How to use same method of org.mockito.kotlin.Matchers class

Best Mockito-kotlin code snippet using org.mockito.kotlin.Matchers.same

ConversionExpressions.kt

Source:ConversionExpressions.kt

...189        private val ANY_STRING_REGEX =190            Regex("ArgumentMatchers.anyString\\(\\)")191        private const val ANY_STRING_REPLACEMENT = "any<String>()"192        private val ANY_SAME_REGEX =193            Regex("ArgumentMatchers\\.same\\($GENERIC_GROUP\\)")194        private const val ANY_SAME_REPLACEMENT = "$1"195        private val SLOT_REGEX =196            Regex("ArgumentCaptor.forClass\\((\n)?(\\s)*$GENERIC_GROUP::class\\.java\\)")197        private const val SLOT_REPLACEMENT = "slot<\$3>()"198        private val RULE_TEMP_FOLDER_FROM_JUNIT_REGEX =199            Regex("var $GENERIC_GROUP = TemporaryFolder\\(\\)")200        private const val RULE_TEMP_FOLDER_FROM_JUNIT_REPLACEMENT = "val \$1 = createTempDirectory()"201        private val RULE_TEMP_FILE_FROM_JUNIT_REGEX =202            Regex("$GENERIC_GROUP = $GENERIC_GROUP\\.newFile\\(\\)")203        private const val RULE_TEMP_FILE_FROM_JUNIT_REPLACEMENT = "\$1 = createTempFile(\$2).toFile()"204        private val RULE_TEMP_FILE_FROM_JUNIT_REGEX1 =205            Regex("$GENERIC_GROUP = $GENERIC_GROUP\\.newFile\\((\"$GENERIC_GROUP\"|$VARIABLE_GROUP)\\)")206        private const val RULE_TEMP_FILE_FROM_JUNIT_REPLACEMENT1 = "\$1 = Path(\$2.absolutePathString(), \$3).toFile()"207        private val KOTLIN_INJECTION_TEST_REGEX =...

