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How to use Map.shouldNotContain method of io.kotest.matchers.maps.matchers class

Best Kotest code snippet using io.kotest.matchers.maps.matchers.Map.shouldNotContain

DownloadManagerActorTest.kt

Source:DownloadManagerActorTest.kt

1/*2 * Copyright (C) 2018 The Tachiyomi Open Source Project3 *4 * This Source Code Form is subject to the terms of the Mozilla Public5 * License, v. 2.0. If a copy of the MPL was not distributed with this6 * file, You can obtain one at http://mozilla.org/MPL/2.0/.7 */8package tachiyomi.domain.download.service9import io.kotest.core.spec.style.FunSpec10import io.kotest.core.test.TestContext11import io.kotest.matchers.collections.shouldBeEmpty12import io.kotest.matchers.collections.shouldBeSameSizeAs13import io.kotest.matchers.collections.shouldContain14import io.kotest.matchers.collections.shouldHaveSize15import io.kotest.matchers.collections.shouldNotContain16import io.kotest.matchers.maps.shouldBeEmpty17import io.kotest.matchers.maps.shouldHaveSize18import io.kotest.matchers.nulls.shouldBeNull19import io.kotest.matchers.nulls.shouldNotBeNull20import io.kotest.matchers.types.shouldBeInstanceOf21import io.mockk.Runs22import io.mockk.clearAllMocks23import io.mockk.coEvery24import io.mockk.every25import io.mockk.just26import io.mockk.mockk27import io.mockk.spyk28import io.mockk.verify29import kotlinx.coroutines.Dispatchers30import kotlinx.coroutines.Job31import kotlinx.coroutines.channels.Channel32import kotlinx.coroutines.channels.ClosedReceiveChannelException33import kotlinx.coroutines.launch34import okio.FileSystem35import okio.Path36import tachiyomi.core.prefs.Preference37import tachiyomi.domain.download.model.SavedDownload38import tachiyomi.domain.download.service.DownloadManagerActor.Message39import tachiyomi.domain.download.service.DownloadManagerActor.State40import tachiyomi.domain.manga.model.Chapter41import tachiyomi.domain.manga.model.Manga42import kotlin.time.DurationUnit43import kotlin.time.ExperimentalTime44import kotlin.time.toDuration45@ExperimentalTime46class DownloadManagerActorTest : FunSpec({47  lateinit var messages: Channel<Message>48  val compressPreference = mockk<Preference<Boolean>>()49  val preferences = mockk<DownloadPreferences>()50  val downloader = mockk<Downloader>()51  val compressor = mockk<DownloadCompressor>()52  val repository = mockk<DownloadRepository>()53  val fileSystem = spyk(FileSystem.SYSTEM)54  val tmpFile = mockk<Path>()55  lateinit var actor: TestDownloadManagerActor56  val withActor: suspend TestContext.(suspend () -> Unit) -> Unit = { fn ->57    launch(Dispatchers.Unconfined) {58      try {59        actor.receiveAll()60      } catch (e: ClosedReceiveChannelException) {61        // Ignored62      }63    }64    fn()65    messages.close()66  }67  afterTest { clearAllMocks() }68  beforeTest {69    every { preferences.compress() } returns compressPreference70    messages = Channel()71    actor = TestDownloadManagerActor(72      messages, preferences, downloader, compressor, repository, fileSystem73    )74    every { compressPreference.get() } returns false75    coEvery { repository.findAll() } returns emptyList()76    coEvery { downloader.worker(any(), any(), any()) } returns Job()77    coEvery { compressor.worker(any(), any(), any(), any()) } returns Job()78    coEvery { repository.delete(any<Long>()) } just Runs79    every { tmpFile.toString() } returns "/tmp/nonexistentfile_tmp"80    every { fileSystem.atomicMove(any(), any()) } returns Unit81  }82  context("restore") {83    test("saved downloads") {84      val savedDownloads = listOf(85        SavedDownload(86          chapterId = 1, mangaId = 1, priority = 0, sourceId = 1, mangaName = "", chapterKey = "",87          chapterName = "", scanlator = ""88        )89      )90      coEvery { repository.findAll() } returns savedDownloads91      withActor {92        actor._downloads shouldHaveSize 193      }94    }95  }96  context("add") {97    test("chapters to queue") {98      withActor {99        messages.send(Message.Add(getTestChaptersToDownload(2)))100        actor._downloads shouldHaveSize 2101      }102    }103    test("chapters to queue without duplicates") {104      withActor {105        messages.send(Message.Add(getTestChaptersToDownload(1)))106        messages.send(Message.Add(getTestChaptersToDownload(3)))107        actor._downloads shouldHaveSize 3108      }109    }110  }111  context("remove") {112    test("non existing chapter from queue") {113      val chapterToRemove = Chapter(100, 1, "ch1", "Chapter 100")114      withActor {115        messages.send(Message.Add(getTestChaptersToDownload(1)))116        messages.send(Message.Remove(listOf(chapterToRemove)))117        actor._downloads shouldHaveSize 1118      }119    }120    test("existing chapter from queue") {121      val chaptersToAdd = getTestChaptersToDownload(1)122      withActor {123        messages.send(Message.Add(chaptersToAdd))124        messages.send(Message.Remove(chaptersToAdd.values.first()))125        actor._downloads.shouldBeEmpty()126      }127    }128    test("clear all chapters") {129      val chaptersToAdd = getTestChaptersToDownload(5)130      withActor {131        messages.send(Message.Add(chaptersToAdd))132        messages.send(Message.Clear)133        actor._downloads.shouldBeEmpty()134      }135    }136  }137  context("download") {138    val testDownloadsMultiManga = (1..5L).associate { mangaId ->139      Manga(mangaId, mangaId, "manga $mangaId", "Manga $mangaId") to (1..3L).map {140        val chapterId = (mangaId - 1) * 100 + it141        Chapter(chapterId, mangaId, "chapter $chapterId", "Chapter $chapterId")142      }143    }144    val testDownloadsSingleManga = testDownloadsMultiManga.filterKeys { it.id == 1L }145    test("does nothing when there are no downloads") {146      withActor {147        messages.send(Message.Start)148        actor._workerJob.shouldBeNull()149        actor._states.shouldBeEmpty()150      }151    }152    test("begins downloading chapters") {153      withActor {154        messages.send(Message.Add(testDownloadsSingleManga))155        messages.send(Message.Start)156        actor._workerJob.shouldNotBeNull()157        actor._states shouldHaveSize 1158        actor._states.values.first().shouldBeInstanceOf<State.Downloading>()159      }160    }161    test("begins downloading chapters simultaneously from multiple sources") {162      withActor {163        messages.send(Message.Add(testDownloadsMultiManga))164        messages.send(Message.Start)165        // Up to 3 workers spawn, so we can have 3 simultaneous downloads max166        actor._states shouldHaveSize 3167        actor._states.values.forEach { it.shouldBeInstanceOf<State.Downloading>() }168      }169    }170    test("downloads a chapter") {171      withActor {172        messages.send(Message.Add(testDownloadsSingleManga))173        messages.send(Message.Start)174        val download = (actor._states.values.first() as State.Downloading).download175        val downloadResult = Downloader.Result.Success(download, tmpFile)176        actor._downloadResults.send(downloadResult)177        actor._downloads shouldNotContain download178        actor._states[download.chapterId].shouldBeNull()179        verify { fileSystem.atomicMove(tmpFile, any()) }180      }181    }182    test("fails to download a chapter") {183      withActor {184        messages.send(Message.Add(testDownloadsSingleManga))185        messages.send(Message.Start)186        val download = (actor._states.values.first() as State.Downloading).download187        val downloadResult = Downloader.Result.Failure(download, Exception("Download error"))188        