How to use EventuallyConfig class of io.kotest.assertions.timing package

Best Kotest code snippet using io.kotest.assertions.timing.EventuallyConfig

EventuallyTest.kt

Source:EventuallyTest.kt

2package com.sksamuel.kotest.assertions.timing3import io.kotest.assertions.assertSoftly4import io.kotest.assertions.fail5import io.kotest.assertions.throwables.shouldThrow6import io.kotest.assertions.timing.EventuallyConfig7import io.kotest.assertions.timing.EventuallyState8import io.kotest.assertions.timing.eventually9import io.kotest.assertions.until.fibonacci10import io.kotest.assertions.until.fixed11import io.kotest.assertions.withClue12import io.kotest.core.spec.style.WordSpec13import io.kotest.matchers.ints.shouldBeLessThan14import io.kotest.matchers.longs.shouldBeGreaterThan15import io.kotest.matchers.longs.shouldBeGreaterThanOrEqual16import io.kotest.matchers.nulls.shouldBeNull17import io.kotest.matchers.nulls.shouldNotBeNull18import io.kotest.matchers.shouldBe19import io.kotest.matchers.string.shouldContain20import kotlinx.coroutines.asCoroutineDispatcher21import kotlinx.coroutines.delay22import kotlinx.coroutines.launch23import kotlinx.coroutines.withContext24import java.io.FileNotFoundException25import java.io.IOException26import java.util.concurrent.CountDownLatch27import java.util.concurrent.Executors28import java.util.concurrent.TimeUnit29import java.util.concurrent.atomic.AtomicInteger30import kotlin.time.Duration31import kotlin.time.Duration.Companion.days32import kotlin.time.Duration.Companion.milliseconds33import kotlin.time.Duration.Companion.seconds34import kotlin.time.TimeSource35class EventuallyTest : WordSpec() {36   init {37      "eventually" should {38         "pass working tests" {39            eventually(5.days) {40               System.currentTimeMillis()41            }42         }43         "pass tests that completed within the time allowed" {44            val end = System.currentTimeMillis() + 15045            eventually(1.seconds) {46               if (System.currentTimeMillis() < end)47                  throw RuntimeException("foo")48            }49         }50         "fail tests that do not complete within the time allowed" {51            shouldThrow<AssertionError> {52                eventually(150.milliseconds) {53                    throw RuntimeException("foo")54                }55            }56         }57         "return the result computed inside" {58            val result = eventually(2.seconds) {59               160            }61            result shouldBe 162         }63         "pass tests that completed within the time allowed, AssertionError"  {64            val end = System.currentTimeMillis() + 15065            eventually(5.days) {66               if (System.currentTimeMillis() < end)67                  assert(false)68            }69         }70         "pass tests that completed within the time allowed, custom exception"  {71            val end = System.currentTimeMillis() + 15072            eventually(5.seconds, FileNotFoundException::class) {73               if (System.currentTimeMillis() < end)74                  throw FileNotFoundException()75            }76         }77         "fail tests throw unexpected exception type"  {78            shouldThrow<NullPointerException> {79               eventually(2.seconds, exceptionClass = IOException::class) {80                  (null as String?)!!.length81               }82            }83         }84         "pass tests that throws FileNotFoundException for some time"  {85            val end = System.currentTimeMillis() + 15086            eventually(5.days) {87               if (System.currentTimeMillis() < end)88                  throw FileNotFoundException("foo")89            }90         }91         "handle kotlin assertion errors" {92            var thrown = false93             eventually(25.milliseconds) {94                 if (!thrown) {95                     thrown = true96                     throw AssertionError("boom")97                 }98             }99         }100         "handle java assertion errors" {101            var thrown = false102             eventually(25.milliseconds) {103                 if (!thrown) {104                     thrown = true105                     throw java.lang.AssertionError("boom")106                 }107             }108         }109         "display the first and last underlying failures" {110            var count = 0111            val message = shouldThrow<AssertionError> {112                eventually(100.milliseconds) {113                    if (count == 0) {114                        count = 1115                        fail("first")116                    } else {117                        fail("last")118                    }119                }120            }.message121            message.shouldContain("Eventually block failed after 100ms; attempted \\d+ time\\(s\\); FixedInterval\\(duration=25ms\\) delay between attempts".toRegex())122            message.shouldContain("The first error was caused by: first")123            message.shouldContain("The last error was caused by: last")124         }125         "allow suspendable functions" {126             eventually(100.milliseconds) {127                 delay(1)128                 System.currentTimeMillis()129             }130         }131         "allow configuring interval delay" {132            var count = 0133             eventually(50.milliseconds, 20.milliseconds.fixed()) {134                 count += 1135             }136            count.shouldBeLessThan(3)137         }138         "do one final iteration if we never executed