Best Kotest code snippet using io.kotest.assertions.inspecting.inspecting
DockerClientContainerManagementSpec.kt
Source:DockerClientContainerManagementSpec.kt
...277 } finally {278 client.removeContainer(container, force = true)279 }280 }281 should("throw an appropriate exception when inspecting a container that doesn't exist") {282 val exception = shouldThrow<ContainerInspectionFailedException> { client.inspectContainer("does-not-exist") }283 exception.message shouldBe "No such container: does-not-exist"284 }285 should("be able to set a container's name") {286 val spec = ContainerCreationSpec.Builder(image)287 .withName("my-test-container")288 .build()289 val container = client.createContainer(spec)290 try {291 val inspectionResult = client.inspectContainer(container.id)292 inspectionResult.reference shouldBe container293 inspectionResult.name shouldBe "/my-test-container"294 } finally {295 client.removeContainer(container, force = true)...
TestAuthorConfig.kt
Source:TestAuthorConfig.kt
1package org.danilopianini.upgradle.config2import com.uchuhimo.konf.source.yaml3import io.kotest.assertions.inspecting4import io.kotest.core.spec.style.FreeSpec5import io.kotest.matchers.shouldBe6class TestAuthorConfig : FreeSpec(7 {8 "A loaded configuration" - {9 fun configOf(s: String): Configuration = Configurator.load { from.yaml.string(s) }10 val baseConfig =11 """12 includes:13 - owners: .*14 repos: .*15 branches:16 - master17 modules:18 - name: GradleWrapper19 options:20 strategy: "all"21 - name: RefreshVersions22 """.trimIndent()23 "should use given author" {24 val authorNode =25 """26 author:27 name: Test McTestface28 email: test@example.com29 """.trimIndent()30 inspecting(configOf("$baseConfig\n$authorNode").author) {31 name shouldBe "Test McTestface"32 email shouldBe "test@example.com"33 }34 }35 "should use default if none given" {36 inspecting(configOf(baseConfig).author) {37 name shouldBe "UpGradle [Bot]"38 email shouldBe "<>"39 }40 }41 }42 }43)...
InspectingTest.kt
Source:InspectingTest.kt
1package com.sksamuel.kotest2import io.kotest.assertions.inspecting3import io.kotest.assertions.throwables.shouldThrowAny4import io.kotest.core.spec.style.WordSpec5import io.kotest.inspectors.forOne6import io.kotest.matchers.shouldBe7class InspectingTest : WordSpec() {8 init {9 data class Person(val name: String, val age: Int, val friends: List<Person>)10 val p1 = Person("John Doe", 20, emptyList())11 val p2 = Person("Samantha Rose", 19, listOf(p1))12 val persons = listOf(p1, p2)13 "inspecting" should {14 "expose properties"{15 inspecting(p1) {16 name shouldBe "John Doe"17 age shouldBe 2018 }19 }20 "be usable within other inspectors"{21 persons.forOne {22 inspecting(it) {23 name shouldBe "John Doe"24 age shouldBe 2025 }26 }27 }28 "be nestable"{29 inspecting(p2) {30 name shouldBe "Samantha Rose"31 age shouldBe 1932 inspecting(friends.first()) {33 name shouldBe "John Doe"34 age shouldBe 2035 }36 }37 }38 "should fail if the matchers fail"{39 shouldThrowAny {40 inspecting(p2) {41 name shouldBe "Samantha Rose"42 age shouldBe 1943 inspecting(friends.first()) {44 name shouldBe "Some name that is wrong"45 age shouldBe 1946 }47 }48 }.message shouldBe """expected:<"Some name that is wrong"> but was:<"John Doe">"""49 }50 }51 }52}...
inspecting.kt
Source:inspecting.kt
1package io.kotest.assertions2/**3 * Inspecting allows to assert the properties of an object in a typed fashion providing a proper testing context.4 *5 * The **simple example** shows how inspecting can build up a assertion context making the tests more readable.6 * ```7 * inspecting(person){8 * name shouldBe "John Doe"9 * age shouldBe 2010 * }11 * ```12 *13 * The **elaborate example** shows that inspecting can be used in a nested fashion in combination with other inspectors14 * to simplify the property accesses.15 * ```16 * inspecting(person){17 * name shouldBe "John Doe"18 * age shouldBe 2019 * forOne(friends){20 * inspecting(it){21 * name shouldBe "Samantha Rose"22 * age shouldBe 1923 * }24 * }25 * }26 * ```27 * @param obj the object that is being inspected28 * @param inspector the inspector in which further assertions and inspections can be done29 * @author Hannes Thaller30 */31fun <K> inspecting(obj: K, inspector: K.() -> Unit) {32 obj.inspector()33}...
inspecting
Using AI Code Generation
1val list = listOf(1, 2, 3)2inspecting(list) {3}4val list = listOf(1, 2, 3)5inspecting(list) {6}7val list = listOf(1, 2, 3)8inspecting(list) {9}10val list = listOf(1, 2, 3)11inspecting(list) {12}13val list = listOf(1, 2, 3)14inspecting(list) {15}16val list = listOf(1, 2, 3)17inspecting(list) {18}19val list = listOf(1, 2, 3)20inspecting(list) {21}22val list = listOf(1, 2, 3)23inspecting(list) {24}25val list = listOf(1, 2, 3)26inspecting(list) {27}
inspecting
Using AI Code Generation
1val person = Person(“John”, 21)2inspecting(person) {3}4val person = Person(“John”, 21)5failureMessage {6“Expected name to be John but was ${person.name}”7}8val person = Person(“John”, 21)9failureMessage {10“Expected name to be John but was ${person.name}”11}12val person = Person(“John”, 21)13failureMessage {14“Expected name to be John but was ${person.name}”15}16val person = Person(“John”, 21)17failureMessage {18“Expected name to be John but was ${person.name}”19}20val person = Person(“John”, 21)21failureMessage {22“Expected name to be John but was ${person.name}”23}24val person = Person(“John”, 21)25failureMessage {26“Expected name to be John but was ${person.name}”27}28val person = Person(“John”, 21)29failureMessage {30“Expected name to be John but was ${person.name}”31}32val person = Person(“John”, 21)33failureMessage {34“Expected name to be John but was ${person.name}”35}36val person = Person(“John”, 21)37failureMessage {38“Expected name to be John but was ${person.name}”39}40val person = Person(“John”, 21)41failureMessage {42“Expected name to be John but was ${person.name}”43}
inspecting
Using AI Code Generation
1inspecting ( "my list" ) { mylist } .assertAll { element -> element .should .bePositive () }2inspecting ( "my list" ) { mylist } .assertAll { element -> element .should .bePositive () }3inspecting ( "my list" ) { mylist } .assertAll { element -> element .should .bePositive () }4inspecting ( "my list" ) { mylist } .assertAll { element -> element .should .bePositive () }5inspecting ( "my list" ) { mylist } .assertAll { element -> element .should .bePositive () }6inspecting ( "my list" ) { mylist } .assertAll { element -> element .should .bePositive () }7inspecting ( "my list" ) { mylist } .assertAll { element -> element .should .bePositive () }8inspecting ( "my list" ) { mylist } .assertAll { element -> element .should .bePositive () }9inspecting ( "my list" ) { mylist } .assertAll { element -> element .should .bePositive () }10inspecting ( "my list" ) { mylist } .assertAll { element -> element .should .bePositive () }11inspecting ( "my list" ) { mylist } .assertAll { element -> element .should .bePositive () }12inspecting ( "my list" ) { mylist } .assert
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.
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Get 100 minutes of automation test minutes FREE!!