How to use execute method of org.spekframework.spek2.runtime.SpekRuntime class

Best Spek code snippet using org.spekframework.spek2.runtime.SpekRuntime.execute

ReadmeTestEngine.kt

Source:ReadmeTestEngine.kt

...34            "Could not find any specification, check your runtime classpath"35        }36        return descriptor37    }38    override fun execute(request: JUnitExecutionRequest) {39        val default = Locale.getDefault()40        try {41            Locale.setDefault(Locale.UK)42            val classes = runSpekWithCustomListener(request)43            processExamples(classes, request)44        } catch (t: Throwable) {45            t.printStackTrace()46            Locale.setDefault(default)47            request.fail(t)48        }49    }50    private fun processExamples(classes: List<String>, request: JUnitExecutionRequest) {51        val specContents = classes.map { qualifiedClass ->52            qualifiedClass to fileContent("src/main/kotlin/$qualifiedClass.kt", request)53        }54        specContents.forEach { (_, specContent) ->55            extractSnippets(specContent, request)56        }57        var readmeContent = fileContent(readmeStringPath, request)58        if (examples.isEmpty()) {59            request.fail("no examples found")60            return61        }62        if (code.isEmpty()) {63            request.fail("no code found")64            return65        }66        if (snippets.isEmpty()) {67            request.fail("no snippets found")68            return69        }70        examples.forEach { (exampleId, output) ->71            readmeContent = updateExampleLikeInReadme(readmeContent, specContents, exampleId, output, request)72        }73        code.forEach { codeId ->74            readmeContent = updateCodeInReadme(readmeContent, specContents, codeId, request)75        }76        snippets.forEach { (snippetId, snippetContent) ->77            readmeContent = updateSnippetInReadme(readmeContent, snippetId, snippetContent, request)78        }79        Paths.get(readmeStringPath).writeText(readmeContent)80    }81    private fun extractSnippets(specContent: String, request: JUnitExecutionRequest) {82        Regex("//(snippet-.+)-start([\\S\\s]*?)//(snippet-.+)-end").findAll(specContent).forEach {83            val (tag, content, endTag) = it.destructured84            request.failIf(tag != endTag) { "tag $tag-start did not end with $tag-end but with $endTag" }85            snippets[tag] = content.trimIndent()86        }87    }88    private fun runSpekWithCustomListener(request: JUnitExecutionRequest) : List<String> {89        val roots = request.rootTestDescriptor.children90            .filterIsInstance<SpekTestDescriptor>()91            .map(SpekTestDescriptor::scope)92        val executionListener = ReadmeExecutionListener(93            JUnitEngineExecutionListenerAdapter(request.engineExecutionListener, SpekTestDescriptorFactory()),94            examples,95            code96        )97        val executionRequest = ExecutionRequest(roots, executionListener)98        SpekRuntime().execute(executionRequest)99        return roots.map { it.path.toString() }100    }101    private fun fileContent(path: String, request: JUnitExecutionRequest): String {102        val file = Paths.get(path)103        request.failIf(!file.exists) { "could not find ${file.absolutePathAsString}" }104        return file.readText()105    }106    private inline fun JUnitExecutionRequest.failIf(predicate: Boolean, errorMessage: () -> String) {107        if (predicate) fail(errorMessage())108    }109    private fun JUnitExecutionRequest.fail(errorMessage: String) = fail(IllegalStateException(errorMessage))110    private fun JUnitExecutionRequest.fail(throwable: Throwable) {111        engineExecutionListener.executionFinished(112            rootTestDescriptor,...