actor._downloadResults.send(downloadResult)189        actor._downloads shouldContain download190        actor._states[download.chapterId].shouldBeInstanceOf<State.Failed>()191        verify(exactly = 0) { fileSystem.atomicMove(tmpFile, any()) }192      }193    }194    test("downloads next chapter on completion") {195      withActor {196        messages.send(Message.Add(testDownloadsMultiManga))197        messages.send(Message.Start)198        val prevDownloads = actor._states.values.filterIsInstance<State.Downloading>()199          .map { it.download.chapterId }200        val download = (actor._states.values.first() as State.Downloading).download201        val downloadResult = Downloader.Result.Success(download, tmpFile)202        actor._downloadResults.send(downloadResult)203        val newDownloads = actor._states.values.filterIsInstance<State.Downloading>()204          .map { it.download.chapterId }205        prevDownloads shouldBeSameSizeAs newDownloads206        prevDownloads shouldContain download.chapterId207        newDownloads shouldNotContain download.chapterId208      }209    }210    test("downloads next chapter on failure") {211      withActor {212        messages.send(Message.Add(testDownloadsMultiManga))213        messages.send(Message.Start)214        val prevDownloads = actor._states.values.filterIsInstance<State.Downloading>()215          .map { it.download.chapterId }216        val download = (actor._states.values.first() as State.Downloading).download217        val downloadResult = Downloader.Result.Failure(download, Exception("Download error"))218        actor._downloadResults.send(downloadResult)219        val newDownloads = actor._states.values.filterIsInstance<State.Downloading>()220          .map { it.download.chapterId }221        prevDownloads shouldBeSameSizeAs newDownloads222        prevDownloads shouldContain download.chapterId223        newDownloads shouldNotContain download.chapterId224      }225    }226    test("downloads chapters until none is left").config(227      timeout = 1.toDuration(DurationUnit.SECONDS)228    ) {229      withActor {230        messages.send(Message.Add(testDownloadsMultiManga))231        messages.send(Message.Start)232        while (true) {233          val currentlyDownloading = actor._states.values.filterIsInstance<State.Downloading>()234          if (currentlyDownloading.isEmpty()) break235          for (downloading in currentlyDownloading) {236            val downloadResult = Downloader.Result.Success(downloading.download, tmpFile)237            actor._downloadResults.send(downloadResult)238          }239        }240        actor._downloads.shouldBeEmpty()241        actor._workerJob.shouldBeNull()242      }243    }244    test("downloads chapters until stopped") {245      withActor {246        messages.send(Message.Add(testDownloadsMultiManga))247        messages.send(Message.Start)248        val download = (actor._states.values.first() as State.Downloading).download249        val downloadResult = Downloader.Result.Success(download, tmpFile)250        actor._downloadResults.send(downloadResult)251        messages.send(Message.Stop)252        actor._states.shouldBeEmpty()253        actor._workerJob.shouldBeNull()254      }255    }256    test("schedules chapter compression") {257      every { compressPreference.get() } returns true258      withActor {259        messages.send(Message.Add(testDownloadsSingleManga))260        messages.send(Message.Start)261        val download = (actor._states.values.first() as State.Downloading).download262        val downloadResult = Downloader.Result.Success(download, tmpFile)263        actor._downloadResults.send(downloadResult)264        actor._downloads shouldContain download265        actor._states[download.chapterId].shouldBeInstanceOf<State.Compressing>()266      }267    }268    test("compresses a chapter") {269      every { compressPreference.get() } returns true270      withActor {271        messages.send(Message.Add(testDownloadsSingleManga))272        messages.send(Message.Start)273        val download = (actor._states.values.first() as State.Downloading).download274        val downloadResult = Downloader.Result.Success(download, tmpFile)275        actor._downloadResults.send(downloadResult)276        val compressionResult = DownloadCompressor.Result.Success(download, tmpFile)277        actor._compressionResults.send(compressionResult)278        actor._downloads shouldNotContain download279        actor._states[download.chapterId].shouldBeNull()280        verify { fileSystem.atomicMove(tmpFile, any()) }281      }282    }283    test("fails to compress a chapter") {284      every { compressPreference.get() } returns true285      withActor {286        messages.send(Message.Add(testDownloadsSingleManga))287        messages.send(Message.Start)288        val download = (actor._states.values.first() as State.Downloading).download289        val downloadResult = Downloader.Result.Success(download, tmpFile)290        actor._downloadResults.send(downloadResult)291        val compressionResult = DownloadCompressor.Result.Failure(download, Exception("Error"))292        actor._compressionResults.send(compressionResult)293        actor._downloads shouldContain download294        actor._states[download.chapterId].shouldBeInstanceOf<State.Failed>()295        verify(exactly = 0) { fileSystem.atomicMove(tmpFile, any()) }296      }297    }298    test("keeps a locked chapter") {299      withActor {300        messages.send(Message.Add(testDownloadsSingleManga))301        messages.send(Message.Start)302        val download = (actor._states.values.first() as State.Downloading).download303        messages.send(Message.LockSourceFiles(download.chapterId))304        val downloadResult = Downloader.Result.Success(download, tmpFile)305        actor._downloadResults.send(downloadResult)306        actor._downloads shouldContain download307        actor._states[download.chapterId].shouldBeInstanceOf<State.Completing>()308        verify(exactly = 0) { fileSystem.atomicMove(tmpFile, any()) }309      }310    }311    test("keeps a locked chapter until unlocked") {312      withActor {313        messages.send(Message.Add(testDownloadsSingleManga))314        messages.send(Message.Start)315        val download = (actor._states.values.first() as State.Downloading).download316        messages.send(Message.LockSourceFiles(download.chapterId))317        val downloadResult = Downloader.Result.Success(download, tmpFile)318        actor._downloadResults.send(downloadResult)319        actor._states[download.chapterId].shouldBeInstanceOf<State.Completing>()320        messages.send(Message.UnlockSourceFiles(download.chapterId))321        actor._downloads shouldNotContain download322        actor._states[download.chapterId].shouldBeNull()323        verify { fileSystem.atomicMove(tmpFile, any()) }324      }325    }326  }327})328@Suppress("PropertyName")329private class TestDownloadManagerActor(330  messages: Channel<Message>,331  preferences: DownloadPreferences,332  downloader: Downloader,333  compressor: DownloadCompressor,334  repository: DownloadRepository,335  fileSystem: FileSystem336) : DownloadManagerActor(messages, preferences, downloader, compressor, repository, fileSystem) {337  val _downloads get() = downloads338  val _workerJob get() = workerJob339  val _downloadResults get() = downloadResults340  val _compressionResults get() = compressionResults341  val _states get() = states342}343private fun getTestChaptersToDownload(numChapters: Int): Map<Manga, List<Chapter>> {344  return mapOf(345    Manga(1, 1, "manga1", "Manga 1") to (1..numChapters).map {346      Chapter(it.toLong(), 1, "chapter$it", "Chapter $it")347    }348  )349}...