before interval expired" {139            val dispatcher = Executors.newSingleThreadExecutor().asCoroutineDispatcher()140            launch(dispatcher) {141               Thread.sleep(250)142            }143            val counter = AtomicInteger(0)144            withContext(dispatcher) {145               // we won't be able to run in here146               eventually(1.seconds, 5.milliseconds) {147                  counter.incrementAndGet()148               }149            }150            counter.get().shouldBe(1)151         }152         "do one final iteration if we only executed once and the last delay > interval" {153            val dispatcher = Executors.newSingleThreadExecutor().asCoroutineDispatcher()154            // this will start immediately, free the dispatcher to allow eventually to run once, then block the thread155            launch(dispatcher) {156               delay(100.milliseconds)157               Thread.sleep(500)158            }159            val counter = AtomicInteger(0)160            withContext(dispatcher) {161               // this will execute once immediately, then the earlier async will steal the thread162               // and then since the delay has been > interval and times == 1, we will execute once more163                eventually(250.milliseconds, 25.milliseconds) {164                    counter.incrementAndGet() shouldBe 2165                }166            }167            counter.get().shouldBe(2)168         }169         "handle shouldNotBeNull" {170            val mark = TimeSource.Monotonic.markNow()171            shouldThrow<java.lang.AssertionError> {172                eventually(50.milliseconds) {173                    val str: String? = null174                    str.shouldNotBeNull()175                }176            }177            mark.elapsedNow().inWholeMilliseconds.shouldBeGreaterThanOrEqual(50)178         }179         "eventually with boolean predicate" {180            eventually(5.seconds) {181               System.currentTimeMillis() > 0182            }183         }184         "eventually with boolean predicate and interval" {185            eventually(5.seconds, 1.seconds.fixed()) {186               System.currentTimeMillis() > 0187            }188         }189         "eventually with T predicate" {190            var t = ""191            eventually(5.seconds, predicate = { t == "xxxx" }) {192               t += "x"193            }194         }195         "eventually with T predicate and interval" {196            var t = ""197            val result =198               eventually(5.seconds, 1.milliseconds.fixed(), predicate = { t == "xxxxxxxxxxx" }) {199                  t += "x"200                  t201               }202            result shouldBe "xxxxxxxxxxx"203         }204         "eventually with T predicate, interval, and listener" {205            var t = ""206            val latch = CountDownLatch(5)207            val result = eventually(208               5.seconds,209               1.milliseconds.fixed(),210               predicate = { t == "xxxxxxxxxxx" },211               listener = { latch.countDown() },212            ) {213               t += "x"214               t215            }216            latch.await(15, TimeUnit.SECONDS) shouldBe true217            result shouldBe "xxxxxxxxxxx"218         }219         "fail tests that fail a predicate for the duration" {220            shouldThrow<AssertionError> {221               eventually(75.milliseconds, predicate = { it == 2 }) {222                  1223               }224            }225         }226         "support fibonacci intervals" {227            var t = ""228            val latch = CountDownLatch(5)229            val result = eventually(230               duration = 10.seconds,231               interval = 1.milliseconds.fibonacci(),232               predicate = { t == "xxxxxx" },233               listener = { latch.countDown() },234            ) {235               t += "x"236               t237            }238            latch.await(10, TimeUnit.SECONDS) shouldBe true239            result shouldBe "xxxxxx"240         }241         "eventually has a shareable configuration" {242            val slow = EventuallyConfig(duration = 5.seconds)243            var i = 0244            val fast = slow.copy(retries = 1)245            assertSoftly {246               slow.retries shouldBe Int.MAX_VALUE247               fast.retries shouldBe 1248               slow.duration shouldBe 5.seconds249               fast.duration shouldBe 5.seconds250            }251            eventually(slow) {252               5253            }254            eventually(fast, predicate = { i == 1 }) {255               i++256            }257            i shouldBe 1258         }259         "throws if retry limit is exceeded" {260            val message = shouldThrow<AssertionError> {261               eventually(EventuallyConfig(retries = 2)) {262                  1 shouldBe 2263               }264            }.message265            message.shouldContain("Eventually block failed after Infinity")266            message.shouldContain("attempted 2 time(s)")267         }268         "override assertion to hard assertion before executing assertion and reset it after executing" {269            val target = System.currentTimeMillis() + 150270            val message = shouldThrow<AssertionError> {271               assertSoftly {272                  withClue("Eventually which should pass") {273                     eventually(2.seconds) {274                        System.currentTimeMillis() shouldBeGreaterThan target275                     }...

