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How to use parents method of io.kotest.core.descriptors.SpecDescriptor class

Best Kotest code snippet using io.kotest.core.descriptors.SpecDescriptor.parents

JUnitTestEngineListener.kt

Source:JUnitTestEngineListener.kt

...207   override suspend fun testFinished(testCase: TestCase, result: TestResult) {208      logger.log { Pair(testCase.name.testName, "test finished $result") }209      results[testCase.descriptor] = result210      val descriptor = getOrCreateTestDescriptor(testCase, null)211      // we need to ensure all parents have been started first212      startParents(testCase)213      startTestIfNotStarted(testCase, null)214      logger.log { Pair(testCase.name.testName, "executionFinished: $descriptor") }215      listener.executionFinished(descriptor, result.toTestExecutionResult())216   }217   override suspend fun testIgnored(testCase: TestCase, reason: String?) {218      logger.log { Pair(testCase.name.testName, "test ignored $reason") }219      if (testCase.parent == null) rootTests.add(testCase)220      addChild(testCase)221      results[testCase.descriptor] = TestResult.Ignored(reason)222      // we need to ensure all parents have been started first223      startParents(testCase)224      val descriptor = getOrCreateTestDescriptor(testCase, TestDescriptor.Type.TEST)225      logger.log { Pair(testCase.name.testName, "Registering dynamic test: $descriptor") }226      listener.dynamicTestRegistered(descriptor)227      logger.log { Pair(testCase.name.testName, "executionSkipped: $descriptor") }228      listener.executionSkipped(descriptor, reason)229   }230   private fun addChild(testCase: TestCase) {231      children.getOrPut(testCase.descriptor.parent) { mutableListOf() }.add(testCase)232   }233   private fun startParents(testCase: TestCase) {234      val parent = testCase.parent235      if (parent != null) {236         startParents(parent)...

descriptor.kt

Source:descriptor.kt

...70   /**71    * Returns the depth of this node, where the [SpecDescriptor] has depth of 0,72    * a root test has depth 1 and so on.73    */74   fun depth() = parents().size - 175   /**76    * Recursively returns any parent descriptors, with the spec being first in the list77    * and this being last.78    */79   fun parents(): List<Descriptor> = when (this) {80      is SpecDescriptor -> emptyList()81      is TestDescriptor -> parent.parents() + parent82   }83   fun chain() = parents() + this84   /**85    * Returns true if this descriptor is the immediate parent of the given [descriptor].86    */87   fun isParentOf(descriptor: Descriptor): Boolean = when (descriptor) {88      is SpecDescriptor -> false // nothing can be the parent of a spec89      is TestDescriptor -> this.id == descriptor.parent.id90   }91   /**92    * Returns true if this descriptor is ancestor (1..nth-parent) of the given [descriptor].93    */94   fun isAncestorOf(descriptor: Descriptor): Boolean = when (descriptor) {95      is SpecDescriptor -> false // nothing can be an ancestor of a spec96      is TestDescriptor -> this.id == descriptor.parent.id || isAncestorOf(descriptor.parent)97   }...

parents

Using AI Code Generation

1    override fun hashCode(): Int {2        return super.hashCode()3    }4    override fun equals(other: Any?): Boolean {5        return super.equals(other)6    }7    override fun toString(): String {8        return super.toString()9    }10    override fun copy(description: Description, tags: Set<Tag>, extensions: List<Extension>, children: List<SpecDescriptor>): SpecDescriptor {11        return super.copy(description, tags, extensions, children)12    }13    override fun toTestPath(): TestPath {14        return super.toTestPath()15    }16    override fun toTestPath(testCaseOrder: TestCaseOrder): TestPath {17        return super.toTestPath(testCaseOrder)18    }19    override fun toTestPath(testCaseOrder: TestCaseOrder, includeSpecName: Boolean): TestPath {20        return super.toTestPath(testCaseOrder, includeSpecName)21    }22    override fun toTestPath(testCaseOrder: TestCaseOrder, includeSpecName: Boolean, includeTestName: Boolean): TestPath {23        return super.toTestPath(testCaseOrder, includeSpecName, includeTestName)24    }25    override fun toTestPath(includeSpecName: Boolean): TestPath {26        return super.toTestPath(includeSpecName)27    }28    override fun toTestPath(includeSpecName: Boolean, includeTestName: Boolean): TestPath {29        return super.toTestPath(includeSpecName, includeTestName)30    }31    override fun toTestPath(includeSpecName: Boolean,

parents

Using AI Code Generation

1    override fun toDescriptor(): SpecDescriptor {2        return super.toDescriptor()3    }4    override fun toDescriptor(): SpecDescriptor {5        return super.toDescriptor()6    }7    override fun toDescriptor(): SpecDescriptor {8        return super.toDescriptor()9    }10    override fun toDescriptor(): SpecDescriptor {11        return super.toDescriptor()12    }13    override fun toDescriptor(): SpecDescriptor {14        return super.toDescriptor()15    }16    override fun toDescriptor(): SpecDescriptor {17        return super.toDescriptor()18    }19    override fun toDescriptor(): SpecDescriptor {20        return super.toDescriptor()21    }22    override fun toDescriptor(): SpecDescriptor {23        return super.toDescriptor()24    }25    override fun toDescriptor(): SpecDescriptor {26        return super.toDescriptor()27    }28    override fun toDescriptor(): SpecDescriptor {29        return super.toDescriptor()30    }31    override fun toDescriptor(): SpecDescriptor {32        return super.toDescriptor()33    }34    override fun toDescriptor(): SpecDescriptor {35        return super.toDescriptor()36    }37    override fun toDescriptor(): SpecDescriptor {38        return super.toDescriptor()39    }40    override fun toDescriptor(): SpecDescriptor {41        return super.toDescriptor()42    }

parents

Using AI Code Generation

1fun SpecDescriptor.parent(): SpecDescriptor? {2    return when (this) {3    }4}5fun TestDescriptor.parent(): TestDescriptor? {6    return when (this) {7    }8}9fun Descriptor.parent(): Descriptor? {10    return when (this) {11    }12}13fun Descriptor.parents(): List<Descriptor> {14    return when (this) {15        is RootTestDescriptor -> emptyList()16    }17}18fun Descriptor.parentsAndSelf(): List<Descriptor> {19    return when (this) {20        is RootTestDescriptor -> listOf(this)21    }22}23fun Descriptor.parentsAndSelfNames(): List<String> {24    return when (this) {25        is RootTestDescriptor -> listOf(this.name)26    }27}28fun Descriptor.parentsAndSelfNamesReversed(): List<String> {29    return when (this) {30        is RootTestDescriptor -> listOf(this.name)31    }32}33fun Descriptor.parentsNames(): List<String> {34    return when (this) {35        is RootTestDescriptor -> emptyList()36    }37}38fun Descriptor.parentsNamesReversed(): List<String> {39    return when (this) {40        is RootTestDescriptor -> emptyList()41    }42}

parents

Using AI Code Generation

1override fun toDescriptor(): SpecDescriptor {2return super.toDescriptor().append("My Test")3}4}5override fun toDescriptor(): SpecDescriptor {6return super.toDescriptor().append(this::class.simpleName!!)7}

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