BrokerCallServiceIntegrationTest.kt

Source:BrokerCallServiceIntegrationTest.kt

1package de.hennihaus.services.callservices2import de.hennihaus.configurations.BrokerConfiguration.ACTIVE_MQ_HEADER_AUTHORIZATION3import de.hennihaus.configurations.BrokerConfiguration.ACTIVE_MQ_HEADER_ORIGIN4import de.hennihaus.configurations.BrokerConfiguration.ACTIVE_MQ_HOST5import de.hennihaus.configurations.BrokerConfiguration.ACTIVE_MQ_PORT6import de.hennihaus.configurations.BrokerConfiguration.ACTIVE_MQ_PROTOCOL7import de.hennihaus.configurations.BrokerConfiguration.ACTIVE_MQ_RETRIES8import de.hennihaus.configurations.BrokerConfiguration.brokerModule9import de.hennihaus.containers.BrokerContainer10import de.hennihaus.models.generated.GetQueuesResponse11import de.hennihaus.models.generated.GetTopicsResponse12import de.hennihaus.models.generated.Queue13import de.hennihaus.models.generated.Topic14import de.hennihaus.objectmothers.BrokerContainerObjectMother.OBJECT_NAME_DEFAULT_PREFIX15import de.hennihaus.objectmothers.BrokerContainerObjectMother.QUEUE_OBJECT_NAME_SUFFIX16import de.hennihaus.objectmothers.BrokerContainerObjectMother.TOPIC_OBJECT_NAME_SUFFIX17import de.hennihaus.objectmothers.BrokerContainerObjectMother.getTestJobs18import de.hennihaus.objectmothers.BrokerContainerObjectMother.getTestQueues19import de.hennihaus.objectmothers.BrokerContainerObjectMother.getTestTopics20import de.hennihaus.objectmothers.BrokerObjectMother.JMS_BANK_A_QUEUE21import de.hennihaus.plugins.BrokerException22import de.hennihaus.plugins.ErrorMessage.BROKER_EXCEPTION_DEFAULT_MESSAGE23import de.hennihaus.plugins.initKoin24import de.hennihaus.services.BrokerServiceImpl.Companion.DESTINATION_NAME_DELIMITER25import de.hennihaus.services.BrokerServiceImpl.Companion.DESTINATION_TYPE_DELIMITER26import io.kotest.assertions.ktor.client.shouldHaveStatus27import io.kotest.assertions.throwables.shouldThrow28import io.kotest.matchers.collections.shouldBeEmpty29import io.kotest.matchers.collections.shouldContainExactlyInAnyOrder30import io.kotest.matchers.collections.shouldHaveSize31import io.kotest.matchers.collections.shouldNotBeEmpty32import io.kotest.matchers.collections.shouldNotContain33import io.kotest.matchers.maps.shouldNotBeEmpty34import io.kotest.matchers.nulls.shouldNotBeNull35import io.kotest.matchers.should36import io.kotest.matchers.shouldBe37import io.kotest.matchers.shouldNotBe38import io.kotest.matchers.string.shouldContain39import io.kotest.matchers.types.beInstanceOf40import io.ktor.client.statement.HttpResponse41import io.ktor.client.statement.bodyAsText42import io.ktor.http.HttpStatusCode43import kotlinx.coroutines.runBlocking44import org.junit.jupiter.api.AfterAll45import org.junit.jupiter.api.BeforeEach46import org.junit.jupiter.api.Nested47import org.junit.jupiter.api.Test48import org.junit.jupiter.api.TestInstance49import org.junit.jupiter.api.extension.RegisterExtension50import org.koin.core.context.stopKoin51import org.koin.ksp.generated.defaultModule52import org.koin.test.KoinTest53import org.koin.test.inject54import org.koin.test.junit5.KoinTestExtension55@TestInstance(TestInstance.Lifecycle.PER_CLASS)56class BrokerCallServiceIntegrationTest : KoinTest {57    private val brokerContainer = BrokerContainer.INSTANCE58    private val classUnderTest: BrokerCallService by inject()59    @JvmField60    @RegisterExtension61    @Suppress("unused")62    val koinTestInstance = KoinTestExtension.create {63        initKoin(64            properties = mapOf(65                ACTIVE_MQ_PROTOCOL to BrokerContainer.ACTIVE_MQ_PROTOCOL.name,66                ACTIVE_MQ_HOST to brokerContainer.host,67                ACTIVE_MQ_PORT to brokerContainer.firstMappedPort.toString(),68                ACTIVE_MQ_RETRIES to BrokerContainer.ACTIVE_MQ_RETRIES.toString(),69                ACTIVE_MQ_HEADER_AUTHORIZATION to BrokerContainer.ACTIVE_MQ_AUTHORIZATION_HEADER,70                ACTIVE_MQ_HEADER_ORIGIN to BrokerContainer.ACTIVE_MQ_ORIGIN_HEADER71            ),72            modules = listOf(defaultModule, brokerModule)73        )74    }75    @BeforeEach76    fun init() = BrokerContainer.resetState()77    @AfterAll78    fun cleanUp() = stopKoin()79    @Nested80    inner class GetAllQueues {81        @Test82        fun `should return 200 and a queue list containing correct objectName`() = runBlocking<Unit> {83            BrokerContainer.addTestData(queues = getTestQueues())84            val result: GetQueuesResponse = classUnderTest.getAllQueues()85            result.shouldNotBeNull()86            result.status shouldBe HttpStatusCode.OK.value87            result.value shouldHaveSize getTestQueues().size88            result.value shouldContainExactlyInAnyOrder getTestQueues().map {89                Queue(90                    objectName = """91                        $OBJECT_NAME_DEFAULT_PREFIX92                        $DESTINATION_NAME_DELIMITER93                        $it94                        $DESTINATION_TYPE_DELIMITER95                        $QUEUE_OBJECT_NAME_SUFFIX96                    """.trimIndent().replace("\n", "")97                )98            }99        }100        @Test101        fun `should return 200 and an empty list when no queues available`() = runBlocking<Unit> {102            BrokerContainer.addTestData(queues = emptyList())103            val result: GetQueuesResponse = classUnderTest.getAllQueues()104            result.shouldNotBeNull()105            result.status shouldBe HttpStatusCode.OK.value106            result.value.shouldBeEmpty()107        }108    }109    @Nested110    inner class GetAllTopics {111        @Test112        fun `should return 200 and a topic list containing correct objectName`() = runBlocking<Unit> {113            BrokerContainer.addTestData(topics = getTestTopics())114            val result: GetTopicsResponse = classUnderTest.getAllTopics()115            result.shouldNotBeNull()116            result.status shouldBe HttpStatusCode.OK.value117            result.value shouldHaveSize getTestTopics().size118            result.value shouldContainExactlyInAnyOrder getTestTopics().map {119                Topic(120                    objectName = """121                        $OBJECT_NAME_DEFAULT_PREFIX122                        $DESTINATION_NAME_DELIMITER123                        $it124                        $DESTINATION_TYPE_DELIMITER125                        $TOPIC_OBJECT_NAME_SUFFIX126                    """.trimIndent().replace("\n", "")127                )128            }129        }130        @Test131        fun `should return 200 and an empty list when no topics available`() = runBlocking<Unit> {132            BrokerContainer.addTestData(topics = emptyList())133            val result: GetTopicsResponse = classUnderTest.getAllTopics()134            result.shouldNotBeNull()135            result.status shouldBe HttpStatusCode.OK.value136            result.value.shouldBeEmpty()137        }138    }139    @Nested140    inner class DeleteAllJobs {141        @Test142        fun `should return 200 and delete all open jobs in broker`() = runBlocking {143            BrokerContainer.addTestData(jobs = getTestJobs())144            BrokerContainer.getTestJobs().value.shouldNotBeEmpty()145            val response: HttpResponse = classUnderTest.deleteAllJobs()146            response shouldHaveStatus HttpStatusCode.OK147            response.bodyAsText() shouldContain HTTP_STATUS_OK148            BrokerContainer.getTestJobs().value shouldBe emptyMap()149        }150        @Test151        fun `should return 200 and not throw an exception when no jobs is in broker`() = runBlocking {152            BrokerContainer.addTestData(jobs = emptyMap())153            val response: HttpResponse = classUnderTest.deleteAllJobs()154            response shouldHaveStatus HttpStatusCode.OK155            response.bodyAsText() shouldContain HTTP_STATUS_OK156            BrokerContainer.getTestJobs().value shouldBe emptyMap()157        }158    }159    @Nested160    inner class DeleteQueueByName {161        @Test162        fun `should delete a queue by name`() = runBlocking<Unit> {163            BrokerContainer.addTestData(queues = listOf(JMS_BANK_A_QUEUE))164            BrokerContainer.getTestQueues().value.shouldNotBeEmpty()165            val response: HttpResponse = classUnderTest.deleteQueueByName(name = JMS_BANK_A_QUEUE)166            response shouldHaveStatus HttpStatusCode.OK167            response.bodyAsText() shouldContain HTTP_STATUS_OK168            BrokerContainer.getTestQueues().value.shouldBeEmpty()169        }170        @Test171        fun `should return 200 and not throw an exception when queue was not found`() = runBlocking<Unit> {172            val name = "unknownQueue"173            val response: HttpResponse = classUnderTest.deleteQueueByName(name = name)174            response shouldHaveStatus HttpStatusCode.OK175            response.bodyAsText() shouldContain HTTP_STATUS_OK176            BrokerContainer.getTestQueues().value.shouldBeEmpty()177        }178        @Test179        fun `should throw an exception when queue in request is empty`() = runBlocking {180            val name = ""181            val response = shouldThrow<BrokerException> { classUnderTest.deleteQueueByName(name = name) }182            response should beInstanceOf<BrokerException>()183            response.message shouldNotBe BROKER_EXCEPTION_DEFAULT_MESSAGE184        }185    }186    @Nested187    inner class DeleteTopicByName {188        @Test189        fun `should delete a topic by name`() = runBlocking<Unit> {190            BrokerContainer.addTestData(topics = listOf(JMS_BANK_A_QUEUE))191            BrokerContainer.getTestTopics().value.shouldNotBeEmpty()192            val response: HttpResponse = classUnderTest.deleteTopicByName(name = JMS_BANK_A_QUEUE)193            response shouldHaveStatus HttpStatusCode.OK194            response.bodyAsText() shouldContain HTTP_STATUS_OK195            BrokerContainer.getTestTopics().value shouldNotContain Topic(196                objectName = """197                    $OBJECT_NAME_DEFAULT_PREFIX198                    $DESTINATION_NAME_DELIMITER199                    $JMS_BANK_A_QUEUE200                    $DESTINATION_TYPE_DELIMITER201                    $TOPIC_OBJECT_NAME_SUFFIX202                """.trimIndent().replace("\n", "")203            )204        }205        @Test206        fun `should return 200 and not throw an exception when topic was not found`() = runBlocking<Unit> {207            val name = "unknownTopic"208            val response: HttpResponse = classUnderTest.deleteTopicByName(name = name)209            response shouldHaveStatus HttpStatusCode.OK210            response.bodyAsText() shouldContain HTTP_STATUS_OK211            BrokerContainer.getTestTopics().value.shouldBeEmpty()212        }213        @Test214        fun `should throw an exception when topic in request is empty`() = runBlocking {215            val name = ""216            val response = shouldThrow<BrokerException> { classUnderTest.deleteTopicByName(name = name) }217            response should beInstanceOf<BrokerException>()218            response.message shouldNotBe BROKER_EXCEPTION_DEFAULT_MESSAGE219        }220    }221    companion object {222        const val HTTP_STATUS_OK = """"status":200"""223    }224}...

