How to use withSettings method of org.mockito.kotlin.UseConstructor class

Best Mockito-kotlin code snippet using org.mockito.kotlin.UseConstructor.withSettings

MockitoTutorials.kt

Source:MockitoTutorials.kt Github

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...384 */385 @Test386 fun sampleSerializableMock() {387 //一般情况下但serializable mock388 val serializableMock = mock(List::class.java, withSettings().serializable())389 //对spy对象进行 serializable390 val arrayList = ArrayList<Objects>()391 val spy = mock(392 ArrayList::class.java, withSettings()393 .spiedInstance(arrayList)394 .defaultAnswer(CALLS_REAL_METHODS)395 .serializable()396 )397 }398 /**399 * timeout方法用来验证方法调用是否超时。400 */401 @Test402 fun sampleTimeout() {403 val mock = mock(mutableListOf<String>().javaClass)404 //只要mock对象的某个方法调用两次的耗时在100ms以内，即测试通过405 mock.add("hello")406 mock.add("hello")407 verify(mock, timeout(100).times(2)).add("hello")408 verify(mock, timeout(100).atLeast(2)).add("hello")409// verify(mock, timeout(100)).add("hello")410// verify(mock, timeout(100).times(1)).add("hello")411 }412 @Test413 fun sampleIgnoreStubs() {414 val mock = mock(mutableListOf<String>().javaClass)415 val mock1 = mock(mutableListOf<String>().javaClass)416 `when`(mock.add("a")).thenReturn(true)417 `when`(mock1.add("a")).thenReturn(false)418 mock.add("a")419// mock1.add("a")420 mock.clear()421// mock1.clear()422 verify(mock).clear()423// verify(mock1).clear()424 //这里会报NotAMockException 但我还不知道是什么原因。425// val ignoreStubs = ignoreStubs(mock, mock1)426// verifyNoMoreInteractions(ignoreStubs)427 verifyNoMoreInteractions(ignoreStubs(mock))428 }429 /**430 * mock的元数据，对mock本身进行描述431 */432 fun sampleMockingDetails() {433 val list = mutableListOf<String>()434 val details = mockingDetails(list)435 details.mockCreationSettings.isSerializable436 details.mockCreationSettings.defaultAnswer437 }438 //github开源库 dexMaker： A utility for doing compile or runtime code generation targeting Android's Dalvik VM439 //默认情况下，Mockito使用ByteBuddy创建动态代理，实现了MockMaker接口类，主要是为了扩展Mockito，比如可以使用Mockito测试Android代码，参考dexMaker。440 //BDD测试，主要通过BDDMockito的then关键字来启用BDD形式的测试验证。441 /**442 * spy可以对抽象类和接口使用443 *444 * mock也可以对抽象类使用，而且可以通过MockSetting的useConstructor设置使用哪个构造函数，可以阅读useConstructor的文档。445 */446 @Test447 fun sampleSpyOrMockAbstract() {448 val spy = spy(SomeAbstract::class.java)449 val spy1 = spy(SomeInterface::class.java)450 mock(451 SomeAbstract::class.java, withSettings().useConstructor().defaultAnswer(452 CALLS_REAL_METHODS453 )454 )455 mock(456 SomeAbstract::class.java, withSettings().useConstructor("1", 2).defaultAnswer(457 CALLS_REAL_METHODS458 )459 )460 }461 abstract class SomeAbstract462 interface SomeInterface463 /**464 *465 * 当测试时想对void method进行stubbing，可以使用doAnswer，传入Answer对象466 *467 * 也就是说在mock执行指定的操作时，实际给到的返回值可以通过doAnswer来改变。468 *469 * 而InvocationOnMock记录了mock调用的方法以及传递给方法的参数。470 *471 * AdditionalAnswers是一个工厂类，它的answer和answerVoid方法可以创建Answer对象。472 * 至于方法的参数，可以通过AnswerX来创建。473 */474 @Test475 fun sampleLambda() {476 val mock = mock(mutableListOf<String>().javaClass)477 //每次都返回12478 doAnswer {479 12480 }.`when`(mock)[0]481 val answer2 =482 doAnswer(answer(Answer2<Boolean, String, String> { arg0, arg1 -> arg0 == arg1 }))483 .`when`(mock)484 }485}486@Retention(AnnotationRetention.RUNTIME)487@Target(AnnotationTarget.CLASS)488annotation class MyAnnotation489@MyAnnotation490class AnnotationMeta {491 fun hello(): List<String> {492 return listOf("hello")493 }494}495/**496 * 也就是说，Mockito的mock一个对象，同时记录了该对象的上注解和范型，包括方法的范型等497 * 这是mockito的默认行为，如果替换了MockMaker的实现，则默认行为可能不成立。498 */499@Test500fun sampleAnnotationAndGeneric() {501 val mockType = mock(AnnotationMeta::class.java).javaClass502 assertThat(mockType.isAnnotationPresent(MyAnnotation::class.java)).isTrue()503 assertThat(mockType.getDeclaredMethod("hello").genericReturnType).isInstanceOf(ParameterizedType::class.java)504}505/**506 * 从Mockito 2.1.0开始，mockito提供了Incubating注解来支持对final修饰的class、enum和method进行mock。507 * 不过，这个特性还处于验证中，属于beta版，还没有release。508 *509 * 关于Incubating注解的使用，很多方法都有，比如spy、InlineMockMaker510 *511 * 另外，mock final类型和enum 和withSettings().serializable()、withSettings().extraInterfaces()不能兼容使用512 * 仅包内可见的java方法不可被mock，native方法不可被mock513 *514 * 另外，关于更多inline mock的解释可以参考InlineByteBuddyMockMaker515 *516 * 当一些特定场景下inline mock可能会导致内存泄漏，可以使用MockitoFramework.clearInlineMocks()来即使的清理mock state。517 *518 * 对于JUnit5的集成，可以使用`org.mockito:mocktio-junit-jupiter`库，更多内容需要查看该库中的MockitoExtension类。519 *520 * 在Mockito2，stubbing检查都是很严格的，它让测试更干脆与高效。521 * Strict stubbing reports unnecessary stubs, detects stubbing argument mismatch and makes the tests more DRY (Strictness.STRICT_STUBS).522 * 不过可以使用lenient来跳过strict stubbing，也可以对mock对象的所有stubbing操作都应用lenient，通过withSettings().lenient()实现。523 *524 * 用InstantiatorProvider2来代替InstantiatorProvider，不过它的作用是什么？525 *526 * 还有MockitoRule、MockitoSession等527 */...

