Array<T>) = this shouldNot beIn(array.toList())560/**561 * Matcher that verifies that this element is in [collection] by comparing value562 *563 * Assertion to check that this element is in [collection]. This assertion checks by value, and not by reference,564 * therefore even if the exact instance is not in [collection] but another instance with same value is present, the565 * test will pass.566 *567 * An empty collection will always fail. If you need to check for empty collection, use [Collection.shouldBeEmpty]568 *569 * @see [shouldBeOneOf]570 * @see [shouldNotBeOneOf]571 */572fun <T> beIn(collection: Collection<T>) = object : Matcher<T> {573 override fun test(value: T): MatcherResult {574 if (collection.isEmpty()) throwEmptyCollectionError()575 val match = value in collection576 return MatcherResult(577 match,578 "Collection should contain ${value.show().value}, but doesn't. Possible values: ${collection.show().value}",579 "Collection should not contain ${value.show().value}, but does. Forbidden values: ${collection.show().value}"580 )581 }582}583private fun throwEmptyCollectionError(): Nothing {584 throw AssertionError("Asserting content on empty collection. Use Collection.shouldBeEmpty() instead.")585}...

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SequenceMatchersTest.kt

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1package com.sksamuel.kotest.matchers.collections2import io.kotest.assertions.throwables.shouldThrow3import io.kotest.assertions.throwables.shouldThrowAny4import io.kotest.core.spec.style.WordSpec5import io.kotest.core.spec.style.scopes.WordSpecTerminalScope6import io.kotest.core.spec.style.scopes.WordSpecShouldContainerScope7import io.kotest.matchers.sequences.shouldBeLargerThan8import io.kotest.matchers.sequences.shouldBeSameCountAs9import io.kotest.matchers.sequences.shouldBeSmallerThan10import io.kotest.matchers.sequences.shouldBeSorted11import io.kotest.matchers.sequences.shouldBeSortedWith12import io.kotest.matchers.sequences.shouldBeUnique13import io.kotest.matchers.sequences.shouldContain14import io.kotest.matchers.sequences.shouldContainAll15import io.kotest.matchers.sequences.shouldContainAllInAnyOrder16import io.kotest.matchers.sequences.shouldContainDuplicates17import io.kotest.matchers.sequences.shouldContainExactly18import io.kotest.matchers.sequences.shouldContainInOrder19import io.kotest.matchers.sequences.shouldContainNoNulls20import io.kotest.matchers.sequences.shouldContainNull21import io.kotest.matchers.sequences.shouldContainOnlyNulls22import io.kotest.matchers.sequences.shouldExist23import io.kotest.matchers.sequences.shouldHaveAtLeastCount24import io.kotest.matchers.sequences.shouldHaveAtMostCount25import io.kotest.matchers.sequences.shouldHaveCount26import io.kotest.matchers.sequences.shouldHaveElementAt27import io.kotest.matchers.sequences.shouldHaveLowerBound28import io.kotest.matchers.sequences.shouldHaveSingleElement29import io.kotest.matchers.sequences.shouldHaveUpperBound30import io.kotest.matchers.sequences.shouldNotBeSorted31import io.kotest.matchers.sequences.shouldNotBeSortedWith32import io.kotest.matchers.sequences.shouldNotBeUnique33import io.kotest.matchers.sequences.shouldNotContain34import io.kotest.matchers.sequences.shouldNotContainAllInAnyOrder35import io.kotest.matchers.sequences.shouldNotContainExactly36import io.kotest.matchers.sequences.shouldNotContainNoNulls37import io.kotest.matchers.sequences.shouldNotContainNull38import io.kotest.matchers.sequences.shouldNotContainOnlyNulls39import io.kotest.matchers.sequences.shouldNotHaveCount40import io.kotest.matchers.sequences.shouldNotHaveElementAt41class SequenceMatchersTest : WordSpec() {42 /* PassFail */43 private suspend fun WordSpecShouldContainerScope.pass(name: String, test: suspend WordSpecTerminalScope.() -> Unit) {44 ("succeed $name")(test)45 }46 private suspend fun WordSpecShouldContainerScope.succeed(name: String, test: suspend WordSpecTerminalScope.() -> Unit) = pass(name, test)47 fun WordSpecShouldContainerScope.fail(msg: String): Nothing = io.kotest.assertions.fail(msg)48 suspend fun WordSpecShouldContainerScope.fail(name: String, test: () -> Any?) {49 ("fail $name") { shouldThrowAny(test) }50 }51 suspend inline fun <reified E : Throwable> WordSpecShouldContainerScope.abort(name: String, crossinline test: () -> Any?) {52 ("abort $name") { shouldThrow<E>(test) }53 }54 suspend inline fun <reified E : Throwable> WordSpecShouldContainerScope.`throw`(name: String, crossinline test: () -> Any?) = abort<E>(55 name,56 test)57 /* sample data */58 val empty = emptySequence<Int>()59 val single = sequenceOf(0)60 val nulls = sequenceOf<Int?>(null, null, null, null)61 val sparse = sequenceOf(null, null, null, 3)62 val countup = (0..10).asSequence()63 val countdown = (10 downTo 0).asSequence()64 val unique = sequenceOf(3, 2, 1)65 val repeating = sequenceOf(1, 2, 3, 1, 2, 3)66 val asc = { a: Int, b: Int -> a - b }67 val desc = { a: Int, b: Int -> b - a }68 /* tests */69 init {70 /* count */71 "have count" should {72 succeed("for empty when 0") {73 empty.shouldHaveCount(0)74 }75 fail("for empty when non-zero") {76 empty.shouldHaveCount(1)77 }78 succeed("for single when 1") {79 single.shouldHaveCount(1)80 }81 fail("for single when 0") {82 single.shouldHaveCount(0)83 }84 "match count() for multiple" {85 sparse.shouldHaveCount(sparse.count())86 }87 fail("to mis-match count() for multiple") {88 sparse.shouldHaveCount(sparse.count() - 1)89 }90 }91 "not have count" should {92 fail("for empty when non-zero") {93 empty.shouldNotHaveCount(0)94 }95 succeed("for empty when non-zero") {96 empty.shouldNotHaveCount(1)97 }98 fail("for single when 1") {99 single.shouldNotHaveCount(1)100 }101 succeed("for single when 0") {102 single.shouldNotHaveCount(0)103 }104 fail("to match count() for multiple") {105 sparse.shouldNotHaveCount(sparse.count())106 }107 "mis-match count() for multiple" {108 sparse.shouldNotHaveCount(sparse.count() - 1)109 }110 }111 "larger than" should {112 fail("for empty") {113 empty.shouldBeLargerThan(single)114 }115 succeed("with empty") {116 single.shouldBeLargerThan(empty)117 }118 fail("for smaller") {119 nulls.shouldBeLargerThan(countup)120 }121 fail("for same count") {122 countup.shouldBeLargerThan(countdown)123 }124 succeed("for larger") {125 countup.shouldBeLargerThan(nulls)126 }127 }128 "smaller than" should {129 succeed("for empty") {130 empty.shouldBeSmallerThan(single)131 }132 fail("with empty") {133 single.shouldBeSmallerThan(empty)134 }135 succeed("for smaller") {136 nulls.shouldBeSmallerThan(countup)137 }138 fail("for same count") {139 countup.shouldBeSmallerThan(countdown)140 }141 fail("for larger") {142 countup.shouldBeSmallerThan(nulls)143 }144 }145 "same count" should {146 fail("for empty with any") {147 empty.shouldBeSameCountAs(single)148 }149 fail("for any with empty") {150 nulls.shouldBeSameCountAs(empty)151 }152 fail("for smaller") {153 nulls.shouldBeSameCountAs(countup)154 }155 succeed("with same count") {156 countup.shouldBeSameCountAs(countdown)157 }158 fail("for larger") {159 countup.shouldBeSmallerThan(nulls)160 }161 }162 "at least count" should {163 succeed("for empty with -1") {164 empty.shouldHaveAtLeastCount(-1)165 }166 succeed("for any with -1") {167 countup.shouldHaveAtLeastCount(-1)168 }169 succeed("for empty with 0") {170 empty.shouldHaveAtLeastCount(0)171 }172 fail("for empty with 1") {173 empty.shouldHaveAtLeastCount(1)174 }175 succeed("for smaller count") {176 single.shouldHaveAtLeastCount(0)177 }178 succeed("for same count") {179 nulls.shouldHaveAtLeastCount(nulls.count())180 }181 fail("for larger count") {182 countup.shouldHaveAtLeastCount(countup.count() + 1)183 }184 }185 "at most count" should {186 fail("for empty with -1") {187 empty.shouldHaveAtMostCount(-1)188 }189 succeed("for empty with 0") {190 empty.shouldHaveAtMostCount(0)191 }192 succeed("for empty with 1") {193 empty.shouldHaveAtMostCount(1)194 }195 fail("for smaller count") {196 countup.shouldHaveAtMostCount(countup.count() - 1)197 }198 succeed("for same count") {199 countup.shouldHaveAtMostCount(countup.count())200 }201 succeed("for larger count") {202 countup.shouldHaveAtMostCount(countup.count() + 1)203 }204 }205 /* contain */206 /** null */207 "contain only nulls" should {208 succeed("for empty") {209 empty.shouldContainOnlyNulls()210 }211 fail("for single") {212 single.shouldContainOnlyNulls()213 }214 succeed("for nulls") {215 nulls.shouldContainOnlyNulls()216 }217 fail("for sparse") {218 sparse.shouldContainOnlyNulls()219 }220 }221 "not contain only nulls" should {222 fail("for empty") {223 empty.shouldNotContainOnlyNulls()224 }225 "fail for single" {226 single.shouldNotContainOnlyNulls()227 }228 fail("for nulls") {229 nulls.shouldNotContainOnlyNulls()230 }231 succeed("for sparse") {232 sparse.shouldNotContainOnlyNulls()233 }234 }235 "contain a null" should {236 fail("for empty") {237 empty.shouldContainNull()238 }239 fail("for non-nulls") {240 single.shouldContainNull()241 }242 succeed("for nulls") {243 nulls.shouldContainNull()244 }245 succeed("for sparse") {246 sparse.shouldContainNull()247 }248 }249 "not contain a null" should {250 succeed("for empty") {251 empty.shouldNotContainNull()252 }253 succeed("for non-nulls") {254 single.shouldNotContainNull()255 }256 fail("for nulls") {257 nulls.shouldNotContainNull()258 }259 fail("for sparse") {260 sparse.shouldNotContainNull()261 }262 }263 "contain no nulls" should {264 succeed("for empty") {265 empty.shouldContainNoNulls()266 }267 succeed("for non-nulls") {268 single.shouldContainNoNulls()269 }270 fail("for nulls") {271 nulls.shouldContainNoNulls()272 }273 fail("for sparse") {274 sparse.shouldContainNoNulls()275 }276 }277 "not contain no nulls" should {278 fail("for empty") {279 empty.shouldNotContainNoNulls()280 }281 fail("for non-nulls") {282 single.shouldNotContainNoNulls()283 }284 succeed("for nulls") {285 nulls.shouldNotContainNoNulls()286 }287 succeed("for sparse") {288 sparse.shouldNotContainNoNulls()289 }290 }291 /** single-value */292 "single element" should {293 fail("for empty") {294 empty.shouldHaveSingleElement(null)295 }296 succeed("for single") {297 single.shouldHaveSingleElement(single.first())298 }299 fail("for multiple") {300 nulls.shouldHaveSingleElement(null)301 }302 }303 "have element at" should {304 abort<IndexOutOfBoundsException>("for empty") {305 empty.shouldHaveElementAt(empty.count(), 0)306 }307 abort<IndexOutOfBoundsException>("when an element after the end is requested") {308 nulls.shouldHaveElementAt(nulls.count(), 0)309 }310 succeed("when the sequence has the element") {311 countup.shouldHaveElementAt(10, 10)312 }313 fail("when the sequence doesn't have the element") {314 countdown.shouldHaveElementAt(10, 10)315 }316 }317 "not have element at" should {318 abort<IndexOutOfBoundsException>("for empty") {319 empty.shouldNotHaveElementAt(empty.count(), 0)320 }321 abort<IndexOutOfBoundsException>("when an element after the end is requested") {322 nulls.shouldNotHaveElementAt(nulls.count(), 0)323 }324 fail("when the sequence has the element") {325 countup.shouldNotHaveElementAt(10, 10)326 }327 succeed("when the sequence doesn't have the element") {328 countdown.shouldNotHaveElementAt(10, 10)329 }330 }331 "contain" should {332 fail("for empty") {333 empty.shouldContain(0)334 }335 succeed("when the sequence contains the value") {336 countup.shouldContain(2)337 }338 fail("when the sequence doesn't contain the value") {339 sparse.shouldContain(2)340 }341 }342 "not contain" should {343 succeed("for empty") {344 empty.shouldNotContain(0)345 }346 fail("when the sequence contains the value") {347 countup.shouldNotContain(2)348 }349 succeed("when the sequence doesn't contain the value") {350 sparse.shouldNotContain(2)351 }352 }353 "exist" should {354 fail("for empty") {355 empty.shouldExist { true }356 }357 succeed("when always true") {358 single.shouldExist { true }359 }360 fail("when always false") {361 