KaneAI - World’s First E2E Software Testing Agent.Signup for Private Beta Join TestMu Conference

How to use describe method of io.kotest.core.spec.style.scopes.DescribeSpecContainerScope class

Best Kotest code snippet using io.kotest.core.spec.style.scopes.DescribeSpecContainerScope.describe

ClassSignatureTest.kt

Source:ClassSignatureTest.kt

...9        signature: String,10        expect: ClassSignature,11        crossinline extraTests: suspend DescribeSpecContainerScope.(signature: String, parsed: ClassSignature, expect: ClassSignature) -> Unit12    ) {13        describe(signature) {14            val parsed = ClassSignature.parse(signature)15            it("signature of parsed signature should be same instance as parameter: '$signature'") {16                parsed.signature shouldBeSameInstanceAs signature17            }18            it("toString of parsed signature should be same instance as parameter: '$signature'") {19                parsed.toString() shouldBeSameInstanceAs signature20            }21            it("check the signature of built instance: '$signature'") {22                expect.signature shouldBe signature23            }24            it("check toString of built instance: '$signature'") {25                expect.toString() shouldBe signature26            }27            it("equality of signature: '$signature'") {28                expect.signature shouldBe signature29            }30            extraTests(signature, parsed, expect)31        }32    }33    init {34        val objectSignature = TypeSignature.parse("L${"java/lang/Object"};")35        val listSignature = TypeSignature.parse("L${"java/util/List"};")36        testParse("<T:$objectSignature>$objectSignature", ClassSignature.Builder()37            .addTypeParam(TypeParameter.of("T", objectSignature))38            .superClass(objectSignature)39            .build()) { signature, parsed, _ ->40            it("type parameter of '$signature'") {41                parsed.typeParameters shouldBe listOf(TypeParameter.of("T", objectSignature))42            }43            it("type super class of '$signature'") {44                parsed.superClass shouldBe objectSignature45            }46        }47        testParse("<T:$objectSignature>$objectSignature$listSignature", ClassSignature.Builder()48            .addTypeParam(TypeParameter.of("T", objectSignature))49            .superClass(objectSignature)50            .addInterface(listSignature)51            .build()) { signature, parsed, _ ->52            it("type parameter of '$signature'") {53                parsed.typeParameters shouldBe listOf(TypeParameter.of("T", objectSignature))54            }55            it("type super class of '$signature'") {56                parsed.superClass shouldBe objectSignature57            }58            it("type super interface of '$signature'") {59                parsed.superInterfaces shouldBe listOf(listSignature)60            }61        }62        testParse("<T::$listSignature>$objectSignature$listSignature", ClassSignature.Builder()63            .addTypeParam(TypeParameter.Builder("T").addInterfaceBound(listSignature).build())64            .superClass(objectSignature)65            .addInterface(listSignature)66            .build()) { signature, parsed, _ ->67            it("type parameter of '$signature'") {68                parsed.typeParameters shouldBe listOf(TypeParameter.Builder("T")69                    .addInterfaceBound(listSignature)70                    .build())71            }72            it("type super class of '$signature'") {73                parsed.superClass shouldBe objectSignature74            }75            it("type super interface of '$signature'") {76                parsed.superInterfaces shouldBe listOf(listSignature)77            }78        }79        describe("falling builders") {80            it ("building with missing super class name") {81                shouldThrow<IllegalStateException> {82                    ClassSignature.Builder().build()83                }84            }85            it ("setting primitive as super class") {86                shouldThrow<IllegalArgumentException> {87                    ClassSignature.Builder().superClass(TypeSignature.INT)88                }89            }90            it ("setting double super class") {91                shouldThrow<IllegalStateException> {92                    ClassSignature.Builder().superClass(objectSignature).superClass(objectSignature)93                }...

