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How to use LifecycleListener class of org.spekframework.spek2.lifecycle package

Best Spek code snippet using org.spekframework.spek2.lifecycle.LifecycleListener

Collectors.kt

Source:Collectors.kt

1package org.spekframework.spek2.runtime2import org.spekframework.spek2.dsl.*3import org.spekframework.spek2.lifecycle.CachingMode4import org.spekframework.spek2.lifecycle.LifecycleListener5import org.spekframework.spek2.lifecycle.MemoizedValue6import org.spekframework.spek2.runtime.lifecycle.LifecycleManager7import org.spekframework.spek2.runtime.lifecycle.MemoizedValueCreator8import org.spekframework.spek2.runtime.lifecycle.MemoizedValueReader9import org.spekframework.spek2.runtime.scope.*10class Collector(11    val root: GroupScopeImpl,12    private val lifecycleManager: LifecycleManager,13    private val fixtures: FixturesAdapter,14    override val defaultCachingMode: CachingMode,15    override var defaultTimeout: Long16) : Root {17    private val ids = linkedMapOf<String, Int>()18    override fun <T> memoized(mode: CachingMode, factory: () -> T): MemoizedValue<T> = memoized(mode, factory) { }19    override fun <T> memoized(mode: CachingMode, factory: () -> T, destructor: (T) -> Unit): MemoizedValue<T> {20        return MemoizedValueCreator(21            root,22            mode,23            factory,24            destructor25        )26    }27    override fun <T> memoized(): MemoizedValue<T> {28        return MemoizedValueReader(root)29    }30    override fun registerListener(listener: LifecycleListener) {31        lifecycleManager.addListener(listener)32    }33    override fun group(description: String, skip: Skip, defaultCachingMode: CachingMode, preserveExecutionOrder: Boolean, failFast: Boolean, body: GroupBody.() -> Unit) {34        val group = GroupScopeImpl(35            idFor(description),36            root.path.resolve(description),37            root,38            skip,39            lifecycleManager,40            preserveExecutionOrder,41            failFast42        )43        root.addChild(group)44        val cachingMode = if (defaultCachingMode == CachingMode.INHERIT) {...