GroovyInteroperabilityTest.kt

Source:GroovyInteroperabilityTest.kt

...8import groovy.lang.GroovyObject9import org.gradle.util.ConfigureUtil10import org.gradle.kotlin.dsl.support.uncheckedCast11import org.hamcrest.CoreMatchers.equalTo12import org.hamcrest.CoreMatchers.sameInstance13import org.hamcrest.MatcherAssert.assertThat14import org.junit.Assert.assertEquals15import org.junit.Assert.assertNull16import org.junit.Test17class GroovyInteroperabilityTest {18    @Test19    fun `can use closure with single argument call`() {20        val list = arrayListOf<Int>()21        closureOf<MutableList<Int>> { add(42) }.call(list)22        assertEquals(42, list.first())23    }24    @Test25    fun `can use closure with single nullable argument call`() {26        var passedIntoClosure: Any? = "Something non null"27        closureOf<Any?> { passedIntoClosure = this }.call(null)28        assertNull(passedIntoClosure)29    }30    @Test31    fun `can use closure with delegate call`() {32        val list = arrayListOf<Int>()33        delegateClosureOf<MutableList<Int>> { add(42) }.apply {34            delegate = list35            call()36        }37        assertEquals(42, list.first())38    }39    @Test40    fun `can use closure with a null delegate call`() {41        var passedIntoClosure: Any? = "Something non null"42        delegateClosureOf<Any?> { passedIntoClosure = this }.apply {43            delegate = null44            call()45        }46        assertNull(passedIntoClosure)47    }48    @Test49    fun `can adapt parameterless function using KotlinClosure0`() {50        fun closure(function: () -> String) = KotlinClosure0(function)51        assertEquals(52            "GROOVY",53            closure { "GROOVY" }.call())54    }55    @Test56    fun `can adapt parameterless null returning function using KotlinClosure0`() {57        fun closure(function: () -> String?) = KotlinClosure0(function)58        assertEquals(59            null,60            closure { null }.call())61    }62    @Test63    fun `can adapt unary function using KotlinClosure1`() {64        fun closure(function: String.() -> String) = KotlinClosure1(function)65        assertEquals(66            "GROOVY",67            closure { toUpperCase() }.call("groovy"))68    }69    @Test70    fun `can adapt unary null receiving function using KotlinClosure1`() {71        fun closure(function: String?.() -> String?) = KotlinClosure1(function)72        assertEquals(73            null,74            closure { null }.call(null))75    }76    @Test77    fun `can adapt binary function using KotlinClosure2`() {78        fun closure(function: (String, String) -> String) = KotlinClosure2(function)79        assertEquals(80            "foobar",81            closure { x, y -> x + y }.call("foo", "bar"))82    }83    @Test84    fun `can adapt binary null receiving function using KotlinClosure2`() {85        fun closure(function: (String?, String?) -> String?) = KotlinClosure2(function)86        assertEquals(87            null,88            closure { _, _ -> null }.call(null, null))89    }90    @Test91    fun `can adapt ternary function using KotlinClosure3`() {92        fun closure(function: (String, String, String) -> String) = KotlinClosure3(function)93        assertEquals(94            "foobarbaz",95            closure { x, y, z -> x + y + z }.call("foo", "bar", "baz"))96    }97    @Test98    fun `can adapt ternary null receiving function using KotlinClosure3`() {99        fun closure(function: (String?, String?, String?) -> String?) = KotlinClosure3(function)100        assertEquals(101            null,102            closure { _, _, _ -> null }.call(null, null, null))103    }104    @Test105    fun `can invoke Closure`() {106        val invocations = mutableListOf<String>()107        val c0 =108            object : Closure<Boolean>(null, null) {109                @Suppress("unused")110                fun doCall() = invocations.add("c0")111            }112        val c1 =113            object : Closure<Boolean>(null, null) {114                @Suppress("unused")115                fun doCall(x: Any) = invocations.add("c1($x)")116            }117        val c2 =118            object : Closure<Boolean>(null, null) {119                @Suppress("unused")120                fun doCall(x: Any, y: Any) = invocations.add("c2($x, $y)")121            }122        val c3 =123            object : Closure<Boolean>(null, null) {124                @Suppress("unused")125                fun doCall(x: Any, y: Any, z: Any) = invocations.add("c3($x, $y, $z)")126            }127        assert(c0())128        assert(c1(42))129        assert(c2(11, 33))130        assert(c3(23, 7, 12))131        assertThat(132            invocations,133            equalTo(listOf("c0", "c1(42)", "c2(11, 33)", "c3(23, 7, 12)")))134    }135    @Test136    fun `#withGroovyBuilder can dispatch keyword arguments against GroovyObject`() {137        val expectedInvokeResult = Any()138        val delegate = mock<GroovyObject> {139            on { invokeMethod(any(), any()) } doReturn expectedInvokeResult140        }141        @Suppress("UnnecessaryVariable")142        val expectedDelegate = delegate143        val expectedBuilderResult = Any()144        val builderResult = delegate.withGroovyBuilder {145            val invokeResult = "withKeywordArguments"("string" to "42", "int" to 42)146            assertThat(invokeResult, sameInstance(expectedInvokeResult))147            assertThat(this.delegate, sameInstance<Any>(expectedDelegate))148            expectedBuilderResult149        }150        assertThat(builderResult, sameInstance(expectedBuilderResult))151        val expectedKeywordArguments = mapOf("string" to "42", "int" to 42)152        verify(delegate).invokeMethod("withKeywordArguments", arrayOf(expectedKeywordArguments))153    }154    @Test155    fun `#withGroovyBuilder allow nested invocations against GroovyObject`() {156        val expectedNestedInvokeResult = Any()157        val nestedDelegate = mock<GroovyObject> {158            on { invokeMethod(any(), any()) } doReturn expectedNestedInvokeResult159        }160        val expectedInvokeResult = Any()161        val delegate = mock<GroovyObject> {162            on { invokeMethod(eq("nest"), any()) }.thenAnswer {163                val varargs = uncheckedCast<Array<Any?>>(it.getArgument(1))164                val closure = uncheckedCast<Closure<Any>?>(varargs[0])165                ConfigureUtil166                    .configureUsing<Any>(closure)167                    .execute(nestedDelegate)168                expectedInvokeResult169            }170        }171        @Suppress("UnnecessaryVariable")172        val expectedDelegate = delegate173        val expectedBuilderResult = Any()174        val builderResult = delegate.withGroovyBuilder {175            val invokeResult = "nest" {176                assertThat(this.delegate, sameInstance<Any>(nestedDelegate))177                val nestedInvokeResult = "nestedInvocation"()178                assertThat(nestedInvokeResult, sameInstance(expectedNestedInvokeResult))179            }180            assertThat(invokeResult, sameInstance(expectedInvokeResult))181            assertThat(this.delegate, sameInstance<Any>(expectedDelegate))182            expectedBuilderResult183        }184        assertThat(builderResult, sameInstance(expectedBuilderResult))185        verify(delegate).invokeMethod(eq("nest"), any())186        verify(nestedDelegate).invokeMethod("nestedInvocation", emptyArray<Any>())187    }188    interface NonGroovyObject {189        fun withKeywordArguments(args: Map<String, Any?>): Any?190    }191    @Test192    fun `#withGroovyBuilder can dispatch keyword arguments against non GroovyObject`() {193        val expectedInvokeResult = Any()194        val delegate = mock<NonGroovyObject> {195            on { withKeywordArguments(any()) } doReturn expectedInvokeResult196        }197        @Suppress("UnnecessaryVariable")198        val expectedDelegate = delegate199        val expectedBuilderResult = Any()200        val builderResult = delegate.withGroovyBuilder {201            val invokeResult = "withKeywordArguments"("string" to "42", "int" to 42)202            assertThat(invokeResult, sameInstance(expectedInvokeResult))203            assertThat(this.delegate, sameInstance<Any>(expectedDelegate))204            expectedBuilderResult205        }206        assertThat(builderResult, sameInstance(expectedBuilderResult))207        val expectedKeywordArguments = mapOf("string" to "42", "int" to 42)208        verify(delegate).withKeywordArguments(expectedKeywordArguments)209    }210}...

