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How to use Result.shouldBeFailure method of io.kotest.matchers.result.BeSuccessTval class

Best Kotest code snippet using io.kotest.matchers.result.BeSuccessTval.Result.shouldBeFailure

Result.shouldBeFailure

Using AI Code Generation

1    import io.kotest.matchers.result.shouldBeFailure2    import io.kotest.matchers.result.shouldBeSuccess3    import io.kotest.matchers.shouldBe4    import io.kotest.matchers.types.shouldBeTypeOf5    import org.junit.jupiter.api.Test6    import org.junit.jupiter.api.assertThrows7    import java.lang.IllegalArgumentException8    class ResultTest {9        fun `should return success`() {10            val result = Result.success("Success")11            result.shouldBeSuccess()12            result.getOrThrow() shouldBe "Success"13        }14        fun `should return failure`() {15            val result = Result.failure<String>(IllegalArgumentException("Error"))16            result.shouldBeFailure()17            result.exceptionOrNull() shouldBeTypeOf IllegalArgumentException::class18            result.exceptionOrNull()?.message shouldBe "Error"19            assertThrows<IllegalArgumentException> { result.getOrThrow() }20        }21    }22    fun divide(dividend: Int, divisor: Int): Result<Int> {23        return if (divisor == 0) {24            Result.failure(IllegalArgumentException("Divisor cannot be zero"))25        } else {26            Result.success(dividend / divisor)27        }28    }29    fun main() {30        val result = divide(10, 0)31        if (result.isSuccess) {32            println(result.getOrThrow())33        } else {34            println(result.exceptionOrNull()?.message)35        }36    }37    fun divide(dividend: Int, divisor: Int): Int {38        return if (divisor == 0) {39            throw IllegalArgumentException("Divisor cannot be zero")40        } else {41        }42    }43    fun main() {44        println(divide(10, 0))45    }46    fun divide(dividend: Int, divisor: Int): Result<Int> {47        return if (divisor == 0) {48            Result.failure(IllegalArgumentException("Divisor cannot be

Result.shouldBeFailure

Using AI Code Generation

1Result<out T> should beFailure()2Result<out T> should beSuccess()3Result<out T> should beSuccess(value: T)4Result<out T> should beSuccess(predicate: (T) -> Boolean)5Result<out T> should beSuccess(value: T, message: String)6Result<out T> should beSuccess(predicate: (T) -> Boolean, message: String)7Result<out T> should beSuccess(value: T, message: () -> String)

Result.shouldBeFailure

Using AI Code Generation

1fun testShouldBeFailure() {2    val result = Result.failure<String>(RuntimeException("error"))3    result.shouldBeFailure()4}5fun testShouldBeSuccess() {6    val result = Result.success<String>("success")7    result.shouldBeSuccess()8}9fun testShouldBeSuccessValue() {10    val result = Result.success<String>("success")11    result.shouldBeSuccessValue("success")12}13fun testShouldBeSuccessValueWithLambda() {14    val result = Result.success<String>("success")15    result.shouldBeSuccessValue { it == "success" }16}17fun testShouldBeSuccessValueWithMatcher() {18    val result = Result.success<String>("success")19    result.shouldBeSuccessValue(shouldBe("success"))20}21fun testShouldBeSuccessValueWithMatcherLambda() {22    val result = Result.success<String>("success")23    result.shouldBeSuccessValue(shouldBe { it == "success" })24}25fun testShouldBeSuccessValueWithMatcherLambdaAndMessage() {26    val result = Result.success<String>("success")27    result.shouldBeSuccessValue(shouldBe { it == "success" }, "message")28}29fun testShouldBeSuccessValueWithMatcherLambdaAndMessageSupplier() {30    val result = Result.success<String>("success")31    result.shouldBeSuccessValue(shouldBe { it == "success" }, { "message" })32}33fun testShouldBeSuccessValueWithMatcherLambdaAndMessageSupplierAndMessage() {34    val result = Result.success<String>("success")

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