ApplicationsTest.kt

Source:ApplicationsTest.kt

1package app.civa.vaccination.domain2import io.kotest.assertions.throwables.shouldNotThrowAny3import io.kotest.assertions.throwables.shouldThrowExactly4import io.kotest.core.spec.style.BehaviorSpec5import io.kotest.data.forAll6import io.kotest.data.row7import io.kotest.matchers.maps.shouldBeEmpty8import io.kotest.matchers.maps.shouldContain9import io.kotest.matchers.maps.shouldNotBeEmpty10import io.kotest.matchers.maps.shouldNotContain11import io.kotest.matchers.nulls.shouldNotBeNull12import io.kotest.matchers.shouldBe13import io.kotest.matchers.types.shouldBeSameInstanceAs14import io.mockk.every15import io.mockk.mockk16import io.mockk.verify17import org.junit.jupiter.api.assertDoesNotThrow18import java.util.*19class ApplicationsTest : BehaviorSpec({20    given("a vaccine application to be added") {21        `when`("it is the first application of that name") {22            then("it should be added successfully") {23                val vaccineMock = mockk<Vaccine>()24                every { vaccineMock.makeKey() } returns "Name Test"25                val applications = Applications()26                shouldNotThrowAny {27                    val application = application {28                        id = mockk()29                        vaccine = vaccineMock30                        createdOn = mockk()31                        petWeight = mockk()32                    }33                    applications add application34                    applications.shouldNotBeNull().shouldNotBeEmpty()35                    applications shouldContain ("Name Test" to listOf(application))36                    applications.size shouldBe 137                }38                verify { vaccineMock.makeKey() }39            }40        }41        `when`("it is not the first application of that name") {42            and("it has happened after interval") {43                then("it should be added to applications successfully") {44                    val vaccineMock = mockk<Vaccine>()45                    every { vaccineMock.makeKey() } returns "Name Test"46                    val vaccineApplicationMock = mockk<VaccineApplication>()47                    every {48                        vaccineApplicationMock mapStatusFrom any()49                    } returns DateTimeStatus.VALID50                    every { vaccineApplicationMock.getKey() } returns "Name Test"51                    val applications = Applications()52                    applications add vaccineApplicationMock53                    shouldNotThrowAny {54                        val application = application {55                            id = mockk()56                            vaccine = vaccineMock57                            createdOn = mockk()58                            petWeight = mockk()59                        }60                        applications add application61                        applications.shouldNotBeNull().shouldNotBeEmpty()62                        applications.size shouldBe 163                        applications shouldContain ("Name Test" to listOf(64                            vaccineApplicationMock,65                            application66                        ))67                    }68                    verify {69                        vaccineApplicationMock.getKey()70                        vaccineMock.makeKey()71                        vaccineApplicationMock mapStatusFrom any()72                    }73                }74            }75            and("it is not valid") {76                then("it should not be added") {77                    forAll(78                        row(DateTimeStatus.BEFORE),79                        row(DateTimeStatus.SAME),80                        row(DateTimeStatus.INTERVAL)81                    ) {82                        val vaccineMock = mockk<Vaccine>()83                        every { vaccineMock.makeKey() } returns "Name Test"84                        val vaccineApplicationMock = mockk<VaccineApplication>()85                        every { vaccineApplicationMock mapStatusFrom any() } returns it86                        every { vaccineApplicationMock.getKey() } returns "Name Test"87                        val applications = Applications()88                        applications add vaccineApplicationMock89                        shouldThrowExactly<InvalidApplicationException> {90                            val application = application {91                                id = mockk()92                                vaccine = vaccineMock93                                createdOn = mockk()94                                petWeight = mockk()95                            }96                            applications add application97                            applications.shouldNotBeNull().shouldNotBeEmpty()98                            applications.size shouldBe 199                            applications shouldNotContain ("Name Test" to listOf(100                                vaccineApplicationMock,101                                application102                            ))103                        }104                        verify {105                            vaccineApplicationMock.getKey()106                            vaccineMock.makeKey()107                            vaccineApplicationMock mapStatusFrom any()108                        }109                    }110                }111            }112        }113    }114    given("an application id to be removed") {115        `when`("the application is found") {116            and("there's only one application with certain name") {117                then("it should be removed successfully") {118                    val vaccineMock = mockk<Vaccine>()119                    every { vaccineMock.makeKey() } returns "Name Test"120                    val uuid = UUID.randomUUID()121                    val vaccineApplication = application {122                        id = uuid123                        vaccine = vaccineMock124                        createdOn = mockk()125                        petWeight = mockk()126                    }127                    val applications = Applications()128                    applications add vaccineApplication129                    assertDoesNotThrow { applications deleteBy uuid }130                    applications.shouldNotBeNull().shouldBeEmpty()131                    applications shouldNotContain ("Name Test" to listOf(vaccineApplication))132                    verify { vaccineMock.makeKey() }133                }134            }135            and("there's more than one application with the same name") {136                then("it should be removed successfully") {137                    val vaccineMock = mockk<Vaccine>()138                    every { vaccineMock.makeKey() } returns "Name Test"139                    val createdOnMock = mockk<ApplicationDateTime>()140                    every { createdOnMock mapStatus any() } returns DateTimeStatus.VALID141                    val uuid = UUID.randomUUID()142                    val vaccineApplication = application {143                        id = uuid144                        vaccine = vaccineMock145                        createdOn = createdOnMock146                        petWeight = mockk()147                    }148                    val applications = Applications()149                    applications add vaccineApplication150                    applications add application {151                        id = UUID.randomUUID()152                        vaccine = vaccineMock153                        createdOn = mockk()154                        petWeight = mockk()155                    }156                    assertDoesNotThrow { applications deleteBy uuid }157                    applications.shouldNotBeNull().shouldNotBeEmpty()158                    applications shouldNotContain ("Name Test" to listOf(vaccineApplication))159                    verify { vaccineMock.makeKey() }160                }161            }162        }163        `when`("applications is empty") {164            then("there won't be any to remove") {165                val applications = Applications()166                shouldThrowExactly<ApplicationNotFoundException> {167                    applications deleteBy UUID.randomUUID()168                }169                applications.shouldNotBeNull().shouldBeEmpty()170            }171        }172    }173    given("an application id to be found") {174        `when`("the application is present") {175            then("it must be retrieved") {176                val vaccineMock = mockk<Vaccine>()177                every { vaccineMock.makeKey() } returns "Vaccine Key"178                val uuid = UUID.randomUUID()179                val vaccineApplication = application {180                    id = uuid181                    vaccine = vaccineMock182                    createdOn = mockk()183                    petWeight = mockk()184                }185                val applications = Applications()186                applications add vaccineApplication187                shouldNotThrowAny {188                    val foundApplication = applications findBy uuid189                    foundApplication shouldBeSameInstanceAs vaccineApplication190                }191            }192        }193        `when`("the application is not found") {194            then("it should not be retrieved") {195                val applications = Applications()196                shouldThrowExactly<ApplicationNotFoundException> {197                    applications findBy UUID.randomUUID()198                }199            }200        }201    }202})...