countup.shouldExist { false }362 }363 succeed("when matches at least one") {364 countdown.shouldExist { it % 5 == 4 }365 }366 fail("when matches none") {367 countdown.shouldExist { it > 20 }368 }369 }370 /** multiple-value */371 "contain all" should {372 succeed("for empty with empty") {373 empty.shouldContainAll(empty)374 }375 succeed("for empty with empty (variadic)") {376 empty.shouldContainAll()377 }378 fail("for empty with any other") {379 empty.shouldContainAll(single)380 }381 succeed("for any with empty") {382 single.shouldContainAll(empty)383 }384 succeed("for any with empty (variadic)") {385 single.shouldContainAll()386 }387 succeed("for subset of nulls") {388 sparse.shouldContainAll(nulls)389 }390 succeed("for subset of nulls (variadic)") {391 sparse.shouldContainAll(null, null)392 }393 succeed("for subset in order (variadic)") {394 countdown.shouldContainAll(2, 3, 5, 7)395 }396 succeed("for subset not in order (variadic)") {397 countdown.shouldContainAll(2, 5, 3, 7)398 }399 succeed("for same elements") {400 repeating.shouldContainAll(unique)401 }402 succeed("for same elements (variadic)") {403 repeating.shouldContainAll(2, 3, 1)404 }405 succeed("for same elements, repeated") {406 unique.shouldContainAll(repeating)407 }408 succeed("for same elements, repeated (variadic)") {409 unique.shouldContainAll(1, 2, 3, 1, 2, 3)410 }411 }412 "contain exactly empty" should {413 succeed("for empty") {414 empty.shouldContainExactly(sequenceOf<Int>())415 }416 succeed("for empty (variadic)") {417 empty.shouldContainExactly()418 }419 fail("for single") {420 single.shouldContainExactly(empty)421 }422 "fail for single (variadic)" {423 shouldThrowAny {424 single.shouldContainExactly()425 }426 }427 fail("for multiple") {428 nulls.shouldContainExactly(empty)429 }430 fail("for multiple (variadic)") {431 nulls.shouldContainExactly()432 }433 }434 "contain exactly non-empty" should {435 val nonempty = sparse;436 fail("for empty") {437 empty.shouldContainExactly(nonempty)438 }439 fail("for empty (variadic)") {440 empty.shouldContainExactly(*nonempty.toList().toTypedArray())441 }442 succeed("for same") {443 sparse.shouldContainExactly(nonempty)444 }445 succeed("for same (variadic)") {446 sparse.shouldContainExactly(*sparse.toList().toTypedArray())447 }448 fail("for another of different size") {449 countup.shouldContainExactly(nonempty)450 }451 fail("for another of different size (variadic)") {452 countup.shouldContainExactly(*nonempty.toList().toTypedArray())453 }454 fail("for another of same size") {455 nulls.shouldContainExactly(nonempty)456 }457 fail("for another of same size (variadic)") {458 nulls.shouldContainExactly(*nonempty.toList().toTypedArray())459 }460 fail("for same elements but different order") {461 repeating.shouldContainExactly(unique + unique)462 }463 fail("for same elements but different order (variadic)") {464 repeating.shouldContainExactly(1, 1, 2, 2, 3, 3)465 }466 }467 "not contain exactly empty" should {468 fail("for empty") {469 empty.shouldNotContainExactly(sequenceOf<Int>())470 }471 succeed("for single") {472 single.shouldNotContainExactly(empty)473 }474 succeed("for multiple") {475 nulls.shouldNotContainExactly(empty)476 }477 }478 "not contain exactly non-empty" should {479 val nonempty = sparse;480 succeed("for empty") {481 empty.shouldNotContainExactly(nonempty)482 }483 fail("for same") {484 sparse.shouldNotContainExactly(nonempty)485 }486 succeed("for another of different size") {487 countup.shouldNotContainExactly(nonempty)488 }489 succeed("for another of same size") {490 nulls.shouldNotContainExactly(nonempty)491 }492 succeed("for same elements but different order") {493 repeating.shouldNotContainExactly(unique + unique)494 }495 succeed("for same elements but different order (variadic)") {496 repeating.shouldNotContainExactly(1, 1, 2, 2, 3, 3)497 }498 succeed("for single traversable equal sequence") {499 var count1 = 0500 var count2 = 0501 val seq1 = generateSequence { if(count1 < 5) count1++ else null }502 val seq2 = generateSequence { if(count2 < 5) count2++ else null }503 seq1.shouldContainExactly(seq2)504 }505 fail("for single traversable unequal sequence") {506 var count1 = 0507 var count2 = 0508 val seq1 = generateSequence { if(count1 < 5) count1++ else null }509 val seq2 = generateSequence { if(count2 < 6) count2++ else null }510 seq1.shouldContainExactly(seq2)511 }512 }513 "contain in any order" should {514 succeed("for empty with empty") {515 empty.shouldContainAllInAnyOrder(empty)516 }517 fail("for empty with any other") {518 empty.shouldContainAllInAnyOrder(nulls)519 }520 succeed("when elements are same") {521 countdown.shouldContainAllInAnyOrder(countup)522 }523 fail("for overlapping sequence") {524 countup.shouldContainAllInAnyOrder((5..15).asSequence())525 }526 succeed("for subset, same count with nulls") {527 sparse.shouldContainAllInAnyOrder(nulls)528 }529 succeed("for subset, same count") {530 repeating.shouldContainAllInAnyOrder(unique + unique)531 }532 succeed("for subset, same count (variadic)") {533 repeating.shouldContainAllInAnyOrder(1, 1, 2, 2, 3, 3)534 }535 fail("for subset, different count with nulls") {536 sparse.shouldContainAllInAnyOrder(sparse.toSet().asSequence())537 }538 fail("for same, different count") {539 repeating.shouldContainAllInAnyOrder(unique)540 }541 }542 "not contain in any order" should {543 fail("for empty with empty") {544 empty.shouldNotContainAllInAnyOrder(empty)545 }546 succeed("for empty with any other") {547 empty.shouldNotContainAllInAnyOrder(nulls)548 }549 fail("when elements are same") {550 countdown.shouldNotContainAllInAnyOrder(countup)551 }552 succeed("for overlapping sequence") {553 countup.shouldNotContainAllInAnyOrder((5..15).asSequence())554 }555 fail("for subset, same count with nulls") {556 sparse.shouldNotContainAllInAnyOrder(nulls)557 }558 fail("for subset, same count") {559 repeating.shouldNotContainAllInAnyOrder(unique + unique)560 }561 fail("for subset, same count (variadic)") {562 