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How to use Expression.isPotentiallyActive method of io.kotest.engine.tags.active class

Best Kotest code snippet using io.kotest.engine.tags.active.Expression.isPotentiallyActive

active.kt

Source:active.kt

1package io.kotest.engine.tags2import io.kotest.core.Tag3import io.kotest.core.spec.Spec4import kotlin.reflect.KClass5/**6 * Returns true if the given [Spec] class could contain an active test based on further tags.7 * Returns false if the spec has been explicitly excluded and should not be instantiated.8 */9fun Expression?.isPotentiallyActive(kclass: KClass<out Spec>): Boolean {10   // nothing is excluded if the expression is null11   if (this == null) return true12   // if the class is not tagged then it is not excluded13   val tags = kclass.tags()14   if (tags.isEmpty()) return true15   return isPotentiallyActive(tags.toSet()) ?: true16}17internal fun Expression.isPotentiallyActive(tags: Set<Tag>): Boolean? {18   return when (this) {19      is Expression.Or -> left.isPotentiallyActive(tags) ?: true || right.isPotentiallyActive(tags) ?: true20      is Expression.And -> left.isPotentiallyActive(tags) ?: true && right.isPotentiallyActive(tags) ?: true21      is Expression.Not -> expr.isPotentiallyActive(tags)?.not()22      is Expression.Identifier -> if (tags.map { it.name }.contains(ident)) true else null23   }24}25/**26 * Returns true if the the given tag should be considered active based27 * on the current tag expression.28 */29fun Expression?.isActive(tag: Tag): Boolean = isActive(setOf(tag))30/**31 * Returns true if the the given set of tags should be considered active based32 * on the current tag expression.33 */34fun Expression?.isActive(tags: Set<Tag>): Boolean {35   // everything is always active when no tag expression is provided36   if (this == null) return true37   return evaluate(tags, this)38}39private fun evaluate(tags: Set<Tag>, expression: Expression): Boolean {40   return when (expression) {41      is Expression.Or -> evaluate(tags, expression.left) || evaluate(tags, expression.right)42      is Expression.And -> evaluate(tags, expression.left) && evaluate(tags, expression.right)43      is Expression.Not -> !evaluate(tags, expression.expr)44      is Expression.Identifier -> tags.map { it.name }.contains(expression.ident)45   }46}...

TagsExcludedDiscoveryExtension.kt

Source:TagsExcludedDiscoveryExtension.kt

1package io.kotest.engine.spec.interceptor2import io.kotest.common.flatMap3import io.kotest.core.TagExpression4import io.kotest.core.config.ProjectConfiguration5import io.kotest.core.spec.Spec6import io.kotest.core.spec.SpecRef7import io.kotest.core.test.TestCase8import io.kotest.core.test.TestResult9import io.kotest.engine.listener.TestEngineListener10import io.kotest.engine.spec.SpecExtensions11import io.kotest.engine.tags.isPotentiallyActive12import io.kotest.engine.tags.parse13import io.kotest.engine.tags.runtimeTags14/**15 * Filters any [Spec] that can be eagerly excluded based on the @[TagExpression] annotation at the class level.16 */17class TagsExcludedSpecInterceptor(18   private val listener: TestEngineListener,19   private val conf: ProjectConfiguration,20) : SpecRefInterceptor {21   private val extensions = SpecExtensions(conf.registry)22   override suspend fun intercept(23      ref: SpecRef,24      fn: suspend (SpecRef) -> Result<Map<TestCase, TestResult>>25   ): Result<Map<TestCase, TestResult>> {26      val potentiallyActive = conf.runtimeTags().parse().isPotentiallyActive(ref.kclass)27      return if (potentiallyActive) {28         fn(ref)29      } else {30         runCatching { listener.specIgnored(ref.kclass, null) }31            .flatMap { extensions.ignored(ref.kclass, "Skipped by tags") }32            .map { emptyMap() }33      }34   }35}...

Expression.isPotentiallyActive

Using AI Code Generation

1+private fun isTagActive(tag: String): Boolean {2+   return Expression.isPotentiallyActive(tag)3+}4+private fun isTagActive(tag: Tag): Boolean {5+   return Expression.isPotentiallyActive(tag.name)6+}7+private fun isTagActive(tag: String, tags: Tags): Boolean {8+   return Expression.isPotentiallyActive(tag, tags)9+}10+private fun isTagActive(tag: Tag, tags: Tags): Boolean {11+   return Expression.isPotentiallyActive(tag.name, tags)12+}13+private fun isTagActive(tag: String, tags: Set<Tag>): Boolean {14+   return Expression.isPotentiallyActive(tag, tags)15+}16+private fun isTagActive(tag: Tag, tags: Set<Tag>): Boolean {17+   return Expression.isPotentiallyActive(tag.name, tags)18+}19+private fun isTagActive(tag: String, tags: Array<Tag>): Boolean {20+   return Expression.isPotentiallyActive(tag, tags)21+}22+private fun isTagActive(tag: Tag, tags: Array<Tag>): Boolean {23+   return Expression.isPotentiallyActive(tag.name,

Expression.isPotentiallyActive

Using AI Code Generation

1@ActiveIf(ActiveIfTest::class)2class ActiveIfTest {3    companion object : Expression {4        override fun isPotentiallyActive(): Boolean = true5    }6    fun test1() {7        println("test1")8    }9    fun test2() {10        println("test2")11    }12}

Expression.isPotentiallyActive

Using AI Code Generation

1class ActiveTagTest : FreeSpec({2    "isPotentiallyActive" - {3        "should return true if no tags are active" - {4            isPotentiallyActive(listOf(), listOf()) shouldBe true5            isPotentiallyActive(listOf(), listOf("foo")) shouldBe true6            isPotentiallyActive(listOf(), listOf("!foo")) shouldBe true7        }8        "should return true if active tags are empty and the expression is empty" - {9            isPotentiallyActive(listOf(), listOf()) shouldBe true10        }11        "should return false if active tags are empty and the expression is not empty" - {12            isPotentiallyActive(listOf(), listOf("foo")) shouldBe false13            isPotentiallyActive(listOf(), listOf("!foo")) shouldBe false14        }15        "should return true if active tags are not empty and the expression is empty" - {16            isPotentiallyActive(listOf("foo"), listOf()) shouldBe true17            isPotentiallyActive(listOf("!foo"), listOf()) shouldBe true18        }19        "should return true if active tags contains the expression" - {20            isPotentiallyActive(listOf("foo"), listOf("foo")) shouldBe true21            isPotentiallyActive(listOf("foo", "bar"), listOf("foo")) shouldBe true22            isPotentiallyActive(listOf("foo", "bar"), listOf("bar")) shouldBe true23            isPotentiallyActive(listOf("foo", "bar"), listOf("!foo")) shouldBe true24            isPotentiallyActive(listOf("foo", "bar"), listOf("!bar")) shouldBe true25        }26        "should return false if active tags does not contain the expression" - {27            isPotentiallyActive(listOf("foo"), listOf("bar")) shouldBe false28            isPotentiallyActive(listOf("foo"), listOf("!foo")) shouldBe false29            isPotentiallyActive(listOf("foo", "bar"), listOf("foo", "bar")) shouldBe false30            isPotentiallyActive(listOf("foo", "bar"), listOf("!foo", "!bar")) shouldBe false31        }32        "should return true if active tags contains any of the expressions" - {33            isPotentiallyActive(listOf("foo"), listOf("foo", "bar")) shouldBe true34            isPotentiallyActive(listOf("foo"), listOf("bar", "foo")) shouldBe true35            isPotentiallyActive(listOf("foo"), listOf("!

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