eventually.kt

Source:eventually.kt

...13/**14 * Runs a function until it doesn't throw as long as the specified duration hasn't passed15 */16suspend fun <T> eventually(duration: Duration, f: suspend () -> T): T =17   eventually(EventuallyConfig(duration = duration), f = f)18suspend fun <T : Any> eventually(19   duration: Duration,20   interval: Interval,21   f: suspend () -> T22): T = eventually(EventuallyConfig(duration, interval), f = f)23suspend fun <T> eventually(24   duration: Duration,25   interval: Interval,26   predicate: EventuallyPredicate<T>,27   f: suspend () -> T,28): T = eventually(EventuallyConfig(duration = duration, interval), predicate = predicate, f = f)29suspend fun <T> eventually(30   duration: Duration,31   interval: Interval,32   listener: EventuallyListener<T>,33   f: suspend () -> T,34): T = eventually(EventuallyConfig(duration = duration, interval), listener = listener, f = f)35suspend fun <T> eventually(duration: Duration, poll: Duration, f: suspend () -> T): T =36   eventually(EventuallyConfig(duration = duration, interval = poll.fixed()), f = f)37/**38 * Runs a function until it doesn't throw the specified exception as long as the specified duration hasn't passed39 */40suspend fun <T> eventually(duration: Duration, exceptionClass: KClass<out Throwable>, f: suspend () -> T): T =41   eventually(EventuallyConfig(duration = duration, exceptionClass = exceptionClass), f = f)42/**43 * Runs a function until the following constraints are eventually met:44 * the optional [predicate] must be satisfied, defaults to true45 * the optional [duration] has not passed now, defaults to [Duration.INFINITE]46 * the number of iterations does not exceed the optional [retries], defaults to [Int.MAX_VALUE]47 *48 * [eventually] will catch the specified optional [exceptionClass] and (or when not specified) [AssertionError], defaults to [Throwable]49 * [eventually] will delay the specified [interval] between iterations, defaults to 25 [milliseconds]50 * [eventually] will pass the resulting value and state (see [EventuallyState]) into the optional [listener]51 */52suspend fun <T> eventually(53   duration: Duration = Duration.INFINITE,54   interval: Interval = 25.milliseconds.fixed(),55   predicate: EventuallyPredicate<T> = { true },56   listener: EventuallyListener<T> = EventuallyListener { },57   retries: Int = Int.MAX_VALUE,58   exceptionClass: KClass<out Throwable>? = null,59   f: suspend () -> T,60): T = eventually(EventuallyConfig(duration, interval, retries, exceptionClass), predicate, listener, f)61/**62 * Runs a function until it doesn't throw and the result satisfies the predicate as long as the specified duration hasn't passed63 * and uses [EventuallyConfig] to control the duration, interval, listener, retries, and exceptionClass.64 */65suspend fun <T> eventually(66   config: EventuallyConfig,67   predicate: EventuallyPredicate<T> = { true },68   listener: EventuallyListener<T> = EventuallyListener { },69   f: suspend () -> T,70): T {71   val start = TimeSource.Monotonic.markNow()72   val end = start.plus(config.duration)73   var times = 074   var firstError: Throwable? = null75   var lastError: Throwable? = null76   var predicateFailedTimes = 077   val originalAssertionMode = errorCollector.getCollectionMode()78   errorCollector.setCollectionMode(ErrorCollectionMode.Hard)79   var lastDelayPeriod = Duration.ZERO80   var lastInterval = Duration.ZERO81   fun attemptsLeft() = end.hasNotPassedNow() && times < config.retries82   // if we only executed once, and the last delay was > last interval, we didn't get a chance to run again83   // so we run once more before exiting84   fun isLongWait() = times == 1 && lastDelayPeriod > lastInterval85   while (attemptsLeft() || isLongWait()) {86      try {87         val result = f()88         listener.onEval(EventuallyState(result, start, end, times, firstError, lastError))89         if (predicate(result)) {90            errorCollector.setCollectionMode(originalAssertionMode)91            return result92         } else {93            predicateFailedTimes++94         }95      } catch (e: Throwable) {96         if (AssertionError::class.isInstance(e) || config.exceptionClass?.isInstance(e) == true) {97            if (firstError == null) {98               firstError = e99            } else {100               lastError = e101            }102            listener.onEval(EventuallyState(null, start, end, times, firstError, lastError))103         } else {104            throw e105         }106      }107      times++108      lastInterval = config.interval.next(times)109      val delayMark = TimeSource.Monotonic.markNow()110      delay(lastInterval)111      lastDelayPeriod = delayMark.elapsedNow()112   }113   errorCollector.setCollectionMode(originalAssertionMode)114   val message = StringBuilder().apply {115      appendLine("Eventually block failed after ${config.duration}; attempted $times time(s); ${config.interval} delay between attempts")116      if (predicateFailedTimes > 0) {117         appendLine("The provided predicate failed $predicateFailedTimes times")118      }119      if (firstError != null) {120         appendLine("The first error was caused by: ${firstError.message}")121         appendLine(firstError.stackTraceToString())122      }123      if (lastError != null) {124         appendLine("The last error was caused by: ${lastError.message}")125         appendLine(lastError.stackTraceToString())126      }127   }128   throw failure(message.toString())129}130data class EventuallyConfig(131   val duration: Duration = Duration.INFINITE,132   val interval: Interval = 25.milliseconds.fixed(),133   val retries: Int = Int.MAX_VALUE,134   val exceptionClass: KClass<out Throwable>? = Throwable::class,135) {136   init {137      require(retries > 0) { "Retries should not be less than one" }138      require(!duration.isNegative()) { "Duration cannot be negative" }139   }140}141data class EventuallyState<T>(142   val result: T?,143   val start: TimeMark,144   val end: TimeMark,...