repeating.shouldNotContainAllInAnyOrder(1, 1, 2, 2, 3, 3)563 }564 succeed("for subset, different count with nulls") {565 sparse.shouldNotContainAllInAnyOrder(sparse.toSet().asSequence())566 }567 succeed("for same, different count") {568 repeating.shouldNotContainAllInAnyOrder(unique)569 }570 }571 "contain in order" should {572 "with empty" {573 shouldThrowAny {574 countup.shouldContainInOrder(empty)575 }576 }577 fail("with empty (variadic)") {578 countup.shouldContainInOrder()579 }580 fail("for overlapping sequence") {581 countup.shouldContainInOrder((5..15).asSequence())582 }583 fail("for overlapping sequence (variadic)") {584 countup.shouldContainInOrder(*(5..15).toList().toTypedArray())585 }586 succeed("for subset in order") {587 countup.shouldContainInOrder(sequenceOf(2, 3, 5, 7))588 }589 succeed("for subset in order (variadic)") {590 countup.shouldContainInOrder(2, 3, 5, 7)591 }592 succeed("for subset in order with repeats") {593 repeating.shouldContainInOrder(sequenceOf(1, 3, 1, 2))594 }595 succeed("for subset in order with repeats (variadic)") {596 repeating.shouldContainInOrder(1, 3, 1, 2)597 }598 fail("for subset in order with too many repeats") {599 repeating.shouldContainInOrder(sequenceOf(1, 3, 1, 2, 2))600 }601 fail("for subset in order with too many repeats (variadic)") {602 repeating.shouldContainInOrder(1, 3, 1, 2, 2)603 }604 fail("for subset not in order") {605 countup.shouldContainInOrder(sequenceOf(2, 5, 3, 7))606 }607 fail("for subset not in order (variadic)") {608 countup.shouldContainInOrder(2, 5, 3, 7)609 }610 }611 /** unique */612 "unique" should {613 succeed("for empty") {614 empty.shouldBeUnique()615 }616 succeed("for single") {617 single.shouldBeUnique()618 }619 fail("with repeated nulls") {620 sparse.shouldBeUnique()621 }622 fail("with repeats") {623 repeating.shouldBeUnique()624 }625 succeed("for multiple unique") {626 countup.shouldBeUnique()627 }628 }629 "not unique" should {630 fail("for empty") {631 empty.shouldNotBeUnique()632 }633 fail("for single") {634 single.shouldNotBeUnique()635 }636 succeed("with repeated nulls") {637 sparse.shouldNotBeUnique()638 }639 succeed("with repeats") {640 repeating.shouldNotBeUnique()641 }642 fail("for multiple unique") {643 countup.shouldNotBeUnique()644 }645 }646 "duplicates" should {647 fail("for empty") {648 empty.shouldContainDuplicates()649 }650 fail("for single") {651 single.shouldContainDuplicates()652 }653 succeed("with repeated nulls") {654 sparse.shouldContainDuplicates()655 }656 succeed("with repeats") {657 repeating.shouldNotBeUnique()658 }659 fail("for multiple unique") {660 countup.shouldContainDuplicates()661 }662 }663 /* comparable */664 /** bound */665 "have an upper bound" should {666 succeed("for empty") {667 empty.shouldHaveUpperBound(Int.MIN_VALUE)668 }669 succeed("for single") {670 single.shouldHaveUpperBound(0)671 }672 fail("for single with wrong bound") {673 single.shouldHaveUpperBound(-1)674 }675 succeed("for multiple") {676 countup.shouldHaveUpperBound(countup.maxOrNull() ?: Int.MAX_VALUE)677 }678 fail("for multiple with wrong bound") {679 countup.shouldHaveUpperBound((countup.maxOrNull() ?: Int.MAX_VALUE) - 1)680 }681 }682 "have a lower bound" should {683 succeed("for empty") {684 empty.shouldHaveLowerBound(Int.MAX_VALUE)685 }686 succeed("for single") {687 single.shouldHaveLowerBound(0)688 }689 fail("for single with wrong bound") {690 single.shouldHaveLowerBound(1)691 }692 succeed("for multiple") {693 countup.shouldHaveLowerBound(countup.minOrNull() ?: Int.MIN_VALUE)694 }695 fail("for multiple with wrong bound") {696 countup.shouldHaveLowerBound((countup.minOrNull() ?: Int.MIN_VALUE) + 1)697 }698 }699 /** sort */700 "sorted" should {701 succeed("for empty") {702 empty.shouldBeSorted()703 }704 succeed("for single") {705 single.shouldBeSorted()706 }707 fail("for repeating") {708 repeating.shouldBeSorted()709 }710 succeed("for count-up") {711 countup.shouldBeSorted()712 }713 fail("for count-down") {714 countdown.shouldBeSorted()715 }716 }717 "not sorted" should {718 fail("for empty") {719 empty.shouldNotBeSorted()720 }721 fail("for single") {722 single.shouldNotBeSorted()723 }724 succeed("for repeating") {725 repeating.shouldNotBeSorted()726 }727 fail("for count-up") {728 countup.shouldNotBeSorted()729 }730 succeed("for count-down") {731 countdown.shouldNotBeSorted()732 }733 }734 "sorted ascending" should {735 val dir = asc736 succeed("for empty") {737 empty.shouldBeSortedWith(dir)738 }739 succeed("for single") {740 single.shouldBeSortedWith(dir)741 }742 fail("for repeating") {743 repeating.shouldBeSortedWith(dir)744 }745 succeed("for count-up") {746 countup.shouldBeSortedWith(dir)747 }748 fail("for count-down") {749 countdown.shouldBeSortedWith(dir)750 }751 }752 "sorted descending" should {753 val dir = desc754 succeed("for empty") {755 empty.shouldBeSortedWith(dir)756 }757 succeed("for single") {758 single.shouldBeSortedWith(dir)759 }760 fail("for repeating") {761 repeating.shouldBeSortedWith(dir)762 }763 fail("for count-up") {764 countup.shouldBeSortedWith(dir)765 }766 succeed("for count-down") {767 countdown.shouldBeSortedWith(dir)768 }769 }770 "not sorted ascending" should {771 val dir = asc772 fail("for empty") {773 empty.shouldNotBeSortedWith(dir)774 }775 fail("for single") {776 single.shouldNotBeSortedWith(dir)777 }778 succeed("for repeating") {779 repeating.shouldNotBeSortedWith(dir)780 }781 fail("for count-up") {782 countup.shouldNotBeSortedWith(dir)783 }784 succeed("for count-down") {785 countdown.shouldNotBeSortedWith(dir)786 }787 }788 "not sorted descending" should {789 val dir = desc790 fail("for empty") {791 empty.shouldNotBeSortedWith(dir)792 }793 fail("for single") {794 single.shouldNotBeSortedWith(dir)795 }796 succeed("for repeating") {797 repeating.shouldNotBeSortedWith(dir)798 }799 succeed("for count-up") {800 countup.shouldNotBeSortedWith(dir)801 }802 fail("for count-down") {803 countdown.shouldNotBeSortedWith(dir)804 }805 }806 }807}...