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Mocking.kt

Source:Mocking.kt Github

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...60 @Incubating outerInstance: Any? = null61): T {62 return Mockito.mock(63 T::class.java,64 withSettings(65 extraInterfaces = extraInterfaces,66 name = name,67 spiedInstance = spiedInstance,68 defaultAnswer = defaultAnswer,69 serializable = serializable,70 serializableMode = serializableMode,71 verboseLogging = verboseLogging,72 invocationListeners = invocationListeners,73 stubOnly = stubOnly,74 useConstructor = useConstructor,75 outerInstance = outerInstance76 )77 )!!78}79/**80 * Creates a mock for [T], allowing for immediate stubbing.81 *82 * @param extraInterfaces Specifies extra interfaces the mock should implement.83 * @param name Specifies mock name. Naming mocks can be helpful for debugging - the name is used in all verification errors.84 * @param spiedInstance Specifies the instance to spy on. Makes sense only for spies/partial mocks.85 * @param defaultAnswer Specifies default answers to interactions.86 * @param serializable Configures the mock to be serializable.87 * @param serializableMode Configures the mock to be serializable with a specific serializable mode.88 * @param verboseLogging Enables real-time logging of method invocations on this mock.89 * @param invocationListeners Registers a listener for method invocations on this mock. The listener is notified every time a method on this mock is called.90 * @param stubOnly A stub-only mock does not record method invocations, thus saving memory but disallowing verification of invocations.91 * @param useConstructor Mockito attempts to use constructor when creating instance of the mock.92 * @param outerInstance Makes it possible to mock non-static inner classes in conjunction with [useConstructor].93 */94inline fun <reified T : Any> mock(95 extraInterfaces: Array<KClass<out Any>>? = null,96 name: String? = null,97 spiedInstance: Any? = null,98 defaultAnswer: Answer<Any>? = null,99 serializable: Boolean = false,100 serializableMode: SerializableMode? = null,101 verboseLogging: Boolean = false,102 invocationListeners: Array<InvocationListener>? = null,103 stubOnly: Boolean = false,104 @Incubating useConstructor: UseConstructor? = null,105 @Incubating outerInstance: Any? = null,106 stubbing: KStubbing<T>.(T) -> Unit107): T {108 return Mockito.mock(109 T::class.java,110 withSettings(111 extraInterfaces = extraInterfaces,112 name = name,113 spiedInstance = spiedInstance,114 defaultAnswer = defaultAnswer,115 serializable = serializable,116 serializableMode = serializableMode,117 verboseLogging = verboseLogging,118 invocationListeners = invocationListeners,119 stubOnly = stubOnly,120 useConstructor = useConstructor,121 outerInstance = outerInstance122 )123 ).apply { KStubbing(this).stubbing(this) }!!124}125/**126 * Allows mock creation with additional mock settings.127 * See [MockSettings].128 *129 * @param extraInterfaces Specifies extra interfaces the mock should implement.130 * @param name Specifies mock name. Naming mocks can be helpful for debugging - the name is used in all verification errors.131 * @param spiedInstance Specifies the instance to spy on. Makes sense only for spies/partial mocks.132 * @param defaultAnswer Specifies default answers to interactions.133 * @param serializable Configures the mock to be serializable.134 * @param serializableMode Configures the mock to be serializable with a specific serializable mode.135 * @param verboseLogging Enables real-time logging of method invocations on this mock.136 * @param invocationListeners Registers a listener for method invocations on this mock. The listener is notified every time a method on this mock is called.137 * @param stubOnly A stub-only mock does not record method invocations, thus saving memory but disallowing verification of invocations.138 * @param useConstructor Mockito attempts to use constructor when creating instance of the mock.139 * @param outerInstance Makes it possible to mock non-static inner classes in conjunction with [useConstructor].140 */141fun withSettings(142 extraInterfaces: Array<KClass<out Any>>? = null,143 name: String? = null,144 spiedInstance: Any? = null,145 defaultAnswer: Answer<Any>? = null,146 serializable: Boolean = false,147 serializableMode: SerializableMode? = null,148 verboseLogging: Boolean = false,149 invocationListeners: Array<InvocationListener>? = null,150 stubOnly: Boolean = false,151 @Incubating useConstructor: UseConstructor? = null,152 @Incubating outerInstance: Any? = null153): MockSettings = Mockito.withSettings().apply {154 extraInterfaces?.let { extraInterfaces(*it.map { it.java }.toTypedArray()) }155 name?.let { name(it) }156 spiedInstance?.let { spiedInstance(it) }157 defaultAnswer?.let { defaultAnswer(it) }158 if (serializable) serializable()159 serializableMode?.let { serializable(it) }160 if (verboseLogging) verboseLogging()161 invocationListeners?.let { invocationListeners(*it) }162 if (stubOnly) stubOnly()163 useConstructor?.let { useConstructor(*it.args) }164 outerInstance?.let { outerInstance(it) }165}166class UseConstructor private constructor(val args: Array<Any>) {167 companion object {...