InventoryConsumerTest.kt

Source:InventoryConsumerTest.kt

1package org.learning.demo.app.consumer2import io.kotest.assertions.timing.EventuallyConfig3import io.kotest.assertions.timing.continually4import io.kotest.assertions.timing.eventually5import io.kotest.assertions.until.FixedInterval6import io.kotest.assertions.until.fixed7import io.kotest.matchers.shouldBe8import kotlinx.coroutines.runBlocking9import org.junit.jupiter.api.BeforeEach10import org.junit.jupiter.api.Test11import org.learning.demo.IntegrationTest12import org.learning.demo.app.repository.InventoryProduct13import org.learning.demo.app.repository.ProductRepository14import org.learning.demo.lib.kafka.KafkaMessage15import org.learning.demo.lib.kafka.producer.KafkaProducer16import org.learning.demo.lib.kafka.repository.ProcessedMessageAudit17import org.learning.demo.lib.kafka.repository.ProcessedMessageAuditRepository18import org.learning.demo.util.assertNextWith19import org.springframework.beans.factory.annotation.Autowired20import java.time.LocalDateTime21import kotlin.time.Duration.Companion.seconds22import kotlin.time.DurationUnit23import kotlin.time.toDuration24@IntegrationTest25class InventoryConsumerTest(26    @Autowired private val kafkaProducer: KafkaProducer,27    @Autowired private val productRepository: ProductRepository,28    @Autowired private val processedMessageAuditRepository: ProcessedMessageAuditRepository,29) {30    @BeforeEach31    fun setUp() {32        processedMessageAuditRepository.deleteAll().block()33    }34    @Test35    fun `should update count of remain products on consuming order created event`() {36        productRepository.saveAll(37            listOf(38                InventoryProduct("P-001", 20),39                InventoryProduct("P-002", 12),40                InventoryProduct("P-003", 12),41            )42        ).blockLast()43        kafkaProducer.produce(44            "order",45            KafkaMessage(46                eventId = "ev-00-11",47                eventName = "order-created",48                createdTime = "2020-01-01",49                partitionKey = "123",50                identifiers = mapOf(),51                payload = mapOf(52                    "orderId" to "001",53                    "totalPrice" to 234.56,54                    "products" to setOf(55                        mapOf(56                            "productCode" to "P-001",57                            "quantity" to 12,58                            "price" to 345.3259                        ),60                        mapOf(61                            "productCode" to "P-002",62                            "quantity" to 12,63                            "price" to 345.3264                        ),65                    )66                )67            )68        ).block()69        runBlocking {70            eventually(71                EventuallyConfig(72                    duration = 5.toDuration(DurationUnit.SECONDS),73                    interval = FixedInterval(100.toDuration(DurationUnit.MILLISECONDS))74                )75            ) {76                assertNextWith(productRepository.findByProductCode("P-001")) {77                    it.remainingQuantity shouldBe 878                }79                assertNextWith(productRepository.findByProductCode("P-002")) {80                    it.remainingQuantity shouldBe 081                }82                assertNextWith(productRepository.findByProductCode("P-003")) {83                    it.remainingQuantity shouldBe 1284                }85            }...