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MonomialTest.kt

Source:MonomialTest.kt Github

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1package com.github.shwaka.kohomology.free2import com.github.shwaka.kohomology.dg.degree.DegreeIndeterminate3import com.github.shwaka.kohomology.dg.degree.MultiDegreeGroup4import com.github.shwaka.kohomology.dg.degree.MultiDegreeMorphism5import com.github.shwaka.kohomology.forAll6import com.github.shwaka.kohomology.free.monoid.FreeMonoid7import com.github.shwaka.kohomology.free.monoid.FreeMonoidMorphismByDegreeChange8import com.github.shwaka.kohomology.free.monoid.Indeterminate9import com.github.shwaka.kohomology.free.monoid.Monomial10import com.github.shwaka.kohomology.free.monoid.Signed11import com.github.shwaka.kohomology.free.monoid.Zero12import com.github.shwaka.kohomology.util.PrintConfig13import com.github.shwaka.kohomology.util.PrintType14import com.github.shwaka.kohomology.util.Sign15import io.kotest.assertions.throwables.shouldNotThrowAny16import io.kotest.assertions.throwables.shouldThrow17import io.kotest.core.NamedTag18import io.kotest.core.spec.style.FreeSpec19import io.kotest.inspectors.forAll20import io.kotest.matchers.booleans.shouldBeTrue21import io.kotest.matchers.collections.shouldBeUnique22import io.kotest.matchers.collections.shouldContainExactlyInAnyOrder23import io.kotest.matchers.shouldBe24import io.kotest.property.Arb25import io.kotest.property.arbitrary.negativeInts26import io.kotest.property.arbitrary.positiveInts27import io.kotest.property.checkAll28import io.kotest.property.exhaustive.exhaustive29val monomialTestTag = NamedTag("Monomial")30class MonomialTest : FreeSpec({31 tags(monomialTestTag)32 "indeterminate list with mixed degrees is not allowed" {33 checkAll(Arb.positiveInts(), Arb.negativeInts()) { positiveDegree, negativeDegree ->34 val indeterminateList = listOf(35 Indeterminate("x", positiveDegree),36 Indeterminate("y", negativeDegree)37 )38 shouldThrow<IllegalArgumentException> {39 FreeMonoid(indeterminateList)40 }41 }42 }43 "degree 0 is not allowed" {44 val indeterminateList = listOf(45 Indeterminate("x", 0)46 )47 shouldThrow<IllegalArgumentException> {48 FreeMonoid(indeterminateList)49 }50 }51 "positive degrees should be allowed" {52 val indeterminateList = listOf(53 Indeterminate("x", 1),54 Indeterminate("x", 2),55 Indeterminate("x", 3),56 )57 val monoid = FreeMonoid(indeterminateList)58 shouldNotThrowAny {59 monoid.listElements(0)60 }61 }62 "negative degrees should be allowed" {63 val indeterminateList = listOf(64 Indeterminate("x", -1),65 Indeterminate("x", -2),66 Indeterminate("x", -3),67 )68 val monoid = FreeMonoid(indeterminateList)69 shouldNotThrowAny {70 monoid.listElements(0)71 }72 }73 "two generators of even degrees" {74 val indeterminateList = listOf(75 Indeterminate("x", 2),76 Indeterminate("y", 2),77 )78 val monoid = FreeMonoid(indeterminateList)79 val gen = exhaustive(listOf(Pair(0, 1), Pair(1, 0), Pair(2, 2), Pair(3, 0), Pair(4, 3)))80 checkAll(gen) { (degree, size) ->81 monoid.listElements(degree).size shouldBe size82 }83 }84 "two generators of negative even degrees" {85 val indeterminateList = listOf(86 Indeterminate("x", -2),87 Indeterminate("y", -2),88 )89 val monoid = FreeMonoid(indeterminateList)90 val gen = exhaustive(listOf(Pair(0, 1), Pair(-1, 0), Pair(-2, 2), Pair(-3, 0), Pair(-4, 3)))91 checkAll(gen) { (degree, size) ->92 monoid.listElements(degree).size shouldBe size93 }94 }95 "two generators of odd degrees" {96 val indeterminateList = listOf(97 Indeterminate("x", 1),98 Indeterminate("y", 1),99 )100 val monoid = FreeMonoid(indeterminateList)101 val gen = exhaustive(listOf(Pair(0, 1), Pair(1, 2), Pair(2, 1), Pair(3, 0), Pair(4, 0)))102 checkAll(gen) { (degree, size) ->103 monoid.listElements(degree).size shouldBe size104 }105 }106 "two generators of negative odd degrees" {107 val indeterminateList = listOf(108 Indeterminate("x", -1),109 Indeterminate("y", -1),110 )111 val monoid = FreeMonoid(indeterminateList)112 val gen = exhaustive(listOf(Pair(0, 1), Pair(-1, 2), Pair(-2, 1), Pair(-3, 0), Pair(-4, 0)))113 checkAll(gen) { (degree, size) ->114 monoid.listElements(degree).size shouldBe size115 }116 }117 "polynomial algebra tensor exterior algebra" {118 val indeterminateList = listOf(119 Indeterminate("x", 1),120 Indeterminate("y", 2),121 )122 val monoid = FreeMonoid(indeterminateList)123 val gen = exhaustive(listOf(0, 1, 2, 3, 4))124 checkAll(gen) { degree ->125 monoid.listElements(degree).size shouldBe 1126 }127 }128 "listElements() should return the empty list for a negative degree if the generators are positive" {129 val indeterminateList = listOf(130 Indeterminate("x", 1),131 Indeterminate("y", 2),132 )133 val monoid = FreeMonoid(indeterminateList)134 checkAll(Arb.negativeInts()) { degree ->135 monoid.listElements(degree).isEmpty().shouldBeTrue()136 }137 }138 "listElements() should return the empty list for a positive degree if the generators are negative" {139 val indeterminateList = listOf(140 Indeterminate("x", -1),141 Indeterminate("y", -2),142 )143 val monoid = FreeMonoid(indeterminateList)144 checkAll(Arb.positiveInts()) { degree ->145 monoid.listElements(degree).isEmpty().shouldBeTrue()146 }147 }148 "listDegreesForAugmentedDegree() test" - {149 val degreeGroup = MultiDegreeGroup(150 listOf(151 DegreeIndeterminate("N", 1)152 )153 )154 val (n) = degreeGroup.generatorList155 degreeGroup.context.run {156 val indeterminateList = listOf(157 Indeterminate("a", 2 * n),158 Indeterminate("b", 2 * n),159 Indeterminate("x", 4 * n - 1),160 Indeterminate("y", 4 * n - 1),161 Indeterminate("z", 4 * n - 1),162 Indeterminate("w", 4 * n - 1),163 )164 val monoid = FreeMonoid(degreeGroup, indeterminateList)165 "listDegreesForAugmentedDegree() should return a list with distinct elements" {166 (0 until 20).forAll { degree ->167 monoid.listDegreesForAugmentedDegree(degree).shouldBeUnique()168 }169 }170 "check results of listDegreesForAugmentedDegree() for specific degrees" {171 monoid.listDegreesForAugmentedDegree(2) shouldBe listOf(2 * n)172 monoid.listDegreesForAugmentedDegree(4) shouldBe listOf(4 * n)173 monoid.listDegreesForAugmentedDegree(6).shouldContainExactlyInAnyOrder(174 listOf(8 * n - 2, 6 * n)175 )176 monoid.listDegreesForAugmentedDegree(12).shouldContainExactlyInAnyOrder(177 listOf(16 * n - 4, 14 * n - 2, 12 * n)178 )179 }180 }181 }182 "multiplication test" {183 val indeterminateList = listOf(184 Indeterminate("x", 1),185 Indeterminate("y", 1),186 Indeterminate("z", 2),187 )188 val monoid = FreeMonoid(indeterminateList)189 val x = Monomial(indeterminateList, listOf(1, 0, 0))190 val y = Monomial(indeterminateList, listOf(0, 1, 0))191 val z = Monomial(indeterminateList, listOf(0, 0, 1))192 val xy = Monomial(indeterminateList, listOf(1, 1, 0))193 val xz = Monomial(indeterminateList, listOf(1, 0, 1))194 val yz = Monomial(indeterminateList, listOf(0, 1, 1))195 val xyz = Monomial(indeterminateList, listOf(1, 1, 1))196 val yzz = Monomial(indeterminateList, listOf(0, 1, 2))197 monoid.multiply(x, y) shouldBe Signed(xy, Sign.PLUS)198 monoid.multiply(xy, xz) shouldBe Zero199 monoid.multiply(xz, y) shouldBe Signed(xyz, Sign.PLUS)200 monoid.multiply(y, xz) shouldBe Signed(xyz, Sign.MINUS)201 monoid.multiply(z, yz) shouldBe Signed(yzz, Sign.PLUS)202 }203 "toString() and toTex() test" {204 val printConfigForTex = PrintConfig(PrintType.TEX)205 val indeterminateList = listOf(206 Indeterminate("x", 2),207 Indeterminate("y", 2),208 )209 val unit = Monomial(indeterminateList, listOf(0, 0))210 unit.toString() shouldBe "1"211 unit.toString(printConfigForTex) shouldBe "1"212 val xy2 = Monomial(indeterminateList, listOf(1, 2))213 xy2.toString() shouldBe "xy^2"214 xy2.toString(printConfigForTex) shouldBe "xy^{2}"215 }216 "toString() and toTex() test for indeterminate names with 'tex'" {217 val printConfigForTex = PrintConfig(PrintType.TEX)218 val indeterminateList = listOf(219 Indeterminate("x", "X", 2),220 Indeterminate("y", "Y", 2),221 )222 val x = Monomial(indeterminateList, listOf(1, 0))223 x.toString() shouldBe "x"224 x.toString(printConfigForTex) shouldBe "X"225 val xy = Monomial(indeterminateList, listOf(1, 1))226 xy.toString() shouldBe "xy"227 xy.toString(printConfigForTex) shouldBe "XY"228 val xy2 = Monomial(indeterminateList, listOf(1, 2))229 xy2.toString() shouldBe "xy^2"230 xy2.toString(printConfigForTex) shouldBe "XY^{2}"231 }232 "Indeterminate.convertDegree() test" {233 val degreeGroup = MultiDegreeGroup(234 listOf(235 DegreeIndeterminate("N", 1)236 )237 )238 val (n) = degreeGroup.generatorList239 degreeGroup.context.run {240 val morphism = MultiDegreeMorphism(degreeGroup, degreeGroup, listOf(2 * n))241 val x = Indeterminate("x", 1 + n)242 x.degree shouldBe (1 + n)243 x.convertDegree(morphism).degree shouldBe (1 + 2 * n)244 }245 }246 "FreeMonoidMorphismByDegreeChange test" - {247 val degreeGroup1 = MultiDegreeGroup(248 listOf(249 DegreeIndeterminate("K", 1)250 )251 )252 val (k) = degreeGroup1.generatorList253 val indeterminateList = degreeGroup1.context.run {254 listOf(255 Indeterminate("x", 2 * k),256 Indeterminate("y", 4 * k - 1),257 )258 }259 val monoid1 = FreeMonoid(degreeGroup1, indeterminateList)260 val degreeGroup2 = MultiDegreeGroup(261 listOf(262 DegreeIndeterminate("N", 1),263 DegreeIndeterminate("M", 1),264 )265 )266 val (n, m) = degreeGroup2.generatorList267 val degreeMorphism = degreeGroup2.context.run {268 MultiDegreeMorphism(degreeGroup1, degreeGroup2, listOf(n + m))269 }270 val monoidMorphism = FreeMonoidMorphismByDegreeChange(monoid1, degreeMorphism)271 val monoid2 = monoidMorphism.target272 "x should be mapped to a monomial of degree (2n + 2m)" {273 val x = monoid1.fromExponentList(intArrayOf(1, 0))274 monoidMorphism(x).degree shouldBe degreeGroup2.context.run { 2 * n + 2 * m }275 }276 "y should be mapped to a monomial of degree (4n + 4m - 1)" {277 val y = monoid1.fromExponentList(intArrayOf(0, 1))278 monoidMorphism(y).degree shouldBe degreeGroup2.context.run { 4 * n + 4 * m - 1 }279 }280 "(x^2 y) should be mapped to a monomial of degree (8n + 8m - 1)" {281 val x2y = monoid1.fromExponentList(intArrayOf(2, 1))282 monoidMorphism(x2y).degree shouldBe degreeGroup2.context.run { 8 * n + 8 * m - 1 }283 }284 "FreeMonoidMorphismByDegreeChange should preserve exponentList" {285 val exponentLists = listOf(286 intArrayOf(1, 0),287 intArrayOf(0, 1),288 intArrayOf(1, 1),289 intArrayOf(3, 2),290 )291 exponentLists.forAll { exponentList ->292 monoidMorphism(monoid1.fromExponentList(exponentList)) shouldBe293 monoid2.fromExponentList(exponentList)294 }295 }296 }297})...