TestSupport.kt

Source:TestSupport.kt

...81        val builder = DiscoveryContextBuilder()82        builder.block()83        return builder.build()84    }85    fun executeTests(context: DiscoveryContext, vararg paths: Path): ExecutionRecorder {86        val runtime = SpekRuntime()87        val recorder = ExecutionRecorder()88        val discoveryResult = runtime.discover(DiscoveryRequest(context, listOf(*paths)))89        runtime.execute(ExecutionRequest(discoveryResult.roots, recorder))90        return recorder91    }92    fun<T: Spek> executeTest(test: T): ExecutionRecorder {93        val path = PathBuilder.from(test::class)94            .build()95        return executeTests(discoveryContext {96            addTest(test::class) { test }97        }, path)98    }99    fun assertExecutionEquals(actual: List<ExecutionEvent>, block: ExecutionTreeBuilder.() -> Unit) {100        val builder = ExecutionTreeBuilder()101        builder.block()102        val expected = builder.build()103        assertEquals(executionToString(actual), executionToString(expected))104    }105    /**106     * Prints out something like the following107     *108     * foo bar {109     *   should do this -> PASSED...

ConsoleLauncher.kt

Source:ConsoleLauncher.kt

...71        val discoveryRequest = DiscoveryRequest(context, paths)72        val discoveryResult = runtime.discover(discoveryRequest)73        val listener = CompoundExecutionListener(listeners)74        val executionRequest = ExecutionRequest(discoveryResult.roots, listener)75        runtime.execute(executionRequest)76        return when {77            parsedArgs.reportExitCode && !listener.isSuccessful() -> -178            parsedArgs.reportExitCode && listener.isSuccessful() -> 079            else -> 080        }81    }82    private fun createListenersFor(reporterTypes: List<ReporterType>): List<ExecutionListener> {83        return reporterTypes.map { reporter ->84            when (reporter) {85                is ConsoleReporterType -> when (reporter.format) {86                    ConsoleReporterType.Format.BASIC -> BasicConsoleReporter()87                    else -> throw AssertionError("Unsupported console reporter: ${reporter.format}")88                }89                else -> throw AssertionError("Unsupported reporter: $reporter")...

SpekTestEngine.kt

Source:SpekTestEngine.kt

...79            .map { descriptorFactory.create(it) }80            .forEach(engineDescriptor::addChild)81        return engineDescriptor82    }83    override fun execute(request: JUnitExecutionRequest) {84        val roots = request.rootTestDescriptor.children85            .filterIsInstance<SpekTestDescriptor>()86            .map(SpekTestDescriptor::scope)87        val executionRequest = ExecutionRequest(88            roots, JUnitEngineExecutionListenerAdapter(request.engineExecutionListener, descriptorFactory)89        )90        runtime.execute(executionRequest)91    }92    private fun containsUnsupportedSelector(discoveryRequest: EngineDiscoveryRequest): Boolean {93        for (selector in UNSUPPORTED_SELECTORS) {94            if (discoveryRequest.getSelectorsByType(selector).isNotEmpty()) {95                return true96            }97        }98        return false99    }100}...

SpekRuntime.kt

Source:SpekRuntime.kt

...25            }26            .filter { spec -> !spec.isEmpty() }27        return DiscoveryResult(scopes)28    }29    fun execute(request: ExecutionRequest) = Executor().execute(request)30    private fun resolveSpec(instance: Spek, path: Path): GroupScopeImpl {31        val fixtures = FixturesAdapter()32        val lifecycleManager = LifecycleManager().apply {33            addListener(fixtures)34        }35        val (packageName, className) = ClassUtil.extractPackageAndClassNames(instance::class)36        val qualifiedName = if (packageName.isNotEmpty()) {37            "$packageName.$className"38        } else {39            className40        }41        val classScope = GroupScopeImpl(ScopeId(ScopeType.Class, qualifiedName), path, null, Skip.No, lifecycleManager, false)42        val collector = Collector(classScope, lifecycleManager, fixtures, CachingMode.TEST, DEFAULT_TIMEOUT)43        try {...

