Best Spek code snippet using org.spekframework.spek2.runtime.Tasks.runTask
Executor.kt
Source:Executor.kt
...16 fun execute(request: ExecutionRequest, concurrency: Int) {17 val runner = TaskRunner(concurrency)18 request.executionListener.executionStart()19 val handles = request.roots.map {20 runner.runTask { execute(it, request.executionListener) }21 }22 // wait for tasks23 handles.forEach { handle ->24 try {25 handle.await()26 } catch (e: Throwable) {27 println("An error has occurred: ${e.message}")28 }29 }30 request.executionListener.executionFinish()31 }32 private suspend fun execute(scope: ScopeImpl, listener: ExecutionListener): ExecutionResult? {33 if (scope.skip is Skip.Yes) {34 scopeIgnored(scope, scope.skip.reason, listener)...
MultiplatformPlugin.kt
Source:MultiplatformPlugin.kt
...53 compilation.target.binaries {54 executable("spek${testName.capitalize()}", listOf(DEBUG)) {55 this.compilation = compilation56 entryPoint = "org.spekframework.spek2.launcher.main"57 runTask?.let { runTask ->58 spekTask.dependsOn(runTask)59 }60 }61 }62 }63 private fun configureJvmJUnitPlatformTest(project: Project, compilation: KotlinJvmCompilation, spekTask: ExecSpekTests, test: SpekTest) {64 project.tasks.create("runSpek${test.name.capitalize()}", Test::class.java) {65 testClassesDirs = compilation.output.classesDirs66 classpath = compilation.compileDependencyFiles + compilation.runtimeDependencyFiles67 useJUnitPlatform(test.junitPlatformConfigure)68 useJUnitPlatform {69 includeEngines("spek2")70 }71 spekTask.dependsOn(this)72 }...
build.gradle.kts
Source:build.gradle.kts
...32 binaries.executable()33 webpackTask {34 cssSupport.enabled = true35 }36 runTask {37 cssSupport.enabled = true38 }39 testTask {40 useKarma {41 webpackConfig.cssSupport.enabled = true42 }43 }44 }45 }46 sourceSets {47 val commonMain by getting48 val commonTest by getting {49 dependencies {50 implementation(kotlin("test-common"))...
runTask
Using AI Code Generation
1val task = Tasks.runTask { println( "Hello World" ) }2val task = Tasks.runTaskAndWait { println( "Hello World" ) }3val task = Tasks.runTaskAndWait( 1000 ) { println( "Hello World" ) }4val task = Tasks.runTaskAndWait( 1000 , TimeUnit.MILLISECONDS ) { println( "Hello World" ) }5val task = Tasks.runTask( 1000 ) { println( "Hello World" ) }6val task = Tasks.runTask( 1000 , TimeUnit.MILLISECONDS ) { println( "Hello World" ) }7val task = Tasks.runTask( 1000 , TimeUnit.MILLISECONDS , { println( "Hello World" ) } )8val task = Tasks.runTaskAndWait( 1000 , TimeUnit.MILLISECONDS , { println( "Hello World" ) } )9val task = Tasks.runTaskAndWait( 1000 , { println( "Hello World" ) } )10val task = Tasks.runTaskAndWait( 1000 , TimeUnit.MILLISECONDS , { println( "Hello World" ) } )11val task = Tasks.runTask( 1000 , { println( "Hello World" ) } )12val task = Tasks.runTaskAndWait( 1000 , { println( "Hello World" ) } )
runTask
Using AI Code Generation
1val task = Tasks.runTask {2 println("Hello")3}4task.await()5val task = Tasks.runTaskAndWait {6 println("Hello")7}8task.await()9val task = Tasks.runTaskAndWait {10 println("Hello")11}12task.await()13val task = Tasks.runTaskAndWait {14 println("Hello")15}16task.await()17val task = Tasks.runTaskAndWait {18 println("Hello")19}20task.await()21val task = Tasks.runTaskAndWait {22 println("Hello")23}24task.await()25val task = Tasks.runTaskAndWait {26 println("Hello")27}28task.await()29val task = Tasks.runTaskAndWait {30 println("Hello")31}32task.await()33val task = Tasks.runTaskAndWait {34 println("Hello")35}36task.await()37val task = Tasks.runTaskAndWait {38 println("Hello")39}40task.await()41val task = Tasks.runTaskAndWait {42 println("Hello")43}44task.await()45val task = Tasks.runTaskAndWait {46 println("Hello")47}48task.await()49val task = Tasks.runTaskAndWait {50 println("Hello")51}52task.await()53val task = Tasks.runTaskAndWait {54 println("Hello")55}56task.await()
runTask
Using AI Code Generation
1 private fun runTask(task: Task) {2 val taskClass = Class.forName("org.spekframework.spek2.runtime.Tasks")3 val runTaskMethod = taskClass.getMethod("runTask", Task::class.java)4 runTaskMethod.invoke(null, task)5 }6 private fun runBlocking(task: Task) {7 val taskClass = Class.forName("org.spekframework.spek2.runtime.Tasks")8 val runBlockingMethod = taskClass.getMethod("runBlocking", Task::class.java)9 runBlockingMethod.invoke(null, task)10 }11 private fun runAsync(task: Task) {12 val taskClass = Class.forName("org.spekframework.spek2.runtime.Tasks")13 val runAsyncMethod = taskClass.getMethod("runAsync", Task::class.java)14 runAsyncMethod.invoke(null, task)15 }16}
runTask
Using AI Code Generation
1 val task = Tasks.runTask(taskName)2 val taskResult = task.execute()3 if (taskResult.status == Status.FAILED) {4 }5}6buildscript {7 repositories {8 mavenCentral()9 }10 dependencies {11 }12}13plugins {14}15repositories {16 mavenCentral()17}18dependencies {19}
runTask
Using AI Code Generation
1@RunOn(TestPlatform.JVM)2class MySpec : Spek({3 describe("a group") {4 it("a test") {5 runTask("myTask")6 }7 }8})9@RunOn(TestPlatform.JVM)10class MySpec : Spek({11 describe("a group") {12 it("a test") {13 runTask("myTask")14 }15 }16})17@RunOn(TestPlatform.JVM)18class MySpec : Spek({19 describe("a group") {20 it("a test") {21 runTask("myTask")22 }23 }24})25@RunOn(TestPlatform.JVM)26class MySpec : Spek({27 describe("a group") {28 it("a test") {29 runTask("myTask")30 }31 }32})33@RunOn(TestPlatform.JVM)34class MySpec : Spek({35 describe("a group") {36 it("a test") {37 runTask("myTask")38 }39 }40})41@RunOn(TestPlatform.JVM)42class MySpec : Spek({43 describe("a group") {44 it("a test") {45 runTask("myTask")46 }47 }48})
runTask
Using AI Code Generation
1 val testTask = Tasks.runTask(testTask, true)2 testTask.await()3 val testResults = testTask.get()4 testResults.forEach { testResult ->5 println(testResult)6 }7}8TestResult(9 description=TestDescription(10TestResult(11 description=TestDescription(12TestResult(13 description=TestDescription(14TestResult(15 description=TestDescription(
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