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MockitoPlugins.kt

Source:MockitoPlugins.kt Github

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...11import org.mockito.Mockito12import org.mockito.kotlin.KStubbing13import org.mockito.kotlin.UseConstructor14import org.mockito.kotlin.spy15import org.mockito.kotlin.withSettings16import org.mockito.listeners.InvocationListener17import org.mockito.mock.SerializableMode18import org.mockito.stubbing.Answer19import kotlin.reflect.KClass20/**21 * Use mockito to generate fallback objects for dependencies that are not present in the mockspresso instance22 */23fun MockspressoBuilder.fallbackWithMockito(): MockspressoBuilder =24 makeFallbackObjectsWith(object : FallbackObjectMaker {25 override fun <T> makeObject(key: DependencyKey<T>): T = Mockito.mock(key.token.asJClass())26 })27/**28 * Add a mock with the supplied params as a dependency in this mockspresso instance. Mock will be bound with the29 * supplied qualifier annotation. If you need a reference to the mock dependency, consider [MockspressoProperties.mock]30 * instead.31 */32inline fun <reified T : Any?> MockspressoBuilder.mock(33 qualifier: Annotation? = null,34 extraInterfaces: Array<out KClass<out Any>>? = null,35 name: String? = null,36 spiedInstance: Any? = null,37 defaultAnswer: Answer<Any>? = null,38 serializable: Boolean = false,39 serializableMode: SerializableMode? = null,40 verboseLogging: Boolean = false,41 invocationListeners: Array<InvocationListener>? = null,42 stubOnly: Boolean = false,43 @Incubating useConstructor: UseConstructor? = null,44 @Incubating outerInstance: Any? = null,45 @Incubating lenient: Boolean = false46): MockspressoBuilder = dependency(qualifier) {47 Mockito.mock(48 T::class.java,49 withSettings(50 extraInterfaces = extraInterfaces,51 name = name,52 spiedInstance = spiedInstance,53 defaultAnswer = defaultAnswer,54 serializable = serializable,55 serializableMode = serializableMode,56 verboseLogging = verboseLogging,57 invocationListeners = invocationListeners,58 stubOnly = stubOnly,59 useConstructor = useConstructor,60 outerInstance = outerInstance,61 lenient = lenient62 )63 )!!64}65/**66 * Add a mock with the supplied params as a dependency in this mockspresso instance. Mock will be bound with the67 * supplied qualifier annotation. If you need a reference to the mock dependency, consider [MockspressoProperties.mock]68 * instead.69 */70inline fun <reified T : Any?> MockspressoBuilder.mock(71 qualifier: Annotation? = null,72 extraInterfaces: Array<out KClass<out Any>>? = null,73 name: String? = null,74 spiedInstance: Any? = null,75 defaultAnswer: Answer<Any>? = null,76 serializable: Boolean = false,77 serializableMode: SerializableMode? = null,78 verboseLogging: Boolean = false,79 invocationListeners: Array<InvocationListener>? = null,80 stubOnly: Boolean = false,81 @Incubating useConstructor: UseConstructor? = null,82 @Incubating outerInstance: Any? = null,83 @Incubating lenient: Boolean = false,84 noinline stubbing: KStubbing<T>.