GameTest.kt

Source:GameTest.kt

1package org.techninja.go.domain2import io.kotest.assertions.assertSoftly3import io.kotest.matchers.collections.shouldContain4import io.kotest.matchers.collections.shouldContainExactly5import io.kotest.matchers.collections.shouldNotContain6import io.kotest.matchers.maps.shouldContainExactly7import io.kotest.matchers.shouldBe8import org.junit.jupiter.api.Test9class GameTest {10    private val blackPlayer = Player(Color.BLACK, mutableSetOf())11    private val whitePlayer = Player(Color.WHITE, mutableSetOf())12    private val nineByNineBoard = Board(13        lowerBound = Point(1, 1),14        upperBound = Point(9, 9),15        state = mutableMapOf()16    )17    private val board = nineByNineBoard.copy(18        state = mutableMapOf(19            Point(1, 1) to Stone(Color.WHITE, Point(1, 1)),20            Point(2, 1) to Stone(Color.WHITE, Point(2, 1)),21            Point(3, 1) to Stone(Color.WHITE, Point(3, 1)),22            Point(4, 2) to Stone(Color.WHITE, Point(4, 2)),23            Point(3, 3) to Stone(Color.WHITE, Point(3, 3)),24            Point(2, 3) to Stone(Color.WHITE, Point(2, 3)),25            Point(1, 3) to Stone(Color.WHITE, Point(1, 3)),26            Point(2, 2) to Stone(Color.BLACK, Point(2, 2)),27            Point(3, 2) to Stone(Color.BLACK, Point(3, 2)),28        )29    )30    private val boardWithSquareTerritory = nineByNineBoard.copy(31        state = mutableMapOf(32            Point(2, 5) to Stone(Color.WHITE, Point(2, 5)),33            Point(3, 5) to Stone(Color.WHITE, Point(3, 5)),34            Point(4, 5) to Stone(Color.WHITE, Point(4, 5)),35            Point(5, 5) to Stone(Color.WHITE, Point(5, 5)),36            Point(2, 4) to Stone(Color.WHITE, Point(2, 4)),37            Point(3, 4) to Stone(Color.BLACK, Point(3, 4)),38            Point(4, 4) to Stone(Color.BLACK, Point(4, 4)),39            Point(5, 4) to Stone(Color.WHITE, Point(5, 4)),40            Point(2, 3) to Stone(Color.WHITE, Point(2, 3)),41            Point(5, 3) to Stone(Color.WHITE, Point(5, 3)),42            Point(2, 2) to Stone(Color.WHITE, Point(2, 2)),43            Point(3, 2) to Stone(Color.WHITE, Point(3, 2)),44            Point(4, 2) to Stone(Color.WHITE, Point(4, 2)),45            Point(5, 2) to Stone(Color.WHITE, Point(5, 2)),46        )47    )48    @Test49    fun `should play a move on the board for a player`() {50        val game = Game(51            gameId = "1",52            players = listOf(blackPlayer, whitePlayer),53            board = nineByNineBoard,54            currentPlayer = Color.BLACK55        )56        game.play(Color.BLACK, Point(3, 3))57        assertSoftly {58            game.board.getState() shouldBe mutableMapOf(Point(3, 3) to Stone(Color.BLACK, Point(3, 3)))59            game.players.find { it.stoneColor == Color.BLACK }!!.moves shouldContain Stone(Color.BLACK, Point(3, 3))60            game.currentPlayer shouldBe Color.WHITE61        }62    }63    @Test64    fun `should not play if it's not turn of that player`() {65        val game = Game(66            gameId = "1",67            players = listOf(blackPlayer, whitePlayer),68            board = nineByNineBoard,69            currentPlayer = Color.BLACK70        )71        game.play(Color.WHITE, Point(3, 3))72        assertSoftly {73            game.board.getState() shouldBe mutableMapOf()74            game.players.find { it.stoneColor == Color.BLACK }!!.moves shouldNotContain Stone(Color.BLACK, Point(3, 3))75        }76    }77    @Test78    fun `should play moves for different players`() {79        val game = Game(80            gameId = "1",81            players = listOf(blackPlayer, whitePlayer),82            board = nineByNineBoard,83            currentPlayer = Color.BLACK84        )85        game.play(Color.BLACK, Point(3, 3))86        game.play(Color.WHITE, Point(2, 3))87        game.play(Color.BLACK, Point(4, 3))88        game.play(Color.WHITE, Point(1, 3))89        assertSoftly {90            game.board.getState() shouldBe mutableMapOf(91                Point(3, 3) to Stone(Color.BLACK, Point(3, 3)),92                Point(4, 3) to Stone(Color.BLACK, Point(4, 3)),93                Point(2, 3) to Stone(Color.WHITE, Point(2, 3)),94                Point(1, 3) to Stone(Color.WHITE, Point(1, 3))95            )96            game.players.find { it.stoneColor == Color.BLACK }!!.moves shouldContainExactly listOf(97                Stone(Color.BLACK, Point(3, 3)),98                Stone(Color.BLACK, Point(4, 3))99            )100            game.players.find { it.stoneColor == Color.WHITE }!!.moves shouldContainExactly listOf(101                Stone(Color.WHITE, Point(2, 3)),102                Stone(Color.WHITE, Point(1, 3))103            )104        }105    }106    @Test107    fun `should capture stones`() {108        val game = Game(109            gameId = "1",110            players = listOf(blackPlayer, whitePlayer),111            board = board,112            currentPlayer = Color.WHITE113        )114        game.play(Color.WHITE, Point(1, 2))115        assertSoftly {116            game.board.getState() shouldContainExactly mutableMapOf(117                Point(1, 1) to Stone(Color.WHITE, Point(1, 1)),118                Point(2, 1) to Stone(Color.WHITE, Point(2, 1)),119                Point(3, 1) to Stone(Color.WHITE, Point(3, 1)),120                Point(4, 2) to Stone(Color.WHITE, Point(4, 2)),121                Point(3, 3) to Stone(Color.WHITE, Point(3, 3)),122                Point(2, 3) to Stone(Color.WHITE, Point(2, 3)),123                Point(1, 3) to Stone(Color.WHITE, Point(1, 3)),124                Point(1, 2) to Stone(Color.WHITE, Point(1, 2))125            )126            val whitePlayer = game.players.find { it.stoneColor == Color.WHITE }!!127            whitePlayer.moves shouldContain Stone(Color.WHITE, Point(1, 2))128            whitePlayer.getCaptured() shouldBe 2129        }130    }131    @Test132    fun `should not capture stones if opponent stones has a liberty`() {133        val game = Game(134            gameId = "1",135            players = listOf(blackPlayer, whitePlayer),136            board = boardWithSquareTerritory,137            currentPlayer = Color.WHITE138        )139        game.play(Color.WHITE, Point(3, 3))140        assertSoftly {141            game.board.getState() shouldContainExactly mutableMapOf(142                Point(2, 5) to Stone(Color.WHITE, Point(2, 5)),143                Point(3, 5) to Stone(Color.WHITE, Point(3, 5)),144                Point(4, 5) to Stone(Color.WHITE, Point(4, 5)),145                Point(5, 5) to Stone(Color.WHITE, Point(5, 5)),146                Point(2, 4) to Stone(Color.WHITE, Point(2, 4)),147                Point(3, 4) to Stone(Color.BLACK, Point(3, 4)),148                Point(4, 4) to Stone(Color.BLACK, Point(4, 4)),149                Point(5, 4) to Stone(Color.WHITE, Point(5, 4)),150                Point(2, 3) to Stone(Color.WHITE, Point(2, 3)),151                Point(3, 3) to Stone(Color.WHITE, Point(3, 3)),152                Point(5, 3) to Stone(Color.WHITE, Point(5, 3)),153                Point(2, 2) to Stone(Color.WHITE, Point(2, 2)),154                Point(3, 2) to Stone(Color.WHITE, Point(3, 2)),155                Point(4, 2) to Stone(Color.WHITE, Point(4, 2)),156                Point(5, 2) to Stone(Color.WHITE, Point(5, 2)),157            )158            val whitePlayer = game.players.find { it.stoneColor == Color.WHITE }!!159            whitePlayer.moves shouldContain Stone(Color.WHITE, Point(3, 3))160            whitePlayer.getCaptured() shouldBe 0161        }162    }163}...