PluginAccessorsClassPathTest.kt

Source:PluginAccessorsClassPathTest.kt

...29import org.gradle.plugin.use.PluginDependencySpec30import org.hamcrest.CoreMatchers.allOf31import org.hamcrest.CoreMatchers.containsString32import org.hamcrest.CoreMatchers.hasItems33import org.hamcrest.CoreMatchers.sameInstance34import org.hamcrest.MatcherAssert.assertThat35import org.junit.Test36class PluginAccessorsClassPathTest : TestWithClassPath() {37    @Test38    fun `#buildPluginAccessorsFor`() {39        // given:40        val pluginsJar = jarWithPluginDescriptors(41            "my-plugin" to "MyPlugin",42            "my.own.plugin" to "my.own.Plugin"43        )44        val srcDir = newFolder("src")45        val binDir = newFolder("bin")46        // when:47        withSynchronousIO {48            buildPluginAccessorsFor(49                pluginDescriptorsClassPath = classPathOf(pluginsJar),50                srcDir = srcDir,51                binDir = binDir52            )53        }54        // then:55        assertThat(56            srcDir.resolve("org/gradle/kotlin/dsl/PluginAccessors.kt").readText().normaliseLineSeparators(),57            allOf(58                containsString("import MyPlugin"),59                containsMultiLineString("""60                    /**61                     * The `my` plugin group.62                     */63                    class `MyPluginGroup`(internal val plugins: PluginDependenciesSpec)64                    /**65                     * Plugin ids starting with `my`.66                     */67                    val `PluginDependenciesSpec`.`my`: `MyPluginGroup`68                        get() = `MyPluginGroup`(this)69                    /**70                     * The `my.own` plugin group.71                     */72                    class `MyOwnPluginGroup`(internal val plugins: PluginDependenciesSpec)73                    /**74                     * Plugin ids starting with `my.own`.75                     */76                    val `MyPluginGroup`.`own`: `MyOwnPluginGroup`77                        get() = `MyOwnPluginGroup`(plugins)78                    /**79                     * The `my.own.plugin` plugin implemented by [my.own.Plugin].80                     */81                    val `MyOwnPluginGroup`.`plugin`: PluginDependencySpec82                        get() = plugins.id("my.own.plugin")83            """)84            )85        )86        // and:87        classLoaderFor(binDir).useToRun {88            val className = "org.gradle.kotlin.dsl.PluginAccessorsKt"89            val accessorsClass = loadClass(className)90            assertThat(91                accessorsClass.declaredMethods.map { it.name },92                hasItems("getMy", "getOwn", "getPlugin")93            )94            val expectedPluginSpec = mock<PluginDependencySpec>()95            val plugins = mock<PluginDependenciesSpec> {96                on { id(any()) } doReturn expectedPluginSpec97            }98            accessorsClass.run {99                val myPluginGroup =100                    getDeclaredMethod("getMy", PluginDependenciesSpec::class.java)101                        .invoke(null, plugins)!!102                val myOwnPluginGroup =103                    getDeclaredMethod("getOwn", myPluginGroup.javaClass)104                        .invoke(null, myPluginGroup)!!105                val actualPluginSpec =106                    getDeclaredMethod("getPlugin", myOwnPluginGroup.javaClass)107                        .invoke(null, myOwnPluginGroup) as PluginDependencySpec108                assertThat(109                    actualPluginSpec,110                    sameInstance(expectedPluginSpec)111                )112            }113            verify(plugins).id("my.own.plugin")114            verifyNoMoreInteractions(plugins)115        }116    }117    private118    fun jarWithPluginDescriptors(vararg pluginIdsToImplClasses: Pair<String, String>) =119        file("plugins.jar").also {120            zipTo(it, pluginIdsToImplClasses.asSequence().map { (id, implClass) ->121                "META-INF/gradle-plugins/$id.properties" to "implementation-class=$implClass".toByteArray()122            })123        }124}...