MethodSignatureTest.kt

Source:MethodSignatureTest.kt

...9        signature: String,10        expect: MethodSignature,11        crossinline extraTests: suspend DescribeSpecContainerScope.(signature: String, parsed: MethodSignature, expect: MethodSignature) -> Unit12    ) {13        describe(signature) {14            val parsed = MethodSignature.parse(signature)15            it("signature of parsed signature should be same instance as parameter: '$signature'") {16                parsed.signature shouldBeSameInstanceAs signature17            }18            it("toString of parsed signature should be same instance as parameter: '$signature'") {19                parsed.toString() shouldBeSameInstanceAs signature20            }21            it("check the signature of built instance: '$signature'") {22                expect.signature shouldBe signature23            }24            it("check toString of built instance: '$signature'") {25                expect.toString() shouldBe signature26            }27            it("equality of signature: '$signature'") {28                expect.signature shouldBe signature29            }30            extraTests(signature, parsed, expect)31        }32    }33    init {34        val objectSignature = TypeSignature.parse("L${"java/lang/Object"};")35        val listSignature = TypeSignature.parse("L${"java/util/List"};")36        testParse("<T:$objectSignature>()$objectSignature", MethodSignature.Builder()37            .addTypeParam(TypeParameter.of("T", objectSignature))38            .returns(objectSignature)39            .build()) { signature, parsed, _ ->40            it("type parameter of '$signature'") {41                parsed.typeParameters shouldBe listOf(TypeParameter.of("T", objectSignature))42            }43            it("type super class of '$signature'") {44                parsed.returns shouldBe objectSignature45            }46        }47        testParse("<T:$objectSignature>()$objectSignature^$listSignature", MethodSignature.Builder()48            .addTypeParam(TypeParameter.of("T", objectSignature))49            .returns(objectSignature)50            .addThrows(listSignature)51            .build()) { signature, parsed, _ ->52            it("type parameter of '$signature'") {53                parsed.typeParameters shouldBe listOf(TypeParameter.of("T", objectSignature))54            }55            it("super class of '$signature'") {56                parsed.returns shouldBe objectSignature57            }58            it("throws type of '$signature'") {59                parsed.throwsTypes shouldBe listOf(listSignature)60            }61        }62        testParse("<T::$listSignature>($objectSignature)$listSignature", MethodSignature.Builder()63            .addTypeParam(TypeParameter.Builder("T").addInterfaceBound(listSignature).build())64            .addValueParam(objectSignature)65            .returns(listSignature)66            .build()) { signature, parsed, _ ->67            it("type parameter of '$signature'") {68                parsed.typeParameters shouldBe listOf(TypeParameter.Builder("T")69                    .addInterfaceBound(listSignature)70                    .build())71            }72            it("value parameter of '$signature'") {73                parsed.valueParameters shouldBe listOf(objectSignature)74            }75            it("return type of '$signature'") {76                parsed.returns shouldBe listSignature77            }78        }79        describe("falling builders") {80            it ("building with missing return type") {81                shouldThrow<IllegalStateException> {82                    MethodSignature.Builder().build()83                }84            }85            it ("setting void as value parameter class") {86                shouldThrow<IllegalArgumentException> {87                    MethodSignature.Builder().addValueParam(TypeSignature.VOID)88                }89            }90            it ("setting primitive as throws class") {91                shouldThrow<IllegalArgumentException> {92                    MethodSignature.Builder().addThrows(TypeSignature.INT)93                }...

