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How to use nonsuspending method of test.CoroutinesTest class

Best Mockito-kotlin code snippet using test.CoroutinesTest.nonsuspending

CoroutinesTest.kt

Source:CoroutinesTest.kt

...42    @Test43    fun stubbingNonSuspending() {44        /* Given */45        val m = mock<SomeInterface> {46            onBlocking { nonsuspending() } doReturn 4247        }48        /* When */49        val result = m.nonsuspending()50        /* Then */51        expect(result).toBe(42)52    }53    @Test54    fun stubbingNonSuspending_runBlocking() = runBlocking {55        /* Given */56        val m = mock<SomeInterface> {57            onBlocking { nonsuspending() } doReturn 4258        }59        /* When */60        val result = m.nonsuspending()61        /* Then */62        expect(result).toBe(42)63    }64    @Test65    fun delayingResult() {66        /* Given */67        val m = SomeClass()68        /* When */69        val result = runBlocking { m.delaying() }70        /* Then */71        expect(result).toBe(42)72    }73    @Test74    fun delayingResult_runBlocking() = runBlocking {75        /* Given */76        val m = SomeClass()77        /* When */78        val result = m.delaying()79        /* Then */80        expect(result).toBe(42)81    }82    @Test83    fun verifySuspendFunctionCalled() {84        /* Given */85        val m = mock<SomeInterface>()86        /* When */87        runBlocking { m.suspending() }88        /* Then */89        runBlocking { verify(m).suspending() }90    }91    @Test92    fun verifySuspendFunctionCalled_runBlocking() = runBlocking<Unit> {93        val m = mock<SomeInterface>()94        m.suspending()95        verify(m).suspending()96    }97    @Test98    fun verifySuspendFunctionCalled_verifyBlocking() {99        val m = mock<SomeInterface>()100        runBlocking { m.suspending() }101        verifyBlocking(m) { suspending() }102    }103    @Test104    fun verifyAtLeastOnceSuspendFunctionCalled_verifyBlocking() {105        val m = mock<SomeInterface>()106        runBlocking { m.suspending() }107        runBlocking { m.suspending() }108        verifyBlocking(m, atLeastOnce()) { suspending() }109    }110    @Test111    fun verifySuspendMethod() = runBlocking {112        val testSubject: SomeInterface = mock()113        testSubject.suspending()114        inOrder(testSubject) {115            verify(testSubject).suspending()116        }117    }118}119interface SomeInterface {120    suspend fun suspending(): Int121    fun nonsuspending(): Int122}123class SomeClass {124    suspend fun result(r: Int) = withContext(Dispatchers.Default) { r }125    suspend fun delaying() = withContext(Dispatchers.Default) {126        delay(100)127        42128    }129}...

nonsuspending

Using AI Code Generation

1fun testTimeout() = runBlocking {2    withTimeout(2000L) {3        repeat(1000) { i ->4            println("I'm sleeping $i ...")5            delay(500L)6        }7    }8}9fun testTimeout() = runBlocking {10    withTimeout(2000L) {11        repeat(1000) { i ->12            println("I'm sleeping $i ...")13            delay(500L)14        }15    }16}17fun testTimeout() = runBlocking {18    withTimeout(2000L) {19        repeat(1000) { i ->20            println("I'm sleeping $i ...")21            delay(500L)22        }23    }24}25suspend fun main() {26    val job = GlobalScope.launch {27        delay(1000L)28        println("World!")29    }30    println("Hello,")31    job.join()32}33suspend fun main() {34    val job = GlobalScope.launch {35        delay(1000L)36        println("World!")37    }38    println("Hello,")39    job.join()40}41suspend fun main() {42    val job = GlobalScope.launch {43        delay(1000L)44        println("World!")45    }46    println("Hello,")47    job.join()48}49suspend fun main() {50    val job = GlobalScope.launch {51        delay(1000L)52        println("World!")53    }54    println("Hello,")55    job.join()56}57suspend fun main() {58    val job = GlobalScope.launch {59        delay(1000L)60        println("World!")61    }62    println("Hello,")63    job.join()64}65suspend fun main() {66    val job = GlobalScope.launch {67        delay(1000L)68        println("World!")69    }70    println("Hello,")71    job.join()72}73suspend fun main() {74    val job = GlobalScope.launch {75        delay(1000L)76        println("World!")77    }78    println("Hello,")79    job.join()80}81suspend fun main() {82    val job = GlobalScope.launch {83        delay(1000L)84        println("World

nonsuspending

Using AI Code Generation

1fun testCoroutineScope() = runBlockingTest {2    val result = testCoroutineScope.async {3        delay(1000)4    }.await()5    assertEquals(1, result)6}

nonsuspending

Using AI Code Generation

1class MyTest {2    val instantTaskExecutorRule = InstantTaskExecutorRule()3    val coroutineTestRule = MainCoroutineRule()4    fun `test launch coroutines`() {5        runBlockingTest {6            val viewModel = MyViewModel()7            viewModel.testLaunch()8            assertThat(viewModel.text.value).isEqualTo("Hello World")9        }10    }11    fun `test async coroutines`() {12        runBlockingTest {13            val viewModel = MyViewModel()14            viewModel.testAsync()15            assertThat(viewModel.text.value).isEqualTo("Hello World")16        }17    }18    fun `test async coroutines with delay`() {19        runBlockingTest {20            val viewModel = MyViewModel()21            viewModel.testAsyncWithDelay()22            assertThat(viewModel.text.value).isEqualTo("Hello World")23        }24    }25    fun `test async coroutines with delay and advanceTimeBy`() {26        runBlockingTest {27            val viewModel = MyViewModel()28            viewModel.testAsyncWithDelay()29            coroutineTestRule.testDispatcher.advanceTimeBy(1000)30            assertThat(viewModel.text.value).isEqualTo("Hello World")31        }32    }33    fun `test async coroutines with delay and advanceTimeBy with delay`() {34        runBlockingTest {35            val viewModel = MyViewModel()36            viewModel.testAsyncWithDelay()37            delay(1000)38            coroutineTestRule.testDispatcher.advanceTimeBy(1000)39            assertThat(viewModel.text.value).isEqualTo("Hello World")

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