Spek2ForgivingTestEngine.kt

Source:Spek2ForgivingTestEngine.kt

...20            "Could not find any specification, check your runtime classpath"21        }22        return descriptor23    }24    override fun execute(request: JUnitExecutionRequest) {25        val default = Locale.getDefault()26        try {27            Locale.setDefault(Locale.UK)28            runSpekWithCustomListener(request)29        } catch (t: Throwable) {30            t.printStackTrace()31            Locale.setDefault(default)32            request.fail(t)33        }34    }35    private fun runSpekWithCustomListener(request: JUnitExecutionRequest) {36        val roots = request.rootTestDescriptor.children37            .filterIsInstance<SpekTestDescriptor>()38            .map(SpekTestDescriptor::scope)39        val executionListener = Spek2ForgivingExecutionListener(40            JUnitEngineExecutionListenerAdapter(request.engineExecutionListener, SpekTestDescriptorFactory()),41            forgiveRegex42        )43        val executionRequest = ExecutionRequest(roots, executionListener)44        SpekRuntime().execute(executionRequest)45    }46    private fun JUnitExecutionRequest.fail(throwable: Throwable) {47        engineExecutionListener.executionFinished(48            rootTestDescriptor,49            TestExecutionResult.failed(throwable)50        )51    }52}...

console.kt

Source:console.kt

...16        val discoveryRequest = DiscoveryRequest(context, paths)17        val runtime = SpekRuntime()18        val discoveryResult = runtime.discover(discoveryRequest)19        val executionRequest = ExecutionRequest(discoveryResult.roots, ServiceMessageAdapter())20        runtime.execute(executionRequest)21    }22}23class LauncherArgs(parser: ArgParser) {24    val sourceDirs by parser.adding("--sourceDirs", help="Spec source dirs")25    val paths by parser.adding("--paths", help = "Spek paths to execute")26}27fun main(args: Array<String>) = mainBody {28    val launcherArgs = ArgParser(args).parseInto(::LauncherArgs)29    Spek2ConsoleLauncher().run(launcherArgs)30}...

execute

Using AI Code Generation

1val runtime = SpekRuntime()2runtime.execute(SimpleSpec::class)3val runtime = SpekRuntime()4runtime.execute(SimpleSpec::class)5SpekRuntime.execute() method takes a Spek class as an argument and executes all the test cases defined in the class. The test cases are executed in the same order as they are defined in the Spek class. The execute() method returns a TestResult object. TestResult object contains the result of the test execution. The result of the test execution can be accessed using the TestResult object. The TestResult object has the following methods:6val runtime = SpekRuntime()7val result = runtime.execute(SimpleSpec::class)8println("Number of passed test cases: " + result.passed)9println("Number of failed test cases: " + result.failed)10println("Number of aborted test cases: " + result.aborted)11println("Number of pending test cases: " + result.pending)12SpekRuntime.execute() method takes a Spek class as an argument and executes all the test cases defined in the class. The test cases are executed in the same order as they are defined in the Spek class. The execute() method returns a TestResult object. TestResult object contains the result of the test execution. The result of the test execution can be accessed using the TestResult object. The TestResult object has the following methods: The following code snippet shows how to use the TestResult object to get the number of passed test cases:13SpekRuntime.execute() method can be used to execute a single Spek class. If you want to execute multiple Spek classes, you can use the SpekRuntime.execute() method. The following code snippet shows how to use the SpekRuntime.execute() method to execute multiple Spek classes:14val runtime = SpekRuntime()

execute

Using AI Code Generation

1val runtime = SpekRuntime()2val listener = object : TestExecutionListener {3override fun executionStart() {4println("executionStart")5}6override fun executionFinish() {7println("executionFinish")8}9override fun testStart(test: Test) {10println("testStart: ${test.path}")11}12override fun testFinish(test: TestResult) {13println("testFinish: ${test.test.path}")14}15}16val result = runtime.execute(spec::class, listener)17println("result: ${result.status}")18}19}

execute

Using AI Code Generation

1val runtime = SpekRuntime()2val platform = JUnitPlatform()3val options = JUnitPlatformOptions.builder()4.options("org.spekframework.spek2.junit.JUnitPlatform")5.build()6val result = runtime.execute(platform, options)7println(result)8}9import org.spekframework.spek2.Spek10import org.spekframework.spek2.style.specification.describe11object Spek2JUnit5Test : Spek({12describe("A Calculator") {13context("addition") {14it("should add two numbers") {15assert(2 + 2 == 4)16}17}18}19})

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