SpekLifecycleUtils.kt

Source:SpekLifecycleUtils.kt

...4import org.spekframework.spek2.dsl.Root5import org.spekframework.spek2.dsl.Skip6import org.spekframework.spek2.dsl.TestBody7import org.spekframework.spek2.lifecycle.CachingMode8import org.spekframework.spek2.lifecycle.LifecycleListener9interface ExecutionResultAwareGroupBody : GroupBody {10    fun afterEachSuccessfulTest(handler: TestBody.() -> Unit)11    fun afterEachFailedTest(handler: TestBody.(cause: Throwable) -> Unit)12}13interface ExecutionResultAwareRoot : Root, ExecutionResultAwareGroupBody14fun GroupBody.afterEachSuccessfulTest(handler: TestBody.() -> Unit) =15    (this as ExecutionResultAwareGroupBody).afterEachSuccessfulTest(handler)16fun GroupBody.afterEachFailedTest(handler: TestBody.(cause: Throwable) -> Unit) =17    (this as ExecutionResultAwareGroupBody).afterEachFailedTest(handler)18fun GroupBody.executionResultAware(block: ExecutionResultAwareGroupBody.() -> Unit) {19    val adapter = (this as? ExecutionResultAwareGroupBody) ?: ExecutionResultAwareGroupBodyAdapter(this)20    adapter.block()21}22fun Root.executionResultAware(block: ExecutionResultAwareRoot.() -> Unit) {23    val adapter = (this as? ExecutionResultAwareRoot) ?: ExecutionResultAwareRootAdapter(this)24    adapter.block()25}26fun executionResultAware(root: ExecutionResultAwareRoot.() -> Unit): Root.() -> Unit = {27    this.executionResultAware(root)28}29abstract class ExecutionResultAwareSpek(root: ExecutionResultAwareRoot.() -> Unit) : Spek(executionResultAware(root))30private class ExecutionResultAwareGroupBodyAdapter(31    private val delegate: GroupBody32) : ExecutionResultAwareGroupBody,33    GroupBody by delegate {34    private val afterEachSuccessfulTestHandlers = mutableListOf<TestBody.() -> Unit>()35    private val afterEachFailedTestHandlers = mutableListOf<TestBody.(Throwable) -> Unit>()36    override fun afterEachSuccessfulTest(handler: TestBody.() -> Unit) {37        afterEachSuccessfulTestHandlers.add(handler)38    }39    override fun afterEachFailedTest(handler: TestBody.(cause: Throwable) -> Unit) {40        afterEachFailedTestHandlers.add(handler)41    }42    override fun group(43        description: String,44        skip: Skip,45        defaultCachingMode: CachingMode,46        preserveExecutionOrder: Boolean,47        failFast: Boolean,48        body: GroupBody.() -> Unit49    ) {50        delegate.group(description, skip, defaultCachingMode, preserveExecutionOrder, failFast) {51            ExecutionResultAwareGroupBodyAdapter(this).body()52        }53    }54    override fun test(description: String, skip: Skip, timeout: Long, body: TestBody.() -> Unit) {55        delegate.test(description, skip, timeout) {56            try {57                body()58                this@ExecutionResultAwareGroupBodyAdapter.afterEachSuccessfulTestHandlers.forEach { handler ->59                    this.handler()60                }61            } catch (e: Throwable) {62                this@ExecutionResultAwareGroupBodyAdapter.afterEachFailedTestHandlers.forEach { handler ->63                    this.handler(e)64                }65                throw e66            }67        }68    }69}70private class ExecutionResultAwareRootAdapter(71    private val delegate: Root72) : ExecutionResultAwareGroupBody by ExecutionResultAwareGroupBodyAdapter(delegate),73    ExecutionResultAwareRoot {74    override fun registerListener(listener: LifecycleListener) =75        delegate.registerListener(listener)76}...

ForgeLifecycleListener.kt

Source:ForgeLifecycleListener.kt

2import fr.xgouchet.elmyr.Forge3import kotlin.reflect.full.memberProperties4import org.spekframework.spek2.lifecycle.ExecutionResult5import org.spekframework.spek2.lifecycle.GroupScope6import org.spekframework.spek2.lifecycle.LifecycleListener7import org.spekframework.spek2.lifecycle.Scope8import org.spekframework.spek2.lifecycle.TestScope9/**10 * A Spek [LifecycleListener] used to synchronize your [Forge] instance with Spek.11 * @property forge the [Forge] instance to keep synced with Spek scopes12 * @property seeds the seeds map (provide a specific seed for each scope in your Spek class)13 */14class ForgeLifecycleListener(15    private val forge: Forge,16    private val seeds: Map<String, Long>17) : LifecycleListener {18    private val usedSeeds: MutableMap<String, Long> = mutableMapOf()19    // region LifecycleListener20    /** @inheritdoc */21    override fun beforeExecuteGroup(group: GroupScope) {22        super.beforeExecuteGroup(group)23        beforeExecuteScope(group)24    }25    /** @inheritdoc */26    override fun beforeExecuteTest(test: TestScope) {27        super.beforeExecuteTest(test)28        beforeExecuteScope(test)29    }30    /** @inheritdoc */31    override fun afterExecuteTest(test: TestScope, result: ExecutionResult) {32        super.afterExecuteTest(test, result)33        if (result is ExecutionResult.Failure) {...