NotificationPrefsPresenterTest.kt

Source:NotificationPrefsPresenterTest.kt

...93        presenter.onResult(94            NotificationPrefsPresenter.REQ_CODE_INSIST_RINGTONE, Activity.RESULT_OK,95            null96        )97        // check the preference is still the same98        Assert.assertEquals(99            "Ringtone URI is not correct", INITIAL_RINGTONE_URI, PreferenceUtils.getString(100                PreferenceKeys.SETTINGS_INSISTENT_NOTIFICATION_TONE, ""101            )102        )103        // check the summary has NOT been updated104        verify(view, never()).setInsistentRingtoneText(kotlinAny<String>())105    }106    @Test107    fun selectNotificationRingtone() {108        presenter.selectNotificationRingtone()109        verify(view).requestRingtone(110            ArgumentMatchers.anyInt(), kotlinEq(RingtoneManager.TYPE_NOTIFICATION),111            kotlinAny<Uri?>()...

UploadFileTest.kt

Source:UploadFileTest.kt

...13import org.junit.jupiter.params.provider.ValueSource14import org.mockito.Mockito15import org.mockito.kotlin.eq16import org.mockito.kotlin.mock17import org.mockito.kotlin.same18import org.mockito.kotlin.whenever19import java.io.ByteArrayInputStream20import java.io.IOException21import java.io.InputStream22import java.util.Arrays23class UploadFileTest {24	private val context :Context = mock()25	private var cloudContentRepository: CloudContentRepository<Cloud, CloudNode, CloudFolder, CloudFile> = mock()26	private val parent :CloudFolder = mock()27	private val targetFile :CloudFile = mock()28	private val resultFile :CloudFile = mock()29	private val progressAware: ProgressAware<UploadState> = mock()30	private val fileName = "fileName"31	private fun <T> any(type: Class<T>): T = Mockito.any(type)32	@ParameterizedTest33	@ValueSource(booleans = [true, false])34	@Throws(BackendException::class)35	fun testInvocationWithFileSizeDelegatesToCloudContentRepository(replacing: Boolean) {36		val fileSize: Long = 133737		val dataSource = dataSourceWithBytes(0, fileSize, fileSize)38		val inTest = testCandidate(dataSource, replacing)39		 whenever(cloudContentRepository.file(parent, fileName, fileSize)).thenReturn(targetFile)40		 whenever(41			cloudContentRepository.write(42				same(targetFile),43				any(DataSource::class.java),44				same(progressAware),45				eq(replacing),46				eq(fileSize)47			)48		).thenReturn(resultFile)49		val result = inTest.execute(progressAware)50		MatcherAssert.assertThat(result.size, CoreMatchers.`is`(1))51		MatcherAssert.assertThat(result[0], CoreMatchers.`is`(resultFile))52	}53	@ParameterizedTest54	@ValueSource(booleans = [true, false])55	@Throws(BackendException::class, IOException::class)56	fun testInvocationWithoutFileSizeDelegatesToCloudContentRepository(replacing: Boolean) {57		val fileSize: Long = 889358		dataSourceWithBytes(85, fileSize, null).use { dataSource ->59			val inTest = testCandidate(dataSource, replacing)60			 whenever(cloudContentRepository.file(parent, fileName, fileSize)).thenReturn(targetFile)61			val capturedStreamData = DataSourceCapturingAnswer<Any?>(resultFile, 1)62			 whenever(63				cloudContentRepository.write(64					same(targetFile),65					any(DataSource::class.java),66					same(progressAware),67					eq(replacing),68					eq(fileSize)69				)70			).thenAnswer(capturedStreamData)71			val result = inTest.execute(progressAware)72			MatcherAssert.assertThat(result.size, CoreMatchers.`is`(1))73			MatcherAssert.assertThat(result[0], CoreMatchers.`is`(resultFile))74			MatcherAssert.assertThat(capturedStreamData.toByteArray(), CoreMatchers.`is`(bytes(85, fileSize)))75		}76	}77	private fun dataSourceWithBytes(value: Int, amount: Long, size: Long?): DataSource {78		check(amount <= Int.MAX_VALUE) { "Can not use values > Integer.MAX_VALUE" }79		val bytes = bytes(value, amount)80		return object : DataSource {...