KafkaConsumerTest.kt

Source:KafkaConsumerTest.kt

1package org.learning.demo.lib.kafka.consumer2import io.kotest.assertions.timing.EventuallyConfig3import io.kotest.assertions.timing.eventually4import io.kotest.assertions.until.FixedInterval5import io.kotest.matchers.collections.shouldContainExactlyInAnyOrder6import io.kotest.matchers.collections.shouldHaveSize7import kotlinx.coroutines.runBlocking8import org.junit.jupiter.api.BeforeEach9import org.junit.jupiter.api.Test10import org.learning.demo.IntegrationTest11import org.learning.demo.lib.kafka.KafkaMessage12import org.learning.demo.lib.kafka.producer.KafkaProducer13import org.learning.demo.lib.kafka.repository.ProcessedMessageAudit14import org.learning.demo.lib.kafka.repository.ProcessedMessageAuditRepository15import org.learning.demo.util.assertNextWith16import org.springframework.beans.factory.annotation.Autowired17import java.time.LocalDateTime18import kotlin.time.DurationUnit19import kotlin.time.toDuration20@IntegrationTest21class KafkaConsumerTest(22    @Autowired private val kafkaProducer: KafkaProducer,23    @Autowired private val dummyKafkaConsumer: DummyKafkaConsumer,24    @Autowired private val processedMessageAuditRepository: ProcessedMessageAuditRepository,25) {26    @BeforeEach27    fun setUp() {28        processedMessageAuditRepository.deleteAll().block()29    }30    private val message = KafkaMessage(31        eventId = "EB-001",32        eventName = "consumer-event",33        createdTime = "2020-01-01",34        partitionKey = "12",35        identifiers = mapOf(36            "key1" to "val1"37        ),38        payload = mapOf(39            "message" to "hello"40        )41    )42    @Test43    fun `should consume new message only`() {44        processedMessageAuditRepository.save(45            ProcessedMessageAudit(46                eventId = "EB-000",47                processedAt = LocalDateTime.now(),48                consumerGroupId = "kafka-tryout-consumer-group"49            )50        ).block()51        kafkaProducer52            .produce(topic = "integration-test", message = message)53            .flatMap {54                kafkaProducer.produce(topic = "integration-test-v2", message.copy(eventId = "EB-000"))55            }56            .flatMap {57                kafkaProducer.produce(topic = "integration-test-v2", message.copy(eventId = "EB-002"))58            }59            .block()60        runBlocking {61            eventually(62                EventuallyConfig(63                    duration = 10.toDuration(DurationUnit.SECONDS),64                    interval = FixedInterval(1.toDuration(DurationUnit.SECONDS))65                )66            ) {67                val messages = dummyKafkaConsumer.getAllMessages()68                messages shouldHaveSize 269                messages shouldContainExactlyInAnyOrder listOf(70                    Triple("integration-test", emptyMap(), message),71                    Triple("integration-test-v2", emptyMap(), message.copy(eventId = "EB-002")),72                )73            }74        }75    }76    @Test77    fun `should save audit of processed message`() {78        