MemoizedValueAdapter.kt

Source:MemoizedValueAdapter.kt

1package org.spekframework.spek2.runtime.lifecycle2import org.spekframework.spek2.lifecycle.GroupScope3import org.spekframework.spek2.lifecycle.LifecycleListener4import org.spekframework.spek2.lifecycle.TestScope5import org.spekframework.spek2.runtime.scope.ScopeImpl6import kotlin.properties.ReadOnlyProperty7import kotlin.reflect.KProperty8sealed class MemoizedValueAdapter<T>(9    val factory: () -> T,10    val destructor: (T) -> Unit11) : ReadOnlyProperty<Any?, T>, LifecycleListener {12    protected sealed class Cached<out T> {13        object Empty : Cached<Nothing>()14        data class Value<out T>(val value: T) : Cached<T>()15    }16    protected var cached: Cached<T> = Cached.Empty17    override fun getValue(thisRef: Any?, property: KProperty<*>) = get()18    fun get(): T {19        val cached = this.cached20        return when (cached) {21            Cached.Empty -> {22                val newCached = Cached.Value(factory())23                this.cached = newCached24                newCached.value25            }...

dsl.kt

Source:dsl.kt

1package org.spekframework.spek2.dsl2import org.spekframework.spek2.lifecycle.CachingMode3import org.spekframework.spek2.lifecycle.LifecycleListener4import org.spekframework.spek2.lifecycle.MemoizedValue5import org.spekframework.spek2.meta.*6sealed class Skip {7    class Yes(val reason: String? = null) : Skip()8    object No : Skip()9}10@SpekDsl11interface Root : GroupBody {12    fun registerListener(listener: LifecycleListener)13}14@SpekDsl15interface GroupBody : LifecycleAware, TestContainer {16    @Synonym(type = SynonymType.GROUP)17    @Descriptions(Description(DescriptionLocation.VALUE_PARAMETER, 0))18    fun group(description: String, skip: Skip = Skip.No, defaultCachingMode: CachingMode = CachingMode.INHERIT, preserveExecutionOrder: Boolean = false, failFast: Boolean = false, body: GroupBody.() -> Unit)19}20@SpekDsl21interface LifecycleAware : ScopeBody {22    val defaultCachingMode: CachingMode23    fun <T> memoized(mode: CachingMode = defaultCachingMode, factory: () -> T): MemoizedValue<T>24    fun <T> memoized(mode: CachingMode = defaultCachingMode, factory: () -> T, destructor: (T) -> Unit): MemoizedValue<T>25    fun beforeEachTest(callback: () -> Unit)26    fun afterEachTest(callback: () -> Unit)...

SpekTestFilesAdapter.kt

Source:SpekTestFilesAdapter.kt

1package de.joshuagleitze.testfiles.spek2import de.joshuagleitze.testfiles.DefaultTestFiles3import org.spekframework.spek2.lifecycle.ExecutionResult4import org.spekframework.spek2.lifecycle.GroupScope5import org.spekframework.spek2.lifecycle.LifecycleListener6import org.spekframework.spek2.lifecycle.Scope7import org.spekframework.spek2.lifecycle.TestScope8import org.spekframework.spek2.runtime.scope.ScopeImpl9internal class SpekTestFilesAdapter internal constructor(private val testFiles: DefaultTestFiles): LifecycleListener {10	override fun beforeExecuteGroup(group: GroupScope) = testFiles.enterScope(nameOf(group))11	override fun beforeExecuteTest(test: TestScope) = testFiles.enterScope(nameOf(test))12	override fun afterExecuteGroup(group: GroupScope, result: ExecutionResult) = testFiles.leaveScope(convert(result))13	override fun afterExecuteTest(test: TestScope, result: ExecutionResult) = testFiles.leaveScope(convert(result))14	private fun nameOf(scope: Scope) = when (scope) {15		is ScopeImpl -> scope.id.name16		is GroupScope -> "unknown group"17		is TestScope -> "unknown test"18		else -> "unknown scope"19	}20	private fun convert(result: ExecutionResult) = when (result) {21		is ExecutionResult.Success -> DefaultTestFiles.ScopeResult.Success22		is ExecutionResult.Failure -> DefaultTestFiles.ScopeResult.Failure23	}...