Step4ImplTest.kt

Source:Step4ImplTest.kt

...18import com.nhaarman.mockito_kotlin.eq19import org.hamcrest.Matchers.equalTo20import org.hamcrest.Matchers.not21import org.hamcrest.Matchers.notNullValue22import org.hamcrest.Matchers.sameInstance23import org.junit.Assert.assertThat24import org.junit.Before25import org.junit.Test26import org.junit.runner.RunWith27import org.mockito.Mock28import org.mockito.Mockito.verify29import org.mockito.Mockito.verifyZeroInteractions30import tech.sirwellington.alchemy.generator.AlchemyGenerator.Get.one31import tech.sirwellington.alchemy.http.AlchemyRequestSteps.OnSuccess32import tech.sirwellington.alchemy.http.AlchemyRequestSteps.Step433import tech.sirwellington.alchemy.http.Generators.validUrls34import tech.sirwellington.alchemy.test.junit.ThrowableAssertion.assertThrows35import tech.sirwellington.alchemy.test.junit.runners.AlchemyTestRunner36import tech.sirwellington.alchemy.test.junit.runners.Repeat37/**38 *39 * @author SirWellington40 */41@RunWith(AlchemyTestRunner::class)42class Step4ImplTest43{44    @Mock45    private lateinit var stateMachine: AlchemyHttpStateMachine46    @Mock47    private lateinit var request: HttpRequest48    private lateinit var requestCaptor: KArgumentCaptor<HttpRequest>49    @Mock50    private lateinit var onSuccess: OnSuccess<TestPojo>51    private lateinit var responseClass: Class<TestPojo>52    private lateinit var instance: Step4<TestPojo>53    @Before54    fun setUp()55    {56        responseClass = TestPojo::class.java57        instance = Step4Impl(stateMachine, request, responseClass)58        verifyZeroInteractions(stateMachine)59        requestCaptor = argumentCaptor()60    }61    @Repeat62    @Test63    fun testAt()64    {65        val url = one(validUrls())66        instance.at(url)67        verify(stateMachine).executeSync(requestCaptor.capture(), eq(responseClass))68        val requestMade = requestCaptor.firstValue69        assertThat(requestMade, notNullValue())70        assertThat(requestMade, not(sameInstance(request)))71        assertThat(requestMade.url, equalTo(url))72    }73    @Test74    @Throws(Exception::class)75    fun testAtWithBadArgs()76    {77        assertThrows { instance.at("") }78                .isInstanceOf(IllegalArgumentException::class.java)79    }80    @Test81    fun testOnSuccess()82    {83        //Edge cases84        instance.onSuccess(onSuccess)...