processedMessageAuditRepository.save(79            ProcessedMessageAudit(80                eventId = "EB-000",81                processedAt = LocalDateTime.now(),82                consumerGroupId = "kafka-tryout-consumer-group"83            )84        ).block()85        kafkaProducer86            .produce(topic = "integration-test", message = message)87            .flatMap {88                kafkaProducer.produce(topic = "integration-test-v2", message.copy(eventId = "EB-002"))89            }90            .block()91        runBlocking {92            eventually(93                EventuallyConfig(94                    duration = 10.toDuration(DurationUnit.SECONDS),95                    interval = FixedInterval(1.toDuration(DurationUnit.SECONDS))96                )97            ) {98                assertNextWith(processedMessageAuditRepository.findAll().collectList()) {99                    it.map { r -> r.eventId } shouldContainExactlyInAnyOrder listOf("EB-000", "EB-001", "EB-002")100                }101            }102        }103    }104}...

OrderServiceIntegrationTest.kt

Source:OrderServiceIntegrationTest.kt

1package org.learning.demo.app.service2import io.kotest.assertions.timing.EventuallyConfig3import io.kotest.assertions.timing.eventually4import io.kotest.assertions.until.FixedInterval5import io.kotest.matchers.collections.shouldHaveSize6import io.kotest.matchers.maps.shouldContainAll7import kotlinx.coroutines.runBlocking8import org.junit.jupiter.api.BeforeEach9import org.junit.jupiter.api.Test10import org.learning.demo.IntegrationTest11import org.learning.demo.app.domain.Product12import org.learning.demo.app.view.CartView13import org.learning.demo.util.EmbeddedKafkaConsumer14import org.springframework.beans.factory.annotation.Autowired15import java.math.BigDecimal16import kotlin.time.DurationUnit17import kotlin.time.toDuration18@IntegrationTest19class OrderServiceIntegrationTest(20    @Autowired private val orderService: OrderService,21    @Autowired private val embeddedKafkaConsumer: EmbeddedKafkaConsumer22) {23    @BeforeEach24    fun setUp() {25        embeddedKafkaConsumer.clearTopic("order")26    }27    @Test28    fun `should raise order created event on order creation`() {29        val product = Product(productCode = "P-0022", quantity = 3, price = BigDecimal("20.34"))30        orderService.createOrderFrom(CartView(id = "C-002", products = setOf(product))).block()31        runBlocking {32            eventually(33                EventuallyConfig(34                    duration = 5.toDuration(DurationUnit.SECONDS),35                    interval = FixedInterval(1.toDuration(DurationUnit.SECONDS))36                )37            ) {38                val messages = embeddedKafkaConsumer.readNextMessage("order", "order-created")39                messages shouldHaveSize 140                messages.first().payload shouldContainAll mapOf(41                    "products" to listOf(42                        mapOf(43                            "productCode" to "P-0022",44                            "quantity" to 3,45                            "price" to 20.34,46                        )47                    ),...