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ReloadConfigCommandTest.kt

Source:ReloadConfigCommandTest.kt Github

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1package builtin2import CustomMockPlugin3import be.seeseemelk.mockbukkit.MockBukkit4import be.seeseemelk.mockbukkit.command.ConsoleCommandSenderMock5import de.axelrindle.pocketknife.PocketCommand6import de.axelrindle.pocketknife.PocketConfig7import de.axelrindle.pocketknife.builtin.command.ReloadConfigCommand8import io.kotest.assertions.throwables.shouldThrow9import io.kotest.core.spec.style.StringSpec10import io.kotest.matchers.collections.*11import io.kotest.matchers.should12import io.kotest.matchers.shouldBe13import io.kotest.matchers.shouldNotBe14import io.kotest.matchers.types.beInstanceOf15import io.mockk.every16import io.mockk.mockk17import org.bukkit.command.CommandSender18import java.io.IOException19class ReloadConfigCommandTest : StringSpec({20 val mockedPlugin = MockBukkit.load(CustomMockPlugin::class.java)21 val pocketConfig = PocketConfig(mockedPlugin)22 val sender = ConsoleCommandSenderMock()23 val pluginCommand = mockedPlugin.getCommand("test")!!24 pocketConfig.register("config", mockedPlugin.getResource("/testConfig.yml"))25 pocketConfig.register("anotherConfig", mockedPlugin.getResource("/testConfig.yml"))26 "onPreReload & onReloadAll should be called once" {27 var preCalls = 028 var calls = 029 val command = object : ReloadConfigCommand<CustomMockPlugin>(mockedPlugin, pocketConfig) {30 override fun onEvent(event: Event, sender: CommandSender, info: String?, error: Throwable?) {31 super.onEvent(event, sender, info, error)32 when(event) {33 Event.PRE_RELOAD -> preCalls++34 Event.AFTER_RELOAD -> calls++35 else -> org.junit.jupiter.api.fail("Something unexpected happened! ($event)", error)36 }37 }38 }39 PocketCommand.register(mockedPlugin, command)40 command.onCommand(sender, pluginCommand, pluginCommand.label, emptyArray()) shouldBe true41 preCalls shouldBe 142 calls shouldBe 143 }44 "onPreReload & onReload should be called twice" {45 var preCalls = 046 var calls = 047 val command = object : ReloadConfigCommand<CustomMockPlugin>(mockedPlugin, pocketConfig) {48 override fun onEvent(event: Event, sender: CommandSender, info: String?, error: Throwable?) {49 super.onEvent(event, sender, info, error)50 when(event) {51 Event.PRE_RELOAD -> preCalls++52 Event.SINGLE -> {}53 Event.AFTER_RELOAD -> calls++54 else -> org.junit.jupiter.api.fail("Something unexpected happened! ($event)", error)55 }56 }57 }58 PocketCommand.register(mockedPlugin, command)59 command.onCommand(sender, pluginCommand, pluginCommand.label, arrayOf("config")) shouldBe true60 command.onCommand(sender, pluginCommand, pluginCommand.label, arrayOf("anotherConfig")) shouldBe true61 preCalls shouldBe 262 calls shouldBe 263 }64 "onInvalid should be called for unknown config names while onPreReload gets also called" {65 var preCalled = false66 val command = object : ReloadConfigCommand<CustomMockPlugin>(mockedPlugin, pocketConfig) {67 override fun onEvent(event: Event, sender: CommandSender, info: String?, error: Throwable?) {68 super.onEvent(event, sender, info, error)69 when(event) {70 Event.PRE_RELOAD -> preCalled = true71 Event.INVALID -> {72 info shouldBe "unknown"73 error shouldNotBe null74 }75 else -> org.junit.jupiter.api.fail("Something unexpected happened! ($event)", error)76 }77 }78 }79 PocketCommand.register(mockedPlugin, command)80 command.onCommand(sender, pluginCommand, pluginCommand.label, arrayOf("unknown")) shouldBe true81 preCalled shouldBe true82 }83 "an exception in onPreReload does not lead to onInvalid being called when reloading s single config file" {84 val command = object : ReloadConfigCommand<CustomMockPlugin>(mockedPlugin, pocketConfig) {85 override fun onEvent(event: Event, sender: CommandSender, info: String?, error: Throwable?) {86 super.onEvent(event, sender, info, error)87 when(event) {88 Event.PRE_RELOAD -> throw RuntimeException("imagine a severe error here")89 else -> org.junit.jupiter.api.fail("Something unexpected happened! ($event)", error)90 }91 }92 }93 PocketCommand.register(mockedPlugin, command)94 val thrown = shouldThrow<RuntimeException> {95 command.onCommand(sender, pluginCommand, pluginCommand.label, arrayOf("config"))96 }97 thrown.message shouldBe "imagine a severe error here"98 }99 "an exception in onPreReload does not lead to onInvalid being called when reloading all config files" {100 val command = object : ReloadConfigCommand<CustomMockPlugin>(mockedPlugin, pocketConfig) {101 override fun onEvent(event: Event, sender: CommandSender, info: String?, error: Throwable?) {102 super.onEvent(event, sender, info, error)103 when(event) {104 Event.PRE_RELOAD -> throw RuntimeException("imagine a severe error here")105 else -> org.junit.jupiter.api.fail("Something unexpected happened!", error)106 }107 }108 }109 PocketCommand.register(mockedPlugin, command)110 val thrown = shouldThrow<RuntimeException> {111 command.onCommand(sender, pluginCommand, pluginCommand.label, emptyArray())112 }113 thrown.message shouldBe "imagine a severe error here"114 }115 "tabComplete should behave correctly" {116 val command = ReloadConfigCommand(mockedPlugin, pocketConfig)117 PocketCommand.register(mockedPlugin, command)118 command.tabComplete(sender, pluginCommand, emptyArray())119 .shouldHaveSize(2)120 .shouldBeUnique()121 .shouldContainAll("config", "anotherConfig")122 command.tabComplete(sender, pluginCommand, arrayOf("a")) shouldContainExactly arrayListOf("anotherConfig")123 command.tabComplete(sender, pluginCommand, arrayOf("C")) shouldContainExactly arrayListOf("anotherConfig")124 command.tabComplete(sender, pluginCommand, arrayOf("c")) shouldContainExactly arrayListOf("config")125 command.tabComplete(sender, pluginCommand, arrayOf("x")).shouldBeEmpty()126 }127 "reloading all configs must not result in an INVALID event" {128 val configMock = mockk<PocketConfig>()129 val command = object : ReloadConfigCommand<CustomMockPlugin>(mockedPlugin, configMock) {130 override fun onEvent(event: Event, sender: CommandSender, info: String?, error: Throwable?) {131 super.onEvent(event, sender, info, error)132 when(event) {133 Event.INVALID -> io.kotest.assertions.fail("Event.INVALID must not occur!")134 Event.ERROR -> {135 info shouldBe null136 error should beInstanceOf<IOException>()137 }138 else -> {} // ignore139 }140 }141 }142 PocketCommand.register(mockedPlugin, command)143 every { configMock.reloadAll() } throws IOException("imagine an I/O error here")144 command.onCommand(sender, pluginCommand, pluginCommand.label, emptyArray())145 }146 "an unexpected exception while reloading all configs leads to Event.AFTER_RELOAD not being called" {147 }148 "an unexpected exception causes the operation to be aborted" {149 var preCalls = 0150 val command = object : ReloadConfigCommand<CustomMockPlugin>(mockedPlugin, pocketConfig) {151 override fun onEvent(event: Event, sender: CommandSender, info: String?, error: Throwable?) {152 super.onEvent(event, sender, info, error)153 when(event) {154 Event.PRE_RELOAD -> preCalls++155 Event.SINGLE -> throw IOException("imagine the file could not be read")156 Event.ERROR -> {157 info shouldBe null158 error should beInstanceOf<IOException>()159 }160 else -> org.junit.jupiter.api.fail("Something unexpected happened!", error)161 }162 }163 }164 PocketCommand.register(mockedPlugin, command)165 command.onCommand(sender, pluginCommand, pluginCommand.label, arrayOf("config", "anotherConfig")) shouldBe true166 preCalls shouldBe 1167 }168 "invalid usage returns true" {169 val command = object : ReloadConfigCommand<CustomMockPlugin>(mockedPlugin, pocketConfig) {170 override val canReloadSingle: Boolean = false171 }172 PocketCommand.register(mockedPlugin, command)173 command.onCommand(sender, pluginCommand, pluginCommand.label, arrayOf("config", "anotherConfig")) shouldBe false174 command.onCommand(sender, pluginCommand, pluginCommand.label, emptyArray()) shouldBe true175 }176 "default getUsage implementation respects the canReloadSingle setting" {177 var localCanReloadSingle = true178 val command = object : ReloadConfigCommand<CustomMockPlugin>(mockedPlugin, pocketConfig) {179 override val canReloadSingle: Boolean180 get() = localCanReloadSingle181 }182 PocketCommand.register(mockedPlugin, command)183 command.getUsage() shouldBe "/reload [config]"184 localCanReloadSingle = false185 command.getUsage() shouldBe "/reload"186 }187})...