DescribeSpecContainerScope.kt

Source:DescribeSpecContainerScope.kt

...10typealias DescribeSpecContainerContext = DescribeSpecContainerScope11/**12 * A scope that allows tests to be registered using the syntax:13 *14 * describe("some test")15 *16 * or17 *18 * xdescribe("some disabled test")19 *20 * and21 *22 * it("some test")23 * it("some test").config(...)24 * xit("some test")25 * xit("some test").config(...)26 */27@KotestTestScope28class DescribeSpecContainerScope(29   val testScope: TestScope,30) : AbstractContainerScope(testScope) {31   /**32    * Registers a container test.33    */34   suspend fun context(name: String, test: suspend DescribeSpecContainerScope.() -> Unit) {35      registerContainer(TestName("Context: ", name, false), false, null) { DescribeSpecContainerScope(this).test() }36   }37   @ExperimentalKotest38   fun context(name: String): ContainerWithConfigBuilder<DescribeSpecContainerScope> =39      ContainerWithConfigBuilder(TestName(name), this, false) { DescribeSpecContainerScope(it) }40   /**41    * Registers a disabled container test.42    */43   suspend fun xcontext(name: String, test: suspend DescribeSpecContainerScope.() -> Unit) {44      registerContainer(TestName("Context: ", name, false), true, null) { DescribeSpecContainerScope(this).test() }45   }46   @ExperimentalKotest47   fun xcontext(name: String): ContainerWithConfigBuilder<DescribeSpecContainerScope> =48      ContainerWithConfigBuilder(TestName("Context: ", name, false), this, true) { DescribeSpecContainerScope(it) }49   /**50    * Registers a container test.51    */52   suspend fun describe(name: String, test: suspend DescribeSpecContainerScope.() -> Unit) {53      registerContainer(TestName("Describe: ", name, false), false, null) { DescribeSpecContainerScope(this).test() }54   }55   /**56    * Registers a container test.57    */58   suspend fun xdescribe(name: String, test: suspend DescribeSpecContainerScope.() -> Unit) {59      registerContainer(TestName("Describe: ", name, false), true, null) { DescribeSpecContainerScope(this).test() }60   }61   @ExperimentalKotest62   fun describe(name: String): ContainerWithConfigBuilder<DescribeSpecContainerScope> =63      ContainerWithConfigBuilder(64         TestName("Describe: ", name, false),65         this,66         false67      ) { DescribeSpecContainerScope(it) }68   @ExperimentalKotest69   fun xdescribe(name: String): ContainerWithConfigBuilder<DescribeSpecContainerScope> =70      ContainerWithConfigBuilder(71         TestName("Describe: ", name, false),72         this,73         true74      ) { DescribeSpecContainerScope(it) }75   suspend fun it(name: String): TestWithConfigBuilder {76      TestDslState.startTest(testScope.testCase.descriptor.append(name))77      return TestWithConfigBuilder(78         TestName("It: ", name, false),79         this,80         xdisabled = false,81      )82   }83   suspend fun xit(name: String): TestWithConfigBuilder {...

TypeSignatureTest.kt

Source:TypeSignatureTest.kt

...18            parsed: TypeSignature, 19            expect: TypeSignature,20        ) -> Unit21    ) {22        describe(signature) {23            val parsed = TypeSignature.parse(signature)24            it("signature of parsed signature should be same instance as parameter: '$signature'") {25                parsed.signature shouldBeSameInstanceAs signature26            }27            it("toString of parsed signature should be same instance as parameter: '$signature'") {28                parsed.toString() shouldBeSameInstanceAs signature29            }30            it("check the signature of built instance: '$signature'") {31                expect.signature shouldBe signature32            }33            it("check toString of built instance: '$signature'") {34                expect.toString() shouldBe signature35            }36            it("equality of signature: '$signature'") {...