EventuallyConfig

Using AI Code Generation

1import io.kotest.assertions.timing.EventuallyConfig2import io.kotest.assertions.timing.eventually3import io.kotest.assertions.timing.eventuallyThrowing4import io.kotest.assertions.timing.shouldEventually5import io.kotest.assertions.timing.shouldEventuallyThrowing6import io.kotest.assertions.timing.shouldNotEventually7import io.kotest.assertions.timing.shouldNotEventuallyThrowing8import kotlin.time.Duration9import kotlin.time.ExperimentalTime10@OptIn(ExperimentalTime::class)11fun main() {12    val config = EventuallyConfig(13        timeout = Duration.seconds(10),14        interval = Duration.milliseconds(100)15    eventually(config) {16    }17    eventuallyThrowing(config) {18    }19    shouldEventually(config) {20    }21    shouldEventuallyThrowing(config) {22    }23    shouldNotEventually(config) {24    }25    shouldNotEventuallyThrowing(config) {26    }27}28import io.kotest.assertions.timing.shouldEventually29import io.kotest.assertions.timing.shouldEventuallyThrowing30import io.kotest.assertions.timing.shouldNotEventually31import io.kotest.assertions.timing.shouldNotEventuallyThrowing32import kotlin.time.Duration33import kotlin.time.ExperimentalTime34@OptIn(ExperimentalTime::class)35fun main() {36    shouldEventually(Duration.seconds(10), Duration.milliseconds(100)) {37    }38    shouldEventuallyThrowing(Duration.seconds(10), Duration.milliseconds(100)) {39    }40    shouldNotEventually(Duration.seconds(10), Duration.milliseconds(100)) {41    }42    shouldNotEventuallyThrowing(Duration.seconds(10), Duration.milliseconds(100)) {43    }44}45import io.kotest.assertions.timing.eventually46import io.kotest.assertions.timing.eventuallyThrowing47import kotlin.time.Duration48import kotlin.time.ExperimentalTime49@OptIn(ExperimentalTime::class)50fun main() {51    eventually(Duration.seconds(10), Duration.milliseconds(100)) {52    }53    eventuallyThrowing(Duration.seconds(

EventuallyConfig

Using AI Code Generation

1EventuallyConfig(10.seconds, 100.milliseconds).run {2    eventually {3    }4}5eventually(10.seconds, 100.milliseconds) {6}7eventually(10.seconds, 100.milliseconds, "custom message") {8}9eventually(10.seconds, 100.milliseconds, "custom message", customException) {10}11eventually(10.seconds, 100.milliseconds, "custom message", customException) {12}13eventually(10.seconds, 100.milliseconds, "custom message", customException, customExceptionHandle) {14}

EventuallyConfig

Using AI Code Generation

1        EventuallyConfig(5.seconds, 100.milliseconds)2    ) {3    }4val exception = shouldThrow<IllegalArgumentException> {5    throw IllegalArgumentException("boom")6}7val exception = shouldThrow<IllegalArgumentException> {8    throw IllegalArgumentException("boom")9}10val exception = shouldThrow<IllegalArgumentException> {11    throw IllegalArgumentException("boom")12}13val exception = shouldThrow<IllegalArgumentException> {14    throw IllegalArgumentException("boom")15}16val exception = shouldThrow<IllegalArgumentException> {

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