SpringContext.kt

Source:SpringContext.kt

...5import org.springframework.test.context.TestContext6import org.springframework.test.context.TestContextManager7import kotlin.reflect.KClass8class SpringContext internal constructor(testContextManager: TestContextManager,9                                         val root: Root): LifecycleListener {10    val testContext: TestContext by lazy { testContextManager.testContext }11    inline fun <reified T: Any> inject(): T {12        val injected by root.memoized {13            testContext.applicationContext.getBean(T::class.java)14        }15        return injected16    }17    override fun afterExecuteTest(test: TestScope) {18        testContext.markApplicationContextDirty(DirtiesContext.HierarchyMode.EXHAUSTIVE)19    }20}21fun Root.createContext(spek: KClass<*>): SpringContext {22    return SpringContext(TestContextManager(spek.java), this@createContext).apply {23        registerListener(this)...

LifecycleManager.kt

Source:LifecycleManager.kt

1package org.spekframework.spek2.runtime.lifecycle2import org.spekframework.spek2.lifecycle.GroupScope3import org.spekframework.spek2.lifecycle.LifecycleListener4import org.spekframework.spek2.lifecycle.TestScope5class LifecycleManager {6    private val listeners = mutableListOf<LifecycleListener>()7    fun addListener(listener: LifecycleListener) {8        if (listeners.contains(listener)) {9            throw IllegalArgumentException("You can only register a listener once.")10        }11        listeners.add(0, listener)12    }13    fun beforeExecuteTest(test: TestScope) {14        listeners.forEach { it.beforeExecuteTest(test) }15    }16    fun afterExecuteTest(test: TestScope) {17        listeners.reversed().forEach { it.afterExecuteTest(test) }18    }19    fun beforeExecuteGroup(group: GroupScope) {20        listeners.forEach { it.beforeExecuteGroup(group) }21    }...

LifecycleListener

Using AI Code Generation

1val listener = object : LifecycleListener {2override fun beforeExecuteTest(test: TestScope) {3println("Test ${test.path} is about to execute")4}5override fun afterExecuteTest(test: TestScope, result: TestResult) {6println("Test ${test.path} has executed with result ${result.status}")7}8}9listeners(listener)10test("first test") {11println("first test")12}13test("second test") {14println("second test")15}16}17object MyTest : Spek({18val listener = object : LifecycleListener {19override fun beforeExecuteGroup(group: GroupScope) {20println("Test suite is about to execute")21}22override fun afterExecuteGroup(group: GroupScope, result: TestResult) {23println("Test suite has executed with result ${result.status}")24}25}26beforeGroup(listener)27afterGroup(listener)28test("first test") {29println("first test")30}31test("second test") {32println("second test")33}34})

LifecycleListener

Using AI Code Generation

1import org.spekframework.spek2.lifecycle.*2class MyTest : Spek({3    val listener = object : LifecycleListener {4        override fun afterExecuteTest(testCase: TestCase) {5            println("After execute test: ${testCase.path}")6        }7        override fun afterExecuteGroup(group: TestGroup) {8            println("After execute group: ${group.path}")9        }10        override fun beforeExecuteTest(testCase: TestCase) {11            println("Before execute test: ${testCase.path}")12        }13        override fun beforeExecuteGroup(group: TestGroup) {14            println("Before execute group: ${group.path}")15        }16    }17    beforeEachTest {18        println("Before each test")19    }20    afterEachTest {21        println("After each test")22    }23    beforeGroup {24        println("Before group")25    }26    afterGroup {27        println("After group")28    }29    beforeEachGroup {30        println("Before each group")31    }32    afterEachGroup {33        println("After each group")34    }35    beforeEachTest(listener)36    afterEachTest(listener)37    beforeGroup(listener)38    afterGroup(listener)39    beforeEachGroup(listener)40    afterEachGroup(listener)41    group("group 1") {42        test("test 1") {43            println("Test 1")44        }45    }46    group("group 2") {47        test("test 2") {48            println("Test 2")49        }50    }51})

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