Best Kotest code snippet using io.kotest.engine.test.status.TestEnabledExtension.isEnabled
enabled.kt
Source: enabled.kt
...6import io.kotest.engine.spec.SpecExtensions7import io.kotest.engine.tags.runtimeTags8/**9 * Returns [Enabled.enabled] if the given [TestCase] is enabled based on default rules10 * from [isEnabledInternal] or any registered [EnabledExtension]s.11 */12suspend fun TestCase.isEnabled(conf: ProjectConfiguration): Enabled {13 val internal = isEnabledInternal(conf)14 return if (!internal.isEnabled) {15 internal16 } else {17 val disabled = SpecExtensions(conf.registry)18 .extensions(spec)19 .filterIsInstance<EnabledExtension>()20 .map { it.isEnabled(descriptor) }21 .firstOrNull { it.isDisabled }22 disabled ?: Enabled.enabled23 }24}25/**26 * Determines enabled status by using [TestEnabledExtension]s.27 */28internal fun TestCase.isEnabledInternal(conf: ProjectConfiguration): Enabled {29 val extensions = listOf(30 TestConfigEnabledExtension,31 TagsEnabledExtension(conf.runtimeTags()),32 TestFilterEnabledExtension(conf.registry),33 SystemPropertyTestFilterEnabledExtension,34 FocusEnabledExtension,35 BangTestEnabledExtension,36 SeverityLevelEnabledExtension,37 )38 return extensions.fold(Enabled.enabled) { acc, ext -> if (acc.isEnabled) ext.isEnabled(this) else acc }39}...
SeverityLevelEnabledExtension.kt
Source: SeverityLevelEnabledExtension.kt
...13 *14 * Note: If no minimum severity level is specified, then this extension has no effect.15 */16internal object SeverityLevelEnabledExtension : TestEnabledExtension {17 override fun isEnabled(testCase: TestCase): Enabled {18 // if min level is not defined, then we always allow through19 val minLevel = sysprop(KotestEngineProperties.testSeverity)20 ?.let { TestCaseSeverityLevel.valueOf(it) }21 ?: return Enabled.enabled22 val testLevel = testCase.config.severity23 return when {24 testLevel.level >= minLevel.level -> Enabled.enabled25 else -> Enabled26 .disabled("${testCase.descriptor.path()} is disabled by severityLevel")27 .also { it.reason?.let { log { it } } }28 }29 }30}...
TagsEnabledExtension.kt
Source: TagsEnabledExtension.kt
...16 *17 * Note: tags are attached to tests either through test config, or at the spec level.18 */19internal class TagsEnabledExtension(private val tags: TagExpression) : TestEnabledExtension {20 override fun isEnabled(testCase: TestCase): Enabled {21 val enabledInTags = tags.parse().isActive(testCase.config.tags)22 if (!enabledInTags) {23 return Enabled24 .disabled("Disabled by tags: ${tags.expression}")25 .also { it.reason?.let { log { it } } }26 }27 return Enabled.enabled28 }29}...
FocusEnabledExtension.kt
Source: FocusEnabledExtension.kt
...10 * Note: This extension only applies to root tests.11 * Nested tests are not affected by this extension.12 */13internal object FocusEnabledExtension : TestEnabledExtension {14 override fun isEnabled(testCase: TestCase): Enabled {15 // focus only applies to root tests16 if (!testCase.isRootTest()) return Enabled.enabled17 // if we are focused doesn't matter what anyone else does18 if (testCase.name.focus) return Enabled.enabled19 // if anything else is focused we're outta luck20 if (testCase.spec.rootTests().any { it.name.focus }) {21 return Enabled22 .disabled("${testCase.descriptor.path().value} is disabled by another test having focus")23 .also { it.reason?.let { log { it } } }24 }25 return Enabled.enabled26 }27}...
TestFilterEnabledExtension.kt
Source: TestFilterEnabledExtension.kt
...7/**8 * This [TestEnabledExtension] disables tests if they are filtered by a [TestFilter].9 */10internal class TestFilterEnabledExtension(private val registry: ExtensionRegistry) : TestEnabledExtension {11 override fun isEnabled(testCase: TestCase): Enabled {12 val filters = registry.all().filterIsInstance<TestFilter>()13 val excluded = filters14 .map { it.filter(testCase.descriptor) }15 .filterIsInstance<TestFilterResult.Exclude>()16 .firstOrNull()17 return when {18 excluded == null -> Enabled.enabled19 excluded.reason == null -> Enabled.disabled("${testCase.descriptor.path(false).value} is excluded by test filter(s)")20 else -> Enabled.disabled("${testCase.descriptor.path(false).value} is excluded by test filter(s): ${excluded.reason}")21 }22 }23}...
BangTestEnabledExtension.kt
Source: BangTestEnabledExtension.kt
...8 * A [TestEnabledExtension] that disabled a test if the name of the test is prefixed with "!"9 * and System.getProperty("kotest.bang.disable") has a null value (ie, not defined)10 */11internal object BangTestEnabledExtension : TestEnabledExtension {12 override fun isEnabled(testCase: TestCase): Enabled {13 // this sys property disables the use of !14 // when it is true, we don't check for !15 if (sysprop(KotestEngineProperties.disableBangPrefix) == "true") {16 return Enabled.enabled17 }18 if (testCase.name.bang) {19 return Enabled20 .disabled("Disabled by bang")21 .also { it.reason?.let { log { it } } }22 }23 return Enabled.enabled24 }25}...