(T) -> Unit85): MockspressoBuilder = dependency(qualifier) {86 Mockito.mock(87 T::class.java,88 withSettings(89 extraInterfaces = extraInterfaces,90 name = name,91 spiedInstance = spiedInstance,92 defaultAnswer = defaultAnswer,93 serializable = serializable,94 serializableMode = serializableMode,95 verboseLogging = verboseLogging,96 invocationListeners = invocationListeners,97 stubOnly = stubOnly,98 useConstructor = useConstructor,99 outerInstance = outerInstance,100 lenient = lenient101 )102 ).apply { KStubbing(this).stubbing(this) }!!103}104/**105 * Add a mock with the supplied params as a dependency in this mockspresso instance. Mock will be bound with the106 * supplied qualifier annotation and will be accessible via the returned lazy.107 */108inline fun <reified T : Any?> MockspressoProperties.mock(109 qualifier: Annotation? = null,110 extraInterfaces: Array<out KClass<out Any>>? = null,111 name: String? = null,112 spiedInstance: Any? = null,113 defaultAnswer: Answer<Any>? = null,114 serializable: Boolean = false,115 serializableMode: SerializableMode? = null,116 verboseLogging: Boolean = false,117 invocationListeners: Array<InvocationListener>? = null,118 stubOnly: Boolean = false,119 @Incubating useConstructor: UseConstructor? = null,120 @Incubating outerInstance: Any? = null,121 @Incubating lenient: Boolean = false122): Lazy<T> = dependency(qualifier) {123 Mockito.mock(124 T::class.java,125 withSettings(126 extraInterfaces = extraInterfaces,127 name = name,128 spiedInstance = spiedInstance,129 defaultAnswer = defaultAnswer,130 serializable = serializable,131 serializableMode = serializableMode,132 verboseLogging = verboseLogging,133 invocationListeners = invocationListeners,134 stubOnly = stubOnly,135 useConstructor = useConstructor,136 outerInstance = outerInstance,137 lenient = lenient138 )139 )!!140}141/**142 * Add a mock with the supplied params as a dependency in this mockspresso instance. Mock will be bound with the143 * supplied qualifier annotation and will be accessible via the returned lazy.144 */145inline fun <reified T : Any?> MockspressoProperties.mock(146 qualifier: Annotation? = null,147 extraInterfaces: Array<out KClass<out Any>>? = null,148 name: String? = null,149 spiedInstance: Any? = null,150 defaultAnswer: Answer<Any>? = null,151 serializable: Boolean = false,152 serializableMode: SerializableMode? = null,153 verboseLogging: Boolean = false,154 invocationListeners: Array<InvocationListener>? = null,155 stubOnly: Boolean = false,156 @Incubating useConstructor: UseConstructor? = null,157 @Incubating outerInstance: Any? = null,158 @Incubating lenient: Boolean = false,159 noinline stubbing: KStubbing<T>.(T) -> Unit160): Lazy<T> = dependency(qualifier) {161 Mockito.mock(162 T::class.java,163 withSettings(164 extraInterfaces = extraInterfaces,165 name = name,166 spiedInstance = spiedInstance,167 defaultAnswer = defaultAnswer,168 serializable = serializable,169 serializableMode = serializableMode,170 verboseLogging = verboseLogging,171 invocationListeners = invocationListeners,172 stubOnly = stubOnly,173 useConstructor = useConstructor,174 outerInstance = outerInstance,175 lenient = lenient176 )177 ).apply { KStubbing(this).stubbing(this) }!!...