NsiControllerTest.kt

Source:NsiControllerTest.kt

1package uk.gov.justice.digital.hmpps.deliusapi.controller.v12import com.fasterxml.jackson.databind.ObjectMapper3import com.fasterxml.jackson.databind.node.TextNode4import com.fasterxml.jackson.module.kotlin.jacksonObjectMapper5import com.github.fge.jackson.jsonpointer.JsonPointer6import com.github.fge.jsonpatch.JsonPatch7import com.github.fge.jsonpatch.ReplaceOperation8import org.assertj.core.api.Assertions9import org.junit.jupiter.api.Test10import org.junit.jupiter.api.assertThrows11import org.junit.jupiter.api.extension.ExtendWith12import org.mockito.ArgumentCaptor13import org.mockito.ArgumentMatchers14import org.mockito.Captor15import org.mockito.InjectMocks16import org.mockito.Mock17import org.mockito.Spy18import org.mockito.junit.jupiter.MockitoExtension19import org.mockito.kotlin.capture20import org.mockito.kotlin.whenever21import uk.gov.justice.digital.hmpps.deliusapi.dto.v1.nsi.UpdateNsi22import uk.gov.justice.digital.hmpps.deliusapi.exception.BadRequestException23import uk.gov.justice.digital.hmpps.deliusapi.service.nsi.NsiService24import uk.gov.justice.digital.hmpps.deliusapi.util.Fake25import javax.validation.Validator26@ExtendWith(MockitoExtension::class)27class NsiControllerTest {28  @Mock private lateinit var service: NsiService29  @Spy private var mapper: ObjectMapper = jacksonObjectMapper().findAndRegisterModules()30  @Mock private lateinit var validator: Validator31  @Captor private lateinit var updateCaptor: ArgumentCaptor<UpdateNsi>32  @InjectMocks private lateinit var subject: NsiController33  @Test34  fun `Creating nsi`() {35    val request = Fake.newNsi()36    val dto = Fake.nsiDto()37    whenever(service.createNsi(request)).thenReturn(dto)38    val observed = subject.createNsi(request).body39    Assertions.assertThat(observed).isSameAs(dto)40  }41  @Test42  fun `Patching nsi`() {43    val id = Fake.faker.number().randomNumber()44    val existing = Fake.updateNsi()45    val dto = Fake.nsiDto()46    val op = ReplaceOperation(JsonPointer.of("status"), TextNode("next-status"))47    val patch = JsonPatch(listOf(op))48    whenever(service.getUpdateNsi(id)).thenReturn(existing)49    whenever(validator.validate<UpdateNsi>(ArgumentMatchers.any())).thenReturn(emptySet())50    whenever(service.updateNsi(ArgumentMatchers.eq(id), capture(updateCaptor))).thenReturn(dto)51    val observed = subject.patchNsi(id, patch)52    Assertions.assertThat(observed).isSameAs(dto)53    Assertions.assertThat(updateCaptor.value)54      .usingRecursiveComparison()55      .isEqualTo(existing.copy(status = "next-status"))56  }57  @Test58  fun `Attempting to patch nsi referral date`() {59    val id = Fake.faker.number().randomNumber()60    val existing = Fake.updateNsi()61    val op = ReplaceOperation(62      JsonPointer.of("referralDate"),63      TextNode(existing.referralDate.plusDays(1).toString())64    )65    val patch = JsonPatch(listOf(op))66    whenever(service.getUpdateNsi(id)).thenReturn(existing)67    assertThrows<BadRequestException>("Cannot update the referral date") { subject.patchNsi(id, patch) }68  }69}...

Matchers.kt

Source:Matchers.kt

...14    Mockito.any<T>()15    return uninitialized()16}17/**18 * Mockito matcher that matches if the argument is the same as the provided value.19 *20 * (The version from Mockito doesn't work correctly with Kotlin code.)21 */22fun <T> eq(value: T): T {23    return Mockito.eq(value) ?: value24}25/**26 * Mockito matcher that matches if the argument is not the same as the provided value.27 *28 * (The version from Mockito doesn't work correctly with Kotlin code.)29 */30fun <T> not(value: T): T {31    return AdditionalMatchers.not(value) ?: value32}33/**34 * Mockito matcher that captures the passed argument.35 *36 * (The version from Mockito doesn't work correctly with Kotlin code.)37 */38fun <T> capture(value: ArgumentCaptor<T>): T {39    value.capture()40    return uninitialized()...

same

Using AI Code Generation

1    fun <T> any(): T {2        Mockito.any<T>()3        return uninitialized()4    }5    fun <T> eq(value: T): T {6        Mockito.eq(value)7        return uninitialized()8    }9    fun <T> refEq(value: T): T {10        Mockito.refEq(value)11        return uninitialized()12    }13    fun <T> refEq(value: T, vararg string: String): T {14        Mockito.refEq(value, *string)15        return uninitialized()16    }17    fun <T> refEq(value: T, vararg string: String, vararg string2: String): T {18        Mockito.refEq(value, *string, *string2)19        return uninitialized()20    }21    fun <T> refEq(value: T, vararg string: String, vararg string2: String, vararg string3: String): T {22        Mockito.refEq(value, *string, *string2, *string3)23        return uninitialized()24    }25    fun <T> refEq(value: T, vararg string: String, vararg string2: String, vararg string3: String, vararg string4: String): T {26        Mockito.refEq(value, *string, *string2, *string3, *string4)27        return uninitialized()28    }29    fun <T> refEq(value: T, vararg string: String, vararg string2: String, vararg string3: String, vararg string4: String, vararg string5: String): T {30        Mockito.refEq(value, *string, *string2, *string3, *string4, *string5)31        return uninitialized()32    }