MainTest.kt

Source:MainTest.kt

1import io.kotest.core.spec.style.AnnotationSpec2import io.kotest.core.spec.style.StringSpec3import io.kotest.matchers.collections.shouldContain4import io.kotest.matchers.comparables.shouldBeEqualComparingTo5import io.kotest.matchers.maps.shouldContain6import io.kotest.matchers.should7import io.kotest.matchers.shouldBe8import io.kotest.matchers.shouldNot9import io.kotest.matchers.string.endWith10import io.kotest.matchers.string.shouldNotContain11import io.kotest.matchers.string.startWith12import io.kotest.property.Arb13import io.kotest.property.arbitrary.string14import io.kotest.property.checkAll15import org.jsoup.Jsoup16import org.jsoup.select.Elements17class GetListWordsSpec : StringSpec({18    "list should be found" {19        val html : String = """20            <html>21                <div>22                    <ul>23                        <li>Coffee</li>24                        <li>Tea</li>25                        <li>IceTea</li>26                    </ul>27                </div>28            </html>29        """.trimIndent()30        val elements = Jsoup.parse(html).allElements31        val values = getListWords(elements)32        values shouldContain "Coffee"33        values shouldContain "Tea"34        values shouldContain "IceTea"35        println(values)36        values.size shouldBe 337    }38    "No list within html should return zero words" {39        val html : String = """40            <html>41                <div>42                    <ul>43                        <blah>Coffee</blah>44                        <blah>Tea</blah>45                        <blah>IceTea</blah>46                    </ul>47                </div>48            </html>49        """.trimIndent()50        val elements = Jsoup.parse(html).allElements51        val values = getListWords(elements)52        values.size shouldBe 053    }54    "empty hmtl string should return zero words" {55        val html : String = ""56        val elements = Jsoup.parse(html).allElements57        val values = getListWords(elements)58        println(values)59        values.size shouldBe 060    }61    "serve no correct element by Jsoup"  {62        val html : String = ""63        val elements = Jsoup.parse(html).getElementsByClass("beautiful")64        val values = getListWords(elements)65        println(values)66        values.size shouldBe 067    }68})69class WordFilterSpec : StringSpec({70    "<li> at the beginning should be removed" {71        val filteredWord = filterWord("<li>hello")72        filteredWord shouldNot startWith("<li>")73    }74    "</li> at the end should be remove" {75        val filteredWord = filterWord("hello</li>")76        filteredWord shouldNot endWith("</li>")77    }78    "- should be removed at every position" {79        val filteredWord = filterWord("a-t-a-t")80        filteredWord shouldBe "atat"81    }82    "soft hypen should be removed from word" {83        val filteredWord = filterWord("test\u00ADword")84        filteredWord shouldNotContain "\u00AD"85        filteredWord shouldBe "testword"86    }87    "< should be removed at every position" {88        val filteredWord = filterWord("<abp")89        filteredWord shouldBe "abp"90    }91    "> should be removed at every position" {92        val filteredWord = filterWord("abp>")93        filteredWord shouldBe "abp"94    }95    "<strong> should be removed at the beginning" {96        val filteredWord = filterWord("<strong>Eigenschaften")97        filteredWord shouldNot startWith("<strong>")98        filteredWord shouldBe "eigenschaften"99    }100    "Words should be parsed lowercase" {101        val filterWord = filterWord("AaAaAaAaBbBbBZz")102        filterWord shouldNotContain "A"103        filterWord shouldNotContain "B"104        filterWord shouldNotContain "Z"105    }106    "Should parse all letters lowercase" {107        val arb = Arb.string()108        arb.checkAll { a ->109            val filterWord = filterWord(a)110            for (c in 'A'..'Z') {111                filterWord shouldNotContain c.toString()112            }113        }114    }115})116class AddToModelSpec : AnnotationSpec() {117    fun `Word should be sucessfully added to model`() {118        addWordToModel("test")119        Model.items.keys shouldContain "test"120    }121    fun `Increment should work`() {122        addWordToModel("increment")123        addWordToModel("increment")124        Model.items.keys shouldContain "increment"125        Model.items["increment"] shouldBe 2126    }127    fun `Many Increment should work`() {128        val number = 20129        repeat(number) {130            addWordToModel("many")131        }132        Model.items.keys shouldContain "many"133        Model.items["many"] shouldBe number134    }135    suspend fun `randomized insertion test should work`() {136        val number = 20137        val arb = Arb.string()138        arb.checkAll { a ->139            repeat(number) {140                addWordToModel(a)141            }142            Model.items.keys shouldContain filterWord(a)143            Model.items[filterWord(a)] shouldBe number144        }145    }146    @BeforeEach147    fun clearModel() {148        Model.items = HashMap<String, Int>()149    }150}...