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NewsListViewModelTest.kt

Source:NewsListViewModelTest.kt Github

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...38 @Before39 fun setup() {40 newsService = mock()41 newsApiHelper = Mockito.mock(42 NewsApiHelper::class.java, withSettings().useConstructor(newsService)43 )44 newsListRepository = Mockito.mock(45 NewsListRepository::class.java, withSettings().useConstructor(newsApiHelper)46 )47 }48 @Test49 fun `test_getTopHeadlines_shouldReturn_listOfHeadlines`() = runBlockingTest {50 // arrange51 whenever (newsListRepository.getTopHeadlines()).thenReturn(NewsListUtil.NEWS_LIST_RESPONSE)52 val expectedNewsItems = NewsListUtil.NEWS_ITEMS53 // act54 viewModel = NewsListViewModel(newsListRepository)55 val actual = viewModel.topHeadlines.value56 // assert57 verify(newsService, times(1)).getTopHeadlines()58 assert(actual is Result.Success)59 Assert.assertEquals(...

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withSettings

Using AI Code Generation

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1 val mock = mock<UseConstructorDemo> {2 on { it.id } doReturn 13 on { it.name } doReturn "name"4 }5}6class UseConstructorDemo(val id: Int, val name: String)

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withSettings

Using AI Code Generation

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1+class UseConstructorTest {2+ fun `test withSettings method of UseConstructor class`() {3+ val mock = mock<UseConstructor>(withSettings().useConstructor(1, "abc"))4+ assertEquals(1, mock.a)5+ assertEquals("abc", mock.b)6+ }7+}8+class UseConstructorWithNameTest {9+ fun `test withSettings method of UseConstructor class with name`() {10+ val mock = mock<UseConstructor>(withSettings().useConstructor(1, "abc").name("custom name"))11+ assertEquals(1, mock.a)12+ assertEquals("abc", mock.b)13+ assertEquals("custom name", mock.toString())14+ }15+}16+class UseConstructorWithNameAndAnswerTest {17+ fun `test withSettings method of UseConstructor class with name and default answer`() {18+ val mock = mock<UseConstructor>(withSettings().useConstructor(1, "abc").name("custom name").defaultAnswer(CALLS_REAL_METHODS))19+ assertEquals(1, mock.a)20+ assertEquals("abc", mock.b)21+ assertEquals("custom name", mock.toString())22+ }23+}24+class UseConstructorWithAnswerTest {25+ fun `test withSettings method of UseConstructor class with default answer`() {26+ val mock = mock<UseConstructor>(withSettings().useConstructor(1, "abc").defaultAnswer(CALLS_REAL_METHODS))27+ assertEquals(1, mock.a)28+ assertEquals("abc", mock.b)29+ }30+}31+class UseConstructorWithAnswerAndInterfacesTest {