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ArchetypeTest.kt

Source:ArchetypeTest.kt Github

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1package com.mineinabyss.geary.ecs.engine2import com.mineinabyss.geary.components.RelationComponent3import com.mineinabyss.geary.datatypes.GearyType4import com.mineinabyss.geary.datatypes.HOLDS_DATA5import com.mineinabyss.geary.datatypes.Relation6import com.mineinabyss.geary.datatypes.RelationValueId7import com.mineinabyss.geary.engine.archetypes.Archetype8import com.mineinabyss.geary.helpers.GearyTest9import com.mineinabyss.geary.helpers.componentId10import com.mineinabyss.geary.helpers.entity11import com.mineinabyss.geary.helpers.getArchetype12import io.kotest.matchers.collections.shouldBeUnique13import io.kotest.matchers.collections.shouldContainExactly14import io.kotest.matchers.maps.shouldContainKey15import io.kotest.matchers.maps.shouldNotContainKey16import io.kotest.matchers.shouldBe17import kotlinx.coroutines.awaitAll18import kotlinx.coroutines.launch19import kotlinx.coroutines.test.runTest20import org.junit.jupiter.api.Nested21import org.junit.jupiter.api.Test22import kotlin.time.measureTime23internal class ArchetypeTest : GearyTest() {24 //TODO bring this back when we switch to Koin DI25// @Test26// fun `ids assigned correctly`() {27// Engine.rootArchetype.id shouldBe 028// (Engine.rootArchetype + 1u).id shouldBe 129// (Engine.rootArchetype + 1u + 2u).id shouldBe 230// (Engine.rootArchetype + 1u).id shouldBe 131// }32 @Nested33 inner class MovingBetweenArchetypes {34 @Test35 fun `empty type equals empty archetype`() {36 GearyType().getArchetype() shouldBe engine.rootArchetype37 }38 @Test39 fun `get type equals archetype adding`() {40 engine.rootArchetype + 1u + 2u + 3u - 1u + 1u shouldBe41 GearyType(listOf(1u, 2u, 3u)).getArchetype()42 }43 @Test44 fun `reach same archetype from different starting positions`() {45 engine.rootArchetype + 1u + 2u + 3u shouldBe engine.rootArchetype + 3u + 2u + 1u46 }47 }48 @Test49 fun matchedRelations() {50 val arc = Archetype(51 engine,52 GearyType(53 listOf(54 Relation.of(1uL or HOLDS_DATA, 10uL).id,55 Relation.of(2uL or HOLDS_DATA, 10uL).id,56 )57 ), 058 )59 val relation = RelationValueId(10uL)60 val matched = arc.matchedRelationsFor(listOf(relation))61 matched shouldContainKey relation62 matched[relation]?.map { it.key }.shouldContainExactly(1uL or HOLDS_DATA, 2uL or HOLDS_DATA)63 val wrongRelation = RelationValueId(11uL)64 val matched2 = arc.matchedRelationsFor(listOf(wrongRelation))65 matched2 shouldNotContainKey wrongRelation66 }67 @Test68 fun `getComponents with relations`() {69 entity {70 set("Test")71 setRelation(String::class, 10)72 setRelation(Int::class, 15)73 }.getComponents() shouldContainExactly74 setOf("Test", RelationComponent(componentId<String>(), 10), RelationComponent(componentId<Int>(), 15))75 }76 @Nested77 inner class Async {78 @Test79 fun `add entities concurrently`() = runTest {80 clearEngine()81 val arc = engine.getArchetype(GearyType(ulongArrayOf(componentId<String>() or HOLDS_DATA)))82 concurrentOperation(10000) {83 arc.addEntityWithData(engine.newEntity().getRecord(), arrayOf("Test"))84 }.awaitAll()85 arc.ids.size shouldBe 1000086 arc.ids.shouldBeUnique()87 }88 }89 // The two tests below are pretty beefy and more like benchmarks so they're disabled by default90// @Test91 fun `set and remove concurrency`() = runTest {92 println(measureTime {93 concurrentOperation(100) {94 val entity = entity()95 repeat(1000) { id ->96 launch {97// entity.withLock {98 entity.setRelation(id.toULong(), "String")99 println("Locked for ${entity.id}: $id, size ${engine.archetypeCount}")100// }101 }102 }103 }.awaitAll()104 })105// entity.getComponents().shouldBeEmpty()106 }107 // @Test108// fun `mutliple locks`() {109// val a = entity()110//// val b = entity()111// concurrentOperation(10000) {112// engine.withLock(setOf(a/*, b*/)) {113// println("Locking")114// delay(100)115// }116// }117// }118 // @Test119 fun `concurrent archetype creation`() = runTest {120 clearEngine()121 val iters = 10000122 println(measureTime {123 for (i in 0 until iters) {124// concurrentOperation(iters) { i ->125 engine.getArchetype(GearyType((0uL..i.toULong()).toList()))126 println("Creating arc $i, total: ${engine.archetypeCount}")127// }.awaitAll()128 }129 })130 engine.archetypeCount shouldBe iters + 1131 }132}...

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unique.kt

Source:unique.kt Github

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1package io.kotest.matchers.collections2import io.kotest.matchers.Matcher3import io.kotest.matchers.MatcherResult4import io.kotest.matchers.should5import io.kotest.matchers.shouldNot6fun <T> Iterable<T>.shouldBeUnique(): Iterable<T> {7 toList().shouldBeUnique()8 return this9}10fun <T> Array<T>.shouldBeUnique(): Array<T> {11 asList().shouldBeUnique()12 return this13}14fun <T> Collection<T>.shouldBeUnique(): Collection<T> {15 this should beUnique()16 return this17}18fun <T> Iterable<T>.shouldNotBeUnique(): Iterable<T> {19 toList().shouldNotBeUnique()20 return this21}22fun <T> Array<T>.shouldNotBeUnique(): Array<T> {23 asList().shouldNotBeUnique()24 return this25}26fun <T> Collection<T>.shouldNotBeUnique(): Collection<T> {27 this shouldNot beUnique()28 return this29}30fun <T> beUnique() = object : Matcher<Collection<T>> {31 override fun test(value: Collection<T>) = MatcherResult(32 value.toSet().size == value.size,33 { "Collection should be Unique" },34 {35 "Collection should contain at least one duplicate element"36 })37}...

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Array.shouldBeUnique

Using AI Code Generation

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1array.shouldBeUnique()2array.shouldBeUnique()3array.shouldNotBeUnique()4array.shouldNotBeUnique()5array.shouldBeUniqueBy { it.id }6array.shouldBeUniqueBy { it.id }7array.shouldNotBeUniqueBy { it.id }8array.shouldNotBeUniqueBy { it.id }9array.shouldBeUniqueBy { it.id }10array.shouldBeUniqueBy { it.id }11array.shouldNotBeUniqueBy { it.id }12array.shouldNotBeUniqueBy { it.id }13array.shouldBeUniqueBy { it.id }14array.shouldBeUniqueBy { it.id }15array.shouldNotBeUniqueBy { it.id }16array.shouldNotBeUniqueBy { it.id }17array.shouldBeUniqueBy { it.id }

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Array.shouldBeUnique

Using AI Code Generation

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1 import io.kotest.matchers.collections.unique.shouldBeUnique2 fun main() {3 val list = listOf(1, 2, 3, 4, 5, 6, 7, 8)4 list.shouldBeUnique()5 }6 import io.kotest.matchers.numerics.positive.shouldBePositive7 fun main() {8 num.shouldBePositive()9 }

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Array.shouldBeUnique

Using AI Code Generation

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1fun main() { val list = listOf(1, 2, 3, 4, 5) list.shouldBeUnique() }2fun main() { val list = listOf(1, 2, 3, 4, 5) list.shouldBeUnique() }3fun main() { val list = listOf(1, 2, 3, 4, 5) list.shouldBeUnique() }4fun main() { val list = listOf(1, 2, 3, 4, 5) list.shouldBeUnique() }5fun main() { val list = listOf(1, 2, 3, 4, 5) list.shouldBeUnique() }6fun main() { val list = listOf(1, 2, 3, 4, 5) list.shouldBeUnique() }7fun main() { val list = listOf(1, 2, 3, 4, 5) list.shouldBeUnique() }8fun main() { val list = listOf(1, 2, 3, 4, 5) list.shouldBeUnique() }9fun main() { val list = listOf(1, 2, 3, 4, 5) list.shouldBeUnique() }10fun main() { val list = listOf(1, 2, 3, 4, 5) list.shouldBeUnique() }11fun main() { val list = listOf

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Array.shouldBeUnique

Using AI Code Generation

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1import io.kotest.matchers.collections.shouldBeUnique2import io.kotest.matchers.collections.shouldBeSorted3import io.kotest.matchers.collections.shouldBeSortedDescending4import io.kotest.matchers.collections.shouldBeSortedWith5import io.kotest.matchers.collections.shouldContain6import io.kotest.matchers.collections.shouldContainAll7import io.kotest.matchers.collections.shouldContainAnyOf8import io.kotest.matchers.collections.shouldContainInOrder9import io.kotest.matchers.collections.shouldContainNoneOf10import io.kotest.matchers.collections.shouldContainOnly11import io.kotest.matchers.collections.shouldContainSame12import io.kotest.matchers.collections.shouldHaveAt

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Array.shouldBeUnique

Using AI Code Generation

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1@DisplayName("Test for unique element in array")2@ValueSource(ints = [1, 2, 3, 4, 5])3fun `test for unique element in array`(value: Int) {4val array = arrayOf(1, 2, 3, 4, 5)5array.shouldBeUnique()6}7}

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