RoleHandlerTest.kt

Source:RoleHandlerTest.kt

1package org.tesserakt.diskordin.core.cache.handler2import io.kotest.core.spec.style.FunSpec3import io.kotest.matchers.collections.shouldContain4import io.kotest.matchers.collections.shouldNotContain5import io.kotest.matchers.maps.shouldBeEmpty6import io.kotest.matchers.nulls.shouldNotBeNull7import io.kotest.matchers.types.shouldNotBeSameInstanceAs8import kotlinx.coroutines.runBlocking9import org.tesserakt.diskordin.core.cache.CacheSnapshotBuilder.Companion.mutate10import org.tesserakt.diskordin.core.cache.MemoryCacheSnapshot11import org.tesserakt.diskordin.core.client.InternalTestAPI12import org.tesserakt.diskordin.core.data.asSnowflake13import org.tesserakt.diskordin.core.data.json.response.GuildResponse14import org.tesserakt.diskordin.core.data.json.response.RoleResponse15import org.tesserakt.diskordin.core.entity.client16import org.tesserakt.diskordin.impl.core.client.DiscordClientBuilder17import org.tesserakt.diskordin.impl.core.client.configure18import org.tesserakt.diskordin.impl.core.entity.Guild19import org.tesserakt.diskordin.impl.core.entity.Role20import org.tesserakt.diskordin.rest.WithoutRest21@InternalTestAPI22class RoleHandlerTest : FunSpec({23    // many entities rely on discord client, for context, rest etc.24    runBlocking {25        (DiscordClientBuilder[WithoutRest] configure {26            +disableTokenVerification()27        }).client28    }29    val guild = Guild(30        GuildResponse(31            12345678911.asSnowflake(),32            "Test guild",33            null,34            null,35            owner_id = 12345678912.asSnowflake(),36            region = "",37            afk_channel_id = null,38            afk_timeout = -1,39            verification_level = 0,40            default_message_notifications = 0,41            explicit_content_filter = 0,42            roles = emptySet(),43            emojis = emptyList(),44            features = emptyList(),45            mfa_level = 0,46            application_id = null,47            system_channel_id = null,48            max_members = null,49            max_presences = null,50            vanity_url_code = null,51            description = null,52            banner = null,53            widget_channel_id = null,54            premiumSubscribersCount = null55        )56    )57    val fakeRole = Role(58        RoleResponse(59            12345678901.asSnowflake(),60            "Test",61            -1,62            false,63            -1,64            -1,65            managed = false,66            mentionable = false67        ), 12345678911.asSnowflake()68    )69    context("updater") {70        val handler = RoleUpdater71        test("Cache should be mutated after add") {72            val cache = MemoryCacheSnapshot.empty().copy(guilds = mapOf(guild.id to guild)).mutate()73            handler.handle(cache, fakeRole)74            val cachedGuild = cache.getGuild(guild.id) as? Guild75            cachedGuild.shouldNotBeNull()76            cachedGuild.raw shouldNotBeSameInstanceAs guild.raw77            cachedGuild.roles.map { (it as Role).raw } shouldContain fakeRole.raw78        }79        test("Cache should be mutated after modify") {80            val newGuild = guild.copy { it.copy(roles = setOf(fakeRole.raw)) }81            val newRole = fakeRole.copy { it.copy(color = 2) } as Role82            val cache = MemoryCacheSnapshot.empty().copy(guilds = mapOf(newGuild.id to newGuild)).mutate()83            val cachedGuild = cache.getGuild(newGuild.id)84            fakeRole.raw shouldNotBeSameInstanceAs newRole.raw85            cachedGuild.shouldNotBeNull()86            cachedGuild.roles.map { (it as Role).raw } shouldContain fakeRole.raw87            handler.handle(cache, newRole)88            cachedGuild.roles.map { (it as Role).raw } shouldNotContain newRole.raw89            cache.getGuild(newGuild.id)!!.roles.map { (it as Role).raw } shouldContain newRole.raw90        }91        test("Nothing should be changed if there is no guild in cache") {92            val cache = handler.handleAndGet(MemoryCacheSnapshot.empty().mutate(), fakeRole)93            cache.guilds.shouldBeEmpty()94        }95    }96    context("deleter") {97        val handler = RoleDeleter98        test("Nothing should happened with empty cache") {99            val cache = MemoryCacheSnapshot.empty().mutate()100            cache.guilds.shouldBeEmpty()101            handler.handle(cache, fakeRole)102            cache.guilds.shouldBeEmpty()103        }104        test("Item should be deleted from cache") {105            val cache = MemoryCacheSnapshot.empty().copy(guilds = mapOf(guild.id to guild)).mutate()106            RoleUpdater.handle(cache, fakeRole)107            handler.handle(cache, fakeRole)108            val cachedGuild = cache.getGuild(guild.id)109            cachedGuild.shouldNotBeNull()110            cachedGuild.roles.map { (it as Role).raw } shouldNotContain fakeRole111        }112    }113})...

MapTest.kt

Source:MapTest.kt

1package io.opengood.commons.kotlin.extension.method2import io.kotest.assertions.throwables.shouldThrow3import io.kotest.core.spec.style.FunSpec4import io.kotest.matchers.booleans.shouldBeFalse5import io.kotest.matchers.booleans.shouldBeTrue6import io.kotest.matchers.maps.shouldContain7import io.kotest.matchers.maps.shouldNotContain8import io.kotest.matchers.shouldBe9import io.opengood.commons.kotlin.function.makeEntry10class MapTest : FunSpec({11    test("map containsMultipleListItems extension method returns true when more than one item exists in values list for key") {12        val map = mapOf("foo" to listOf("bar", "baz"))13        map.containsMultipleListItems("foo").shouldBeTrue()14    }15    test("map containsMultipleListItems extension method returns false when one item exists in values list for key") {16        val map = mapOf("foo" to listOf("bar"))17        map.containsMultipleListItems("foo").shouldBeFalse()18    }19    test("map containsMultipleListItems extension method returns false when no items exist in values list for key") {20        val map = mapOf("foo" to emptyList<String>())21        map.containsMultipleListItems("foo").shouldBeFalse()22    }23    test("map containsMultipleListItems extension method returns false when key does not exist") {24        val map = emptyMap<String, List<String>>()25        map.containsMultipleListItems("foo").shouldBeFalse()26    }27    test("map keyByIndex extension method returns key at specified index") {28        val map = mapOf("foo" to "bar")29        map.keyByIndex(0) shouldBe "foo"30    }31    test("map keyByIndex extension method throws exception when key does not exist") {32        val map = emptyMap<String, String>()33        shouldThrow<IndexOutOfBoundsException> {34            map.keyByIndex(0)35        }36    }37    test("map notContainsKey extension method returns true when key does not exist") {38        val map = emptyMap<String, String>()39        map.notContainsKey("foo").shouldBeTrue()40    }41    test("map notContainsKey extension method returns false when key exists") {42        val map = mapOf("foo" to "bar")43        map.notContainsKey("foo").shouldBeFalse()44    }45    test("map notContainsValue extension method returns true when value does not exist") {46        val map = emptyMap<String, String>()47        map.notContainsValue("foo").shouldBeTrue()48    }49    test("map notContainsValue extension method returns false when value exists") {50        val map = mapOf("foo" to "bar")51        map.notContainsValue("bar").shouldBeFalse()52    }53    test("map putIfNotAbsent extension method adds map entry to map when it does not exist") {54        val map = mutableMapOf<String, String>()55        val entry = makeEntry("foo", "bar")56        map.putIfNotAbsent(entry)57        map.shouldContain("foo", "bar")58    }59    test("map putIfNotAbsent extension method does not add map entry to map when it already exists") {60        val map = mutableMapOf(Pair("foo", "bar"))61        val entry = makeEntry("foo", "baz")62        map.putIfNotAbsent(entry)63        map.shouldContain("foo", "bar")64        map.shouldNotContain("foo", "baz")65    }66    test("map valueByIndex extension method returns value at specified index") {67        val map = mapOf("foo" to "bar")68        map.valueByIndex(0) shouldBe "bar"69    }70    test("map valueByIndex extension method throws exception when value does not exist") {71        val map = emptyMap<String, String>()72        shouldThrow<IndexOutOfBoundsException> {73            map.valueByIndex(0)74        }75    }76})...