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withSettings

Using AI Code Generation

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1class Settings {2}3class UseConstructorTest {4 fun `test use constructor`() {5 val settings = mock<Settings>(useConstructor = UseConstructor.withSettings { name = "test" })6 assertEquals("test", settings.name)7 }8}9class Settings {10}11class UseConstructorTest {12 fun `test use constructor`() {13 val settings = mock<Settings>(useConstructor = UseConstructor.withSettings { name = "test" })14 assertEquals("test", settings.name)15 }16}17class Settings {18}19class UseConstructorTest {20 fun `test use constructor`() {21 val settings = mock<Settings>(useConstructor = UseConstructor.withSettings { name = "test" })22 assertEquals("test", settings.name)23 }24}25class Settings {26}27class UseConstructorTest {28 fun `test use constructor`() {29 val settings = mock<Settings>(useConstructor = UseConstructor.withSettings { name = "test" })30 assertEquals("test", settings.name)31 }32}33class Settings {34}35class UseConstructorTest {36 fun `test use constructor`() {37 val settings = mock<Settings>(useConstructor = UseConstructor.withSettings { name = "test" })38 assertEquals("test", settings.name)39 }40}41class Settings {42}43class UseConstructorTest {44 fun `test use constructor`() {45 val settings = mock<Settings>(useConstructor = Use

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withSettings

Using AI Code Generation

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1class UseConstructorSettingsTest {2 fun `test useConstructor withSettings`() {3 val mock = mock<SomeClass> {4 withSettings(UseConstructor(1, "hello"))5 }6 assert(mock.someInt == 1)7 assert(mock.someString == "hello")8 }9}

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withSettings

Using AI Code Generation

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1 fun `test mock object of class with primary constructor`(){2 val mock = mock<MockClassWithPrimaryConstructor> {3 on { name } doReturn "mock name"4 }5 assertEquals("mock name", mock.name)6 }7}8class MockClassWithPrimaryConstructor(val name: String)9class MockClassWithPrimaryConstructor(val name: String)10class MockKTest {11 fun `test mock object of class with primary constructor`(){12 val mock = mock<MockClassWithPrimaryConstructor> {13 on { name } doReturn "mock name"14 }15 assertEquals("mock name", mock.name)16 }17}18class MockClassWithPrimaryConstructor(val name: String)19class MockKTest {20 fun `test mock object of class with primary constructor`(){21 val mock = mock<MockClassWithPrimaryConstructor> {22 on { name } doReturn "mock name"23 }24 assertEquals("mock name", mock.name)25 }26}

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withSettings

Using AI Code Generation

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1class UseConstructorWithSettingsTest {2 fun `test withSettings`() {3 val mock = mock<MockedClass>(withSettings().useConstructor(1, "1"))4 assertNotNull(mock)5 assertEquals(1, mock.i)6 assertEquals("1", mock.s)7 }8}9class UseConstructorWithSettingsTest {10 fun `test withSettings`() {11 val mock = mock<MockedClass>(withSettings().useConstructor(1, "1"))12 assertNotNull(mock)13 assertEquals(1, mock.i)14 assertEquals("1", mock.s)15 }16}17class UseConstructorWithSettingsTest {18 fun `test withSettings`() {19 val mock = mock<MockedClass>(withSettings().useConstructor(1, "1"))20 assertNotNull(mock)21 assertEquals(1, mock.i)22 assertEquals("1", mock.s)23 }24}25class UseConstructorWithSettingsTest {26 fun `test withSettings`() {27 val mock = mock<MockedClass>(withSettings().useConstructor(1, "1"))28 assertNotNull(mock)29 assertEquals(1, mock.i)30 assertEquals("1", mock.s)31 }32}33class UseConstructorWithSettingsTest {34 fun `test withSettings`() {35 val mock = mock<MockedClass>(withSettings().useConstructor(1, "1"))36 assertNotNull(mock)37 assertEquals(1, mock.i)38 assertEquals("1", mock.s)39 }40}

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