same

Using AI Code Generation

1fun <T> any(): T {2return Mockito.any<T>()3}4fun <T> eq(value: T): T {5return Mockito.eq(value)6}7fun <T> argThat(matcher: ArgumentMatcher<T>): T {8return Mockito.argThat(matcher)9}10fun <T> isNull(): T {11return Mockito.isNull<T>()12}13fun <T> isNotNull(): T {14return Mockito.isNotNull<T>()15}16fun <T> anyCollection(): Collection<T> {17return Mockito.anyCollection<T>()18}19fun <T> anyList(): List<T> {20return Mockito.anyList<T>()21}22fun <T> anySet(): Set<T> {23return Mockito.anySet<T>()24}25fun <T> anyMap(): Map<T, T> {26return Mockito.anyMap<T>()27}28fun <T> anyIterable(): Iterable<T> {29return Mockito.anyIterable<T>()30}31fun <T> anyCollectionOf(clazz: Class<T>): Collection<T> {32return Mockito.anyCollectionOf(clazz)33}34fun <T> anyListOf(clazz: Class<T>): List<T> {35return Mockito.anyListOf(clazz)36}37fun <T> anySetOf(clazz: Class<T>): Set<T> {38return Mockito.anySetOf(clazz)39}40fun <T> anyMapOf(clazz: Class<T>): Map<T, T> {41return Mockito.anyMapOf(clazz)42}43fun <T> anyIterableOf(clazz: Class<T>): Iterable<T> {44return Mockito.anyIterableOf(clazz)45}46fun <T> anyVararg(): T {47return Mockito.anyVararg<T>()48}49fun <T> anyArray(): Array<T> {50return Mockito.anyArray<T>()51}52fun <T> anyArray(clazz: Class<T>): Array<T> {53return Mockito.anyArray(clazz)54}55fun <T> anyObject(): T {56return Mockito.anyObject<T>()57}58fun <T> anyObject(clazz: Class<T>): T {59return Mockito.anyObject(clazz)60}61fun <T> anyString(): String {62return Mockito.anyString()63}64fun <T> anyBoolean(): Boolean {65return Mockito.anyBoolean()66}67fun <T> anyByte(): Byte {68return Mockito.anyByte()69}70fun <T> anyChar(): Char {71return Mockito.anyChar()72}73fun <T> anyDouble(): Double {74return Mockito.anyDouble()75}76fun <T> anyFloat(): Float {77return Mockito.anyFloat()78}79fun <T> anyInt(): Int {80return Mockito.anyInt()81}

same

Using AI Code Generation

1    inline fun <reified T : Any> eq(value: T): T = Mockito.eq(value)2    inline fun <reified T : Any> any(): T = Mockito.any(T::class.java)3    inline fun <reified T : Any> anyOrNull(): T? = Mockito.any(T::class.java)4    inline fun <reified T : Any> anyVararg(): Array<T> = Mockito.anyArray<T>()5    inline fun <reified T : Any> argumentCaptor(): ArgumentCaptor<T> = ArgumentCaptor.forClass(T::class.java)6    inline fun <reified T : Any> inOrder(vararg mocks: T): InOrder = Mockito.inOrder(*mocks)7    inline fun <reified T : Any> inOrder(mocks: Iterable<T>): InOrder = Mockito.inOrder(mocks)8    inline fun <reified T : Any> inOrder(mocks: Array<T>): InOrder = Mockito.inOrder(*mocks)9    inline fun <reified T : Any> inOrder(mocks: Sequence<T>): InOrder = Mockito.inOrder(mocks.asIterable())10    inline fun <reified T : Any> inOrder(mocks: List<T>): InOrder = Mockito.inOrder(mocks)11    inline fun <reified T : Any> inOrder(mocks: Collection<T>): InOrder = Mockito.inOrder(mocks)12    inline fun <reified T : Any> inOrder(mocks: Iterable<T>, vararg mocks2: T): InOrder = Mockito.inOrder(mocks, *mocks2)