CaseInsensitiveMapTests.kt

Source:CaseInsensitiveMapTests.kt

1package me.l3n.bot.discord.lod.collection2import io.kotest.assertions.throwables.shouldNotThrowAny3import io.kotest.core.spec.style.StringSpec4import io.kotest.matchers.maps.shouldContain5import io.kotest.matchers.maps.shouldNotContain6private val dravenPair = ("draven" to 1337)7private val capitalizedDravenPair = ("Draven" to 1337)8private val capitalizedDravenDifferentValuePair = ("Draven" to 400)9private val hecarimPair = ("Hecarim" to 120)10private val evelynnPair = ("EVELYNN" to 404)11private val differentPairs = arrayOf(dravenPair, hecarimPair, evelynnPair)12private val sameInsensitivePairs = arrayOf(dravenPair, evelynnPair, capitalizedDravenPair)13private val differentInsensitivePairs = arrayOf(14    dravenPair, evelynnPair, capitalizedDravenDifferentValuePair15)16class CaseInsensitiveMapTests : StringSpec({17    "should create map with pairs successfully" {18        val map = shouldNotThrowAny { caseInsensitiveMapOf(*differentPairs) }19        map shouldContain dravenPair20        map shouldContain hecarimPair21        map shouldContain evelynnPair22    }23    "should add pair successfully" {24        val map = caseInsensitiveMapOf(*differentPairs)25        map[dravenPair.first] = dravenPair.second26        map shouldContain dravenPair27        map shouldContain capitalizedDravenPair28    }29    "should get case insensitive pair" {30        val map = caseInsensitiveMapOf(*differentPairs)31        map shouldContain dravenPair32        map shouldContain capitalizedDravenPair33        map shouldContain evelynnPair34    }35    "should replace same case insensitive pair" {36        val map = caseInsensitiveMapOf(*sameInsensitivePairs)37        map shouldContain dravenPair38        map shouldContain capitalizedDravenPair39        map shouldContain evelynnPair40    }41    "should replace different case insensitive pair" {42        val map = caseInsensitiveMapOf(*differentInsensitivePairs)43        map shouldNotContain dravenPair44        map shouldContain capitalizedDravenDifferentValuePair45        map shouldContain evelynnPair46    }47})...

Map.shouldNotContain

Using AI Code Generation

1Map.shouldNotContain(key: K, value: V)2Map.shouldNotContainKey(key: K)3Map.shouldNotContainValue(value: V)4Map.shouldNotHaveSize(size: Int)5Map.shouldNotHaveSameSizeAs(other: Iterable<*>)6Map.shouldNotHaveSameSizeAs(other: Array<*>)7Map.shouldNotHaveSameSizeAs(other: CharSequence)8Map.shouldNotHaveSameSizeAs(other: Map<*, *>)9Map.shouldNotHaveSameSizeAs(other: Collection<*>)10Map.shouldNotHaveSameSizeAs(other: String)11Map.shouldNotHaveSameSizeAs(other: Byte)12Map.shouldNotHaveSameSizeAs(other: Short)13Map.shouldNotHaveSameSizeAs(other: Int)14Map.shouldNotHaveSameSizeAs(other: Long)15Map.shouldNotHaveSameSizeAs(other: Float

Map.shouldNotContain

Using AI Code Generation

1    fun `should not contain`() {2        val map = mapOf("a" to 1, "b" to 2, "c" to 3)3        map.shouldNotContain("d" to 4)4        map.shouldNotContain("d" to 1)5        map.shouldNotContain("a" to 4)6    }7    fun `should contain keys`() {8        val map = mapOf("a" to 1, "b" to 2, "c" to 3)9        map.shouldContainKeys("a", "b")10        map.shouldContainKeys("a", "b", "c")11        map.shouldContainKeys("a")12    }13    fun `should not contain keys`() {14        val map = mapOf("a" to 1, "b" to 2, "c" to 3)15        map.shouldNotContainKeys("d", "e")16        map.shouldNotContainKeys("a", "d")17        map.shouldNotContainKeys("d")18    }19    fun `should contain value`() {20        val map = mapOf("a" to 1, "b" to 2, "c" to 3)21        map.shouldContainValue(1)22        map.shouldContainValue(2)23        map.shouldContainValue(3)24    }25    fun `should not contain value`() {26        val map = mapOf("a" to 1, "b" to 2, "c" to 3)27        map.shouldNotContainValue(4)28        map.shouldNotContainValue(5)29        map.shouldNotContainValue(6)30    }31    fun `should have size`() {32        val map = mapOf("a" to 1, "

Map.shouldNotContain

Using AI Code Generation

1    map.shouldNotContain(3 to "three")2    map.shouldNotContain(3 to "three", 4 to "four")3    map.shouldNotContain(3 to "three", 4 to "four", 5 to "five")4    map.shouldNotContain(3 to "three", 4 to "four", 5 to "five", 6 to "six")5    map.shouldNotContain(3 to "three", 4 to "four", 5 to "five", 6 to "six", 7 to "seven")6    map.shouldNotContain(3 to "three", 4 to "four", 5 to "five", 6 to "six", 7 to "seven", 8 to "eight")7    map.shouldNotContain(3 to "three", 4 to "four", 5 to "five", 6 to "six", 7 to "seven", 8 to "eight", 9 to "nine")8    map.shouldNotContain(3 to "three", 4 to "four", 5 to "five", 6 to "six", 7 to "seven", 8 to "eight", 9 to "nine", 10 to "ten")9    map.shouldNotContain(3 to "three", 4 to "four", 5 to "five", 6 to "six", 7 to "seven", 8 to "eight", 9 to "nine", 10 to "ten", 11 to "eleven")10    map.shouldNotContain(3 to "three", 4 to "four", 5 to "five", 6 to "six", 7 to "seven", 8 to "eight", 9 to "nine", 10 to "ten", 11 to "eleven", 12 to "twelve")11    map.shouldNotContain(3 to "three", 4 to "four", 5 to "five", 6 to "six", 7 to "seven", 8 to "eight", 9 to "nine", 10 to "ten", 11 to "eleven", 12 to "twelve", 13 to "thirteen")12    map.shouldNotContain(3 to "three", 4 to "four", 5 to "five", 6 to "six", 7 to "seven", 8 to "eight",

Map.shouldNotContain

Using AI Code Generation

1    fun `shouldNotContain`() {2        val map = mapOf("a" to 1, "b" to 2, "c" to 3)3    }4    fun `shouldNotContainAll`() {5        val map = mapOf("a" to 1, "b" to 2, "c" to 3)6        map shouldNotContainAll listOf("d")7        map shouldNotContainAll listOf("a", "d")8        map shouldNotContainAll listOf("a", "b", "d")9        map shouldNotContainAll listOf("a", "b", "c", "d")10    }11    fun `shouldNotContainKeys`() {12        val map = mapOf("a" to 1, "b" to 2, "c" to 3)13        map shouldNotContainKeys listOf("d")14        map shouldNotContainKeys listOf("a", "d")15        map shouldNotContainKeys listOf("a", "b", "d")16        map shouldNotContainKeys listOf("a", "b", "c", "d")17    }18    fun `shouldNotContainValue`() {19        val map = mapOf("a" to 1, "b" to 2, "c" to 3)20    }21    fun `shouldNotContainValues`() {22        val map = mapOf("a" to 1, "b" to 2, "c" to 3)23        map shouldNotContainValues listOf(4)24        map shouldNotContainValues listOf(

Map.shouldNotContain

Using AI Code Generation

1        val map = mapOf("a" to 1, "b" to 2, "c" to 3)2        map.shouldNotContain("d")3    }4    fun shouldContainAllTest() {5        val map = mapOf("a" to 1, "b" to 2, "c" to 3)6        map.shouldContainAll("a", "b")7    }8    fun shouldNotContainAllTest() {9        val map = mapOf("a" to 1, "b" to 2, "c" to 3)10        map.shouldNotContainAll("a", "d")11    }12    fun shouldContainKeyTest() {13        val map = mapOf("a" to 1, "b" to 2, "c" to 3)14        map.shouldContainKey("a")15    }16    fun shouldNotContainKeyTest() {17        val map = mapOf("a" to 1, "b" to 2, "c" to 3)18        map.shouldNotContainKey("d")19    }20    fun shouldContainKeysTest() {21        val map = mapOf("a" to 1, "b" to 2, "c" to 3)22        map.shouldContainKeys("a", "b")23    }24    fun shouldNotContainKeysTest() {

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