DescribeSpecRootScope.kt

Source:DescribeSpecRootScope.kt

...6typealias DescribeSpecRootContext = DescribeSpecRootScope7/**8 * A context that allows root tests to be registered using the syntax:9 *10 * describe("some test")11 *12 * or13 *14 * xdescribe("some disabled test")15 */16interface DescribeSpecRootScope : RootScope {17   fun context(name: String, test: suspend DescribeSpecContainerScope.() -> Unit) {18      addContainer(TestName("Context: ", name, false), false, null) { DescribeSpecContainerScope(this).test() }19   }20   fun xcontext(name: String, test: suspend DescribeSpecContainerScope.() -> Unit) {21      addContainer(TestName("Context: ", name, false), true, null) { DescribeSpecContainerScope(this).test() }22   }23   @ExperimentalKotest24   fun context(name: String): RootContainerWithConfigBuilder<DescribeSpecContainerScope> =25      RootContainerWithConfigBuilder(TestName(name), xdisabled = false, this) { DescribeSpecContainerScope(it) }26   @ExperimentalKotest27   fun xcontext(name: String): RootContainerWithConfigBuilder<DescribeSpecContainerScope> =28      RootContainerWithConfigBuilder(TestName(name), xdisabled = true, this) { DescribeSpecContainerScope(it) }29   fun describe(name: String, test: suspend DescribeSpecContainerScope.() -> Unit) {30      addContainer(31         TestName("Describe: ", name, false),32         disabled = false,33         null34      ) { DescribeSpecContainerScope(this).test() }35   }36   fun xdescribe(name: String, test: suspend DescribeSpecContainerScope.() -> Unit) {37      addContainer(38         TestName("Describe: ", name, false),39         disabled = true,40         null41      ) { DescribeSpecContainerScope(this).test() }42   }43   @ExperimentalKotest44   fun describe(name: String): RootContainerWithConfigBuilder<DescribeSpecContainerScope> =45      RootContainerWithConfigBuilder(46         TestName("Describe: ", name, false),47         xdisabled = false,48         this49      ) { DescribeSpecContainerScope(it) }50   @ExperimentalKotest51   fun xdescribe(name: String): RootContainerWithConfigBuilder<DescribeSpecContainerScope> =52      RootContainerWithConfigBuilder(53         TestName("Describe: ", name, false),54         xdisabled = true,55         this56      ) { DescribeSpecContainerScope(it) }57   fun it(name: String, test: suspend TestScope.() -> Unit) {58      addTest(TestName(name), false, null, test)59   }60   fun xit(name: String, test: suspend TestScope.() -> Unit) {61      addTest(TestName(name), true, null, test)62   }63}...

KlipOption.kt

Source:KlipOption.kt

1package dev.petuska.klip.plugin.util2/**3 * Internal-use class containing information about command line options passed by gradle plugin to4 * kotlin plugin5 */6sealed class KlipOption<T>(7    val name: String,8    val default: T,9) {10  /** Toggles the compiler processing on/off */11  object Enabled :12      KlipOption<Boolean>(13          name = "enabled",14          default = true,15      )16  /** Value passed to "klippable" functions to indicate that klips should be updated */17  object Update :18      KlipOption<Boolean>(19          name = "update",20          default = false,21      )22  /** Registers an annotation to be used to identify "klippable" functions */23  object KlipAnnotation :24      KlipOption<List<String>>(25          name = "klipAnnotation",26          default = listOf("dev.petuska.klip.core.Klippable"),27      )28  /**29   * Registers an annotation to be used to identify "scope" functions under which "klippable"30   * annotation detection should happen31   */32  object ScopeAnnotation :33      KlipOption<List<String>>(34          name = "scopeAnnotation",35          default =36              listOf(37                  "kotlin.test.Test",38                  "org.junit.Test",39                  "org.junit.jupiter.api.Test",40                  "org.testng.annotations.Test",41                  "io.kotest.core.spec.style.AnnotationSpec.Test",42              ),43      )44  /**45   * Registers a function to be used to identify "scope" functions under which "klippable"46   * annotation detection should happen47   */48  object ScopeFunction :49      KlipOption<List<String>>(50          name = "scopeFunction",51          default =52              listOf(53                  "io.kotest.core.spec.style.scopes.FunSpecRootScope.test",54                  "io.kotest.core.spec.style.scopes.DescribeSpecContainerScope.it",55                  "io.kotest.core.spec.style.scopes.BehaviorSpecWhenContainerScope.Then",56                  "io.kotest.core.spec.style.scopes.BehaviorSpecWhenContainerScope.then",57                  "io.kotest.core.spec.style.scopes.WordSpecShouldContainerScope.invoke",58                  "io.kotest.core.spec.style.scopes.FreeSpecContainerScope.invoke",59                  "io.kotest.core.spec.style.scopes.FeatureSpecContainerScope.scenario",60                  "io.kotest.core.spec.style.scopes.ExpectSpecContainerScope.expect",61              ),62      )63}...