same

Using AI Code Generation

1fun <T> any(): T = Mockito.any<T>()2fun <T> eq(value: T): T = Mockito.eq(value)3fun <T> argThat(matcher: ArgumentMatcher<T>): T = Mockito.argThat(matcher)4fun <T> refEq(value: T, vararg excludeFields: String): T = Mockito.refEq(value, *excludeFields)5fun <T> refEq(value: T, vararg excludeFields: String, strict: Boolean): T = Mockito.refEq(value, *excludeFields, strict = strict)6fun <T> anyObject(): T = Mockito.anyObject<T>()7fun <T> anyVararg(): T = Mockito.anyVararg<T>()8fun <T> anyOrNull(): T = Mockito.anyOrNull<T>()9fun <T> anyCollection(): T = Mockito.anyCollection<T>()10fun <T> anyIterable(): T = Mockito.anyIterable<T>()11fun <T> anyList(): T = Mockito.anyList<T>()12fun <T> anyMap(): T = Mockito.anyMap<T>()13fun <T> anySet(): T = Mockito.anySet<T>()14fun <T> anyCollectionOf(clazz: Class<T>): T = Mockito.anyCollectionOf(clazz)15fun <T> anyIterableOf(clazz: Class<T>): T = Mockito.anyIterableOf(clazz)16fun <T> anyListOf(clazz: Class<T>): T = Mockito.anyListOf(clazz)17fun <T> anyMapOf(clazz: Class<T>): T = Mockito.anyMapOf(clazz)18fun <T> anySetOf(clazz: Class<T>): T = Mockito.anySetOf(clazz)19fun <T> anyArray(): T = Mockito.anyArray<T>()20fun <T> anyArray(clazz: Class<T>): T = Mockito.anyArray(clazz)21fun <T> anyVarargOf(clazz: Class<T>): T = Mockito.anyVarargOf(clazz)22fun <T> anyKClass(): T = Mockito.anyKClass<T>()23fun <T> anyKClass(clazz: Class<T>): T = Mockito.anyKClass(clazz)24fun <T> anyKClassOf(clazz: Class<T>): T = Mockito.anyKClassOf(clazz)25fun <T> anyKFunction(): T = Mockito.anyKFunction<T>()26fun <T> anyKFunction(clazz: Class<T>): T = Mockito.anyKFunction(clazz)27fun <T> anyKFunctionOf(clazz: Class<T

same

Using AI Code Generation

1inline fun <reified T : Any> any(): T = org.mockito.kotlin.any()2<T> T any() {3    return any(T.class);4}5inline fun <reified T : Any> any(): T = org.mockito.Mockito.any()6<T> T any(Class<T> clazz) {7    return org.mockito.Mockito.any(clazz);8}9inline fun <reified T : Any> any(): T = org.mockito.Mockito.any(T::class.java)10<T> T any(Class<T> clazz) {11    return org.mockito.Mockito.any(clazz);12}13inline fun <reified T : Any> any(): T = org.mockito.Mockito.any(T::class.java)14<T> T any(Class<T> clazz) {15    return org.mockito.Mockito.any(clazz);16}17inline fun <reified T : Any> any(): T = org.mockito.Mockito.any(T::class.java)18<T> T any(Class<T> clazz) {19    return org.mockito.Mockito.any(clazz);20}21inline fun <reified T : Any> any(): T = org.mockito.Mockito.any(T::class.java)22<T> T any(Class<T> clazz) {23    return org.mockito.Mockito.any(clazz);24}25inline fun <reified T : Any> any(): T = org.mockito.Mockito.any(T::class.java)26<T> T any(Class<T> clazz) {27    return org.mockito.Mockito.any(clazz);28}

same

Using AI Code Generation

1    fun <T> any(): T {2        Mockito.any<T>()3        return uninitialized()4    }5    fun <T> eq(value: T): T {6        Mockito.eq(value)7        return uninitialized()8    }9    fun <T> refEq(value: T): T {10        Mockito.refEq(value)11        return uninitialized()12    }13    fun <T> argThat(matcher: ArgumentMatcher<T>): T {14        Mockito.argThat(matcher)15        return uninitialized()16    }17    fun <T> check(check: (T) -> Boolean): T {18        Mockito.check(check)19        return uninitialized()20    }21    fun <T> checkNotNull(): T {22        Mockito.checkNotNull<T>()23        return uninitialized()24    }25    fun <T> isNull(): T {26        Mockito.isNull<T>()27        return uninitialized()28    }29    fun <T> isNotNull(): T {30        Mockito.isNotNull<T>()31        return uninitialized()32    }33    fun <T> argForWhich(matcher: ArgumentMatcher<T>): T {34        Mockito.argForWhich(matcher)35        return uninitialized()36    }37    fun <T> notNull(): T {38        Mockito.notNull<T>()39        return uninitialized()40    }41    fun <T> notNullValue(): T {42        Mockito.notNullValue<T>()43        return uninitialized()44    }

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