TestConfigEnabledExtension.kt
Source: TestConfigEnabledExtension.kt
...6 * A [TestEnabledExtension] that uses the enabled value in test case config7 * to determine if a test is enabled.8 */9internal object TestConfigEnabledExtension : TestEnabledExtension {10 override fun isEnabled(testCase: TestCase): Enabled {11 val enabled = testCase.config.enabled(testCase)12 if (enabled.isDisabled)13 log { "${testCase.descriptor.path()} is disabled by enabledOrReasonIf function in config: ${enabled.reason}" }14 return enabled15 }16}...
TestEnabledExtension.kt
Source: TestEnabledExtension.kt
...7 * Any extension can choose to disable a test - all extensions must reply enabled8 * for a test to be considered active.9 */10internal interface TestEnabledExtension {11 fun isEnabled(testCase: TestCase): Enabled12}...
isEnabled
Using AI Code Generation
1+fun testEnabledExtension() {2+ test("this test is enabled") {3+ }.config(enabled = false)4+}5+fun testDisabledExtension() {6+ test("this test is disabled") {7+ }.config(enabled = false)8+}9+fun testIgnoredExtension() {10+ test("this test is ignored") {11+ }.config(enabled = false)12+}13+fun testInstancePerTestExtension() {14+ test("this test is instance per test") {15+ }.config(enabled = false)16+}17+fun testInstancePerLeafExtension() {18+ test("this test is instance per leaf") {19+ }.config(enabled = false)20+}21+fun testInstancePerNodeExtension() {22+ test("this test is instance per node") {23+ }.config(enabled = false)24+}25+fun testInstancePerSpecExtension() {26+ test("this test is instance per spec") {27+ }.config(enabled = false)28+}29+fun testParallelizableExtension() {30+ test("this test is parallelizable") {31+ }.config(enabled = false)32+}33+fun testNotParallelizableExtension() {34+ test("this test is not parallel
isEnabled
Using AI Code Generation
1+ val testEnabledExtension = TestEnabledExtension()2+ val enabled = testEnabledExtension.isEnabled(context)3+ if (!enabled) {4+ }5 if (context is SpecRootTest || context is ContainerTest) {6@@ -73,6 +88,7 @@ class TestExecutor(7 private suspend fun executeTest(8 ): TestResult {9@@ -80,7 +96,7 @@ class TestExecutor(10- val enabled = isEnabled(context)11 val result = if (enabled) {12 val testCase = TestCase(13@@ -109,7 +125,7 @@ class TestExecutor(14 } else {15 }16- lifecycle.afterTest(context, result)17+ lifecycle.afterTest(context, result, enabled)18 }19@@ -120,7 +136,7 @@ class TestExecutor(20 private fun executeTestWithTimeout(21 ): TestResult {22@@ -130,7 +146,7 @@ class TestExecutor(23- val enabled = isEnabled(context)24 val result = if (enabled) {25 val testContext = TestContext(26@@ -158,7 +174,7 @@ class TestExecutor(27 } else {28 }29- lifecycle.afterTest(context, result)30+ lifecycle.afterTest(context, result, enabled)31 }32@@ -169,7 +185,7 @@ class TestExecutor(
isEnabled
Using AI Code Generation
1fun testEnabledExtension() {2 val spec = object : FunSpec({3 test("some test").config(enabled = false) {4 }5 }) {}.spec6 val test = spec.testCases().first()7 println(test.isEnabled())8}
isEnabled
Using AI Code Generation
1+ fun `test is enabled or disabled`() {2+ val testEnabledExtension = TestEnabledExtension()3+ val testCase = TestCase(4+ TestName("test name"),5+ Descriptor.Test(6+ Descriptor.Spec(Spec::class),7+ TestName("test name"),8+ {},9+ SourceRef(1, 2, 3),10+ InvocationCount(1),11+ val enabled = testEnabledExtension.isEnabled(testCase)12+ println(enabled)
isEnabled
Using AI Code Generation
1 "Test case 2" {2 val result = isEnabled("Test case 1")3 println(result)4 }5 }6})
isEnabled
Using AI Code Generation
1fun main() {2 fun isTestEnabled(test: TestCase): Boolean {3 val status = test.description.testCaseExtension(TestEnabledExtension).status4 }5 val spec = object : FunSpec() {6 init {7 test("a test").config(enabled = false) {8 }9 test("b test") {10 }11 }12 }13 val listener = object : TestEngineListener {14 override fun engineFinished(t: List<Throwable>) {}15 override fun engineStarted(classes: List<KClass<out Spec>>) {}16 override fun specFinished(kclass: KClass<out Spec>, t: Throwable?) {}17 override fun specStarted(kclass: KClass<out Spec>) {}18 override fun testFinished(testCase: TestCase, result: TestResult) {19 val enabled = isTestEnabled(testCase)20 println("${testCase.description.testPath().value} is enabled? $enabled")21 }22 override fun testIgnored(testCase: TestCase, reason: String?) {}23 override fun testStarted(testCase: TestCase) {}24 }25 TestEngineLauncher(listener).withClasses(spec::class).launch()26}
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