ScreenDensityExtension.kt

Source:ScreenDensityExtension.kt

1package fi.epicbot.toster.extension2import fi.epicbot.toster.executor.ActionExecutor3import fi.epicbot.toster.model.Action4import fi.epicbot.toster.model.Density5import fi.epicbot.toster.model.runAction6import fi.epicbot.toster.report.model.ReportScreen7import io.kotest.core.spec.style.scopes.DescribeSpecContainerScope8context (DescribeSpecContainerScope)9internal suspend fun Density?.apply(10    actionExecutor: ActionExecutor,11    reportScreen: ReportScreen,12    executeCondition: Boolean = true,13) {14    this?.let { screenDensity ->15        Action.SetScreenDensity(screenDensity)16            .runAction(actionExecutor, reportScreen, executeCondition)17    }18}19context (DescribeSpecContainerScope)20internal suspend fun Density?.reset(21    actionExecutor: ActionExecutor,22    reportScreen: ReportScreen,23) {24    Action.ResetScreenDensity.runAction(25        actionExecutor,26        reportScreen,27        executeCondition = this != null28    )29}...

ScreenSizeExtension.kt

Source:ScreenSizeExtension.kt

1package fi.epicbot.toster.extension2import fi.epicbot.toster.executor.ActionExecutor3import fi.epicbot.toster.model.Action4import fi.epicbot.toster.model.ScreenSize5import fi.epicbot.toster.model.runAction6import fi.epicbot.toster.report.model.ReportScreen7import io.kotest.core.spec.style.scopes.DescribeSpecContainerScope8context (DescribeSpecContainerScope)9internal suspend fun ScreenSize?.apply(10    actionExecutor: ActionExecutor,11    reportScreen: ReportScreen,12    executeCondition: Boolean = true,13) {14    this?.let { screenSize ->15        Action.SetScreenSize(screenSize)16            .runAction(actionExecutor, reportScreen, executeCondition)17    }18}19context (DescribeSpecContainerScope)20internal suspend fun ScreenSize?.reset(21    actionExecutor: ActionExecutor,22    reportScreen: ReportScreen,23) {24    Action.ResetScreenSize.runAction(25        actionExecutor,26        reportScreen,27        executeCondition = this != null28    )29}...

describe

Using AI Code Generation

1    describe("DescribeSpecContainerScope") {2        context("describe") {3            val scope = DescribeSpecContainerScope("a")4            scope.describe("b") {5                it("c") {6                }7            }8        }9    }10})11    describe("DescribeSpecContainerScope") {12        context("it") {13            val scope = DescribeSpecContainerScope("a")14            scope.it("b") {15            }16        }17    }18})19    describe("DescribeSpecContainerScope") {20        context("xdescribe") {21            val scope = DescribeSpecContainerScope("a")22            scope.xdescribe("b") {23                it("c") {24                }25            }26        }27    }28})29    describe("DescribeSpecContainerScope") {30        context("xit") {31            val scope = DescribeSpecContainerScope("a")32            scope.xit("b") {33            }34        }35    }36})37    describe("DescribeSpecRootContext") {38        context("describe") {39            val scope = DescribeSpecRootContext()40            scope.describe("a") {41                it("b") {42                }43            }44        }45    }46})47    describe("DescribeSpecRootContext") {48        context("it") {49            val scope = DescribeSpecRootContext()50            scope.it("a") {51            }52        }53    }54})55    describe("DescribeSpecRootContext")

describe

Using AI Code Generation

1import io.kotest.core.spec.style.DescribeSpec2class DescribeSpecExample : DescribeSpec({3describe("A String") {4context("is empty") {5it("should be empty") {6}7}8context("is not empty") {9it("should not be empty") {10}11}12}13})14import io.kotest.core.spec.style.DescribeSpec15class DescribeSpecExample : DescribeSpec({16describe("A String") {17context("is empty") {18it("should be empty") {19}20}21context("is not empty") {22it("should not be empty") {23}24}25}26})27import io.kotest.core.spec.style.DescribeSpec28class DescribeSpecExample : DescribeSpec({29describe("A String") {30context("is empty") {31it("should be empty") {32}33}34context("is not empty") {35it("should not be empty") {36}37}38}39})40import io.kotest.core.spec.style.DescribeSpec41class DescribeSpecExample : DescribeSpec({42describe("A String") {43context("is empty") {44it("should be empty") {45}46}47context("is not empty") {48it("should not be empty") {49}50}51}52})53import io.kotest.core.spec.style.DescribeSpec54class DescribeSpecExample : DescribeSpec({55describe("A String") {56context("is empty") {57it("should be empty") {58}59}60context("is not empty") {61it("should not be empty") {62}63}64}65})66import io.kotest.core.spec.style.DescribeSpec67class DescribeSpecExample : DescribeSpec({68describe("A String") {69context("is empty") {70it("should be empty") {71}72}73context("is not empty") {74it("should not be

describe

Using AI Code Generation

1describe("DescribeSpecContainerScope") {2context("should have a describe method that") {3val container = DescribeSpecContainerScope()4it("should add a TestContainer with the correct name to the context") {5container.describe("myspec") {}6container.contexts.shouldHaveSize(1)7container.contexts[0].name.testName() shouldBe "myspec"8}9}10}11})12describe("DescribeSpecContainerScope") {13context("should have a it method that") {14val container = DescribeSpecContainerScope()15it("should add a TestCase with the correct name to the context") {16container.it("myspec") {}17container.contexts.shouldHaveSize(1)18container.contexts[0].name.testName() shouldBe "myspec"19}20}21}22})23describe("DescribeSpecContainerScope") {24context("should have a xdescribe method that") {25val container = DescribeSpecContainerScope()26it("should add a Disabled TestContainer with the correct name to the context") {27container.xdescribe("myspec") {}28container.contexts.shouldHaveSize(1)29container.contexts[0].name.testName() shouldBe "myspec"30}31}32}33})34describe("DescribeSpecContainerScope") {35context("should have a xit method that") {36val container = DescribeSpecContainerScope()37it("should add a Disabled TestCase with the correct name to the context") {38container.xit("myspec") {}39container.contexts.shouldHaveSize(1)40container.contexts[0].name.testName() shouldBe "myspec"41}42}43}44})45describe("DescribeSpecRootScope") {46context("should have a registerRootTests method that") {47val scope = DescribeSpecRootScope()48it("49}50}51}52})53describe("DescribeSpecRootScope") {54context("should have a registerRootTests method that") {55val scope = DescribeSpecRootScope()56it("57context("is not empty") {58it("should not be

describe

Using AI Code Generation

1describe("DescribeSpecContainerScope") {2context("should have a describe method that") {3val container = DescribeSpecContainerScope()4it("should add a TestContainer with the correct name to the context") {5container.describe("myspec") {}6container.contexts.shouldHaveSize(1)7container.contexts[0].name.testName() shouldBe "myspec"8}9}10}11})12describe("DescribeSpecContainerScope") {13context("should have a it method that") {14val container = DescribeSpecContainerScope()15it("should add a TestCase with the correct name to the context") {16container.it("myspec") {}17container.contexts.shouldHaveSize(1)18container.contexts[0].name.testName() shouldBe "myspec"19}20}21}22})23describe("DescribeSpecContainerScope") {24context("should have a xdescribe method that") {25val container = DescribeSpecContainerScope()26it("should add a Disabled TestContainer with the correct name to the context") {27container.xdescribe("myspec") {}28container.contexts.shouldHaveSize(1)29container.contexts[0].name.testName() shouldBe "myspec"30}31}32}33})34describe("DescribeSpecContainerScope") {35context("should have a xit method that") {36val container = DescribeSpecContainerScope()37it("should add a Disabled TestCase with the correct name to the context") {38container.xit("myspec") {}39container.contexts.shouldHaveSize(1)40container.contexts[0].name.testName() shouldBe "myspec"41}42}43}44})45describe("DescribeSpecRootScope") {46context("should have a registerRootTests method that") {47val scope = DescribeSpecRootScope()48it("

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.